阅读说明：本技术 一种雨刷连接组件及其雨刷 (Windshield wiper connecting assembly and windshield wiper thereof ) 是由 王书屋 于 2021-06-09 设计创作，主要内容包括：一种雨刷连接组件及雨刷,包括雨刷连接底座和雨刷接头；雨刷连接底座包括基座,在基座的上方凸设连接块,连接块的两侧面形成一对铰接孔,该铰接孔在相背于雨刷臂动力端的一侧形成开口；雨刷接头的两侧壁具有向内延伸且对称设置的铰接轴；雨刷连接底座还包括阻挡部,雨刷接头还包括限位部,至少当雨刷接头可摆动地铰接于雨刷连接底座上且处于可工作状态时,雨刷接头的纵轴线R与雨刷连接底座沿X轴方向之间夹角β被限定为＜最小装卸角度α,使雨刷接头的限位部与雨刷连接底座的阻挡部产生抵靠限位；最小装卸角度α为雨刷接头的前端相对于雨刷连接底座向上摆动且处于可拆装位置范围内,雨刷接头的纵轴线R与雨刷连接底座沿X轴方向之间的最小夹角。(A windshield wiper connecting assembly and a windshield wiper comprise a windshield wiper connecting base and a windshield wiper joint; the windshield wiper connecting base comprises a base, a connecting block is convexly arranged above the base, a pair of hinge holes are formed on two side surfaces of the connecting block, and an opening is formed in one side of each hinge hole, which is opposite to the power end of the windshield wiper arm; two side walls of the windshield wiper joint are provided with hinge shafts which extend inwards and are symmetrically arranged; the windshield wiper connecting base further comprises a blocking part, the windshield wiper joint further comprises a limiting part, at least when the windshield wiper joint is hinged on the windshield wiper connecting base in a swinging mode and is in a working state, an included angle beta between a longitudinal axis R of the windshield wiper joint and the windshield wiper connecting base along the X-axis direction is limited to be smaller than a minimum assembling and disassembling angle alpha, and the limiting part of the windshield wiper joint and the blocking part of the windshield wiper connecting base are enabled to abut against and limit; the minimum assembling and disassembling angle alpha is the minimum included angle between the longitudinal axis R of the wiper joint and the wiper connecting base along the X-axis direction, wherein the front end of the wiper joint swings upwards relative to the wiper connecting base and is positioned in the range of the assembling and disassembling position.)

1. A windshield wiper connecting assembly is used for connecting a windshield wiper support assembly and a windshield wiper arm and comprises a windshield wiper connecting base (1a, 1b, 1c, 1d, 1e and 1f) and a windshield wiper joint (2a and 2 b);

the windshield wiper connecting base (1a, 1b, 1c, 1d, 1e and 1f) comprises a base (11), the base (11) is used for fixedly connecting with a windshield wiper support assembly, a connecting block (12) is convexly arranged above the base (11), a pair of hinge holes (13) symmetrically arranged along a pivot axis (Y) are formed in two side surfaces of the connecting block (12), and an opening (131) is formed in one side of the hinge holes (13) opposite to the power end of the windshield wiper arm;

the wiper joint (2a, 2b) is provided with a longitudinal body fixedly connected with the wiper arm, the longitudinal body at least comprises two side walls (22) which are arranged in parallel basically and are connected together through a top wall (21), the two side walls (22) are respectively provided with hinge shafts (221) which extend inwards and are arranged symmetrically, the front ends of the wiper joint (2a, 2b) are positioned at the side opposite to the opening (131) of the hinge hole (13) of the connecting block (12), and the hinge shafts (221) are nested into the hinge hole (13) through the opening (131), so that the wiper joint (2a, 2b) can be hinged on the wiper connecting base (1a, 1b, 1c, 1d, 1e, 1f) in an up-and-down swinging mode;

it is characterized in that the wiper connecting base (1a, 1b, 1c, 1d, 1e, 1f) also comprises a blocking part (A), the wiper joint (2a, 2B) also comprises a limit part (B), at least when the wiper joint (2a, 2B) is swingably hinged on the wiper connecting base (1a, 1B, 1c, 1d, 1e, 1f) and is in a working state, an included angle beta between the longitudinal axis R of the wiper joint (2a, 2B) and the wiper connecting base (1a, 1B, 1c, 1d, 1e, 1f) along the X-axis direction is limited to be less than a minimum assembling and disassembling angle alpha, so that the limit part (B) of the wiper joint (2a, 2B) and the blocking part (A) of the wiper connecting base (1a, 1B, 1c, 1d, 1e, 1f) are abutted and limited; the minimum assembling and disassembling angle alpha is the minimum included angle between the longitudinal axis R of the wiper joints (2a and 2b) and the wiper connecting base (1) along the X-axis direction, and the minimum assembling and disassembling angle alpha is more than 0 degree, wherein the front ends of the wiper joints (2a and 2b) swing upwards relative to the wiper connecting base (1) and are positioned in the range of detachable positions.

2. The wiper attachment assembly of claim 1, wherein said minimum attachment angle is 3 ° ≦ α ≦ 10 °.

3. The wiper connecting assembly according to claim 1, wherein the two side faces of the connecting block (12) are respectively formed with an inwardly concave abdicating channel (14) in the vertical direction at the front end of the opening (131) of the hinge hole (13), a limiting step part (15) is formed between the front end of the abdicating channel (14) and the side face of the connecting block (12), and the limiting step part (15) is a blocking part (a);

the inner end of at least one side wall (22) of the windshield wiper joint (2a) is provided with a first limiting block (23) at a position corresponding to the yielding channel (14), and the first limiting block (23) is a limiting part (B).

4. The wiper connecting assembly according to claim 1, wherein the both side surfaces of the connecting block (12) are provided with receding passages (14) for nesting the hinge shaft (221) of the wiper joint (2b) to the hinge hole (13) at the front end of the opening (131) of the hinge hole (13), a limit sunken groove (4) is further formed at the top of the connecting block (12) at the front end of the hinge hole (13), and the limit sunken groove (4) is a blocking part (a);

the inner end of the top wall (21) of the windshield wiper joint (2B) extends downwards to form a second limiting block (24) relative to the limiting sinking groove (4), the second limiting block (24) is located at the front end of the hinge shaft (221), the second limiting block (24) can be inserted into the limiting sinking groove (4) in a clearance fit mode, and the second limiting block (24) is a limiting part (B).

