CN114802918B - A post-processing equipment for plug-in boards - Google Patents

Abstract

The invention relates to a patch board processing post-treatment device, which comprises a bin, a plurality of groups of patch boards arranged in the bin, and a feeding device which is arranged on the bin and is used for outputting the patch boards in the bin, wherein the feeding device comprises: the stacking mechanism is obliquely arranged on the bin and used for outputting patch boards in the bin orderly one by one without interruption, and comprises a conveying assembly for fishing out patch boards inside the bin, a deviation correcting assembly for orderly stacking the patch boards on the conveying assembly and a patch board supplementing assembly for supplementing patch boards to empty positions on the conveying assembly, the patch boards can be singly arranged and sent to the packaging machine to be packaged in a unified specification, the automation is good, the labor cost is reduced, and the batch production can be realized; the invention solves the technical problems that the arrangement direction of the ear hooks of the patch board is not uniform, the tightness of the packaging machine on the patch board package is affected, and the labor cost is high.

Description

A post-processing equipment for plug-in boards

technical field

The invention relates to the technical field of plug-in board packaging, in particular to post-processing equipment for plug-in boards.

Background technique

Various plug-in boards sold on the market are generally composed of plug-in boards and ear hooks. They are space-saving, easy to use, and can provide jacks for multiple electrical appliances at the same time, and are widely used in daily life. ,. With the change of people's aesthetic concept, white power strips are becoming more and more common at present, but once the white power strips are defaced during transportation, it will greatly affect the buyer's mood and even no longer trust the seller.

The patent document with the application number 201920332530.4 discloses a feeding device for plug-in board film production, including a support plate and a transmission mechanism. The transmission mechanism is located in front of the support plate. The piston rods of the two electric push rods are all facing each other, and several sliders are fixedly installed on the back of the cylinder body of the electric push rod, and several mutually parallel chute are opened in front of the support plate, and the sliders are respectively located in the corresponding chute and can move along the The movable ends of the electric push rods are respectively fixed and installed with splints. The above scheme can cover and pack the plug-in board with film to prevent the plug-in board from being stained.

However, the film used to package the power strips is weak and easily damaged. Therefore, manufacturers pack the power strips in plastic bags to prevent the power strips from being stained during transportation or sales. However, at present, workers are required to wear gloves Straighten the plug-in boards on the conveying line so that the packaging machine can package the plug-in boards. This method is greatly affected by the subjective consciousness of the workers. The direction of the ear hooks of the plug-in boards is not uniform, which will affect the packaging machine. The tightness of the plug-in board packaging and the high labor cost.

Contents of the invention

The purpose of the present invention is to address the deficiencies of the prior art. By setting the code material mechanism and the detection mechanism to cooperate, the plug-in boards can be arranged in a single arrangement and sent to the packaging machine with uniform specifications for packaging. The automation is better and the labor cost is reduced. , and can be produced in batches, thereby solving the technical problem that the ear hooks of the plug-in board are not placed in a uniform direction, which will affect the tightness of the packaging machine for the plug-in board packaging, and the labor cost is high.

Aiming at the above technical problems, the technical solution adopted is as follows: it includes a silo and several sets of plug-in boards placed in the silo, the plug-in boards are composed of plug-in boards and ear hooks, and also include a And it is used to output the feeding device of the plug-in board in the silo, and the feeding device includes:

A code material mechanism, which is obliquely arranged on the silo and is used to neatly and uninterruptedly output the plug-in boards in the silo one by one, the code material mechanism includes a device for pulling out the plug-in boards inside the silo Conveying components, deviation correcting components for neatly coding the plug-in boards on the conveying components, and refilling components for replenishing plug-in boards in empty positions on the conveying components;

A detection mechanism, the detection mechanism is horizontally arranged on the coding mechanism and is used to output the plug-in board in a unified specification. The detection mechanism includes a rejecting component for rejecting the sub-standard plug-in board and a Rotate the repositioning and push back return assembly.

Preferably, the coding mechanism further includes a first frame, which is arranged on the bin and used to support the conveying assembly, the deviation-correcting assembly and the replenishing assembly.

