阅读说明：本技术 一种和纸纱络纱电清上蜡技术装置 (Japanese paper yarn winding electric cleaning and waxing technical device ) 是由 黄景春 于 2021-07-02 设计创作，主要内容包括：本发明公开了一种和纸纱络纱电清上蜡技术装置,包括放卷组件、张力片、电清、上蜡组件、探丝器、收卷组件、机架,放卷组件安装在机架上,张力片、电清、上蜡组件、探丝器安装在机架上台面上表面,和纸纱顺次穿过张力片、电清、上蜡组件、探丝器,收卷组件下方设置有支撑架,收卷组件和支撑架上表面紧固连接,支撑架和机架上台面上表面紧固连接,支撑架安装在机架上台面上表面靠近探丝器的一侧。本发明的放卷组件可以通过风力对放卷时纱线产生的气圈进行调节,风力将纱线的摆动幅度调节在稳定的范围内。本装置的上蜡组件能够实现对纱线全方位无死角的上蜡,同时还能保持上蜡力度的稳定性,保证了上蜡量的均匀。(The invention discloses a technical device for electrically cleaning and waxing a Japanese paper yarn winding machine, which comprises an unwinding assembly, a tension sheet, an electric cleaner, a waxing assembly, a yarn detector, a winding assembly and a rack, wherein the unwinding assembly is arranged on the rack, the tension sheet, the electric cleaner, the waxing assembly and the yarn detector are arranged on the upper surface of an upper table top of the rack, the Japanese paper yarn sequentially passes through the tension sheet, the electric cleaner, the waxing assembly and the yarn detector, a support frame is arranged below the winding assembly, the winding assembly is fixedly connected with the upper surface of the support frame, the support frame is fixedly connected with the upper surface of the upper table top of the rack, and the support frame is arranged on one side, close to the yarn detector, of the upper table top of the rack. The unwinding assembly can adjust the balloon generated by the yarn during unwinding through wind power, and the swing amplitude of the yarn is adjusted within a stable range through the wind power. The waxing subassembly of this device can realize the waxing at the all-round no dead angle of yarn, can also keep the stability of the dynamics of waxing simultaneously, has guaranteed the even of waxing volume.)

1. The utility model provides a japanese paper yarn winding electricity clear waxing technical device which characterized in that: the device is including unreeling subassembly (1), tension piece (2), electric clear (3), waxing subassembly (4), spy silk ware (5), rolling subassembly (6), frame (7), unreel subassembly (1) and install in frame (7), tension piece (2), electric clear (3), waxing subassembly (4), spy silk ware (5) are installed at frame (7) upper table surface, and draw paper yarn to pass tension piece (2), electric clear (3), waxing subassembly (4), spy silk ware (5) in order, rolling subassembly (6) below is provided with support frame (61), and rolling subassembly (6) and support frame (61) upper surface fastening connect, support frame (61) and frame (7) upper table surface fastening connect, support frame (61) are installed and are close to one side of spy silk ware (5) in frame (7) upper table surface.

2. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 1, characterized in that: the unreeling component (1) comprises a yarn unreeling barrel part (11), a fixing plate (12), a guide post (13), a steering ring (14), a yarn guiding ceramic ring (15) and a waisting ceramic post (16), wherein the yarn unreeling barrel part (11) is installed above a bottom plate in a rack (7), the yarn unreeling barrel part (11) is close to a side plate of the rack (7), one end of the fixing plate (12) is fixedly connected with the bottom plate of the rack (7), the other end of the fixing plate (12) is rotatably connected with the guide post (13), a fixing metal plate is arranged on the outer ring of the yarn guiding ceramic ring (15), the fixing metal plate is fixedly connected with the lower edge of the side edge of an upper table top of the rack (7), an extension metal plate is further installed on the side edge of the upper table top of the rack (7), one side, far away from the rack (7), of the upper surface of the extension metal plate is fixedly connected with the steering ring (14), one side, close to the rack (7), and the waisting ceramic post (16) are fixedly connected with the upper surface of the extension metal plate, still install another receipts waist knob insulator (16) in the position that the frame upper surface is close to the extension panel beating, install and all be vertical installation in receipts waist knob insulator (16) of two differences of extension panel beating and frame one side, visit and install third receipts waist knob insulator (16) under silk ware (5), receipts waist knob insulator (16) that are located and visit silk ware (5) below are horizontal installation.

3. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 2, characterized in that: the yarn releasing barrel component (11) comprises a paper yarn sleeve (111), an outer airflow sleeve (112), an inner airflow sleeve (113), a fan (114), a one-to-two airflow pipe (115), an air inlet plate (116), an airflow reversing plate (117), an arc-shaped column (118) and a conical air baffle (119), the paper yarn sleeve (111) is arranged at the middle position of the outer side of the inner airflow sleeve (113), one end of the inner airflow sleeve (113) extends into the outer airflow sleeve (112), one end of the outer airflow sleeve (112) is tightly connected with the air inlet plate (116), the other end of the outer airflow sleeve (112) is tightly connected with the airflow reversing plate (117), one end of the inner airflow sleeve (113) extending into the outer airflow sleeve (112) is tightly connected with the airflow reversing plate (117), the air inlet plate (116) is sleeved on the inner airflow sleeve (113), and the inner ring of the air inlet plate (116) is tightly connected with the side wall of the inner airflow sleeve (113), the novel air flow reversing device is characterized in that a plurality of air inlets are formed in the air inlet plate (116), the air inlets are uniformly distributed around the circle center of the air inlet plate (116), the number of the air inlets in each circle is the same, the distance between the air inlets in different circles is the same, the fan (114) is installed on the outer airflow sleeve (112), an opening is formed in the center of the airflow reversing plate (117), two circular holes which are symmetrical about the center are formed in the position, close to the outer side, of the airflow reversing plate (117), the opening is connected with the circular holes through a one-to-two airflow pipe (115), one end, far away from the airflow reversing plate (117), of the inner airflow sleeve (113) is fixedly connected with the arc-shaped column (118), and one end, far away from the inner airflow sleeve (113), of the arc-shaped column (118) is fixedly connected with the conical wind shield (119).

4. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 3, characterized in that: the fan (114) comprises a transmission motor (1141), a transmission gear (1142), a rotating ring (1143), an inner supporting ring (1144) and a fan blade (1145), wherein the fan blade (1145) is obliquely arranged between the rotating ring (1143) and the inner supporting ring (1144), the inner supporting ring (1144) is arranged inside the rotating ring (1143), gear teeth are arranged on the outer side of the rotating ring (1143), the gear teeth are meshed with the transmission gear (1142), the output shaft of the transmission gear (1142) is fixedly connected with the transmission motor (1141), the transmission motor (1141) is fixedly connected with an outer airflow sleeve (112), the outer airflow sleeve (112) is divided into two sections, the rotating ring (1143) is arranged in the middle of the two sections of the outer airflow sleeve (112), and the side edge of the rotating ring (1143) is respectively rotatably connected with the two sections of the outer airflow sleeve (112).

5. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 1, characterized in that: the waxing assembly (4) is provided with two groups, one group of waxing assembly (4) rotates forwards, one group of waxing assembly (4) rotates backwards, the two groups of waxing assemblies (4) are completely the same in structure, the waxing assembly (4) comprises a rotating motor (41), a bearing disc (42), a wax disc (43), a rotating column (44) and a stabilizing component (45), the rotating motor (41) is fastened and connected with the lower surface of the upper table surface of the rack (7), an opening is formed in the corresponding position of the output shaft of the rotating motor (41) on the upper table surface of the rack (7), the output shaft of the rotating motor (41) extends to the upper surface of the upper table surface of the rack and is fastened and connected with the bottom of the bearing disc (42), the upper surface of the bearing disc (42) is fastened and connected with the rotating column (44), the wax disc (43) is sleeved on the rotating column (44), and the stabilizing component (45) is fastened and connected with the upper table surface of the rack (7).

6. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 5, characterized in that: stabilizing means (45) include annular cover (451), locating lever (452), annular air current chamber (453), air exit (454), annular cover (451) cover is in the wax dish (43) outside, locating lever (452) one end and annular cover (451) surface fastening connection, and mesa upper surface fastening connection is gone up to locating lever (452) other end and frame (7), annular cover (451) inside is provided with annular air current chamber (453), annular air current chamber (453) bottom is provided with inlet channel, inlet channel and external compressed air pipeline link to each other, air exit (454) slope sets up downwards, and annular air current chamber (453) is connected to air exit (454) one end, and annular cover (451) internal surface is connected to air exit (454) other end.

7. The device for electrically cleaning and waxing a paper yarn winding machine according to claim 1, characterized in that: winding subassembly (6) are including rolling sleeve (62), rolling motor (63), one side that wire detector (5) are close to at support frame (61) upper surface is installed in rolling sleeve (62), rolling motor (63) and support frame (61) upper surface fastening connect, rolling sleeve (62) inside is provided with rotatable cylinder, the output shaft of cylinder and rolling motor (63) rotates the connection.

Technical Field

The invention relates to the technical field of spinning, in particular to a paper yarn winding electric cleaning and waxing technical device.