5. The wiper connection assembly according to claim 4, wherein said limit sinker (4) is a rectangular sinker (41); the second limiting block (24) is a rectangular block (24a), and the length G of the rectangular block (24a) along the longitudinal direction of the connecting block (12) is less than the length H of the limiting sinking groove (4) along the longitudinal direction of the connecting block (12).

6. The wiper connection assembly according to claim 5, wherein the retainer sinker (4) further comprises an axial sinker (42) extending in the longitudinal direction of the rectangular sinker (41) at the front or rear end thereof, the rectangular sinker (41) and the axial sinker (42) having a horizontal cross-section in a convex shape; the second limiting block (24) further comprises an axial block (24b) extending from the front end or the rear end of the rectangular block (24a) to form a convex block, and the rectangular block (24a) and the axial block (24b) are correspondingly inserted into the rectangular sinking groove (41) and the axial sinking groove (42).

7. The wiper connection assembly according to claim 6, wherein when the axial depressed groove (42) is located at the rear end of the rectangular depressed groove (41), the front end of the rectangular depressed groove (41) forms a depressed face (411), and the bottom of the axial block (24b) and the side away from the rectangular block (24a) are further provided with a relief slope (241 b).

8. The wiper connection assembly according to any one of claims 1 to 7, characterized in that the hinge hole (13) is of blind design, the top of the connecting piece (12) being provided with a second ramp (122) at the rear end of the hinge hole (13), the second ramp (122) decreasing in height from front to rear.

9. The wiper connection assembly of claim 8, wherein the minimum angle γ between the second inclined surface (122) of the connecting block (12) and the base (11) along the X-axis direction is greater than or equal to the minimum attachment angle α.

10. The wiper connecting assembly according to claim 8, wherein the top of the connecting block (12) is further provided with a first slope (121) at the front end of the second slope (122), the first slope (121) being located at the front end of the hinge hole (13) and being higher from front to rear; an arc-shaped protrusion (123) is additionally arranged between the first inclined surface (121) and the second inclined surface (122), and the arc-shaped protrusion (123) is positioned above the hinge hole (13) and is positioned at the high position of the top of the connecting block (12); the top wall (21) of the wiper joint (2a, 2b) is provided with a second hollow part (211) at a position corresponding to the arc-shaped protruding part (123).

11. The wiper connection assembly according to any one of claims 1 to 10, wherein the wiper connection base (1b, 1C, 1e, 1f) forms a stopper mechanism (C) at the opening (131) of the hinge hole (13) for stopping the entrance/exit of the hinge shaft (221) of the wiper joint (2a, 2b) from the opening (131) of the hinge hole (13).

12. The wiper connection assembly according to claim 11, wherein the stop means (C) of the wiper connection base (1b, 1e) is such that the shortest distance M between the openings (131) of the hinge holes (13) is at least smaller than the longest outer diameter N of the hinge shaft (221) of the wiper blade joint (2a, 2b) for sliding into the hinge holes (13).

13. The wiper connecting assembly according to claim 11, wherein the stopping mechanism (C) of the wiper connecting base (1C, 1f) is an elastic member (3), the elastic member (3) is elastically deformed to generate a position deviation when being subjected to a certain external force, and is used for blocking the access passage at the opening (131) of the hinge hole (13) when the elastic member (3) is not generated the position deviation, and the access passage at the opening (131) of the hinge hole (13) is in an open state when the elastic member (3) is generated the position deviation.

14. The wiper connecting assembly according to claim 13, wherein when the two side surfaces of the connecting block (12) are respectively formed with the recessed abdicating channel (14) in the vertical direction at the front end of the opening (131) of the hinge hole (13), the elastic member is the blocking piece (3) which is arranged on the abdicating channel (14) at least one side surface of the connecting block (12), the fixed end (31) thereof is fixedly arranged at the side of the abdicating channel (14) far away from the opening (131) of the hinge hole (13), and the free end (32) thereof faces and is arranged at the opening (131) of the hinge hole (13), the lower part of the blocking piece (3) is formed with the abdicating space.

15. The wiper connecting assembly according to claim 14, wherein a first hollow portion (33) is disposed below the abdicating channel (14) of the connecting block (12), the blocking plate (3) is disposed in the first hollow portion (33) in a circular arc shape from bottom to top, the free end (32) thereof is disposed below the center of the hinge hole (13), the height of the free end (32) is lower than the center of the hinge hole (13), and the first hollow portion (33) has an abdicating space for allowing the free end (32) of the blocking plate (3) to elastically deform downward.

16. A wiper blade comprising the wiper blade connection assembly of any preceding claim.

Technical Field

The present invention relates to a wiper device for a windshield, and more particularly, to a wiper connecting assembly for connecting a wiper blade assembly to different types of wiper arms and a wiper using the same.

Background

Conventionally, there is disclosed a wiper connecting assembly (CN 109159760A), as shown in fig. 1-1 and fig. 1-2, comprising at least a wiper connecting base 2 ' (corresponding to the mounting seat of the patent document) and a wiper joint 3 ' (corresponding to the connecting seat of the patent document), wherein two side faces of a connecting block 13 ' of the wiper connecting base 2 ' are provided with hinge holes 14 ', the hinge holes 14 ' have an opening, and a receding channel 15 ' for inserting a hinge shaft 20 ' of the wiper joint 3 ' is formed at a front end of the opening; the inner ends of both side walls of the wiper joint 3 ' are formed with a pair of hinge shafts 20 ' extending inwardly, the hinge shafts 20 ' are formed as arcuate shafts, the hinge shafts 20 ' can be inserted into the hinge holes 14 ' through the abdicating passage 15 ' by rotating the angle of the wiper joint 3 ', and then the angle between the wiper joint 3 ' and the wiper connecting base 2 ' is rotated to make the diameter D of the hinge shafts (arcuate shafts) 20 ' larger than the width of the opening of the hinge holes 14 ', thereby preventing the wiper joint 3 ' from being separated from the wiper connecting base 2 '.