Preferably, the transport assembly includes:

The first conveyor belt, the first conveyor belt is arranged inside the first frame and along its transmission direction are provided with several groups of scooping boards for picking up the plug-in boards in the silo, the two adjacent scooping boards The spacing forms a temporary storage space a and the temporary storage space a is adapted to the size of the patch panel;

The lifting member, the lifting member is provided with several groups corresponding to the temporary storage space a, which includes an elastic unit installed under the first conveyor belt through a mounting bracket, fixedly connected with the upper end of the elastic unit and the The top plate adapted to the opening on the first conveyor belt and the guide column fixedly connected to the lower end of the top plate and extending downward through the elastic unit, the horizontal part of the first conveyor belt is provided with a guide track, and the guide column is on the bottom of the first conveyor belt. Driven by the guide rail, the plug-in board in the temporary storage space a is lifted up;

A monitoring element, the monitoring element is arranged in the inner cavity of the fishing plate, which includes a first pneumatic element installed inside the fishing plate and having an L-shaped slide plate at its telescoping end, hingedly arranged on the side of the L-shaped slide plate The inclined push plate used to push the plug-in plate on the feeding assembly, the first elastic member arranged between the inclined push plate and the fishing plate and used to limit the position of the inclined push plate, and the first elastic member arranged on the A distance sensor on the fishing plate and used to monitor the presence of the fishing plate;

The L-shaped sliding plate matches and slides inside the scooping plate.

Preferably, the deviation correction component includes:

Correction plate, the correction plate is set as two sets of dislocation installed in the first frame and is used to push off one of the two plug boards on the fishing board and correct the plug board on the conveying assembly to completely enter the fishing board ;

A material receiving box, the material receiving box is arranged in the first frame and corresponds to the position of a correction plate below, which is used to catch the plug-in board that has been pushed off on the fishing plate;

The first driving roller, the first driving roller is arranged on the material receiving box and is used to discharge the plug board in the material receiving box, and the first driving roller is provided in several groups.

As preferably, the feed assembly includes:

A feeding bin, the feeding bin is arranged on the outer wall of the first frame and communicates with the inside of the receiving box through a through hole, which is used to collect the plug-in boards discharged from the receiving box, and the feeding bin is A second drive roller is provided;

A refill box, the refill box is arranged in the first frame and communicates with the inside of the refill bin through a through hole;

A slope plate, the slope plate is arranged on the refill box and is used to support the plug-in board to move the position for refilling;

A flat plate, the flat plate is arranged on the slope plate and is used to support the plug-in board to move forward for feeding;

An inclined push block, the inclined push block is arranged on the flat plate and is used to push the plug board into the scoop plate of the conveying assembly to complete feeding.

Preferably, the detection mechanism also includes a second frame for supporting the rejecting assembly and the returning assembly, and a bracket arranged in the second frame for supporting the second conveyor belt, and the second frame is arranged on the On the first frame, the second conveyor belt is located above the first conveyor belt and the second conveyor belt is provided with a partition unit, and the partition unit includes two sets of baffles with a triangular structure, and between the two baffles A temporary storage space b is formed between them.

Preferably, the rejecting assembly includes a splitting plate, the outer end surface of the splitting plate is arc-shaped and higher than the ear hook, a transition groove is opened on one side of the bracket, and the splitting plate is installed on the other side of the bracket. on one side and at the input end of the transition slot.

Preferably, the return assembly includes a third conveyor belt that rotates synchronously with the second conveyor belt, a rotation unit and a drive unit arranged on the third conveyor belt, and the rotation unit is used to receive the material rejected by the rejecting assembly. The plug-in board is rotated to complete the adjustment of the ear hook of the plug-in board, and the drive unit is used to move the plug-in board on the rotating unit to complete the material return.

As a preference, several groups of the rotating units are provided corresponding to the positions of the socket boards on the second conveyor belt, which include:

Rotary column, the rotary column is rotatably arranged on the third conveyor belt and its upper end is provided with a return box for receiving the plug-in board rejected by the rejecting component, and the output end of the transition groove is provided with a deviation correction track, which is controlled by the return The plug-in board where the material box enters the temporary storage space b is completely returned to its position under the guidance of the deviation correction track;

A transmission gear, the transmission gear is arranged on the peripheral side of the rotating column and is used to drive the return box to rotate;

The tooth plate is arranged on the outer wall of the bracket and is used to rotate with the transmission gear.