Background

The paper yarn is a yarn made by adding paper materials, and the paper material is hard and dry in spinning, is skin-friendly and soft when being worn on the body, and has the characteristics of perspiration, ventilation, antibiosis and the like. The winding refers to a process of rewinding cop, skein and the like into various types of bobbins. The existence of yarn hairiness can influence production efficiency and cloth cover quality, particularly the yarn hairiness after spooling, so that the yarn and paper yarn need to be cleaned and waxed electrically in the winding process, the waxed paper yarn becomes smoother, the yarn can shuttle more freely in cloth holes, and the knotting condition can be greatly reduced. When the traditional yarn waxing device is used for waxing a paper yarn, uneven waxing often occurs, and an unwashed area often occurs on the surface of the yarn, which is not contacted with a wax block, so that the abrasion degree of each part of the yarn is uneven, and the attractiveness of the finished yarn is affected. On the other hand, the conventional waxing equipment is inaccurate in control of the waxing amount, the weight of the wax block changes along with the loss of the wax block, the friction force between the yarn and the wax block is also reduced, and the waxing amount is greatly reduced compared with the initial time period when the wax block is about to be lost. And the papayas can produce the balloon around the yarn sleeve when moving back the yarn, along with the continuous use with the papayas, the winding diameter of yarn can constantly diminish, and the change of winding diameter can lead to the fact the influence to the swing range of balloon, and the swing range can influence the tension with the papayas, finally leads to the degree of consistency reduction of resultant yarn. And the paper yarn is taken as one of the paper yarn, the material of the paper yarn has the characteristics of light weight and hardness, the hard material easily causes unsmooth winding if the linear tension is insufficient in the winding process, and the traditional winding device has no effective tension adjusting means aiming at the hard material and the paper yarn, so that the knocking-over phenomenon is serious.

Disclosure of Invention

The invention aims to provide a device for electrically cleaning and waxing a paper yarn winding machine, which solves the problems in the background technology.

In order to solve the technical problems, the invention provides the following technical scheme: the utility model provides a japanese paper yarn winding electricity is clear to wax technical device, including unreeling the subassembly, the tension piece, the electricity is clear, the waxing subassembly, visit the silk ware, the rolling subassembly, a machine support, it installs in the frame to unreel the unit mount, the tension piece, the electricity is clear, the waxing subassembly, visit the silk ware and install mesa upper surface in the frame, japanese paper yarn passes the tension piece in order, the electricity is clear, the waxing subassembly, visit the silk ware, rolling subassembly below is provided with the support frame, rolling subassembly and support frame upper surface fastening connect, mesa upper surface fastening connects in support frame and the frame, the support frame is installed in the frame one side that mesa upper surface is close to visit the silk ware. The unwinding assembly can adjust the balloon generated by the yarn during unwinding through wind power, and the swing amplitude of the yarn is adjusted within a stable range through the wind power. The yarn leaves and lets in the tension piece after unreeling the subassembly, the tension piece is adjusted yarn tension, the rethread electric clear is cleared up yarn fault, let in the waxing subassembly after the clearance and carry out the waxing and handle, the waxing subassembly of this device can realize the waxing at the all-round no dead angle of yarn, can also keep the stability of waxing dynamics simultaneously, the even of waxing volume has been guaranteed, the yarn after the waxing is through visiting the silk ware, visit the silk ware and carry out real time monitoring to the running state of yarn, final yarn is packed up by the rolling subassembly.

Further, the unreeling component comprises a yarn unreeling cylinder part, a fixed plate, guide posts, a steering ring, a yarn guide ceramic ring and a waist-tightening ceramic post, the yarn unreeling cylinder part is installed above a bottom plate in the rack, the yarn unreeling cylinder part is close to a side plate of the rack, one end of the fixed plate is fixedly connected with the bottom plate of the rack, the other end of the fixed plate is rotatably connected with the guide posts, a fixed metal plate is arranged on the outer ring of the yarn guide ceramic ring, the fixed metal plate is fixedly connected with the lower edge of the side edge of the upper table of the rack, an extension metal plate is further installed on the side edge of the upper table of the rack, one side, far away from the rack, of the upper surface of the extension metal plate is fixedly connected with the steering ring, one side, close to the rack, of the upper surface of the extension metal plate is fixedly connected with one waist-tightening ceramic post, the other waist-tightening ceramic post is also installed on the upper surface of the rack, two different waist-tightening ceramic posts installed on one sides of the extension metal plate and the rack are vertically installed, a third waist-tightening ceramic post is installed under the yarn detector, the waist-contracting porcelain column positioned below the wire detector is horizontally arranged. And the paper yarns are discharged from the yarn placing barrel part, are reversed through the guide columns and then pass through the yarn guide ceramic rings, the yarn guide ceramic rings restrain the swinging of the paper yarns, the paper yarns penetrating out of the yarn guide ceramic rings are reversed through the steering rings, the paper yarns after reversing sequentially pass through the two waist-retracting ceramic columns in an opposite winding mode, then pass through the tension sheet, the electric cleaner and the waxing assembly with the paper yarns, pass through the horizontally-arranged waist-retracting ceramic columns for steering the paper yarns after being transferred from the waxing assembly, and then pass through the yarn detector after being steered. The unreeling component ensures the running stability of the paper yarns in the electric cleaning and waxing process by matching the plurality of constraint positions, and the yarn unreeling barrel component ensures that the tension attached to the paper yarns in the whole using process tends to be stable by adjusting the tension of the yarn unreeling barrel component.