With the above structure, when the wiper is in a car washing or maintenance state, the wiper is integrally erected from the windshield glass together with the wiper arm, and due to the self-weight of the wiper, the relative position of the hinge shaft 20 'of the wiper joint 3' and the hinge hole 14 'of the wiper connecting base 2' is changed, and although the hinge shaft 20 'is designed as an arcuate shaft with a diameter D larger than the opening distance of the hinge hole 14', in the design, the wiper joint 3 'is repeatedly swung up and down relative to the wiper connecting base 2' with the hinge shaft 20 'as the rotation axis under the driving of the wiper arm in the working state, that is, the outer wall of the hinge shaft 20' of the wiper joint 3 'is repeatedly rubbed against the inner wall of the hinge hole 14' of the wiper connecting base 2 ', so that the shaft diameter of the hinge shaft 20' is easily reduced, and therefore the wiper joint 3 'is easily separated from the wiper connecting base 2'; meanwhile, in order to ensure that the wiper connecting base 2 'and the wiper joint 3' are firmly installed, the diameter D of the hinge shaft 20 'of the wiper joint 3' needs to be far larger than the width a2 of the opening of the hinge hole 14 ', so that the structure can be installed only by rotating the angle of the wiper joint 3' to match the shaft height h with the width a2 of the opening, the rotation angle of the wiper joint 3 'is necessarily large, the top surface of the wiper connecting base 2' is necessarily provided with a large inclined surface 200 ', and the area of the side surface 201' of the connecting block 13 'located behind the hinge hole 14' is reduced, so that a necessary space for the wiper joint 3 'to rotate counterclockwise (in the direction of the drawing) by taking the hinge shaft 20' as the rotation axis, the contact fit area of the two side surfaces at the rear end of the connecting block 13 'and the wiper joint 3' is reduced, and the two are easy to loosen during the use, the quality of the wiper is affected, and the service life of the wiper is reduced.

In view of the above, the present inventors have made extensive studies on the above-mentioned drawbacks of the prior art, and have made this invention.

Disclosure of Invention

The first objective of the present invention is to provide a novel wiper connecting assembly, wherein a position-limiting structure is designed between the wiper joint and the wiper connecting base, so as to facilitate the assembly and disassembly of the wiper joint and the wiper connecting base, and further, when the wiper joint is mounted on the wiper connecting base, the wiper joint is not easily separated from the hinge hole of the wiper connecting base, so that the connection between the wiper joint and the wiper connecting base is more stable.

The second objective of the present invention is to add a stopping mechanism on the windshield wiper connecting base based on the above, so as to further ensure the stability of the connection between the windshield wiper joint and the windshield wiper connecting base, and also facilitate the detachment/installation of the windshield wiper joint and the windshield wiper connecting base.

The third objective of the present invention is to provide a wiper including the above wiper connecting assembly.

In order to achieve the first object of the present invention, the present invention discloses a wiper connecting assembly for connecting a wiper support assembly and a wiper arm, which comprises a wiper connecting base and a wiper joint; the windshield wiper connecting base comprises a base, the base is used for fixedly connecting with a windshield wiper support assembly, a connecting block is convexly arranged above the base, a pair of hinge holes symmetrically arranged along a pivot axis are formed on two side surfaces of the connecting block, and an opening is formed in one side of the hinge hole opposite to the power end of the windshield wiper arm;

the wiper joint is at least provided with a longitudinal body which is fixedly connected with the wiper arm, the longitudinal body at least comprises two side walls which are arranged in parallel basically and are connected together through a top wall, the two side walls are respectively provided with hinge shafts which extend inwards and are symmetrically arranged, the front end of the wiper joint is positioned on one side opposite to the opening of the hinge hole of the connecting block, and the hinge shafts of the wiper joint are nested into the hinge hole through the opening, so that the wiper joint can be articulated on the wiper connecting base in a swinging way;

the windshield wiper connecting base further comprises a blocking part, the windshield wiper joint further comprises a limiting part, at least when the windshield wiper joint is hinged to the windshield wiper connecting base in a swinging mode and is in a working state, an included angle beta between a longitudinal axis R of the windshield wiper joint and the windshield wiper connecting base along the X-axis direction is limited to be smaller than a minimum assembling and disassembling angle alpha, and the limiting part of the windshield wiper joint and the blocking part of the windshield wiper connecting base are enabled to abut against and limit; the minimum assembling and disassembling angle alpha is the minimum included angle between the longitudinal axis R of the wiper joint and the wiper connecting base along the X-axis direction, and the minimum assembling and disassembling angle alpha is more than 0 degree.

Further, the minimum loading and unloading angle is more than or equal to 3 degrees and less than or equal to 10 degrees.

By adopting the structure, because the limiting part and the blocking part are respectively arranged between the windshield wiper joint and the windshield wiper connecting base, when the windshield wiper joint is disassembled/assembled on the windshield wiper connecting base, the disassembly/assembly can be realized within a certain detachable angle range, otherwise, the limiting part of the windshield wiper joint and the blocking part of the windshield wiper connecting base generate mutual interference; once the windshield wiper joint is installed in place, under the action of the pressing force of pressing the windshield wiper arm, an included angle beta between the longitudinal axis R of the windshield wiper joint and the windshield wiper connecting base along the X-axis direction is always smaller than a minimum assembling and disassembling angle alpha, so that the limiting part of the windshield wiper joint and the blocking part of the windshield wiper connecting base are always in a mutual interference state in the working state of the windshield wiper joint, and the stable connection between the windshield wiper joint and the windshield wiper connecting base is ensured.

The two side surfaces of the connecting block respectively form an inwards concave abdicating channel in the vertical direction at the front end of the opening of the hinge hole, a limiting step part is formed between the front end of the abdicating channel and the side surface of the connecting block, and the limiting step part is the blocking part;

the inner end of at least one side wall of the windshield wiper joint is provided with a first limiting block at a position corresponding to the yielding channel, and the first limiting block is a limiting part.

The two side surfaces of the connecting block are provided with abdicating channels for nesting a hinge shaft of the windshield wiper joint to the hinge hole at the front end of an opening of the hinge hole, the top of the connecting block and the front end of the hinge hole are also provided with a limiting sink groove, and the limiting sink groove is a blocking part;

the inner end of the top wall of the windshield wiper joint extends downwards to form a second limiting block relative to the limiting sink groove, the second limiting block is located at the front end of the articulated shaft, the second limiting block can be inserted into the limiting sink groove in a clearance fit mode, and the second limiting block is a limiting part.

