Mounting mechanism for strip tidying groove

Abstract

The utility model relates to a carding groove mounting mechanism which comprises a mounting part A, a mounting part B and a mounting part C. The mounting part A and the mounting part C are movably assembled with the two ends of a carding groove in the groove width direction of the carding groove respectively and allow the two ends of the carding groove to stretch out and draw back. The middle part of the carding groove and the mounting part B are movably assembled along the groove width direction of the carding groove, and the movement of the carding groove along the body length direction of the carding groove is limited. According to the scheme, the middle part of the strip tidying groove is fixed, and the two ends of the strip tidying groove can correspondingly extend along with heating, so that the problem that a traditional strip tidying groove is deformed and distorted when being heated is solved.

Description

Technical Field

[0001] The utility model relates to the field of tea machines, in particular to a tea arranging groove installation mechanism. Background Art

[0002] The strip trough is made by bending a thin metal plate, which can well meet the processing requirements of the complex shape of the strip trough. However, this implementation method will cause the strip trough to be greatly deformed after the strip trough is heated. The traditional assembly method of the strip trough is to fix and assemble the two ends of the strip trough separately, which will cause the strip trough to be twisted and deformed after being heated, making it impossible to reliably organize the strips. Therefore, it is necessary to solve this problem. Summary of the invention

[0003] In order to solve the above problems, the utility model provides a stripe sorting slot installation mechanism, which can solve the problem of heat deformation of the stripe sorting slot.

[0004] The technical solution adopted by the utility model is specifically as follows.

[0005] The strip sorting groove installation mechanism is characterized in that it includes an A installation part, a B installation part and a C installation part. The A installation part and the C installation part are respectively movably assembled with the two ends of the strip sorting groove along the groove width direction of the strip sorting groove and allow the two ends of the strip sorting groove to be extended and retracted. The middle part of the strip sorting groove is movably assembled with the B installation part along the groove width direction of the strip sorting groove and its movement along the length direction of the strip sorting groove is restricted.

[0006] The specific plan is: a B1 assembly part is set in the middle of the strip sorting groove, the length direction of the B1 assembly part is consistent with the groove width direction of the strip sorting groove, the groove bottom in the middle of each strip sorting groove is fixedly assembled with the B1 assembly part, and the B installation part and the B1 assembly part are movably assembled along the groove width direction of the strip sorting groove.

[0007] The B mounting part and the B1 assembly part are rolled and assembled along the width of the strip groove.

[0008] The cross-section of the B1 assembly part is T-shaped and consists of a long strip-shaped B1 assembly plate and a B2 assembly plate. The bottom of the middle of each strip-sorting groove is fixedly assembled to the upper plate surface of the B1 assembly plate, and the plate surface of the B2 assembly plate is arranged parallel to the groove depth direction of the strip-sorting groove. The B mounting part and the B2 assembly plate are movably assembled along the groove width direction of the strip-sorting groove.

[0009] The B mounting part is composed of B sub-mounting parts arranged at intervals along the groove width direction of the strip sorting groove. The B sub-mounting part is composed of two oppositely arranged B rollers. The center lines of the B rollers are arranged along the groove depth direction of the strip sorting groove. The two B rollers are respectively rollingly assembled with the two side plate surfaces of the B2 assembly plate.

[0010] A1 assembly parts and A2 assembly parts are respectively arranged on the upper and lower sides of the feeding end of the strip sorting trough, and the A1 assembly parts and A2 assembly parts are enclosed to form an A assembly port. The feeding end of each strip sorting trough is inserted and assembled in the A assembly port, and the A2 assembly parts and the A assembly parts are movably assembled along the slot width direction of the strip sorting trough.

[0011] C1 assembly parts and C2 assembly parts are respectively arranged on the upper and lower sides of the discharge end of the strip sorting trough, and the C1 assembly parts and C2 assembly parts are enclosed to form a C assembly port. The discharge end of each strip sorting trough is inserted and assembled in the C assembly port, and the C2 assembly parts and the C assembly part are movably assembled along the slot width direction of the strip sorting trough.

[0012] The cross-section of the A2 assembly part is L-shaped, and it consists of an A1 assembly plate and an A2 assembly plate which are long strips arranged along the width direction of the strip sorting groove. The plate surface of the A1 assembly plate is arranged parallel to the groove depth direction of the strip sorting groove. The A2 assembly plate is the lower side of the A1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove. The A mounting portion is composed of A sub-mounting portions arranged at intervals along the groove width direction of the strip sorting groove. The A sub-mounting portion is composed of upper and lower A1 rollers and A2 rollers which are arranged oppositely. The center lines of the A1 rollers and A2 rollers are arranged along the groove length direction of the strip sorting groove. The two A1 rollers and A2 rollers are rollingly assembled with the upper and lower plate surfaces of the A2 assembly plate respectively.