Furthermore, the yarn releasing barrel part comprises a Japanese yarn sleeve, an outer airflow sleeve, an inner airflow sleeve, a fan, a one-divided-into-two airflow pipe, an air inlet plate, an airflow reversing plate, an arc-shaped column and a conical wind shield, the Japanese yarn sleeve is sleeved at the middle position of the outer side of the inner airflow sleeve, one end of the inner airflow sleeve extends into the outer airflow sleeve, one end of the outer airflow sleeve is tightly connected with the air inlet plate, the other end of the outer airflow sleeve is tightly connected with the airflow reversing plate, one end of the inner airflow sleeve extending into the outer airflow sleeve is tightly connected with the airflow reversing plate, the air inlet plate is sleeved on the inner airflow sleeve, the inner ring of the air inlet plate is tightly connected with the side wall of the inner airflow sleeve, a plurality of air inlet holes are arranged on the air inlet plate, the air inlet holes are uniformly distributed around the circle center of the air inlet plate, the number of the air inlet holes in each circle is the same, the intervals of the air inlet holes in different circles are the same, the fan is installed on the outer airflow sleeve, the center of the airflow reversing plate is provided with an opening, two circular holes which are symmetrical with respect to the center are arranged at the position close to the outer side of the airflow reversing plate, the opening is connected with the round hole through a one-to-two airflow pipe, one end of the inner airflow sleeve, far away from the airflow reversing plate, is fixedly connected with the arc-shaped column, and one end of the arc-shaped column, far away from the inner airflow sleeve, is fixedly connected with the conical wind shield plate. The external air flow enters the inside of the external air flow sleeve through the air inlet plate under the driving of the fan and then enters the internal air flow sleeve through the one-to-two air flow pipe, the air flow rapidly flows along the internal air flow sleeve and finally collides with the conical wind shield, and the air flow is dispersed in four directions under the guiding of the conical surface. And the yarn of the paper yarn sleeve can generate a disturbance when the yarn is withdrawn, the disturbed yarn surrounds the paper yarn sleeve to generate a balloon, and a plurality of yarns are wound outside the paper yarn sleeve at the beginning, so that the diameter of the paper yarn sleeve is increased by the yarns, the balloon swinging amplitude is larger when the diameter of the balloon starting position is larger, the diameter of the balloon starting position is continuously reduced along with the continuous use of the yarns, the swinging amplitude of the balloon is also reduced along with the continuous use of the yarns, in the changing process, the tension of the yarn can be changed, the tension sheet is adjusted to the optimal state when in the initial state, and the smaller the change of the subsequent tension is, the better the integral working effect of the device is. In order to stabilize the swing amplitude of the balloon, the invention utilizes airflow for assistance, the airflow blown out from the conical wind shield acts on the surface of the yarn, and the swing amplitude of the yarn is increased due to wind power. The yarn diameter sleeved on the paper yarn sleeve is continuously reduced along with continuous use of the yarn, more air inlet holes on the air inlet plate are leaked out, the discharged air quantity is continuously increased along with continuous increase of the air inlet flow, the air flow speed is gradually increased in the cavity with the fixed sectional area, the gradually increased air flow speed corresponds to the gradually decreased diameter of the starting position of the balloon, and the swing amplitude of the balloon tends to be stable under correction of the air flow. The tension variation range that stable swing range can make on the yarn reduces, and whole root winding yarn just can continuously be in the state of tightening, and the harder japanese paper yarn surface of material has had great tension, just can guarantee that equipment can continuous stable operation at winding in-process, has avoided the appearance of knocking over the phenomenon.

Furthermore, the fan comprises a transmission motor, a transmission gear, a rotating ring, an inner support ring and fan blades, wherein the fan blades are obliquely arranged between the rotating ring and the inner support ring, the inner support ring is positioned inside the rotating ring, gear teeth are arranged on the outer side of the rotating ring and are meshed with the transmission gear, the transmission gear is fixedly connected with an output shaft of the transmission motor, the transmission motor is fixedly connected with an outer airflow sleeve, the outer airflow sleeve is divided into two sections, the rotating ring is positioned between the two outer airflow sleeves, and the side edges of the rotating ring are respectively rotatably connected with the two outer airflow sleeves. The transmission motor drives the transmission gear to rotate, the transmission gear drives the rotating ring to rotate, the rotating ring drives the fan blades to rotate, and the fan blades can generate a suction effect when rotating through reasonably setting the inclined directions of the fan blades. Through the annular fan blades, uniform suction force can be generated inside the outer airflow sleeve, and the gas flow quantity inside the outer airflow sleeve can be stably increased along with the continuous exposure of the air inlet holes.