Furthermore, the limiting sinking groove is a rectangular sinking groove; the second limiting block is a rectangular block, and the length G of the rectangular block in the longitudinal direction of the connecting block is less than the length H of the limiting sinking groove in the longitudinal direction of the connecting block.

Furthermore, the limiting sinking groove also comprises an axial sinking groove which extends along the longitudinal direction of the rectangular sinking groove at the front end or the rear end of the rectangular sinking groove, and the sections of the rectangular sinking groove and the axial sinking groove along the horizontal direction are in a convex shape; the second limiting block further comprises an axial block extending from the front end or the rear end of the rectangular block to form a convex block, and the rectangular block and the axial block are correspondingly inserted into the rectangular sinking groove and the axial sinking groove.

Further, when the axial sinking groove is located at the rear end of the rectangular sinking groove, the front end of the rectangular sinking groove forms a sinking surface, and a yielding inclined surface is further arranged at the bottom of the axial block and on one side far away from the rectangular block.

The top of the connecting block is provided with a first inclined plane and a second inclined plane from front to back respectively, the first inclined plane is positioned at the front end of the hinge hole, and the height of the first inclined plane is gradually increased from front to back; the second inclined plane is located the rear end of hinge hole, and it is low gradually from the front to back height.

Furthermore, the minimum included angle gamma between the second inclined surface of the connecting block and the base along the X-axis direction is more than or equal to the minimum assembling and disassembling angle alpha.

Further, an arc-shaped protruding part is additionally arranged between the first inclined plane and the second inclined plane at the top of the connecting block, and the arc-shaped protruding part is positioned above the hinge hole and at the high position of the top of the connecting block; the top wall of the wiper joint is provided with a second hollow part at a position corresponding to the arc-shaped protruding part.

The second inclined plane is arranged at the top of the connecting block, so that the user can further adjust the insertion installation angle between the windshield wiper joint and the windshield wiper connecting base, namely when the windshield wiper joint is installed on the windshield wiper connecting base, the inner end of the top wall of the windshield wiper joint abuts against the second inclined plane of the connecting block, and as the minimum included angle gamma between the second inclined plane and the base along the X-axis direction is larger than or equal to the minimum assembly and disassembly angle alpha, the included angle beta between the longitudinal axis R of the windshield wiper joint and the windshield wiper connecting base along the X-axis direction is larger than the minimum assembly and disassembly angle alpha, and the articulated shaft of the windshield wiper joint can be conveniently inserted into the articulated hole of the windshield wiper connecting base.

To achieve the second object of the present invention, the wiper connecting base forms a stopper mechanism at the opening of the hinge hole to block the entrance/exit of the hinge shaft of the wiper joint from the opening of the hinge hole.

In one embodiment of the stop mechanism, the shortest distance M between the openings of the hinge holes is at least smaller than the longest outer diameter N of the hinge shaft of the wiper joint sliding into the hinge holes.

In one embodiment of the stop mechanism, the stop mechanism of the wiper connecting base is an elastic element, the elastic element generates a position deviation due to elastic deformation when being subjected to a certain external force, when the elastic element does not generate the position deviation, the elastic element can be used for blocking the access passage at the opening of the hinge hole, and when the elastic element generates the position deviation, the access passage at the opening of the hinge hole is in an open state.

Furthermore, the elastic element is a blocking sheet, one end of the elastic element is fixed on the connecting block, the other end of the elastic element is a free end, and the free end is positioned at the opening of the hinge hole when the elastic element does not generate elastic deformation; when the blocking piece is acted by a certain external force, the blocking piece can generate elastic deformation, so that the free end of the blocking piece leaves the opening of the hinge hole.

The stop sheet is arranged on the yielding channel on at least one side face of the connecting block, the fixed end of the stop sheet is fixedly arranged on one side, away from the opening of the hinge hole, of the yielding channel, the free end of the stop sheet faces towards the opening of the hinge hole and is positioned at the opening of the hinge hole, and a yielding space is formed below the stop sheet.

Further, the connecting block is equipped with a first hollow portion below the channel of stepping down, the free end that blocks the piece is placed in this first hollow portion in the circular arc indent from bottom to top, and the height of this free end is less than the height of hinge hole centre of a circle, and this first hollow portion has the space of stepping down that lets the free end that blocks the piece take place elastic deformation downwards.

By additionally arranging the stopping mechanism on the windshield wiper connecting base, when the windshield wiper joint and the windshield wiper connecting base are installed in place, the stopping mechanism can form a new stopping part relative to the hinged shaft of the windshield wiper joint, so that the windshield wiper joint is further ensured not to be separated from the windshield wiper connecting base easily.

The invention also discloses a windshield wiper which is provided with any one of the windshield wiper connecting components, and by adopting the windshield wiper connecting component with the structure, the windshield wiper joint can be very conveniently assembled and disassembled with the windshield wiper connecting base, and the limit part and the blocking part are respectively additionally arranged between the windshield wiper joint and the windshield wiper connecting base, so that the risk that the windshield wiper joint and the windshield wiper connecting base are mutually separated in the wiping process of the windshield wiper is further reduced, the service life of the windshield wiper is prolonged, and the driving safety of a vehicle is improved.

Drawings

The detailed description, given as a non-limiting example, better explains what the invention includes and can be implemented, and moreover, refers to the accompanying drawings, in which:

FIGS. 1-1 to 1-2 are schematic views of a wiper connecting assembly disclosed in the conventional CN109159760A patent document;

fig. 2-1 is an exploded perspective view of the wiper attachment assembly of the present invention (first series of first embodiments);

fig. 2-2 are bottom views of the wiper fitting 2a of the present invention;

fig. 3-1 is a perspective view of a wiper attachment base 1b of the present invention (first series of second embodiments);

fig. 3-2 to 3-4 are schematic views of the installation of the wiper fitting 2a to the wiper attachment base 1b (first series of second embodiments);

fig. 4-1 is a perspective view of a wiper attachment base 1c of the present invention (first series of third embodiments);

fig. 4-2 to 4-3 are schematic views of the installation of the wiper fitting 2a to the wiper attachment base 1c (third embodiment of the first series);

fig. 5 is an exploded isometric view of the wiper connection assembly of the present invention (a second series of first embodiments);

fig. 6 is an exploded isometric view of the wiper connection assembly of the present invention (a second series of second embodiments);

fig. 7-1 is a perspective view of a wiper connection assembly of the present invention (a third embodiment of the second series);

fig. 7-2 is an assembly schematic view of the wiper connection assembly of the present invention (third embodiment of the second series).