Preferably, the driving unit is arranged on the rotating unit, which includes:

Driving rollers, the driving rollers are arranged at the bottom of the return box and are used to drive the plug-in board to move, and the driving rollers are set in several groups and rotate synchronously through the chain;

a first bevel gear, the first bevel gear is mounted on the driving roller through a rotating shaft and is used to rotate with the driving roller;

The second bevel gear, the second bevel gear passes through the ear plate at the bottom of the return box through one end of the rotating shaft and is provided with a driven gear, and the second bevel gear meshes with the first bevel gear;

a fixed gear disposed on the peripheral side of the rotating column and engaged with a driven gear;

L-shaped connecting plate, the L-shaped connecting plate is arranged at the bottom of the fixed gear and has a slider fixed at one end thereof;

An annular limiting groove, the annular limiting groove is opened on the inner wall of the second frame and is slidably matched with the slider.

Preferably, the speed of the first conveyor belt is v1, the speed of the second conveyor belt is v2, and the speed of the third conveyor belt is v3, nv1=v2=v3.

Beneficial effects of the present invention:

(1) In the present invention, through the cooperation of the conveying component and the deviation correcting component, the plug-in board is completely entered into the temporary storage space a of the conveying component, and when there are two plug-in boards in the temporary storage space a, one of them is The plug-in boards are pushed out to ensure that the plug-in boards are arranged neatly on the first conveyor belt and move forward. The degree of automation is high, which reduces labor costs, reduces the packaging efficiency of the plug-in boards, and prevents the plug-in boards from being transported to the The existing packaging machine is not conducive to the fixed-point packaging of the plug-in board by the packaging machine;

(2) In the present invention, through the cooperation of the set conveying component and the replenishing component, the inclined push plate on the scooping plate brings the plug-in plate on the replenishing box into the free temporary storage space a, and is driven by the correcting plate Completely enter the free temporary storage space a, which is convenient for supplementing the plug-in board, ensures the uninterrupted forward conveying of the plug-in board, and has high automation, prevents the plug-in board from being conveyed to the packaging machine intermittently, which is not conducive to the plug-in of the packaging machine The wire board is continuously packaged;

(3) In the present invention, through the cooperation of the set rejecting component and the returning component, it is possible to reject the plug-in board with the ear hook facing out of specification, and return the plug-in board with the ear hook orientation adjusted to the separation unit of the second conveyor belt Internally, the automation is better, ensuring uniform output of plug-in boards, and can be mass-produced, so as to prevent the ear hook orientation of the plug-in board from affecting the packaging machine's packaging.

To sum up, through the cooperation of the code material mechanism and the detection mechanism provided, the present invention can send the plug-in boards in a single arrangement and uniform specification to the existing packaging machine for packaging, ensuring that the packaging machine can continuously fix the plug-in boards The package is better automated, reduces labor costs, and can be mass-produced to prevent the ear hook orientation of the plug-in board from affecting the packaging machine's packaging.

Description of drawings

In order to illustrate the technical solutions of the embodiments of the present invention more clearly, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments. Obviously, the accompanying drawings described below are only some embodiments of the present invention. Those of ordinary skill in the art can also obtain other drawings based on these drawings on the premise of not paying creative work.

Fig. 1 is a structural schematic diagram of post-processing equipment for plug-in boards.

Fig. 2 is a structural schematic diagram of the conveying assembly in the code material mechanism.

Fig. 3 is a structural schematic diagram of the deviation correction component and the feeding component.

Fig. 4 is a structural schematic diagram of the jacking member.

Fig. 5 is a schematic structural diagram of the monitoring element.

Fig. 6 is a schematic diagram of the structure of the plug board.

Fig. 7 is a structural schematic diagram of the detection mechanism.

Fig. 8 is a structural schematic view of another viewing angle of the detection mechanism.

Fig. 9 is a schematic structural diagram of a rejecting component.

Fig. 10 is a schematic structural view of the recycling assembly.

Fig. 11 is a structural schematic diagram of another viewing angle of the recycling assembly.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings.

Embodiment one

As shown in Figure 1 and Figure 6, it includes a silo 1 and several groups of plug-in boards 2 placed in the bin 1, the plug-in board 2 is composed of a plug-in board 21 and an ear hook 22, the plug-in board 2 Dispersed in the storage bin 1, it also includes a feeding device 3 that is arranged on the bunker 1 and is used to output the plug-in board 2 in the bunker 1, and the feeding device 3 includes:

Code material mechanism 31, described code material mechanism 31 is arranged obliquely on described silo 1 and is used for neatly one by one uninterruptedly outputting the plug-in board 2 in silo 1, described material code mechanism 31 comprises that silo 1 The conveying assembly 311 that removes the internal plug-in board 2, the deviation-correcting assembly 312 that aligns the plug-in board 2 on the conveying assembly 311, and the refilling assembly 313 that supplements the plug-in board 2 in the empty position on the conveying assembly 311;

A detection mechanism 32, the detection mechanism 32 is horizontally arranged on the coding mechanism 31 and is used to output the plug board 2 with a uniform specification, and the detection mechanism 32 includes a rejecting component 321 for rejecting the substandard plug board 2 And the return assembly 322 that rotates, adjusts and pushes back the removed plug-in board 2 .