[0013] The cross-section of the C2 assembly part is L-shaped, and it consists of a long C1 assembly plate and a C2 assembly plate arranged along the width direction of the strip sorting groove. The plate surface of the C1 assembly plate is arranged parallel to the groove depth direction of the strip sorting groove. The C2 assembly plate is the lower side of the C1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove. The C mounting part is composed of C sub-mounting parts arranged at intervals along the groove width direction of the strip sorting groove. The C sub-mounting part is composed of upper and lower C1 rollers and C2 rollers arranged oppositely. The center lines of the C1 rollers and C2 rollers are arranged along the groove length direction of the strip sorting groove. The two C1 rollers and C2 rollers are rollingly assembled with the upper and lower plate surfaces of the C2 assembly plate respectively.

[0014] It also includes a U-shaped installation frame, each strip sorting groove is located in the installation frame, a B2 installation part is also provided on the upper side of the B1 installation part, the notch portion of each strip sorting groove is fixedly assembled and connected with the B2 installation part, the A1 assembly part, the A2 assembly part, the B1 assembly part, the B2 assembly part, the C1 assembly part, and the C2 assembly part are all fixedly installed in the installation frame, and the installation frame is connected to a driving mechanism that drives it to swing back and forth.

[0015] The above solution provided by the utility model fixes the middle part of the strip arrangement groove, and the two ends of the strip arrangement groove can extend accordingly as heated, thereby solving the problem of deformation and distortion of the traditional strip arrangement groove caused by heat. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a structural schematic diagram of the utility model.

[0017] Figure 2 for Figure 1 Schematic diagram of the structure from another perspective.

[0018] 111-B1 assembly parts, 112-B2 assembly parts, 113-B rollers, 121-A1 assembly parts, 122-A2 assembly parts, 123-A1 rollers, 124-A2 rollers, 131-C1 assembly parts, 132-C2 assembly parts, 140-installation frame, 141-strip sorting groove. DETAILED DESCRIPTION

[0019] In order to make the purpose and advantages of the utility model more clear, the utility model is specifically described in combination with the following embodiments. It should be understood that the following text is only used to describe one or several specific implementations of the utility model, and does not strictly limit the protection scope of the specific request of the utility model.

[0020] like Figure 1 , 2 As shown, the installation mechanism of the strip sorting slot 141 includes an A installation part, a B installation part and a C installation part. The A installation part and the C installation part are respectively movably assembled with the two ends of the strip sorting slot 141 along the slot width direction of the strip sorting slot 141 and allow the two ends of the strip sorting slot 141 to be extended and retracted. The middle part of the strip sorting slot 141 is movably assembled with the B installation part along the slot width direction of the strip sorting slot 141 and restricts its movement along the length direction of the strip sorting slot 141. The A installation part, the B installation part and the C installation part are arranged on the frame. The middle part of the strip sorting slot 141 is fixed by the A installation part, the B installation part and the C installation part, and the two ends of the strip sorting slot 141 can be extended accordingly as heated, thereby solving the problem of deformation and distortion of the traditional strip sorting slot 141 due to heat.

[0021] A further solution is: a B1 assembly part 111 is provided in the middle of the strip sorting groove 141, the length direction of the B1 assembly part 111 is consistent with the groove width direction of the strip sorting groove 141, the groove bottom in the middle of each strip sorting groove 141 is fixedly assembled with the B1 assembly part 111, and the B mounting part and the B1 assembly part 111 are movably assembled along the groove width direction of the strip sorting groove 141. Preferably, the B mounting part and the B1 assembly part 111 are rollingly assembled along the groove width direction of the strip sorting groove 141. The detailed operation is that the cross section of the B1 assembly part 111 is T-shaped, and is composed of a long strip-shaped B1 assembly plate and a B2 assembly plate, the groove bottom in the middle of each strip sorting groove 141 is fixedly assembled with the upper plate surface of the B1 assembly plate, the plate surface of the B2 assembly plate is arranged parallel to the groove depth direction of the strip sorting groove 141, and the B mounting part and the B2 assembly plate are movably assembled along the groove width direction of the strip sorting groove 141. The B mounting part is composed of B sub-mounting parts arranged at intervals along the groove width direction of the strip sorting groove 141, and the B sub-mounting part is composed of two oppositely arranged B rollers 113, the center line of the B roller 113 is arranged along the groove depth direction of the strip sorting groove 141, and the two B rollers 113 are respectively assembled with the two side plates of the B2 assembly plate in a rolling manner. The above embodiment can reliably realize the movable assembly of the middle part of the strip sorting groove 141 and the B mounting part along the groove width direction of the strip sorting groove 141 and restrict its movement along the length direction of the strip sorting groove 141, so as to realize the requirements of fixed and swing assembly of the strip sorting groove 141.