Further, the waxing subassembly has two sets ofly, a set of waxing subassembly corotation, a set of waxing subassembly reversal, two sets of waxing subassembly's constitutional structure is the same completely, the waxing subassembly is including rotating the motor, accept the dish, the wax dish, the rotary column, stabilizing means, it connects to rotate motor and frame upper table surface lower surface fastening, the frame upper table surface is provided with the trompil at the rotation motor output shaft corresponding position, it stretches to frame upper table surface and accepts a set bottom fastening connection to rotate the motor output shaft, accept a set upper surface and rotary column fastening connection, the wax dish cover is on the rotary column, stabilizing means and frame upper table surface fastening connection. The yarn passes from accepting the gap between dish and the wax dish, it drives and accepts the dish rotation to rotate the motor, it drives the rotary column rotation to accept the dish, the wax dish is also following the rotation together under the surface friction who accepts dish and rotary column drives, it is smooth than wax dish surface to accept a dish surface, yarn and wax dish lower surface take place the friction, the linear velocity of yarn is greater than the maximum linear velocity of wax dish, the rotation of wax dish can drive the torsion of yarn, the torsion direction of corotation waxing subassembly and the reversal waxing subassembly messenger line is opposite, can guarantee the quilt waxing at yarn can not have the dead angle through this kind of operational mode. The stabilizing component can provide stable pressure for the wax tray in the wax tray waxing process, so that the wax amount uniformity in the whole operation process is ensured.

Further, stabilizing element includes annular cover, the locating lever, annular air current chamber, the air exit, annular cover is in the wax plate outside, locating lever one end and annular cover surface fastening connection, the mesa upper surface fastening connection in the locating lever other end and the frame, the inside annular air current chamber that is provided with of annular cover, annular air current chamber bottom is provided with inlet channel, inlet channel and external compressed air pipeline link to each other, the air exit slope sets up downwards, annular air current chamber is connected to air exit one end, the annular cover internal surface is connected to the air exit other end. Compressed air enters into the annular airflow cavity through the air inlet channel, and then blows in the annular cover downwards through the air outlet in an inclined mode, and the compressed air can only blow to the side wall of the wax tray initially, so that the influence on the wax tray is small. Along with continuous use, the height of wax dish descends gradually, and the air current that is in the air exit of top and blows out can blow the upper surface of wax dish, and wind-force has increased the decurrent pressure of wax dish, has compensatied the wax dish because gravity reduces and the frictional force of loss, and along with the wax dish is shorter more and shorter, the air current that more air exits blown out can both directly blow to the wax dish upper surface, can protect the invariant of wax dish pressure through this kind of setting to guarantee to scribble the stability of wax volume.

Further, the winding assembly comprises a winding sleeve and a winding motor, the winding sleeve is installed on one side, close to the wire detector, of the upper surface of the support frame, the winding motor is connected with the upper surface of the support frame in a fastening mode, a rotatable roller is arranged inside the winding sleeve, and the roller is connected with an output shaft of the winding motor in a rotating mode. The yarn passes on the back cover to the rolling sleeve from spy silk ware, and rolling motor drives the inside cylinder rotation of rolling sleeve, and the rotation of cylinder provides the kinetic energy that advances for the yarn can be walked between each spare part.

Compared with the prior art, the invention has the following beneficial effects: the unwinding assembly can adjust the balloon generated by the yarn during unwinding through wind power, and the swing amplitude of the yarn is adjusted within a stable range through the wind power. The yarn leaves and lets in the tension piece after unreeling the subassembly, and the tension piece can adjust yarn tension, and the clear yarn fault of rethread electric is cleared up, and the waxing subassembly of this device drives twisting of yarn through the rotation of wax dish, and the waxing subassembly of corotation and the twisting direction of reversal waxing subassembly messenger's line are opposite, can guarantee through this kind of operation mode that the yarn can not have by the waxing at dead angle. The stabilizing component can provide stable pressure for the wax tray in the wax tray waxing process, so that the wax amount uniformity in the whole operation process is ensured. The yarn after waxing passes through the yarn detector, and the yarn detector monitors the running state of the yarn in real time, so that the stability of the whole running of the device is improved.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a cross-sectional view of the let-off member of the present invention;

FIG. 3 is a view of the fan section of the present invention in relation to the mounting of the components;

FIG. 4 is a detail view of the intake plate of the present invention;

FIG. 5 is a partial cross-sectional view of the waxing assembly of the invention;

FIG. 6 is a partial enlarged view A of the present invention;

FIG. 7 is a top view of the waxing assembly of the present invention;

FIG. 8 is a schematic view of the winding assembly of the present invention;

in the figure: 1-unwinding component, 11-unwinding bobbin component, 111-paper yarn sleeve, 112-outer airflow sleeve, 113-inner airflow sleeve, 114-fan, 1141-driving motor, 1142-driving gear, 1143-rotating ring, 1144-inner supporting ring, 1145-fan blade, 115-one-two airflow pipe, 116-air inlet plate, 117-airflow reversing plate, 118-arc column, 119-conical wind shield, 12-fixing plate, 13-guide column, 14-steering ring, 15-yarn guide ceramic ring, 16-waist-tightening ceramic column, 2-tension sheet, 3-electric clear, 4-waxing component, 41-rotating motor, 42-bearing disc, 43-wax disc, 44-rotating column, 45-stabilizing component, 451-annular cover, 452-a positioning rod, 453-an annular airflow cavity, 454-an exhaust outlet, 5-a wire detector, 6-a winding component, 61-a support frame, 62-a winding sleeve, 63-a winding motor and 7-a rack.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-8, the present invention provides the following technical solutions:

as shown in figure 1, the technical device for electrically cleaning and waxing the wound Japanese paper yarns comprises an unwinding assembly 1, a tension sheet 2, an electric cleaner 3, a waxing assembly 4, a yarn detector 5, a winding assembly 6 and a rack 7, wherein the unwinding assembly 1 is installed on the rack 7, the tension sheet 2, the electric cleaner 3, the waxing assembly 4, the yarn detector 5 is installed on the upper surface of the upper table surface of the rack 7, the Japanese paper yarns sequentially penetrate through the tension sheet 2, the electric cleaner 3, the waxing assembly 4 and the yarn detector 5, a support frame 61 is arranged below the winding assembly 6, the upper surfaces of the winding assembly 6 and the support frame 61 are fixedly connected, the upper surfaces of the support frame 61 and the upper table surface of the rack 7 are fixedly connected, and the support frame 61 is installed on one side, close to the yarn detector 5, of the upper table surface of the rack 7. The unwinding assembly 1 can adjust the balloon generated by the yarn during unwinding through wind power, and the swing amplitude of the yarn is adjusted within a stable range through the wind power. The yarn leaves and lets in tension piece 2 after unreeling subassembly 1, tension piece 2 is adjusted yarn tension, the clear yarn fault of rethread electricity is cleared up, let in waxing subassembly 4 after the clearance and carry out the waxing and handle, the waxing subassembly 4 of this device can realize the waxing at the all-round no dead angle of yarn, can also keep the stability of waxing dynamics simultaneously, the even of waxing volume has been guaranteed, yarn after the waxing is through visiting silk ware 5, visit silk ware 5 and carry out real time monitoring to the running state of yarn, final yarn is packed up by rolling subassembly 6.

As shown in fig. 1 and 2, the unreeling assembly 1 comprises a yarn unreeling cylinder part 11, a fixing plate 12, a guide post 13, a steering ring 14, a yarn guiding ceramic ring 15 and a waisted ceramic post 16, the yarn unreeling cylinder part 11 is installed above a bottom plate inside a frame 7, the yarn unreeling cylinder part 11 is close to a side plate of the frame 7, one end of the fixing plate 12 is fastened and connected with the bottom plate of the frame 7, the other end of the fixing plate 12 is rotatably connected with the guide post 13, a fixing metal plate is arranged on the outer ring of the yarn guiding ceramic ring 15, the fixing metal plate is fastened and connected with the lower edge of the side edge of an upper table-board of the frame 7, an extension metal plate is also installed on the side edge of the upper table-board of the frame 7, one side of the upper surface of the extension metal plate, which is far away from the frame 7, is fastened and connected with the steering ring 14, one waisted ceramic post 16 is fastened and connected with one waisted ceramic post 16, another waisted ceramic post 16 is also installed on the upper surface of the frame, two different waisted ceramic posts 16 installed on one sides of the extension metal plate and the frame are vertically installed, a third waist-tightening knob insulator 16 is arranged right below the wire detector 5, and the waist-tightening knob insulator 16 positioned below the wire detector 5 is horizontally arranged. And the paper yarns are discharged from the yarn releasing barrel part 11, reversed through the guide post 13 and then pass through the yarn guide ceramic ring 15, the yarn guide ceramic ring 15 restrains the paper yarns from swinging, the paper yarns passing through the yarn guide ceramic ring 15 are reversed through the reversing ring 14, the reversed paper yarns sequentially pass through the two waist withdrawing ceramic posts 16 in a reverse winding mode, then the paper yarns pass through the tension sheet 2, the electric cleaner 3 and the waxing assembly 4, the paper yarns conveyed from the waxing assembly 4 pass through the horizontally arranged waist withdrawing ceramic posts 16 to be reversed, and the reversed paper yarns are led into the yarn detector 5. The unreeling component 1 ensures the running stability of the Japanese paper yarns in the electric cleaning and waxing process through the matching use of the plurality of constraint positions, and the yarn unreeling barrel component 11 ensures that the tension attached to the Japanese paper yarns in the whole using process tends to be stable through the adjustment of the tension of the yarns.