In this embodiment, the plug-in board 2 in the bin 1 is pulled out and transported forward through the provided conveying assembly 311, so that the plug-in board 2 is located in the temporary storage space a3113 between two adjacent fishing boards 3112; Eliminate two plug-in boards 2 in the temporary storage space a3113 through the set deviation correction component 312, so that one of the plug-in boards 2 falls from the conveying component 311 into the replenishing component 313, and the other plug-in board 2 enters completely In the temporary storage space a3113, the plug boards 2 are neatly arranged and transported forward; the supplementary component 313 is used to replenish the plug boards 2 in the empty temporary storage space a3113 of the conveying component 311, so that the plug boards of the conveying component 311 2 Uninterrupted forward conveying to ensure the uninterrupted automatic work of the existing packaging machine; through the cooperation of the set rejecting component 321 and the return component 322, the rejecting component 321 will direct the ear hook 22 on the second conveyor belt 324 towards the non-standard The plug-in board 2 is removed to the return assembly 322, and the return assembly 322 rotates the plug-in board 2 by 180 degrees and then returns it to the second conveyor belt 324, so that the plug-in board 2 is output in a uniform specification, which is convenient for existing packaging The plug-in board 2 is continuously packaged by the machine to prevent the ear hooks 22 from affecting the tightness of the plug-in board 2 packaging. The degree of automation is high, and the plug-in board 2 can be packaged in batches continuously, and the packaging is tight, improving the production quality. .

Further, as shown in Figure 1-2, the coding mechanism 31 also includes a first frame 314, the first frame 314 is set on the bin 1 and is used to support the conveying assembly 311, the deviation correction assembly 312 and the supplementary frame 314. Material assembly 313.

In this embodiment, by setting the first frame 314 through and installed on the side wall of the bin 1 , it is convenient for the coding mechanism 31 to pull out the plug-in board 2 in the bin 1 .

Further, as shown in Figures 1-6, the delivery assembly 311 includes:

The first conveyor belt 3111, the first conveyor belt 3111 is arranged inside the first frame 314 and is provided with several sets of scooping boards 3112 for scooping up the plug-in board 2 in the bin 1 along its driving direction, The distance between two adjacent fishing plates 3112 forms a temporary storage space a3113 and the temporary storage space a3113 is adapted to the size of the plug board 2, and the transmission wheel of the first conveyor belt 3111 is a variable-diameter structure, so that the first conveyor belt 3111 The jacking part 3114 does not affect the rotation of the transmission wheel;

Lifting member 3114, the lifting member 3114 is provided in several groups corresponding to the temporary storage space a3113, which includes an elastic unit 31142 installed under the first conveyor belt 3111 through a mounting bracket 31141, and the elastic unit 31142 The upper end is fixedly connected to the top plate 31143 adapted to the opening on the first conveyor belt 3111 and the guide column 31144 is fixedly connected to the lower end of the top plate 31143 and extends downward through the elastic unit 31142. The first conveyor belt 3111 The horizontal part of the horizontal part is provided with a guide track 31145, and the guide column 31144 is driven by the guide track 31145 to lift up the plug-in board 2 in the temporary storage space a3113. The guide track 31145 includes a horizontal part and a lifting part, and the lifting part can make the top plate 31143 supports the plug-in board 2 upwards, and the horizontal part enables the top board 31143 to support the plug-in board 2 and move forward horizontally. board 2;

Monitoring part 3115, the monitoring part 3115 is set in the inner cavity of the fishing plate 3112, which includes a first pneumatic part 31151 installed inside the fishing plate 3112 and an L-shaped slide plate 31152 at its telescoping end, hingedly arranged on The inclined push plate 31154 on the side of the L-shaped slide plate 31152 and used to push the plug-in board 2 on the refill assembly 313 is arranged between the inclined push plate 31154 and the fishing plate 3112 and used to limit the inclined push The first elastic member 31153 at the position of the plate 31154 and the distance sensor 31155 arranged on the scoop plate 3112 and used to monitor the conditions on the scoop plate 3112;

The L-shaped sliding plate 31152 is matched and slid inside the fishing plate 3112 .