Detailed Description

The invention is described in detail below with reference to the figures and the specific embodiments.

In the following description, the term "longitudinal" is a principal axis extending in the lengthwise direction corresponding to a wiper joint or wiper arm, with which the longitudinal axis R of the wiper joint defined in the present invention is parallel to each other; the direction of the windshield wiper joint swinging up and down refers to the distance between the windshield wiper joint and the windshield glass by taking a hinged shaft as a rotating axis, wherein the direction of the windshield wiper joint swinging up and down is the direction approaching the windshield glass; the front and back directions of the windshield wiper joint and the windshield wiper connecting base correspond to the distance between the components and the power end of the windshield wiper arm, the front direction is the side far away from the power end of the windshield wiper arm, the back direction is the side close to the power end of the windshield wiper arm, and for the convenience of understanding, the directions of the front and back directions related to the invention are consistent with the directions of the reference numerals in the specification.

Definition of windshield wiper bracket component, ordinary skilled person in the art can know that the windshield wiper bracket component has windshield wiper support and windshield wiper adhesive tape at least, this windshield wiper support can be for there being the bone support or be the boneless support of constituteing by the shell fragment, perhaps by having the bone support and the common mixed support of constituteing of shell fragment, the bottom of this windshield wiper support is direct or the indirect windshield wiper adhesive tape that has set firmly, the windshield wiper support is used for transmitting the wiper arm and applies to the reciprocal wobbling lateral force of windshield wiper adhesive tape, and ensure that the windshield wiper adhesive tape hugs closely the windshield of vehicle, the general condition has the bone windshield wiper support not to have the water conservancy diversion sheath, and boneless support has the water conservancy diversion sheath, this water conservancy diversion sheath sets up the top at the windshield wiper adhesive tape.

The terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature.

In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above should not be understood to necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, various embodiments or examples described in this specification can be combined and combined by those skilled in the art.

A first series of: the blocking part is arranged on two side surfaces of the connecting block of the windshield wiper connecting base

The first embodiment:

the invention discloses a windshield wiper connecting assembly, which is used for connecting a windshield wiper support assembly and a windshield wiper arm and comprises a windshield wiper connecting base 1a and a windshield wiper joint 2 a; the windshield wiper connecting base 1a includes a base 11, the base 11 is used for fixedly connecting with a windshield wiper support assembly, specifically, refer to the technical scheme disclosed in CN110422140A, that is, the base 11 is provided with an installation groove and a clamping part at the bottom, and an elastic sheet is provided with a notch at the position corresponding to the clamping part, and the elastic sheet is provided with a connecting structure for fixing a rubber strip of the windshield wiper; or as in the technical solution disclosed in CN109795452A, the connection structure of the elastic sheet and the base 11 is basically the same, but the elastic sheet is separated into two parallel elastic sheets, the head and the tail ends of the two elastic sheets are fixed by welding through the connecting steel sheet, a gap is formed between the two elastic sheets, and the wiper rubber strip is inserted into the gap, thereby realizing the technical solution disclosed by the fixation of the elastic sheet and the wiper rubber strip; or as the technical scheme disclosed in CN108583517A, a bearing clip is additionally arranged between the elastic sheet and the rubber strip, so as to fix the elastic sheet and the rubber strip of the windshield wiper; meanwhile, the base 11 may also adopt the inventive concepts disclosed in CN104925029A, CN106240529A, and CN110843730A, and one end of the base 11 may adopt a convex column and the other end of the base 11 may adopt an elastic hook to connect with the wiper support assembly, and it should be noted that the fixing of the base 11 and the wiper support assembly is not only the above-mentioned example, but also the base 11 and the wiper support assembly can establish a stable fastening connection relationship once they are connected.

As shown in fig. 2-1, a connecting block 12 is protruded above the base 11, a pair of hinge holes 13 symmetrically arranged along the pivot axis Y is formed on both side surfaces of the connecting block 12, an opening 131 is formed on the side of the hinge hole 13 opposite to the power end of the wiper arm, and the hinge hole 13 may be a through hole or a blind hole, preferably a blind hole, so that the structural strength of the whole connecting block 12 is better than that of the connecting block 13 which is a through hole; the both sides face of connecting block 12 forms the passageway 14 of stepping down of indent respectively in the vertical direction that is located the hinge hole 13 opening 131 front end, should step down passageway 14 and the bottom terminal surface of hinge hole 13 (blind hole) be located the coplanar, and every step down and form spacing step portion 15 between the front end of passageway 14 and the side of connecting block 12, this spacing step portion 15 is stop part A, spacing step portion does not necessarily set up on the passageway 14 of stepping down certainly, can additionally set up a spacing step portion (not shown) again at the both sides face of connecting block 12, but can lead to increasing the die sinking cost like this, consequently the spacing step portion 15 that the passageway 14 itself and the both sides face of connecting block 12 formed of using to step down is the optimum design.

The wiper blade joint 2a is used for fixing a wiper arm, and is swingably hinged in the hinge hole 13 of the wiper blade connecting base 1a, so that the wiper blade joint 2a has two common structural features with the wiper blade joints which are mainstream in the market at present: 1. the longitudinal body of the windshield wiper joint is provided with a connecting part which can be fixedly connected with the windshield wiper arm; 2. the wiper joint has a hinge shaft which can be mutually hinged with the hinge hole of the wiper connecting base. As shown in fig. 2-1 and 2-2, the longitudinal body of the wiper joint 2a includes a U-shaped groove member surrounded by a top wall 21 and two side walls 22, the two side walls 22 extend inward to form hinge shafts 221 symmetrically arranged, and the top wall 21 and/or the two side walls 22 are provided with connecting portions D for fixing the wiper arms, the specific structure of which can be directly referred to in the patent document CN2111223362U, in some wiper joints, the connecting portions D can be arranged at the bottom of the two side walls of the wiper joint to form bottom edges, and the connecting portions D formed by the bottom edges are fixed to the wiper arms, such as the wiper joint disclosed in CN210707317U, which is only a hinge hole shown in the drawing of the wiper joint of this embodiment, and only needs to be replaced by the hinge shaft, in fact, the connecting portions D of the wiper joint can be adjusted adaptively according to different wiper arms, and even for the same type of wiper arms, different manufacturers may design different connecting portions D to be fixed thereto, but the structure of the wiper joint connecting portion D is not a new point of the wiper joint 2a in terms of the present invention, and will not be described again.

