Gluing device capable of being suitable for gluing side plates for packaging boxes of different sizes
阅读说明：本技术 能够适应不同尺寸包装盒用侧板进行涂胶的涂胶装置 (Gluing device capable of being suitable for gluing side plates for packaging boxes of different sizes ) 是由 吴贻祥 曹道郎 王辉 于 2020-06-30 设计创作，主要内容包括：本发明涉及一种能够适应不同尺寸包装盒用侧板进行涂胶的涂胶装置,包括对侧板进行导送的导送机构,导送机构导送的路径中设置有涂刷机构,侧板在导送机构内的移动方向与板厚方向一致,a侧边部和c侧边部位于侧板相对布置的两侧边上,b侧边部位于a侧边部、c侧边部之间,涂刷机构包括分别对a侧边部、b侧边部、c侧边部进行涂胶的A涂刷单元、B涂刷单元、C涂刷单元,A涂刷单元、B涂刷单元、C涂刷单元中的一者或几者设置为涂胶位置和/或涂胶范围可调节式结构,根据a侧边部、b侧边部、c侧边部的位置和尺寸调整A涂刷单元、B涂刷单元、C涂刷单元进行涂胶,能够解决现有盒皮包装盒生产设备不能适应不同尺寸侧板的涂胶需求的问题。(The invention relates to a gluing device capable of being suitable for gluing side plates for packing boxes with different sizes, which comprises a guide mechanism for guiding and conveying the side plates, wherein a brushing mechanism is arranged in a guide path of the guide mechanism, the moving direction of the side plates in the guide mechanism is consistent with the plate thickness direction, a side edge part a and a side edge part C are arranged on two side edges of the side plates which are oppositely arranged, a side edge part B is arranged between the side edge part a and the side edge part C, the brushing mechanism comprises an A brushing unit, a B brushing unit and a C brushing unit for respectively gluing the side edge part a, the side edge part B and the side edge part C, one or more of the A brushing unit, the B brushing unit and the C brushing unit is/are set to be of a structure with adjustable gluing position and/or gluing range, the A brushing unit, the B brushing unit and the C brushing unit are adjusted according to the positions and sizes of the side edge part a, the side edge part B and the side edge part, can solve the problem that the existing production equipment for the packing box with the box skin can not meet the gluing requirements of side plates with different sizes.)
1. The utility model provides a can adapt to not unidimensional for packing carton curb plate carry out rubber coating device which characterized in that: the side plate gluing device comprises a guide mechanism for guiding and conveying side plates, wherein a painting mechanism is arranged in a guide path of the guide mechanism, the moving direction of the side plates in the guide mechanism is consistent with the plate thickness direction, a side edge part a and a side edge part C are positioned on two side edges of the side plates which are arranged oppositely, a side edge part B is positioned between the side edge part a and the side edge part C, the painting mechanism comprises an A painting unit, a B painting unit and a C painting unit which are used for respectively painting the side edge part a, the side edge part B and the side edge part C, one or more of the A painting unit, the B painting unit and the C painting unit is set to be of a structure with adjustable gluing position and/or gluing range, and the A painting unit, the B painting unit and the C painting unit are adjusted according to the positions and the sizes of the side edge part a, the side edge part B and the.
2. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 1, characterised in that: the guide mechanism comprises an A guide part, a B guide part and a C guide part which are respectively assembled and guided on the side plate edge parts of the a side edge part, the B side edge part and the C side edge part, one or more of the A guide part, the B guide part and the C guide part are movably arranged on the frame, and the A guide part, the B guide part and the C guide part are adjusted according to the shape and the size of the side plate to guide the side plate.
3. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 1, characterised in that: the coating mechanism comprises a coating belt which can be molded and adhered with glue solution, and different sections of the coating belt form the A coating unit, the B coating unit and the C coating unit.
4. Gluing device for gluing, with lateral panels, packets of different sizes, according to claim 1, 2 or 3, characterised in that: the device also comprises a tape storage mechanism which releases and/or tensions the gluing tape when one or more of the A brushing unit, the B brushing unit and the C brushing unit adjusts the gluing position and/or the gluing range.
5. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 4, characterised in that: the brushing units B are arranged horizontally, and the brushing units A and C are arranged vertically.