[0022] A more specific solution is: A1 assembly parts 121 and A2 assembly parts 122 are respectively arranged on the upper and lower sides of the feeding end of the strip sorting slot 141, and the A1 assembly parts 121 and A2 assembly parts 122 are enclosed to form an A assembly port, and the feeding end of each strip sorting slot 141 is inserted and assembled in the A assembly port, and the A2 assembly parts 122 and the A assembly part are movably assembled along the slot width direction of the strip sorting slot 141. C1 assembly parts 131 and C2 assembly parts 132 are respectively arranged on the upper and lower sides of the discharge end of the strip sorting slot 141, and the C1 assembly parts 131 and C2 assembly parts 132 are enclosed to form a C assembly port, and the discharge end of each strip sorting slot 141 is inserted and assembled in the C assembly port, and the C2 assembly parts 132 and the C assembly part are movably assembled along the slot width direction of the strip sorting slot 141. The cross-section of the A2 assembly part 122 is L-shaped, and it consists of an A1 assembly plate and an A2 assembly plate which are long strips arranged along the width direction of the strip sorting groove 141. The plate surface of the A1 assembly plate is arranged parallel to the depth direction of the strip sorting groove 141. The A2 assembly plate is the lower side of the A1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove 141. The A mounting portion is composed of A sub-mounting portions which are arranged at intervals along the width direction of the strip sorting groove 141. The A sub-mounting portion is composed of upper and lower A1 rollers 123 and A2 rollers 124 which are arranged opposite to each other. The center lines of the A1 rollers 123 and A2 rollers 124 are arranged along the length direction of the strip sorting groove 141. The two A1 rollers 123 and A2 rollers 124 are rollingly assembled with the upper and lower plate surfaces of the A2 assembly plate respectively. The cross-section of the C2 assembly part 132 is L-shaped, and it consists of a long C1 assembly plate and a C2 assembly plate arranged along the width direction of the strip sorting groove 141. The plate surface of the C1 assembly plate is arranged parallel to the depth direction of the strip sorting groove 141. The C2 assembly plate is a lower side edge of the C1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove 141. The C mounting portion is composed of C sub-mounting portions arranged at intervals along the width direction of the strip sorting groove 141. The C sub-mounting portion is composed of upper and lower C1 rollers and C2 rollers arranged oppositely. The center lines of the C1 rollers and C2 rollers are arranged along the length direction of the strip sorting groove 141. The two C1 rollers and C2 rollers are rollingly assembled with the upper and lower plate surfaces of the C2 assembly plate respectively. It also includes a square-shaped installation frame 140, each strip-sorting groove 141 is located in the installation frame 140, a B2 installation part is also provided on the upper side of the B1 installation part, the notch of each strip-sorting groove 141 is fixedly assembled and connected with the B2 installation part, the A1 assembly part 121, the A2 assembly part 122, the B1 assembly part 111, the B2 assembly part 112, the C1 assembly part 131, and the C2 assembly part 132 are all fixedly installed in the installation frame 140, and the installation frame 140 is connected to a driving mechanism that drives them to reciprocate. The A1 assembly part 121, the B2 assembly part 112, and the C1 assembly part 131 can be specifically composed of a long strip of rod body, and the A1 assembly part 121 and the C1 assembly part 131 can be specifically composed of the edge of the installation frame 140 along the width direction of the strip-sorting groove 141, or can be separately provided.The above implementation can reliably realize the assembly requirements of the two ends of the strip arranging groove 141 being movable along the groove width direction of the strip arranging groove 141 and allowing the two ends of the strip arranging groove 141 to be extended and retracted, and realize the swing assembly and heat extension requirements of the strip arranging groove 141. The A1 roller 123, the A2 roller 124, the B roller 113, the C1 roller, and the C2 roller are all rotatably mounted on the frame.

[0023] In summary, the above solution provided by the present invention can effectively solve the problem of deformation of the traditional strip organizing groove 141 due to heat.

[0024] The above is only a preferred embodiment of the present invention. It should be noted that, for ordinary technicians in the technical field, several improvements and modifications can be made without departing from the principle of the present invention, and these improvements and modifications should also be regarded as the protection scope of the present invention. The structures, devices and operating methods not specifically described and explained in the present invention shall be implemented according to the conventional means in the field unless otherwise specified and limited.

Claims

1. Strip sorting slot installation mechanism, characterized by: It includes an A mounting part, a B mounting part and a C mounting part. The A mounting part and the C mounting part are respectively movably assembled with the two ends of the strip organizing groove along the groove width direction of the strip organizing groove and allow the two ends of the strip organizing groove to be extended and retracted. The middle part of the strip organizing groove is movably assembled with the B mounting part along the groove width direction of the strip organizing groove and its movement along the length direction of the strip organizing groove is restricted.