In this embodiment, by setting the monitoring piece 3115, the distance sensor 31155 can sense whether there is a plug board 2 in the temporary storage space a3113 on the first conveyor belt 3111, and if there is, the monitoring piece 3115 is stored in the fishing plate 3112 If there is no cavity, the first pneumatic part 31151 stretches out the inner chamber of the fishing plate 3112 with the L-shaped slide plate 31152 and the inclined push plate 31154, and the inclined push plate 31154 is rotated downward by the elastic force of the first elastic part 31153, so that The inclined push plate 31154 can pick up the plug-in board 2 in the feeding assembly 313, which is convenient for replenishing the plug-in board 2 to the vacant temporary storage space a3113 on the first conveyor belt 3111.

Further, as shown in Figure 2-6, the deviation correction component 312 includes:

Correction plate 3121, the correction plate 3121 is set as two sets of dislocation installed in the first frame 314 and is used to push off one of the two plug-in boards 2 on the fishing plate 3112 and correct the plug-in wire on the conveying assembly 311 Plate 2 completely enters the fishing plate 3112;

The material receiving box 3122, the material receiving box 3122 is arranged in the first frame 314 and corresponds to the position of a correcting plate 3121 below, which is used to catch the plug-in board 2 that has been pushed off on the fishing plate 3112;

The first driving roller 3123, the first driving roller 3123 is arranged on the material receiving box 3122 and is used to discharge the plug-in board 2 in the material receiving box 3122, the first driving roller 3123 is provided with several groups, the first Both the first driving roller 3123 and the second driving roller 3136 are driven by an external power source.

In this embodiment, by setting the deviation correction assembly 312, when the plug board 2 on the first conveyor belt 3111 passes the correction board 3121, the plug board 2 is completely entered into the temporary storage space a3113, and there is a gap in the temporary storage space a3113. In the case of two plug-in boards 2, one of the plug-in boards 2 is pushed out and dropped into the material receiving box 3122, so that the first driving roller 3123 will transport the material receiving box 3122 to the replenishing bin 3131 to ensure that the plug-in The boards 2 are individually and neatly arranged on the first conveyor belt 3111 and move forward.

Further, as shown in Figure 2-6, the feeding component 313 includes:

Replenishment bin 3131, several plug-in boards 2 are placed in advance in the replenishment bin 3131, avoiding the continuous temporary storage space a3113 on the first conveyor belt 3111 without plug-in boards 2, resulting in no plug-in board 2 pairs in the replenishment bin 3131 It supplements, the replenishment bin 3131 is arranged on the outer wall of the first frame 314 and communicates with the inside of the material receiving box 3122 through a through hole, which is used to collect the plug-in board 2 discharged in the material receiving box 3122, so The refill bin 3131 is provided with a second driving roller 3136, and the plug-in board 2 in the refill bin 3131 can be driven into the refill box 3132 by the second drive roller 3136;

A refill box 3132, the refill box 3132 is arranged in the first frame 314 and communicates with the inside of the refill bin 3131 through a through hole;

Slope plate 3133, the slope plate 3133 is arranged on the refill box 3132 and is used to support the upward movement of the plug-in board 2 for refilling;

A flat plate 3134, the flat plate 3134 is arranged on the slope plate 3133 and is used to support the plug-in board 2 to move forward for feeding;

Inclined pushing block 3135, the inclined pushing block 3135 is arranged on the flat plate 3134 and is used to push the plug board 2 onto the scoop plate 3112 of the conveying assembly 311 to complete feeding.

In this embodiment, through the matching of the supplementary component 313 and the monitoring part 3115, when there is no plug board 2 in the temporary storage space a3113 of the first conveyor belt 3111, the inclined push plate 31154 of the monitoring part 3115 extends out of the fishing plate 3112 When the inclined push plate 31154 passes through the position of the refill box 3132, the inclined push plate 31154 moves up a station along the ramp plate 3133 with the plug-in board 2 on the refill box 3132, and then passes through the plate 3134. The inclined push plate 31154 makes the plug board 2 enter the temporary storage space a3113, and completely enters the temporary storage space a3113 under the drive of the correction plate 3121, so as to facilitate the empty temporary storage space a3113 on the first conveyor belt 3111 Supplementing the plug-in board 2 ensures that the plug-in board 2 is conveyed forward uninterruptedly, and the automation is relatively high.