As shown in fig. 2 and 4, the yarn unwinding barrel assembly 11 comprises a paper yarn sleeve 111, an outer airflow sleeve 112, an inner airflow sleeve 113, a fan 114, a dichotomous airflow pipe 115, an air inlet plate 116, an airflow reversing plate 117, an arc-shaped column 118, a conical wind deflector 119, and a middle position of the paper yarn sleeve 111 outside the inner airflow sleeve 113, wherein one end of the inner airflow sleeve 113 extends into the outer airflow sleeve 112, one end of the outer airflow sleeve 112 is tightly connected with the air inlet plate 116, the other end of the outer airflow sleeve 112 is tightly connected with the airflow reversing plate 117, one end of the inner airflow sleeve 113 extending into the outer airflow sleeve 112 is tightly connected with the airflow reversing plate 117, the air inlet plate 116 is sleeved on the inner airflow sleeve 113, the inner ring of the air inlet plate 116 is tightly connected with the side wall of the inner airflow sleeve 113, the air inlet plate 116 is provided with a plurality of air inlet holes, the air inlet holes are uniformly distributed around the center of the air inlet holes of the air inlet plate 116, the number of the air holes of each circle is the same, the intervals of the air inlet holes of different circles are the same, the fan 114 is installed on the outer airflow sleeve 112, the center of the airflow reversing plate 117 is provided with an opening, two circular holes which are symmetrical about the center are arranged at the position, close to the outer side, of the airflow reversing plate 117, the opening is connected with the circular holes through a one-to-two airflow pipe 115, one end, away from the airflow reversing plate 117, of the inner airflow sleeve 113 is fixedly connected with the arc-shaped column 118, and one end, away from the inner airflow sleeve 113, of the arc-shaped column 118 is fixedly connected with the conical wind shield 119. The external air flow enters the external air flow sleeve 112 through the air inlet plate 116 under the driving of the fan 114, then enters the internal air flow sleeve 113 through the one-to-two air flow pipe 115, and rapidly flows along the internal air flow sleeve 113 and finally collides with the conical wind shield 119, and the air flow is dispersed in four directions under the guiding of the conical surface. And the paper yarn sleeve 111 can generate a disturbance when the yarn is withdrawn, the disturbed yarn surrounds the paper yarn sleeve 111 and can generate a balloon, because a plurality of yarns are wound outside the paper yarn sleeve 111 initially, the yarn enables the diameter of the paper yarn sleeve 111 to be increased, the balloon swinging amplitude is larger when the diameter of the balloon starting position is larger, the diameter of the balloon starting position is continuously reduced along with the continuous use of the yarn, the swinging amplitude of the balloon is also reduced along with the continuous use of the yarn, in the changing process, the tension of the yarn can be changed, the tension sheet 2 is adjusted to be in an optimal state when in the initial state, and the smaller the subsequent tension change is, the better the integral working effect of the device is. In order to stabilize the swing amplitude of the balloon, the invention utilizes the airflow for assistance, the airflow blown out from the conical wind shield 119 acts on the surface of the yarn, and the swing amplitude of the yarn is increased due to wind power. Along with the continuous use of the yarn, the diameter of the yarn sleeved on the paper yarn sleeve 111 is continuously reduced, more air inlet holes on the air inlet plate 116 are leaked out, along with the continuous increase of the air flow of the inlet air, the exhaust air amount is also continuously increased, the air flow speed is gradually increased in the cavity with the fixed sectional area, the gradually increased air flow speed corresponds to the gradually decreased diameter of the starting position of the balloon, and the swing amplitude of the balloon tends to be stable under the correction of the air flow. The tension variation range that stable swing range can make on the yarn reduces, and whole root winding yarn just can continuously be in the state of tightening, and the harder japanese paper yarn surface of material has had great tension, just can guarantee that equipment can continuous stable operation at winding in-process, has avoided the appearance of knocking over the phenomenon.

As shown in fig. 2 and 3, the fan 114 includes a transmission motor 1141, a transmission gear 1142, a rotation ring 1143, an inner support ring 1144, and a fan blade 1145, the fan blade 1145 is obliquely disposed between the rotation ring 1143 and the inner support ring 1144, the inner support ring 1144 is disposed inside the rotation ring 1143, gear teeth are disposed outside the rotation ring 1143, the gear teeth are engaged with the transmission gear 1142, the transmission gear 1142 is fastened to an output shaft of the transmission motor 1141, the transmission motor 1141 is fastened to the outer airflow sleeve 112, the outer airflow sleeve 112 is divided into two sections, the rotation ring 1143 is disposed between the two sections of the outer airflow sleeve 112, and side edges of the rotation ring 1143 are respectively rotatably connected to the two sections of the outer airflow sleeve 112. The transmission motor 1141 drives the transmission gear 1142 to rotate, the transmission gear 1142 drives the rotating ring 1143 to rotate, the rotating ring 1143 drives the fan blade 1145 to rotate, and the fan blade 1145 can generate a suction effect when rotating through reasonably setting the inclination direction of the fan blade 1145. The annular fan blades 1145 can generate uniform suction force in the outer airflow sleeve 112, and the flow amount of the gas in the outer airflow sleeve 112 can be stably increased along with the continuous exposure of the air inlet holes.