6. Gluing device capable of adapting to the gluing of side panels for packets of different sizes according to claim 5, characterised in that: the B brushing unit comprises a B1 molding part, a B2 molding part and a B gluing belt section, wherein the B1 molding part and the B2 molding part are positioned at two ends of the B brushing unit, the B gluing belt section is positioned between a B1 molding part and a B2 molding part, the B1 molding part and the B2 molding part are respectively assembled on an A1 mounting bracket and an A2 mounting bracket, the A1 mounting bracket and/or the A2 mounting bracket are movably mounted on the frame, the A1 mounting bracket and/or the A2 mounting bracket are connected with an adjusting mechanism, and the adjusting mechanism adjusts the distance between the B1 molding part and the B2 molding part.
7. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 6, characterised in that: the A painting unit is installed on the A1 installation bracket and comprises an a1 molding part, a2 molding part and an a gluing belt section located between the a1 molding part and the a2 molding part, wherein the a1 molding part, the a2 molding part and the a gluing belt section are arranged up and down, the a1 molding part and/or the a2 molding part are/is movably installed on the A1 installation bracket, and the adjusting mechanism adjusts the distance between the a1 molding part and the a2 molding part.
8. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 7, characterised in that: the C painting unit is installed on the A2 installation bracket and comprises a C1 molding part, a C2 molding part and a C gluing belt section located between the C1 molding part and the C2 molding part, wherein the C1 molding part, the C2 molding part and the C gluing belt section are arranged up and down, the C1 molding part and/or the C2 molding part are/is movably installed on the A2 installation bracket, and the adjusting mechanism adjusts the distance between the C1 molding part and the C2 molding part.
9. Gluing device for gluing, according to claims 6 or 8, to side panels for packets of different sizes, characterised in that: the tape storage mechanism comprises an A1 tape storage unit and an A2 tape storage unit, the A1 tape storage unit is arranged on the A1 mounting bracket, and the A2 tape storage unit is mounted on the A2 mounting bracket.
10. Gluing device capable of adapting to gluing of side panels for packets of different sizes according to claim 9, characterised in that: includes at least one of the following features A to F:
is characterized in that a fixedly-mounted a1 guide part is arranged on an A351 mounting bracket, a2 guide part is arranged on an A2 mounting bracket, a1 guide part is positioned at the outer side of the A painting unit, a2 guide part is positioned at the outer side of the C painting unit, an A1 tape storage unit is arranged between a1 guide part and the A painting unit, an A2 tape storage unit is arranged between a2 guide part and the C painting unit,
the A1 belt storage unit comprises an A11 sliding seat and an A12 sliding seat which are movably installed on an A1 installation bracket in a lifting mode, a11 storage and delivery part and a12 storage and delivery part are respectively arranged at two ends of the A11 sliding seat, a1 molding part is installed at one end of the A12 sliding seat, a1 transition part is assembled at the other end of the A12 sliding seat, the A11 sliding seat and the A12 sliding seat are located at the upper side and the lower side of a1 guide and delivery part, the a1 guide and a11 storage and delivery part are correspondingly arranged in the vertical direction, and the a12 storage and delivery part and the a1 transition part are correspondingly arranged in the vertical direction;
the A2 belt storage unit comprises an A21 sliding seat and an A22 sliding seat which are movably installed on an A2 installation bracket in a lifting mode, a21 storage and delivery part and a22 storage and delivery part are respectively arranged at two ends of the A21 sliding seat, a2 molding part is installed at one end of the A22 sliding seat, a2 transition part is assembled at the other end of the A22 sliding seat, the A21 sliding seat and the A22 sliding seat are located at the upper side and the lower side of a2 guide and delivery part, the a2 guide and a21 storage and delivery part are correspondingly arranged in the vertical direction, and the a22 storage and delivery part and the a2 transition part are correspondingly arranged in the vertical direction;
the adjusting mechanism adjusts the A11 sliding seat and the A12 sliding seat to synchronously lift and adjusts the A21 sliding seat and the A22 sliding seat to synchronously lift;
the glue coating is guided to enter the painting unit A through a1 guiding and conveying part, a11 storing and conveying part, a12 storing and conveying part and a1 transition part;
the gummed tape a2 transition part, a22 storing and feeding part, a21 storing and feeding part and a2 guiding and feeding part which are moved out from the C brushing unit are guided and guided out for circulation;