Further, as shown in FIGS. 7-9 , the detection mechanism 32 also includes a second frame 323 for supporting the rejecting assembly 321 and the returning assembly 322 , and is arranged in the second frame 323 for supporting the second conveyor belt. The support 325 of 324, the second frame 323 is arranged on the first frame 314, the second conveyor belt 324 is located above the first conveyor belt 3111 and the second conveyor belt 324 is provided with a partition unit 326, The partition unit 326 includes two sets of baffles with a triangular structure, and a temporary storage space b327 is formed between the two baffles, and the temporary storage space b327 is adapted to the size of the patch panel 2, and the second conveyor belt 324 The speed is faster than that of the first conveyor belt 3111 , so that the partition unit 326 of the second conveyor belt 324 can take away and catch the patch panels 2 from the first conveyor belt 3111 .

In this embodiment, the partition unit 326 of the second conveyor belt 324 can take away and catch the plug-in board 2 from the first conveyor belt 3111 to ensure the continuity of the overall operation of the feeding device 3 .

Further, as shown in Figures 7-9, the rejecting assembly 321 includes a splitting plate 3211, the outer end surface of the splitting plate 3211 is arc-shaped and higher than the ear hook 22 of the plug-in board 2, the bracket 325 A transition slot 3212 is opened on one side, and the splitter plate 3211 is installed on the other side of the bracket 325 and located at the input end of the transition slot 3212 .

In this embodiment, by setting the rejecting assembly 321, when the plug-in board 2 with the ear hook 22 close to the splitter plate 3211 passes through the knock-out assembly 321, the ear hook 22 of the plug-in board 2 can pass from the position below the splitter board 3211, On the other hand, the principle of the ear hook 22 is that when the plug-in board 2 of the directional board 3211 passes through the rejecting assembly 321, the plug-in board 2 is pushed from the transition groove 3212 to the return assembly 322 under the drive of the directional board 3211, and the ear hook 22 can be removed. Towards the non-compliant power strip 2.

Further, as shown in FIGS. 9-11 , the return material assembly 322 includes a third conveyor belt 3221 that rotates synchronously with the second conveyor belt 324 , and a rotating unit 3222 and a driving unit arranged on the third conveyor belt 3221 . Unit 3223, the rotating unit 3222 is used to receive the plug-in board 2 rejected by the rejecting component 321 and rotate it to complete the adjustment of the ear hook 22 of the plug-in board 2, and the driving unit 3223 is used to take the plug-in board 2 on the rotating unit 3222 Plug board 2 moves to complete the material return.

In this embodiment, by setting the return component 322, it is possible to take away the plug-in board 2 received from the rejecting component 321 and move it forward synchronously, and at the same time rotate the plug-in board 2 in the process of moving forward 180 degrees, adjust the orientation of the ear hook 22 of the plug board 2, and send the plug board 2 back to the partition unit 326 of the second conveyor belt 324, the automation is better, and the output of the plug board 2 is guaranteed to be uniform.

Further, as shown in Figures 9-11, the rotating unit 3222 is set in several groups and corresponds to the position of the socket board 2 on the second conveyor belt 324, which includes:

Rotating column 32221, the rotating column 32221 is installed on the third conveyor belt 3221 and its upper end is provided with a return box 32222 for receiving the plug-in board 2 rejected by the rejecting assembly 321, the output end of the transition slot 3212 A deviation-correcting track 32223 is provided, and the plug-in board 2 that enters the temporary storage space b327 from the return box 32222 is completely returned to its position under the guidance of the deviation-correcting track 32223;

Transmission gear 32224, the transmission gear 32224 is arranged on the peripheral side of the rotating column 32221 and is used to drive the return box 32222 to rotate;

Tooth plate 32225, the tooth plate 32225 is arranged on the outer wall of the bracket 325 and is used to rotate with the transmission gear 32224, the length of the tooth plate 32225 is just enough for the return box 32222 to rotate 180 degrees.

In this embodiment, through the cooperation of the provided rotating unit 3222 and the rejecting assembly 321, when the rejected plug-in board 2 enters the feeding box 32222, the third conveyor belt 3221 carries the feeding box 32222 and rotates synchronously with the second conveyor belt 324 , so that the transmission gear 32224 is driven by the tooth plate 32225 of the bracket 325, and the return box 32222 is rotated by 180 degrees through the rotating column 32221, so that the ear hook 22 of the plug board 2 on the return box 32222 can be adjusted towards.