2. The strip slit installation mechanism according to claim 1, characterized in that: A B1 assembly part is arranged in the middle of the strip sorting groove, and the length direction of the B1 assembly part is consistent with the groove width direction of the strip sorting groove. The groove bottom in the middle of each strip sorting groove is fixedly assembled with the B1 assembly part, and the B mounting part and the B1 assembly part are movably assembled along the groove width direction of the strip sorting groove.

3. The strip slit installation mechanism according to claim 2, characterized in that: The B mounting part and the B1 assembly part are rolled and assembled along the width of the strip groove.

4. The strip arrangement slot installation mechanism according to claim 3, characterized in that: The cross-section of the B1 assembly part is T-shaped and consists of a long strip-shaped B1 assembly plate and a B2 assembly plate. The bottom of the middle of each strip-sorting groove is fixedly assembled to the upper plate surface of the B1 assembly plate, and the plate surface of the B2 assembly plate is arranged parallel to the groove depth direction of the strip-sorting groove. The B mounting part and the B2 assembly plate are movably assembled along the groove width direction of the strip-sorting groove.

5. The strip arrangement slot installation mechanism according to claim 3, characterized in that: The B mounting part is composed of B sub-mounting parts arranged at intervals along the groove width direction of the strip sorting groove. The B sub-mounting part is composed of two oppositely arranged B rollers. The center lines of the B rollers are arranged along the groove depth direction of the strip sorting groove. The two B rollers are respectively rollingly assembled with the two side plate surfaces of the B2 assembly plate.

6. The strip slit installation mechanism according to claim 1, characterized in that: A1 assembly parts and A2 assembly parts are respectively arranged on the upper and lower sides of the feeding end of the strip sorting trough, and the A1 assembly parts and A2 assembly parts are enclosed to form an A assembly port. The feeding end of each strip sorting trough is inserted and assembled in the A assembly port, and the A2 assembly parts and the A assembly parts are movably assembled along the slot width direction of the strip sorting trough.

7. The strip slit installation mechanism according to claim 1 or 6, characterized in that: C1 assembly parts and C2 assembly parts are respectively arranged on the upper and lower sides of the discharge end of the strip sorting trough, and the C1 assembly parts and C2 assembly parts are enclosed to form a C assembly port. The discharge end of each strip sorting trough is inserted and assembled in the C assembly port, and the C2 assembly parts and the C assembly part are movably assembled along the slot width direction of the strip sorting trough.

8. The strip slit installation mechanism according to claim 1 or 6, characterized in that: The cross-section of the A2 assembly part is L-shaped, and it consists of an A1 assembly plate and an A2 assembly plate which are long strips arranged along the width direction of the strip sorting groove. The plate surface of the A1 assembly plate is arranged parallel to the groove depth direction of the strip sorting groove. The A2 assembly plate is the lower side of the A1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove. The A mounting portion is composed of A sub-mounting portions arranged at intervals along the groove width direction of the strip sorting groove. The A sub-mounting portion is composed of upper and lower A1 rollers and A2 rollers which are arranged oppositely. The center lines of the A1 rollers and A2 rollers are arranged along the groove length direction of the strip sorting groove. The two A1 rollers and A2 rollers are rollingly assembled with the upper and lower plate surfaces of the A2 assembly plate respectively.

9. The strip slit installation mechanism according to claim 7, characterized in that: The cross-section of the C2 assembly part is L-shaped, and it consists of a long C1 assembly plate and a C2 assembly plate arranged along the width direction of the strip sorting groove. The plate surface of the C1 assembly plate is arranged parallel to the groove depth direction of the strip sorting groove. The C2 assembly plate is the lower side of the C1 assembly plate bent and extended toward the outer side of the end of the strip sorting groove. The C mounting part is composed of C sub-mounting parts arranged at intervals along the groove width direction of the strip sorting groove. The C sub-mounting part is composed of upper and lower C1 rollers and C2 rollers arranged oppositely. The center lines of the C1 rollers and C2 rollers are arranged along the groove length direction of the strip sorting groove. The two C1 rollers and C2 rollers are rollingly assembled with the upper and lower plate surfaces of the C2 assembly plate respectively.

10. The strip arrangement slot installation mechanism according to claim 9, characterized in that: It also includes a U-shaped installation frame, each strip sorting groove is located in the installation frame, a B2 installation part is also provided on the upper side of the B1 installation part, the notch portion of each strip sorting groove is fixedly assembled and connected with the B2 installation part, the A1 assembly part, the A2 assembly part, the B1 assembly part, the B2 assembly part, the C1 assembly part, and the C2 assembly part are all fixedly installed in the installation frame, and the installation frame is connected to a driving mechanism that drives it to swing back and forth.

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