In the wiper joint 2a disclosed in this embodiment, a first stop block 23 is respectively disposed on the inner side end surface of the longitudinal body and at a position corresponding to the receding channel 14, the first stop blocks 23 may be respectively fixed on the inner side end surfaces of the two side walls 22, or may also be fixed on the inner end of the top wall 21, in short, when the hinge shaft 221 of the wiper joint 2a is hinged to the hinge hole 13 of the wiper connecting base 1a, the first stop block 23 may be inserted into the receding channel 14 and be opposite to the position of the stop step portion 15 (blocking portion a) along the longitudinal direction of the connecting block 12.

Second embodiment

In order to further make the hinge shaft 221 of the wiper joint 2a less liable to be disengaged outwardly from the hinge hole 13 of the wiper connecting base 1a, a stopper mechanism C for stopping the entrance/exit of the hinge shaft 221 of the wiper joint 2a from/from the opening 131 of the hinge hole 13 is formed at the opening 131 of the hinge hole 13. In one embodiment of the stopper mechanism C, as shown in fig. 3-1 and 3-2, the shortest distance M between the openings 131 of the hinge holes 13 of the wiper connecting base 1b is at least smaller than the diameter N of the hinge shaft 221 of the wiper joint 2a for sliding into the hinge holes 13, and since the wiper joint 2a and the wiper connecting base 1b are made of plastic material, the hinge shaft 221 is inserted into the hinge holes 13 by pressing due to the elastic deformation margin of the material itself during the installation process, and once the hinge shaft 221 is installed in place, the hinge shaft 221 is not easily slid out of the hinge holes 13. Of course, in the prior art disclosed in the related art, the hinge shaft is notched as disclosed in the related art CN109159760A, by adjusting the insertion angle of the hinge shaft, the hinge shaft can be slid into the hinge hole without being pressed, and then the angle of the hinge shaft is rotated so that it is not easily slid out from the hinge hole, and this type of hinge shaft is also applicable to the present invention.

Third embodiment

In another embodiment of the stopping mechanism C, as shown in fig. 4-1 to 4-3, a first hollow portion 33 is disposed below the abdicating channel 14 in the connecting block 12 of the wiper connecting base 1C, a stopping sheet 3 is a sheet-shaped body with elastic deformation, a fixed end 31 thereof is fixedly disposed at one side of the abdicating channel 14 away from the opening 131 of the hinge hole 13, a free end 32 thereof is disposed in the first hollow portion 33 and extends to the opening 131 of the hinge hole 13 in an arc-inward concave manner from bottom to top, and the height thereof does not exceed the height of the center of the circle of the hinge hole 13, and the first hollow portion 33 has an abdicating space for allowing the free end 32 of the stopping sheet 3 to elastically deform downward; the blocking piece 3 has at least two operating positions, when the blocking piece 3 is in the first operating position, it is in a stable elastic return state, its free end 32 is located at the opening 131 of the hinge hole 13, for limiting the outward disengagement of the hinge shaft 221 of the wiper joint 2a from the opening 131 of the hinge hole 13; when the blocking piece 3 is at the second working position, the free end 32 is abutted against the hinge shaft 221 of the wiper joint 2a, the blocking piece 3 is driven to shift downwards by the hinge shaft 221, the free end 32 of the blocking piece 3 is driven to be away from the opening 131 of the hinge hole 13, and the hinge shaft 221 of the wiper joint 2a can enter/exit from the opening 131 of the hinge hole 13. In fact, this is only one of the setting modes of the blocking piece 3, since the blocking piece 3 is elastically deformed downward when being stressed, the first hollow part 33 needs to be added downward, and if the fixed end of the blocking piece 3 is set on the top of the connecting block 12, and the blocking piece 3 is elastically deformed upward when being stressed, the setting of the first hollow part 33 can be omitted (not shown).

The description of the method for disassembling/assembling the wiper joint 2a and the wiper connecting bases 1a, 1b, 1c,