the adjusting mechanism comprises an A adjusting unit and a B adjusting unit, the A adjusting unit is used for adjusting an A1 mounting bracket and an A2 mounting bracket to be close to and far away from each other, the B adjusting unit comprises a B1 adjusting part and a B2 adjusting part, the B1 adjusting part is used for adjusting an A11 sliding seat and an A12 sliding seat to be lifted synchronously, and the B2 adjusting part is used for adjusting an A21 sliding seat and an A22 sliding seat to be lifted synchronously;
the C.A guiding part and the C guiding part are formed by rod bodies arranged on an A1 mounting bracket and an A2 mounting bracket, the B guiding part comprises a B1 movable rod and a B2 movable rod which are respectively arranged at the two outer sides of a B fixed rod and a B fixed rod which are positioned in the middle, and the B1 movable rod and the B2 movable rod are respectively arranged on an A1 mounting bracket and an A2 mounting bracket;
the characteristic D is that the device also comprises a D guiding part;
the A11 floating seat is arranged on the E.A11 sliding seat, the A11 floating seat is arranged on the A11 sliding seat in a floating mode through springs, and the a11 storing and feeding part and the a12 storing and feeding part are arranged on the A11 floating seat; the A21 sliding seat is provided with an A21 floating seat, the A21 floating seat is arranged on the A21 sliding seat in a floating way through a spring, and the a21 storing and feeding part and the a22 storing and feeding part are arranged on the A21 floating seat;
the characteristic F.A adjusting unit comprises an A adjusting screw rod, the A adjusting screw rod is provided with an A1 screw rod section and an A2 screw rod section which are positioned at two ends of a rod body, the screw thread turning direction of the A1 screw rod section is opposite to that of the A2 screw rod section, the A1 screw rod section and the A1 mounting bracket form a screw rod nut matched connection, and the A2 screw rod section and the A2 mounting bracket form a screw rod nut matched connection; the B1 adjusting part comprises a B1 adjusting screw rod, the B1 adjusting screw rod is provided with a B11 screw rod section and a B12 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the B11 screw rod section is the same as that of the B12 screw rod section, the B11 screw rod section and the A11 sliding seat form a screw rod nut matched connection, and the B12 screw rod section and the A12 sliding seat form a screw rod nut matched connection; the B2 adjusting part comprises a B2 adjusting screw rod, the B2 adjusting screw rod is provided with a B21 screw rod section and a B22 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the B21 screw rod section is the same as that of the B22 screw rod section, the B21 screw rod section and the A21 sliding seat form a screw rod nut matched connection, and the B22 screw rod section and the A22 sliding seat form a screw rod nut matched connection.
Technical Field
The invention relates to the field of production of packaging boxes, in particular to a gluing device capable of being suitable for gluing side plates for packaging boxes with different sizes.
Background
The packing box made of box skin is widely used because of being popular with consumers. However, the sizes of the packing boxes used by different manufacturers are different, the existing packing box production equipment for packing boxes with box skins can only produce packing boxes with one size, and the reason is that all mechanisms forming the packing box production equipment for packing boxes with box skins cannot adapt to the size change requirements of the side plates.
Disclosure of Invention
The invention aims to provide a gluing device which can be suitable for gluing side plates for packaging boxes with different sizes, and can glue the side plates with different sizes.
The technical scheme adopted by the invention is as follows.
A gluing device capable of being suitable for gluing side plates for packing boxes with different sizes comprises a guide conveying mechanism for guiding and conveying the side plates, a brushing mechanism is arranged in a guide conveying path of the guide conveying mechanism, the moving direction of the side plates in the guide conveying mechanism is consistent with the plate thickness direction, a side edge part a and a side edge part C are arranged on two side edges of the side plates which are oppositely arranged, a side edge part B is arranged between the side edge part a and the side edge part C, the brushing mechanism comprises a brushing unit A, a brushing unit B and a brushing unit C for respectively gluing the side edge part a, the side edge part B and the side edge part C, one or more of the brushing unit A, the brushing unit B and the brushing unit C is/are set to be of a structure with adjustable gluing position and/or gluing range, and adjusting the A brushing unit, the B brushing unit and the C brushing unit according to the positions and the sizes of the side edge part a, the side edge part B and the side edge part C to perform gluing.
