TWM599778U - Lane switching auxiliary device - Google Patents

Abstract

This creation is a lane switching auxiliary device, which is set on the conveyor belt and includes a first lane assembly and a second lane assembly. The first lane assembly has a lifting frame that can move up and down, and the second lane The assembly is located at the front end of the first lane dividing assembly and has two second support frames, and two movable and positioning second lane dividing plates are straddled on the second supporting frames. Each second lane dividing plate includes two sleeves and A plate body, the two sleeves are respectively positioned on the two second support frames by two first set screws, the plate body has an assembly post extending upward into the sleeve, and is selectively locked by a second set screw It is positioned in one of the key holes of the corresponding sleeve, the first lane dividing assembly and the second lane dividing assembly do not need to be removed for switching, and the second lane dividing plate adopts the first positioning screw to simplify the structure and facilitate assembly.

Description

Lane switching auxiliary device

This creation is a lane switching auxiliary device, especially a lane switching auxiliary device installed on the conveyor belt and used to assist the bottle separation.

Bottled products are separated by the lane switching auxiliary device on the conveyor belt. The existing lane switching auxiliary device includes a main lane component and an auxiliary lane component. The main lane component has a frame and the rack The body is straddled on the conveyor belt, and the frame body is provided with five partitioning plates arranged at intervals, six first branching channels are divided by the five partitioning plates, and the auxiliary channeling assembly has a support frame, The support frame straddles the conveyor belt and is located at the rear end of the main lane dividing assembly. Five partitions are arranged on the support frame, and partition blocks are arranged between the partitions. The five partitions divide the six second A flow channel, and the six second flow channels are respectively connected to the six first flow channels.

In the bottle separation and lane separation operation, if it is a two-bottle group packaging type, the bottled product is transported through the conveyor belt, and first passes through the separation plate of the main lane assembly, and the two-two-group bottled product passes through the first The runner then passes through the second runner; if it is a package of four bottles, the production line needs to be shut down, and the operator can remove the main runner assembly to replace the runner on the main runner assembly Plate, only two lane dividers are retained, and the main lane divider assembly is straddled on the conveyor belt, and three first lanes are separated by the two lane dividers, and the operator also has the auxiliary lane divider assembly. Remove the partition block to adjust the spacing of the partitions and form three second runners.

However, depending on the number of bottles in the group, the main lane splitting assembly needs to be removed to adjust the number of lane splitting plates, and then the main lane splitting assembly needs to be reinstalled, which consumes manpower and time. In order to improve the existing lane switching auxiliary device The adjustment is labor-consuming and time-consuming, and it is further improved to form another lane-dividing auxiliary device that can be switched without removing it. The lane-dividing auxiliary device includes a first lane-dividing component and a second lane-dividing component. A lane divider assembly can move up and down and has a plurality of first lane dividers. The second lane divider assembly has a plurality of second lane dividers that can be pushed sideways onto the conveyor belt. The second lane divider adopts quick release The unit is fixed, and the assembly of the quick release unit is complicated and time-consuming.

The main purpose of this creation is to provide a lane switching auxiliary device to improve the existing lane switching auxiliary device's main lane component removal and replacement of the labor and time-consuming problems, and to improve the second lane switching auxiliary device The road board uses a quick-release unit and consumes time for assembly.

In order to achieve the purpose of the previous disclosure, the lane switching auxiliary device of this creation is installed on the conveyor belt and includes: A first lane dividing assembly, which includes a first support frame, on which a lifting unit is arranged, and the lifting unit has a lifting frame that can move up and down, and the lifting frame is arranged with five pieces of first One way board A second lane divider assembly is located at the front end of the first lane divider assembly. The second lane divider assembly includes two second support frames spaced back and forth, and a movable and Two pieces of second lane dividing plates are positioned, each of the second lane dividing plates includes two sleeves, two first positioning screws, a plate body and two second positioning screws, and the two sleeves are respectively sleeved on the two second positioning screws. Support frame, the rear side of each sleeve is formed with a plurality of locking holes arranged up and down at intervals, and the two first positioning screws are respectively locked on the two sleeves for abutting against the two second support frames and the two sleeves Are respectively positioned on the two second support frames, the plate body has two sets of connecting posts extending upwardly and spaced back and forth, the two sets of connecting posts respectively extend into the two sleeves, and the two second positioning screws are respectively locked in The two sleeves are selectively locked into one of the locking holes of the corresponding sleeves for abutting against the two sets of connecting posts and positioning the two sets of connecting posts on the two sleeves respectively.