As shown in fig. 5 and 7, the waxing assemblies 4 are two groups, one group of waxing assemblies 4 rotates forwards, one group of waxing assemblies 4 rotates backwards, the two groups of waxing assemblies 4 are completely the same in structure, each waxing assembly 4 comprises a rotating motor 41, a bearing disc 42, a wax disc 43, a rotating column 44 and a stabilizing component 45, the rotating motor 41 is fastened and connected with the lower surface of the upper table top of the rack 7, an opening is formed in the corresponding position of the upper table top of the rack 7 at the output shaft of the rotating motor 41, the output shaft of the rotating motor 41 extends to the upper surface of the upper table top of the rack and is fastened and connected with the bottom of the bearing disc 42, the upper surface of the bearing disc 42 is fastened and connected with the rotating column 44, the wax disc 43 is sleeved on the rotating column 44, and the stabilizing component 45 is fastened and connected with the upper table top of the rack 7. The yarn passes through the gap between the bearing disc 42 and the wax disc 43, the rotating motor 41 drives the bearing disc 42 to rotate, the bearing disc 42 drives the rotary column 44 to rotate, the wax disc 43 is driven by the surface friction force of the bearing disc 42 and the rotary column 44 to rotate together, the surface of the bearing disc 42 is smoother than that of the wax disc 43, the yarn and the lower surface of the wax disc rub against each other, the linear velocity of the yarn is greater than the maximum linear velocity of the wax disc, the rotation of the wax disc 43 can drive the twisting of the yarn, the twisting directions of the leading-up lines of the positive rotation waxing assembly 4 and the reverse waxing assembly 4 are opposite, and the yarn can be waxed without dead angles by the operation mode. The stabilizing member 45 can provide a stable pressure to the wax tray 43 during the waxing of the wax tray 43, thereby ensuring uniformity of the amount of wax applied throughout the operation.

As shown in fig. 5 and 6, the stabilizing member 45 includes an annular cover 451, a positioning rod 452, an annular air flow chamber 453, and an air outlet 454, the annular cover 451 is sleeved outside the wax tray 43, one end of the positioning rod 452 is fastened to the outer surface of the annular cover 451, the other end of the positioning rod 452 is fastened to the upper surface of the upper table of the frame 7, the annular air flow chamber 453 is disposed inside the annular cover 451, an air inlet channel is disposed at the bottom of the annular air flow chamber 453, the air inlet channel is connected to an external compressed air pipeline, the air outlet 454 is disposed obliquely downward, one end of the air outlet 454 is connected to the annular air flow chamber 453, and the other end of the air outlet 454 is connected to the inner surface of the annular cover 451. The compressed air enters the annular airflow cavity 453 through the air inlet channel and is blown into the annular cover 451 obliquely downwards through the air outlet 454, and the compressed air can only blow to the side wall of the wax tray 43 at the beginning, so that the influence on the wax tray 43 is small. With continuous use, the height of the wax tray 43 is gradually reduced, the airflow blown out from the air outlet 454 above the wax tray 43 can be blown to the upper surface of the wax tray 43, the downward pressure of the wax tray 43 is increased by wind power, the loss friction force of the wax tray 43 due to gravity reduction is compensated, more airflow blown out from the air outlet 454 can be directly blown to the upper surface of the wax tray 43 along with the wax tray 43 is shorter and shorter, the constancy of the pressure of the wax tray 43 can be guaranteed through the arrangement, and therefore the wax coating amount is guaranteed to be stable.

As shown in fig. 1 and 8, the winding assembly 6 includes a winding sleeve 62 and a winding motor 63, the winding sleeve 62 is mounted on one side of the upper surface of the support frame 61 close to the wire detector 5, the winding motor 63 is fastened to the upper surface of the support frame 61, a rotatable roller is arranged inside the winding sleeve 62, and the roller is rotatably connected to an output shaft of the winding motor 63. The yarn passes through the rear sleeve from the yarn detector 5 and then is sleeved on the winding sleeve 62, the winding motor 63 drives the roller inside the winding sleeve 62 to rotate, and the rotation of the roller provides advancing kinetic energy for the yarn, so that the yarn can pass through each part.

The working principle of the invention is as follows: the external air flow enters the external air flow sleeve 112 through the air inlet plate 116 under the driving of the fan 114, then enters the internal air flow sleeve 113 through the one-to-two air flow pipe 115, and rapidly flows along the internal air flow sleeve 113 and finally collides with the conical wind shield 119, and the air flow is dispersed in four directions under the guiding of the conical surface. The yarn swings under the assistance of air current, the yarn is reversed through the guide post 13 and then passes through the yarn guide ceramic ring 15, the yarn guide ceramic ring 15 restrains the swing of the paper yarn, the paper yarn which passes through the yarn guide ceramic ring 15 is reversed through the steering ring 14, the reversed paper yarn and the paper yarn sequentially pass through the two waist-tightening ceramic posts 16 in an opposite winding mode, then the paper yarn passes through the tension sheet 2, the yarn is electrically cleaned 3, the yarn then passes through a gap between the bearing disc 42 and the wax disc 43, the rotating motor 41 drives the bearing disc 42 to rotate, the bearing disc 42 drives the rotary column 44 to rotate, the wax disc 43 is driven by the surface friction force of the bearing disc 42 and the rotary column 44 to rotate together, the rotation of the wax disc 43 can drive the yarn to twist, the yarn is waxed, the waxed yarn is turned by the horizontally arranged waist-contracting porcelain column 16, and the turned yarn passes through the yarn detector 5 and is wound by the winding sleeve 63.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.