Preferably, the guiding mechanism comprises an A guiding part, a B guiding part and a C guiding part which are respectively assembled and guided on the side plate sides of the a side part, the B side part and the C side part, one or more of the A guiding part, the B guiding part and the C guiding part are movably arranged on the frame, and the A guiding part, the B guiding part and the C guiding part are adjusted to guide the side plate according to the shape and the size of the side plate.
Preferably, the coating mechanism comprises a rubber coating belt which can be molded and adhered with glue solution, and different sections of the rubber coating belt form the brushing unit A, the brushing unit B and the brushing unit C.
Preferably, the device further comprises a tape storage mechanism which releases and/or tensions the adhesive tape when one or more of the A painting unit, the B painting unit and the C painting unit adjusts the gluing position and/or the gluing range.
Preferably, the B painting unit is arranged horizontally, and the A painting unit and the C painting unit are arranged vertically.
Preferably, the B painting unit comprises a B1 molding part, a B2 molding part and a B1 molding part and a B2 adhesive tape section between the molding parts, the B1 molding part and the B2 molding part are respectively arranged on the A1 mounting bracket and the A2 mounting bracket, the A1 and/or the A2 mounting bracket is movably arranged on the frame, the A1 and/or the A2 mounting bracket is connected with an adjusting mechanism, and the adjusting mechanism adjusts the distance between the B1 molding part and the B2 molding part.
Preferably, the A painting unit is installed on the A1 installation bracket, the A painting unit comprises a1 molding part, a2 molding part and a1 molding part which are arranged up and down, and an a gluing belt section between the a2 molding part and the a1 molding part, the a1 and/or a2 molding part is movably installed on the A1 installation bracket, and the adjusting mechanism adjusts the distance between the a1 molding part and the a2 molding part.
Preferably, the C painting unit is installed on the A2 installation bracket, the C painting unit comprises a C1 molding part, a C2 molding part, a C1 molding part and a C gluing belt section between the C2 molding parts, the C1 and/or C2 molding parts are arranged up and down, the C1 and/or C2 molding parts are movably installed on the A2 installation bracket, and the adjusting mechanism adjusts the distance between the C1 molding part and the C2 molding part.
Preferably, the tape storage mechanism comprises an A1 tape storage unit and an A2 tape storage unit, the A1 tape storage unit is arranged on the A1 mounting bracket, and the A2 tape storage unit is mounted on the A2 mounting bracket.
Preferably, a fixedly mounted a1 guide part is arranged on the a1 mounting bracket, a fixedly mounted a2 guide part is arranged on the a2 mounting bracket, a1 guide part is positioned on the outer side of the a painting unit, a2 guide part is positioned on the outer side of the C painting unit, an a1 tape storage unit is arranged between the a1 guide part and the a painting unit, an a2 tape storage unit is arranged between the a2 guide part and the C painting unit, the a1 tape storage unit comprises an a11 sliding seat and an a12 sliding seat which are movably and vertically arranged on the a1 mounting bracket, a11 storage part and a11 storage part are respectively arranged at two ends of the a11 sliding seat, the a11 molding part is arranged at one end of the a11 sliding seat, the other end of the a11 sliding seat is provided with a11 transition part, the a11 sliding seat and the a11 guide part are arranged on two sides of the a11 guide part correspondingly along the vertical feeding direction and the 11 a transition part is arranged correspondingly;
the A2 belt storage unit comprises an A21 sliding seat and an A22 sliding seat which are movably installed on an A2 installation bracket in a lifting mode, a21 storage and delivery part and a22 storage and delivery part are respectively arranged at two ends of the A21 sliding seat, a2 molding part is installed at one end of the A22 sliding seat, a2 transition part is assembled at the other end of the A22 sliding seat, the A21 sliding seat and the A22 sliding seat are located at the upper side and the lower side of a2 guide and delivery part, the a2 guide and a21 storage and delivery part are correspondingly arranged in the vertical direction, and the a22 storage and delivery part and the a2 transition part are correspondingly arranged in the vertical direction; the adjusting mechanism adjusts the A11 sliding seat and the A12 sliding seat to synchronously lift and adjusts the A21 sliding seat and the A22 sliding seat to synchronously lift; the glue coating is guided to enter the painting unit A through a1 guiding and conveying part, a11 storing and conveying part, a12 storing and conveying part and a1 transition part; the gummed tape a2 transition part, a22 storage and delivery part, a21 storage and delivery part and a2 delivery part which are removed from the C brushing unit are guided and delivered out for circulation.