In the above, the lane switching auxiliary device can switch between the first lane assembly or the second lane assembly according to the number of bottles in the lanes. When the lanes are grouped by two, the first lane Component, push the second lane dividing plate of the second lane dividing assembly away from the conveying area on the conveyor belt; when grouping four bottles, move the lifting frame of the first lane dividing assembly upward, and then select the second lane dividing assembly Carry out lane separation, push the second lane divider of the second lane assembly to the conveying area on the conveyor belt; when six bottles are grouped, move the lifting frame of the first lane assembly up and select The second lane dividing assembly pushes one of the second lane dividing plates to the conveying area on the conveyor belt.

It can be seen from this that when the second lane splitting component is selected for the lane splitting switching auxiliary device, the first lane splitting component does not need to be completely removed, which improves the convenience of switching and reduces the switching operation time, and in the second lane splitting component, The first positioning screw is used to position the sleeve on the second support frame, the structure is simplified, the assembly is convenient, and the positioning is effective. In addition, each sleeve is provided with a plurality of key holes. If one of the key holes is reamed, it cannot be When locking, there are still other keyholes available, and in the same second laneway plate, the two second set screws can be locked into keyholes of different heights to achieve the purpose of dispersing the force point and improve the second point. Stability of the road board.

As shown in FIG. 1 and FIG. 2, the authoring lane switching auxiliary device is set on the conveyor belt 30 and includes a first lane lane assembly 10 and a second lane lane assembly 20.

As shown in Figure 1, Figure 2, Figure 7 and Figure 8, the first lane dividing assembly 10 includes a first support frame 11, the first support frame 11 is provided with a lifting unit 12, and the lifting unit 12 has a A lifting frame 13 that moves up and down. The lifting frame 13 is provided with five first lane dividing plates 14 arranged at intervals. The lifting unit 12 has two guide posts 15 which are erected at intervals on the first The supporting frame 11, the lifting frame 13 has a base 131, a screw 132, and a hand wheel 133. The base 131 is arranged between the two guide posts 15, and the five first dividing plates 14 are arranged on the base. Below the seat 131, the screw 132 is disposed above the base 131 and protrudes from the first support frame 11, and the hand wheel 133 is disposed on the first support frame 11 and sleeved on the screw 132, wherein the An auxiliary rod 134 extending in direction measurement is provided on the hand wheel 133.

As shown in FIGS. 1 to 4, the second lane dividing assembly 20 is located at the front end of the first lane dividing assembly 10. The second lane dividing assembly 20 includes two second support frames 21 spaced apart from each other. Two second support frames 21 are straddled with two movable and positionable second dividing plates 22. Each second dividing plate 22 includes two sleeves 23, two first positioning screws 24, a plate body 25 and two The second set screw 26, the two sleeves 23 are respectively sleeved on the two second support frames 21, the rear side of each sleeve 23 is formed with a plurality of locking holes 27 spaced up and down, the two first set screws 24 are respectively locked The two sleeves 23 are arranged to abut against the two second support frames 21 and respectively position the two sleeves 23 on the two second support frames 21. The plate body 25 has upwardly extending and spaced apart Two sets of connecting posts 28, the two sets of connecting posts 28 respectively extend into the two sleeves 23, and the two second set screws 26 are respectively locked in the two sleeves 23 and selectively locked into the corresponding sleeves 23 A key hole 27 is used to abut against the two sets of post 28 and to respectively position the two sets of post 28 on the two sleeves 23, wherein the two first positioning screws 24 are respectively located on the top of the two sleeves 23 On the other hand, the rear ends of the two second lane dividing plates 22 extend through the first support frame 11.

In the above, the front end of each first lane dividing plate 14 can be provided with a rotatable roller 16 or a cushion to assist in lane dividing. In addition, the front ends of the five first lane dividing plates 14 all protrude from the first support In the frame 11, the first lane dividing plate 14 in the middle has the largest protrusion degree, and the protrusion degree of the other first lane dividing plates 14 decreases toward both sides.