as shown in fig. 3-2 to 3-4, which disclose the installation of the wiper joint 2a and the wiper connecting base 1b (the second embodiment of the first series), it is preferred to adjust the orientation of the front end of the wiper joint 2a to the side opposite to the opening 131 of the hinge hole 13 of the connecting block 12 of the wiper connecting base 1b, i.e., the front end of the wiper joint 2a is located at the front end of the opening 131 of the hinge hole 13 of the connecting block 12, and then to position the hinge shaft 221 opposite to the relief passage 14 of the wiper connecting base 1b while tilting up the front end of the wiper joint 2a until the angle β between the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b in the X-axis direction is larger than or equal to the minimum mounting and dismounting angle α (as shown in fig. 3-2), which can ensure that when the two side walls 22 of the wiper joint 2a nest the connecting block 12 into its inner cavity, the first limiting block 23 does not abut against and interfere with the top of the limiting stepped part 15, so that the hinge shaft 221 of the wiper joint 2a can sequentially slide into the hinge hole 13 through the abdicating channel 14 of the connecting block 12 and the opening 131 of the hinge hole 13; then, the front end of the wiper joint 2a is pressed down, so that the included angle β between the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b along the X-axis direction is less than the minimum assembling and disassembling angle α (as shown in fig. 3-3 and 3-4), when the hinge shaft 221 of the wiper joint 2a is separated from the opening 131 of the hinge hole 13 of the connecting block 12, the first limiting block 23 will generate abutting interference with the limiting step 15, thereby avoiding the wiper joint 2a and the wiper connecting base 1b from being separated from each other, and completing the installation of the wiper joint 2a and the wiper connecting base 1 b; when the wiper needs to be detached, the wiper joint 2a and the wiper connecting base 1b can be detached only by reverse operation. It should be noted that, when the wiper joint 2a is in the operable state, and the front end of the wiper joint 2a is necessarily swung downward relative to the wiper joint in the installation insertion state, because the wiper joint 2a is fixedly connected with the wiper arm, when the wiper joint 2a with the wiper arm is hinged with the wiper connecting base 1b (not shown in the figure), the wiper joint 2a is always pressed by the wiper arm, and the pressing force drives the hinged shaft 221 of the wiper joint 2a to rotate counterclockwise (i.e. the front end of the wiper joint 2a swings downward), so that the wiper joint 2a and the wiper connecting base 1b are in a relatively stable balanced state, generally, the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b are parallel to each other in the X-axis direction (the top surface of the base 11) or the front end of the wiper joint 2a is tilted downward toward the base 11 of the wiper connecting base 1b, meanwhile, the downward pressing force of the wiper arm is transmitted to the wiper connecting base 1b through the wiper joint 2a and finally transmitted to the wiper rubber strip of the wiper support assembly, so that the wiper rubber strip can be always attached to the surface of the windshield glass, as shown in fig. 3-4, in this state, even if the windshield glass is an arc surface, during the wiping process of the wiper, an included angle beta between the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b along the X-axis direction can slightly swing up and down, an included angle beta between the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b along the X-axis direction is always smaller than or equal to 0 degrees, the positive value is based on the wiper connecting base 1b along the X-axis direction, the clockwise rotation is a positive value, the counterclockwise rotation is a negative value, therefore, the minimum assembling and disassembling angle alpha can be set to be larger than 0 degrees, namely when the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b are in a parallel state along the X-axis direction, the first limit block 23 of the wiper joint 2a interferes with the limit step 15 of the wiper connecting base 1b, so that the wiper joint 2a cannot be separated from the wiper connecting base 1 b; moreover, in the wiping process (working state) of the wiper, the relative movement direction between the hinge shaft 221 of the wiper joint 2a and the hinge hole 13 of the wiper connecting base 1b is opposite to the opening 131 direction of the hinge hole 13, so that the connection between the wiper joint 2a and the wiper connecting base 1b is further ensured, and the mutual separation of the two is avoided. Meanwhile, since the windshield wiper connecting bases 1b and 1C are provided with the stopping mechanisms C with different structural designs in the embodiments disclosed, as mentioned above, as shown in fig. 4-2 to 4-3, the risk of the hinge shaft 221 of the wiper joint 2a being disengaged from the opening 131 of the hinge hole 13 of the wiper connecting base 1b, 1c is further reduced, especially when the vehicle is in a state of repairing or washing the windshield, the wiper joint 2a and its wiper connecting bases 1b, 1c are erected together with the wiper arm, suspended from the upper surface of the windshield glass, even if the angle β between the longitudinal axis R of the wiper joint 2a and the wiper connecting base 1b, 1c in the X-axis direction is larger than the minimum attachment/detachment angle α, the hinge shaft 221 of the wiper joint 2a cannot be disengaged from the opening 131 of the hinge hole 13 of the wiper connecting base 1b, 1 c.

Preferably, for better safety redundancy, the minimum mounting and dismounting angle α is more than or equal to 3 °, and the minimum mounting and dismounting angle α can be set to be more than or equal to 3 ° and less than or equal to 10 °, that is, the wiper joint 1a can be detached from the opening of the hinge hole 13 of the wiper joint base 1a, 1b, 1c only when the front end of the wiper joint 2a swings upwards within the interval, so that the included angle β between the longitudinal axis R of the wiper joint 2a and the wiper joint base 1a, 1b, 1c along the X-axis direction is more than or equal to α.

In a more preferable design, in order to facilitate the user to adjust the insertion and installation angles between the wiper fitting 2a and the wiper connecting bases 1a, 1b, and 1c, so that the wiper fitting 2a can be installed/detached on/from the wiper connecting bases 1a, 1b, and 1c more conveniently, as shown in fig. 4-2 for example, a first inclined plane 121 and a second inclined plane 122 are respectively arranged at the top of the connecting block 12 of the wiper connecting base 1c from front to back, and the first inclined plane 121 is located at the front end of the hinge hole 13 and is gradually higher from front to back; the second inclined plane 122 is located at the rear end of the hinge hole 13, and the height of the second inclined plane is gradually reduced from front to back; an arc-shaped protrusion 123 is additionally arranged at the top of the connecting block 12 between the first inclined surface 121 and the second inclined surface 122, and the arc-shaped protrusion 123 is positioned above the hinge hole 13 and at the high position of the top of the connecting block 12; the top wall 21 of the wiper joint 2a, 2b is provided with a second hollow portion 211 at a position corresponding to the arc-shaped protrusion 123, so that when a user mounts the wiper joint 2a to the wiper connecting base 1c, the user only needs to make the wiper joint 2a and the first stopper 23 opposite to the yielding channel 14, and then the two side walls 22 of the wiper joint 2a are put into the connecting block 12 from top to bottom, so that the inner side end surface of the top wall 21 of the wiper joint 2a and the second inclined surface 122 of the connecting block 12 abut against each other, the minimum included angle γ between the second inclined surface 122 of the connecting block 12 and the base 11 along the X-axis direction is not less than the assembling and disassembling angle α, thereby ensuring that the front end of the wiper joint 2a is tilted upward, the hinge shaft 221 of the wiper joint 2a slides into the hinge hole 13 of the connecting block 12, the first stopper 23 does not interfere with the limiting step portion 15, and the wiper joint 2a and the wiper connecting base 1a, b, c, 1b and 1 c; when the wiper joint 2a needs to be detached from the wiper connecting base 1a, 1b, 1c, only the reverse operation is needed, the inner end of the top wall 21 of the wiper joint 2a abuts against the second inclined surface 122 of the wiper connecting base 1b, then the wiper joint 2a is pushed out from the direction of the opening 131 of the hinge hole 13 of the wiper connecting base 1b with force, the hinge shaft 221 of the wiper joint 2a abuts against the blocking piece 3, so that the downward position of the blocking piece is deviated, the access passage of the opening 131 of the hinge hole 13a is opened, and the wiper joint 2a can be detached from the wiper connecting base 1 b. Compared with the traditional windshield wiper connecting base, the windshield wiper connecting base is often only provided with the hinge holes, the hinge shafts of the windshield wiper connector are nested in the hinge holes through elastic deformation of the two side walls of the windshield wiper connector, once the windshield wiper connector is required to be detached from the windshield wiper connecting base, the windshield wiper connector is often required to be detached violently, and the side walls of the windshield wiper connector are detached in a prying way by using a screwdriver, so that the detachment and the installation are very inconvenient, the windshield wiper connector 2a matched with the windshield wiper connecting base 1b can be quite convenient to detach/install, and once the windshield wiper connector is installed, the windshield wiper connector 2a is quite firm and is not easy to detach from the windshield wiper connecting base 1 b. Meanwhile, the first inclined surface 121 of the connecting block 12 is also arranged to provide an abdicating space for the front end of the wiper joint 2a to swing downwards relative to the wiper connecting base 1c, and the first inclined surface 121 and the second inclined surface 122 are also convenient for controlling the up-and-down swing angle of the wiper joint 2a relative to the wiper connecting base 1b by using the hinge shaft 221 as a swing fulcrum.