Preferably, the adjusting mechanism comprises an A adjusting unit and a B adjusting unit, the A adjusting unit is used for adjusting the A1 mounting bracket and the A2 mounting bracket to get close to and get away from each other, the B adjusting unit comprises a B1 adjusting part and a B2 adjusting part, the B1 adjusting part is used for adjusting the A11 sliding seat and the A12 sliding seat to synchronously lift, and the B2 adjusting part is used for adjusting the A21 sliding seat and the A22 sliding seat to synchronously lift.
Preferably, the a guiding part and the C guiding part are formed by rod bodies mounted on a1 mounting bracket and a2 mounting bracket, the B guiding part comprises a B1 movable rod and a B2 movable rod respectively arranged at two outer sides of a B fixed rod and a B fixed rod which are positioned in the middle, and the B1 movable rod and the B2 movable rod are respectively mounted on an a1 mounting bracket and an a2 mounting bracket.
Preferably, the device further comprises a D guiding part.
Preferably, an A11 floating seat is arranged on the A11 sliding seat, the A11 floating seat is installed on the A11 sliding seat in a floating mode through springs, and the a11 storing and feeding part and the a12 storing and feeding part are installed on the A11 floating seat; the A21 sliding seat is provided with an A21 floating seat, the A21 floating seat is arranged on the A21 sliding seat in a floating mode through springs, and the a21 storing and feeding part and the a22 storing and feeding part are arranged on the A21 floating seat.
Preferably, the A adjusting unit comprises an A adjusting screw rod, the A adjusting screw rod is provided with an A1 screw rod section and an A2 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the A1 screw rod section is opposite to that of the A2 screw rod section, the A1 screw rod section and the A1 mounting bracket form screw rod nut matched connection, and the A2 screw rod section and the A2 mounting bracket form screw rod nut matched connection; the B1 adjusting part comprises a B1 adjusting screw rod, the B1 adjusting screw rod is provided with a B11 screw rod section and a B12 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the B11 screw rod section is the same as that of the B12 screw rod section, the B11 screw rod section and the A11 sliding seat form a screw rod nut matched connection, and the B12 screw rod section and the A12 sliding seat form a screw rod nut matched connection; the B2 adjusting part comprises a B2 adjusting screw rod, the B2 adjusting screw rod is provided with a B21 screw rod section and a B22 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the B21 screw rod section is the same as that of the B22 screw rod section, the B21 screw rod section and the A21 sliding seat form a screw rod nut matched connection, and the B22 screw rod section and the A22 sliding seat form a screw rod nut matched connection.
The invention has the technical effects that:
the invention provides a gluing device capable of gluing side plates for packing boxes with different sizes, which guides and conveys the side plates along the plate thickness direction through a guide and conveying mechanism, glues the side plates through a painting mechanism arranged in a side plate guide and conveying path, specifically glues the side edge parts a, B and C of the side plates through a painting unit A, a painting unit B and a painting unit C respectively, and can glue the side plates with different sizes by adjusting the gluing position and/or the gluing range of one or more of the painting unit A, the painting unit B and the painting unit C according to the positions and the sizes of the side edge parts a, B and C. Compared with the prior art, by adopting the scheme, the problem that the existing production equipment for the packing box with the box skin cannot meet the gluing requirements of the side plates with different sizes can be solved, and the effect of meeting the requirements of the side plates with different sizes can be achieved.