As shown in Figures 7 and 8, the user can turn the hand wheel 133 of the first lane dividing assembly 10 to drive the screw 132 to move up and down, and the screw 132 that moves up and down drives the base 131 along the guide column 15 Move up and down, and at the same time the five first lane dividers 14 on the base 131 also move up and down, so the five first lane dividers 14 can move down to the top surface of the adjacent conveyor belt 30 and on the conveyor belt 30 Six runners are divided, or five pieces of the first runner plate 14 can be moved up to be adjacent to the base 131. In addition, the auxiliary lever 134 provided on the hand wheel 133 can increase the length of the arm to achieve the purpose of labor-saving rotation adjustment .

As shown in Figures 4 to 6, the user can loosen the first set screw 24 on the sleeve 23 to release the first set screw 24 from pressing against the second support frame 21, and then push the second track plate 22 to After proper position, tighten the first positioning screw 24 to press against the second support frame 21 to position the sleeve 23 on the second support frame 21, and the plate body 25 can be adjusted up and down through the second positioning screw 26 After the second set screw 26 is loosened, the state of the second set screw 26 abutting the assembly post 28 is released, and the plate body 25 can be pushed up and down to a proper position. When the second set screw 26 is tightened, The abutting group is used to position the assembling post 28 on the sleeve 23, wherein the two second dividing plates 22 can all be pushed to the outside, or one of the second dividing plates 22 can be moved to the outside, and the other One second dividing plate 22 is moved to the middle section, or the two second dividing plates 22 are moved to the middle section and arranged at intervals. As shown in FIG. 3, in the same second dividing plate 22, the two second set screws 26 can be locked into lock holes 27 of the same height or lock holes 27 of different heights.

As shown in Figures 9 to 11, the lane switching auxiliary device is straddled on the conveyor belt 30, and the bottled products 40 to be laned are transported by the conveyor belt 30 and divided by the lane switching auxiliary device. Depending on the number of bottles, the first lane dividing assembly 10 or the second lane dividing assembly 20 can be selected.

As shown in Figure 9, when two bottles of the bottled product 40 are divided into groups, six distribution channels need to be divided on the conveyor belt 30. Therefore, the first dividing assembly 10 is selected and the second dividing assembly The second lane dividing plate 22 of 20 is moved to the outside, and then the hand wheel 133 of the first lane dividing assembly 10 can be rotated to drive the first lane dividing plate 14 to move downwards, passing five pieces of the first lane dividing plate 14 Six sub-runners are smoothly divided.

As shown in Figure 10, when the four-bottled bottled product 40 is divided into lanes, it is necessary to divide three flow channels on the conveyor belt 30. Therefore, the second lane dividing assembly 20 is selected, and the handwheel 133 is used to adjust the The first lane dividing plate 14 of the first lane dividing assembly 10 moves upward, and then the second lane dividing plate 22 of the second lane dividing assembly 20 is adjusted to move above the conveyor belt 30 to smoothly divide the three lanes.

As shown in Fig. 11, when the bottled products 40 in groups of six bottles are used for lane separation, it is necessary to divide two lanes on the conveyor belt 30. The second lane assembly 20 is still used, and the first lane divider plate 14 is adjusted the same. Moving upwards, only move a second dividing plate 22 to the top of the conveyor belt 30 to smoothly divide two dividing runners.

In summary, the lane switching auxiliary device provides options for the first lane lane assembly 10 and the second lane lane assembly 20, and when the second lane lane assembly 20 is selected for switching, the entire first lane lane assembly 10 does not need to be disassembled , It can effectively improve the convenience of switching and reduce the switching operation time, avoid the delay of the production line, and in the second lane assembly 20, the sleeve 23 is locked and abutted by the first positioning screw 24 to be firmly fixed in the second support frame 21, the use of the first set screw 24 can effectively simplify the structure, improve the convenience of assembly, and ensure the stability of positioning. In addition, the sleeve 23 is provided with a plurality of locking holes 27 to provide the second set screw 26 to lock in and press against the positioning set The post 28, if one of the key holes 27 is reamed and cannot be locked, the user can select the second set screw 26 to lock the other key holes 27, and in the same second splitter plate 22, the two second The positioning screw 26 can be locked into the lock holes 27 of different heights, thereby dispersing the force point and improving the stability.