A second series: the blocking part is arranged at the top of the connecting block of the windshield wiper connecting base

The most obvious difference between the windshield wiper connecting bases 1d, 1e and 1f disclosed by the series and the first series of windshield wiper connecting bases 1a, 1b and 1c lies in that the limiting step part formed by the abdicating channel 14 and the two side faces of the connecting block 12 is not utilized as a blocking part, but a limiting sunk groove 4 is formed at the top of the connecting block 12 and at the front end of the hinge hole 13 in a unique way, the limiting sunk groove 4 is provided with an accommodating space extending along the longitudinal direction of the connecting block 12, and the limiting sunk groove 4 is the blocking part A.

The series of wiper joints 2B at least comprises a top wall 21 and two side walls 22 enclosing to form a U-shaped groove member, the two side walls 22 have inward extending hinge shafts 221 which are symmetrically arranged, the inner end of the top wall 21 extends downwards relative to the position of the limit sunken groove 4 to form a second limit block 24, the second limit block 24 is positioned at the front end of the hinge shafts 221, the second limit block 24 can be inserted into the limit sunken groove 4 in a clearance fit manner, and the second limit block 24 is a limit part B.

More specifically, as shown in fig. 5, in the second series of the first embodiments, the limit sunken groove 4 of the wiper connecting base 1d is a rectangular sunken groove 41; the second limit block 24 of the wiper joint 2b is a rectangular block 24a, and the length G of the rectangular block 24a along the longitudinal direction of the connecting block 12 is less than the length H of the limit sinking groove 4 along the longitudinal direction of the connecting block 12.

On the basis of this embodiment, as shown in fig. 6, in the second series of second embodiments, the limit sunken groove 4 of the wiper connecting base 1e further comprises an axial sunken groove 42 extending along the longitudinal direction thereof at the rear end of the rectangular sunken groove 41, and the horizontal cross sections of the rectangular sunken groove 41 and the axial sunken groove 42 are in a convex shape; the second limiting block 24 of the wiper joint 2b further comprises an axial block 24b extending from the front end or the rear end of the rectangular block 24a to form a convex block, the rectangular block 24a and the axial block 24b are correspondingly inserted into the rectangular sinking groove 41 and the axial sinking groove 42, the axial sinking groove 42 is additionally arranged on the wiper joint base 1e, the axial block 24b is additionally arranged on the wiper joint base 2b to guide and limit the axial block 24b, and the wiper joint 2b is less prone to relative displacement along the width direction with the wiper joint base 1e after the wiper joint 2b and the wiper joint base 1e are installed in place.

In a more optimized design, as shown in fig. 6, when the axial block 24b is located at the rear end of the rectangular block 24a, the front end of the rectangular sinking groove 41 forms a sinking plane 411, and the bottom of the axial block 24b and the side far away from the rectangular block 24a are further provided with an abdicating inclined plane 241b, so that the minimum loading and unloading angle α formed between the longitudinal axis R of the wiper joint 2b and the wiper joint base 1e along the X-axis direction can be reduced, and the minimum included angle γ between the second inclined plane 122 of the joint block 12 and the base 11 along the X-axis direction can be reduced, i.e. assuming the design without the sinking plane 411 and the abdicating inclined plane 241b, the minimum loading and unloading angle α and the minimum included angle γ can only be set to 6 °, but with the sinking plane 411 and the abdicating inclined plane 241b, the minimum loading and unloading angle α and the minimum included angle can be set to 5 °, and the above example is only illustrating the design with/without the sinking plane 411 and the abdicating inclined plane 241b, the minimum loading angle α and the minimum angle γ are illustrated as only one of the reference values. Due to the reduction of the minimum loading and unloading angle α, the angle of the minimum included angle γ of the second inclined surface 122 is reduced, so that the two side surfaces of the connecting block 12 of the wiper connecting base 1e have a sufficiently large abutting contact area at the rear end of the hinge hole 13, thereby avoiding the problem that the hinged connection between the wiper joint and the wiper connecting base is not firm due to the excessively large inclined surface at the top of the connecting block (i.e. the second inclined surface of the present invention) as disclosed in the prior art (CN 109159760A).

As shown in FIG. 7-2, the method of removing/fitting the series of wiper joint 2b from/into the wiper connecting bases 1d, 1e, 1f substantially coincides with the method of removing/fitting the first series of wiper joint 2a from/into the wiper connecting bases 1a, 1b, 1c only when the angle beta between the longitudinal axis R of the wiper joint 2b and the wiper connecting bases 1d, 1e, 1f in the X-axis direction is smaller than the minimum attaching/detaching angle alpha, and when the hinge shaft 221 of the wiper joint 2b is moved in the direction of disengaging from the opening 131 of the hinge hole 13 of the joint block 12, the second stopper 24 of the wiper joint 2b comes into abutting interference with the front end inner wall of the stopper depression 4 (rectangular depression 41) to thereby restrict the wiper joint 2b from disengaging from the wiper connecting bases 1d, 1e, 1f from each other, and the space at the opening 131 of the hinge hole 13 disclosed in the wiper connecting base 1e is smaller than the design of the outer diameter of the wiper joint 2b (as shown in FIG. 6) The design (as shown in fig. 7-1) of the second series of second embodiments, or the design of adding the blocking piece 3 at the opening 131 of the hinge hole 13 disclosed by the wiper connecting base 1f [ the second series of third embodiments ], is consistent with the technical solutions and effects disclosed by the first series of wiper connecting bases 1b and 1c, and will not be described again.

Meanwhile, the invention also discloses a windshield wiper, which is matched with any series of windshield wiper connecting components (comprising a windshield wiper joint and a windshield wiper connecting base), and the windshield wiper connecting components with the structure are convenient to disassemble/assemble with the windshield wiper connecting base.

Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.