In addition to the objects, features and advantages described above, other objects, features and advantages of the present invention are also provided. The present invention will be described in further detail below with reference to the accompanying drawings.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this application, illustrate embodiments of the invention and, together with the description, serve to explain the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic view of a wooden package;
FIG. 2 is a schematic view of the assembly of the side panels with the skin;
FIG. 3 is a top view of a gluing device for gluing side plates of packaging boxes with different sizes according to an embodiment of the present application;
FIG. 4 is a cross-sectional view taken along line A-A of FIG. 3;
FIG. 5 is a cross-sectional view taken along line B-B of FIG. 3;
FIG. 6 is a front view of a gluing device for gluing side plates of packaging boxes with different sizes according to an embodiment of the present application;
FIG. 7 is an isometric view of a gluing device capable of being adapted to glue side plates of packaging boxes of different sizes according to an embodiment of the application;
FIG. 8 is an enlarged partial view taken at A in FIG. 7;
FIG. 9 is a front view of a brushing mechanism provided in an embodiment of the present application;
fig. 10 is an isometric view of an applicator mechanism provided by an embodiment of the present application.
The corresponding relation of all the reference numbers is as follows:
100-packaging box, 110-side plate, 111-a side part, 112-B side part, 113-C side part, 120-box skin, 130-button, 140-cord, 200-guiding mechanism, 210-A guiding part, 220-B guiding part, 221-B fixed rod, 222-B1 movable rod, 223-B2 movable rod, 230-C guiding part, 240-D guiding part, 300-brushing mechanism, 310-gummed tape, 311-a gummed tape section, 312-B gummed tape section, 313-C gummed tape section, 321-a1 molding part, 322-a2 molding part, 331-B1 molding part, 332-B2 molding part, 341-C1 molding part, 342-C2 molding part, 411-A11 sliding seat, 412-A11 floating seat, 413-a11 storage and feeding part, 414-a12 storing and feeding part, 415-A12 sliding seat, 416-a1 transition part, 421-A21 sliding seat, 422-A21 floating seat, 423-a21 storing and feeding part, 424-a22 storing and feeding part, 425-A22 sliding seat, 426-a2 transition part, 500-A1 mounting bracket, 510-a1 guiding and feeding part, 600-A2 mounting bracket, 610-a2 guiding and feeding part, 710-A adjusting screw rod, 720-B1 adjusting screw rod, 730-B2 adjusting screw rod, 800-material rotating mechanism, 810-constraint part, 811-bottom support part, 812-movable clamping part, 900-frame, 910-A1 blocking part, 920-A2 blocking part, 1000-jacking cylinder, 1100-pushing cylinder and 1110-elastic pushing head.
Detailed Description
In order that the objects and advantages of the present application will become more apparent, the present application will be described in detail with reference to the following examples. It is understood that the following text is intended only to describe one or several particular embodiments of the application and does not strictly limit the scope of the claims which are specifically claimed herein, and that the examples and features of the examples in this application may be combined with one another without conflict.
The packing box 100 shown in fig. 1 and 2 is composed of two side plates 110 arranged oppositely and a box skin 120 wrapped around the side plates 110, two ends of the box skin 120 are respectively provided with a button 130 and a cord 140, the closing of the packing box is realized by the locking of the button 130 and the cord 140, and the side plates 110 and the box skin 120 are connected by gluing. In the production process, the side plate 110 is glued at the position for connecting with the box skin 120, and then the glued side plate 110 and the box skin 120 are stuck together to form the packing box 100.
However, the sizes of the packing boxes 100 used by different manufacturers are different, and the existing gluing equipment for the packing box 100 with the box skin 120 can only produce the packing box 100 with the box skin 120 with one size, because all the mechanisms forming the gluing equipment for the packing box 100 with the box skin 120 cannot adapt to the changing requirements of the side plates 110.
Referring to fig. 1 to 10, the present application provides a gluing device capable of adapting to gluing of side plates 110 of different sizes of packaging boxes 100, so as to solve the above problems, and the embodiment is as follows: the side plate gluing device comprises a guide mechanism 200 for guiding a side plate 110, a painting mechanism 300 is arranged in a guide path of the guide mechanism 200, the moving direction of the side plate 110 in the guide mechanism 200 is consistent with the plate thickness direction, a side edge part 111 and a side edge part 113C are positioned on two opposite sides of the side plate 110, the side edge part 112B is positioned between the side edge part 111 a and the side edge part 113C, the painting mechanism 300 comprises a painting unit A, a painting unit B and a painting unit C for respectively painting the side edge part 111, the side edge part 112B and the side edge part 113C, one or more of the painting unit A, the painting unit B and the painting unit C is/are set to be of a structure with adjustable gluing positions and/or gluing ranges, and the painting unit A, the painting unit B and the painting unit C are adjusted according to the positions and sizes of the side edge part 111, the side edge part 112B and the side edge part C.