10: First lane component 11: The first support frame 12: Lifting unit 13: Lifting frame 131: Pedestal 132: Screw 133: Handwheel 134: auxiliary lever 14: The first lane board 15: guide post 16: roller 20: Second lane component 21: The second support frame 22: The second lane board 23: sleeve 24: The first set screw 25: Board body 26: second set screw 27: keyhole 28: Assembly column 30: Conveyor belt 40: Bottled products

Figure 1: A schematic side plan view of a preferred embodiment of this creative lane switching auxiliary device. Figure 2: A schematic top plan view of a preferred embodiment of the creative lane switching auxiliary device. Figure 3: A three-dimensional schematic diagram of the second lane division component of this creative lane switching auxiliary device. Figure 4: is a schematic cross-sectional view of the A-A cutting line in Figure 1. Fig. 5 is a schematic diagram of the adjusted configuration of the second lane dividing plate of Fig. 4. Fig. 6 is a schematic diagram of another adjusted configuration of the second lane dividing plate of Fig. 4. Fig. 7 is a schematic cross-sectional view of the B-B cutting line of Fig. 1. Figure 8: A schematic diagram of the operation of the first lane division component of the lane switching auxiliary device for this creative creation. Figure 9: A schematic diagram (1) of the use state of a preferred embodiment of the creative lane switching auxiliary device. Figure 10: A schematic diagram (2) of the use state of a preferred embodiment of the creative lane switching auxiliary device. Figure 11: A schematic diagram of the use state of a preferred embodiment of this creative lane switching auxiliary device (3).

10: First lane component

11: The first support frame

12: Lifting unit

13: Lifting frame

132: Screw

133: Handwheel

14: The first lane board

16: roller

20: Second lane component

21: The second support frame

22: The second lane board

23: sleeve

24: The first set screw

25: Board body

26: second set screw

28: Assembly column

Claims (6)

A lane-division switching auxiliary device is arranged on the conveyor belt and includes: A first lane dividing assembly, which includes a first support frame, on which a lifting unit is arranged, and the lifting unit has a lifting frame that can move up and down, and the lifting frame is arranged with five pieces of first One way board A second lane divider assembly is located at the front end of the first lane divider assembly. The second lane divider assembly includes two second support frames spaced back and forth, and a movable and Two pieces of second lane dividing plates are positioned, each of the second lane dividing plates includes two sleeves, two first positioning screws, a plate body and two second positioning screws, and the two sleeves are respectively sleeved on the two second positioning screws. Support frame, the rear side of each sleeve is formed with a plurality of locking holes arranged up and down at intervals, and the two first positioning screws are respectively locked on the two sleeves for abutting against the two second support frames and the two sleeves Are respectively positioned on the two second support frames, the plate body has two sets of connecting posts extending upwardly and spaced back and forth, the two sets of connecting posts respectively extend into the two sleeves, and the two second positioning screws are respectively locked in The two sleeves are selectively locked into one of the locking holes of the corresponding sleeves for abutting against the two sets of connecting posts and positioning the two sets of connecting posts on the two sleeves respectively. The lane-dividing switching auxiliary device according to claim 1, wherein the lifting unit has two guide posts, the two guide posts are erected on the first support frame at intervals, and the lifting frame has a base, a screw, and A hand wheel, the base is arranged between the two guide posts, the five first dividing plates are arranged below the base, and the screw is arranged above the base and protrudes from the first support frame , The hand wheel is arranged on the first support frame and sleeved on the screw. The lane-dividing switching auxiliary device according to claim 2, wherein an auxiliary rod extending in direction finding is provided on the hand wheel. The lane switching auxiliary device according to any one of claims 1 to 3, wherein the two first positioning screws are respectively located on the top surface of the two sleeves. The lane switching auxiliary device according to any one of claims 1 to 3, wherein the rear ends of the two second lane dividing plates extend through the first support frame. The lane-dividing switching auxiliary device according to claim 4, wherein the rear ends of the two second lane-dividing plates extend through the first support frame.

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