The gluing device capable of gluing the side plates 110 of the packaging boxes 100 with different sizes, provided by the embodiment of the application, guides the side plates 110 along the plate thickness direction through the guide mechanism 200, glues the side plates 110 by arranging the painting mechanism 300 in the guide path of the side plates 110, specifically glues the a side edge parts 111, the B side edge parts 112 and the C side edge parts 113 of the side plates 110 through the a painting unit, the B painting unit and the C painting unit respectively, and can achieve the purpose of gluing the side plates 110 with different sizes by adjusting the gluing position and/or the gluing range of one or more of the a painting unit, the B painting unit and the C painting unit according to the positions and the sizes of the a side edge parts 111, the B side edge parts 112 and the C side edge parts 113. Compared with the prior art, by adopting the scheme, the problem that the existing production equipment for the packing box 100 with the box skin 120 cannot meet the gluing requirements of the side plates 110 with different sizes can be solved, so that the effect of meeting the requirements of the side plates 110 with different sizes can be achieved.
Specifically, referring to fig. 5, 9 and 10, the coating mechanism 300 includes a coating tape 310 that can be shaped and coated with glue, and different sections of the coating tape 310 constitute the a coating unit, the B coating unit and the C coating unit. In other words, after the rubber coating tape 310 is shaped, different sections of the rubber coating tape 310 for applying rubber coating are respectively arranged corresponding to the side edge parts a 111, b 112, and c 113 of the side plate 110, so as to apply rubber coating to the side edge parts a 111, b 112, and c 113 of the side plate 110. The section of the adhesive tape 310 for applying the adhesive to the side edge portion a 111 of the side plate 110 forms an a painting unit, the section of the adhesive tape 310 for applying the adhesive to the side edge portion B112 of the side plate 110 forms a B painting unit, and the section of the adhesive tape 310 for applying the adhesive to the side edge portion C113 of the side plate 110 forms a C painting unit.
Because the adhesive tape 310 is provided with the body sections respectively corresponding to the side edge part a 111, the side edge part b 112 and the side edge part c 113, when the adhesive tape is in actual use, the position and the size of the adhesive tape need to be adjusted according to the size of the side plate 110, so that the adhesive tape 310 is provided with the body section for reserving longer reserves besides the body section for implementing adhesive coating and the body section for adhering adhesive solution, if the adhesive tape is used, the reserved reserve body section is not timely tightened or released and adjusted, the tension of the tape body is affected, and the adhesive coating effect is further affected. In order to ensure that the belt body of the glue coating belt 310 can maintain proper tension so as to maintain good gluing effect, the tension of the belt body needs to be adjusted adaptively while one or more of the brushing units A, B and C are set as gluing positions and/or gluing ranges. In this regard, the present embodiment proposes a further solution: referring to fig. 5, 9 and 10, the above-mentioned gluing device further comprises a tape storing mechanism for releasing and/or tensioning the glue coating tape 310 when one or more of the a-painting unit, the B-painting unit and the C-painting unit adjusts the gluing position and/or the gluing range. The solution provided by the embodiment can realize the purpose of adaptively adjusting the tension degree of the belt body of the glue coating belt 310 by releasing and/or tensioning the glue coating belt 310 when one or more of the A coating unit, the B coating unit and the C coating unit adjusts the gluing position and/or the gluing range; in addition, the side plate 110 is generally provided with a chamfer/fillet at the joint of the side a and the side b and the joint of the side b and the side c, and by adopting the embodiment of the embodiment, the side plate can adapt to the chamfer/fillet structures with different sizes of different side plates 110, so that the effective contact area of the glue coating tape 310 and the side plate 110 is increased, and glue is uniformly distributed at the part to be coated on the side plate 110; moreover, when the subsequent assembly is realized, the edge part of the side plate 110 can be reliably bonded and assembled with the box skin 120, so as to improve the performances of leakage prevention, sealing and the like of the finished packaging box 100.
Referring to fig. 5, 9 and 10, the side plate 110 is rectangular, the corners are rounded, and the side plate 110 is arranged in a standing manner when the guiding mechanism 200 guides the side plate 110, the guiding direction is the same as the plate thickness direction, the side b portion of the side plate 110 is arranged horizontally, and the side a portion and the side c portion of the side plate 110 are arranged vertically. The present embodiment provides an arrangement form of the a-painting unit, the B-painting unit, and the C-painting unit according to the posture of the side plate 110 at the time of the guidance: the brushing units B are arranged horizontally so as to glue the side edge part B arranged horizontally, and the brushing units A and C are arranged vertically so as to realize the gluing treatment on the side edge part a and the side edge part C arranged vertically.
Referring to fig. 5, 9 and 10, the B painting unit includes B1 and
Referring to fig. 5, 9 and 10, the painting unit a is mounted on the mounting bracket a1, the painting unit a includes
Referring to fig. 5, 9 and 10, the C painting unit is mounted on the
Referring to fig. 5, 9 and 10, the a 1-shaped
Specifically, corner wrapping rollers may be disposed at two outer sides of the a2 shaping part and the c2 shaping part, and the corner wrapping rollers are correspondingly disposed at one sides of the rubber coating belt 310 far away from the a2 shaping part and the c2 shaping part respectively.
Referring to fig. 5, 9 and 10, after the rubber coating tape 310 is shaped, the a rubber
Referring to fig. 5, 9 and 10, specifically, an
As shown in fig. 5, 9 and 10, the a1 belt storage unit includes a11 sliding seat 411 and
As shown in fig. 5, 9 and 10, the a2 belt storage unit comprises
The working principle of the embodiment is as follows: the adjusting mechanism also adjusts the A11 sliding seat 411 and the
Referring to fig. 3 to 7, the adjusting mechanism includes an a adjusting unit and a B adjusting unit, the a adjusting unit is used for adjusting the
Specifically, referring to fig. 5, 9 and 10, the a adjusting unit includes an a adjusting screw 710, the a adjusting screw 710 has an a1 screw section and an a2 screw section at two ends of the shaft, the screw direction of the a1 screw section is opposite to that of the a2 screw section, the a1 screw section forms a screw nut fit connection with the a1 mounting bracket 500, and the a2 screw section forms a screw nut fit connection with the a2 mounting bracket 600; the B1 adjusting part comprises a B1 adjusting screw rod 720, the B1 adjusting screw rod 720 is provided with a B11 screw rod section and a B12 screw rod section which are positioned at two ends of the rod body, the screw thread turning direction of the B11 screw rod section is the same as that of the B12 screw rod section, the B11 screw rod section and the A11 sliding seat 411 form screw rod nut matched connection, and the B12 screw rod section and the A12 sliding seat 415 form screw rod nut matched connection; the B2 adjusting part comprises a B2 adjusting screw rod 730, the B2 adjusting screw rod 730 is provided with a B21 screw rod section and a B22 screw rod section which are positioned at two ends of the rod body, the screw direction of the B21 screw rod section is the same as that of the B22 screw rod section, the B21 screw rod section and the A21 sliding seat 421 form screw rod nut matched connection, and the B22 screw rod section and the A22 sliding seat 425 form screw rod nut matched connection.
The a adjusting screw 710, the B1 adjusting screw 720 and the B2 adjusting screw 730 respectively adopt a stepping motor or other motors capable of accurately controlling the angular displacement of rotation and the like as power sources to drive the rotation. Of course, a variable-speed transmission device can be arranged between the power source and the corresponding screw rod according to the actually required transmission ratio, so that the finally output rotating speed meets the actual requirement.
Referring to fig. 1 to 8, since the sizes of the side plates 110 are different, if the size difference between the side plates 110 to be glued is large and the guiding and conveying mechanism 200 cannot adapt to the size change of the side plates 110, when the small-sized side plates 110 are guided and conveyed, the moving track of the small-sized side plates 110 is easily changed in the guiding and conveying process, so that the side plates 110 cannot be accurately aligned with the brushing mechanism 300, and finally the gluing quality is poor; furthermore, the side plate 110 is jammed and jammed during the guiding process, which affects the normal operation of the guiding and feeding of the side plate 110 and the gluing operation. Thus, a further preferred embodiment of this example is: the guiding mechanism 200 in the above embodiment includes an a guiding