Further, as shown in Figures 8-11, the driving unit 3223 is set on the rotating unit 3222, which includes:

Driving roller 32231, the driving roller 32231 is arranged at the bottom of the recycle box 32222 and is used to drive the plug board 2 to move, and the driving roller 32231 is set in several groups and rotates synchronously through the chain;

The first bevel gear 32232, the first bevel gear 32232 is installed on the driving roller 32231 through a rotating shaft and is used to rotate with the driving roller 32231;

The second bevel gear 32233, the second bevel gear 32233 passes through the ear plate at the bottom of the return box 32222 through one end of the rotating shaft and is provided with a driven gear 32234, the second bevel gear 32233 is connected to the first bevel gear gear 32232 engaged;

Fixed gear 32235, the fixed gear 32235 is arranged on the peripheral side of the rotating column 32221 and meshed with the driven gear 32234;

L-shaped connecting plate 32236, the L-shaped connecting plate 32236 is arranged at the bottom of the fixed gear 32235 and one end of which is fixed with a slider 32237;

Annular limiting groove 32238, said annular limiting groove 32238 is opened on the inner wall of said second frame 323 and is slidingly matched with slider 32237, and annular limiting groove 32238 supports and fixes fixed gear 32235 through L-shaped connecting plate 32236 effect.

In this embodiment, the driving unit 3223 cooperates with the rotation unit 3222. During the rotation of the transmission gear 32224 with the recycle box 32222, the recycle box 32222 takes the driven gear 32234 along the fixed gear 32235. The edge rotates, and the driven gear 32234 rotates with the driving roller 32231 at the bottom of the return box 32222 through the second bevel gear 32233 and the first bevel gear 32232, so that the driving roller 32231 can take away and catch the insert from the rejecting assembly 321. Wire board 2, and after the return box 32222 is rotated 180 degrees, the plug board 2 with the ear hook 22 adjusted to the direction is sent back to the partition unit 326 of the second conveyor belt 324, the automation is better, and the plug board is guaranteed 2 unified specification output.

Further, the speed of the first conveyor belt 3111 is v1, the speed of the second conveyor belt 324 is v2, and the speed of the third conveyor belt 3221 is v3, nv1=v2=v3.

In this embodiment, by setting the speed of the second conveyor belt 324 to be n times the speed of the first conveyor belt 3111, a buffer space is formed between two adjacent separation units 326 to balance the speed difference, so that the first conveyor belt After the plug board 2 on the 3111 is lifted by the jacking member 3114, the partition unit 326 on the second conveyor belt 324 can catch and take away the plug board 2 to ensure the continuity of the work of the feeding device 3; The second conveyor belt 324 rotates synchronously with the third conveyor belt 3221, so that the plug board 2 in the partition unit 326 on the second conveyor belt 324 can enter the return assembly 322 of the third conveyor belt 3221, and the return assembly 322 will insert the wire After the board 2 is rotated by 180 degrees, the plug board 2 can be sent back to the partition unit 326 on the second conveyor belt 324 correspondingly, which is highly automated.

Embodiment two

As shown in FIG. 7 and FIG. 9 , the parts that are the same as or corresponding to those in the first embodiment are marked with the corresponding reference numerals in the first embodiment. For the sake of simplicity, only the differences from the first embodiment will be described below. The difference between this embodiment two and embodiment one is:

Further, as shown in Figures 7 and 9, two tooth plates 32225 are correspondingly provided on the outer wall of the bracket 325, and strip holes 32226 corresponding to the tooth plates 32225 are opened on the side wall of the second frame 323. The strip hole 32226 provides space for the return box 32222 to rotate 180 degrees.

It is worth mentioning that by setting a lower tooth plate 32225, after the return box 32222 is rotated 180 degrees to send the plug strip 2 back to the second conveyor belt 324, the third conveyor belt 3221 carries the return box 32222 Through a tooth plate 32225 at the bottom, the material return box 32222 is rotated 180 degrees to reset, which is convenient for the material return box 32222 to work next time.

work process:

The first conveyor belt 3111 rotates and picks up the plug board 2 in the bin 1 through the scooping plate 3112, so that one, two or no plug board 2 is located in the temporary storage space a3113 of the first conveyor belt 3111, and the monitoring part 3115 identifies Whether there is a plug board 2 in the temporary storage space a3113, if it exists, the monitoring part 3115 is stored in the inner cavity of the fishing plate 3112, if not, the first pneumatic part 31151 stretches out with the L-shaped sliding plate 31152 and the inclined push plate 31154 The inner cavity of the fishing plate 3112, and the inclined push plate 31154 is rotated downward by the elastic force of the first elastic member 31153; then when the first conveyor belt 3111 carries the plug board 2 and moves to the position of the filling box 3132, the lifting plate 3112 The inclined push plate 31154 moves up a station along the ramp plate 3133 with the plug board 2 on the refill box 3132, and then passes through the ramp board 3133 on the flat plate 3134 to make the plug board 2 enter the free temporary storage space a3113 , and completely enter the free temporary storage space a3113 under the drive of the correction board 3121, so as to facilitate supplementary plug-in board 2 to the idle temporary storage space a3113 on the first conveyor belt 3111, ensuring uninterrupted operation of the plug-in board 2 Forward transport; then the first conveyor belt 3111 carries the plug board 2 and moves to the position of the correction board 3121, so that the plug board 2 completely enters the temporary storage space a3113, and there are two plug boards in the temporary storage space a3113 2, one of the plug-in boards 2 is pushed out and dropped into the receiving box 3122, so that the first driving roller 3123 will transport the inside of the receiving box 3122 to the replenishing bin 3131, ensuring that the plug-in boards 2 are single and neatly Arrange on the first conveyor belt 3111 and move forward; then when the first conveyor belt 3111 carries the plug board 2 and moves to the detection mechanism 32, the top plate 31143 of the jacking member 3114 will be driven by the guide rail 31145 into the temporary storage space a3113 The plug-in board 2 is lifted up, and the partition unit 326 on the second conveyor belt 324 can catch and take away the plug-in board 2 to ensure the continuity of the work of the feeding device 3; then the second conveyor belt 324 carries the plug-in wire When the board 2 moves to the rejecting assembly 321, so that when the plug-in board 2 with the ear hook 22 close to the splitting plate 3211 passes through the rejecting assembly 321, the ear hook 22 of the plug-in board 2 can pass from the position below the splitting board 3211, otherwise the ear hook 22 Principle When the plug-in board 2 of the directional board 3211 passes through the rejecting component 321, the plug-in board 2 is pushed from the transition slot 3212 to the return component 322 under the drive of the directional board 3211, and the direction of the ear hook 22 is out of specification. Then when the ear hook 22 enters the return box 32222 towards the substandard outlet plate 2, the third conveyor belt 3221 rotates synchronously with the second conveyor belt 324 with the return box 32222, so that the transmission gear 32224 is in the Driven by the tooth plate 32225 of the bracket 325, the return box 32222 is rotated 180 degrees through the rotating column 32221, so that the orientation of the ear hook 22 of the plug-in board 2 on the return box 32222 can be adjusted, and at the same time, the return box 32224 is carried by the transmission gear 32224 During the rotation of the box 32222, the return box 32222 is rotated along the edge of the fixed gear 32235 with the driven gear 32234, and the driven gear 32234 carries the return material through the second bevel gear 32233 and the first bevel gear 32232. The driving roller 32231 at the bottom of the box 32222 rotates, so that the driving roller 32231 can take away and catch the plug-in board 2 from the rejecting assembly 321, and after the return box 32222 rotates 180 degrees, adjust the plug-in board 22 toward the ear hook 2 is sent back to the separation unit 326 of the second conveyor belt 324, the automation is better, the labor cost is reduced, and it can be produced in batches, so as to ensure that the patch panel 2 is output to the existing packaging machine with uniform specifications for packaging, avoiding The ear hook 22 of the socket board 2 faces the packaging machine to package it.

In the description of the present invention, it should be understood that the orientation or positional relationship indicated by the terms "front and rear", "left and right", etc. is based on the orientation or positional relationship shown in the drawings, and is only for the convenience of describing the present invention and simplifying the description. It is not intended to indicate or imply that the referred device or component must have a particular orientation, be constructed in a particular orientation, and operate in a particular orientation, and thus should not be construed as limiting the invention.

Of course, in this technical solution, those skilled in the art should understand that the term "a" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of one element can be one , and in other embodiments, the number of the element may be more than one, and the term "a" cannot be understood as a limitation on the number.

The above is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, and any changes or substitutions that can be easily imagined by those skilled in the art under the technical tips of the present invention, All should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention should be determined by the protection scope of the claims.

Claims (8)

1. The utility model provides a processing equipment after wiring board processing, includes the feed bin and a plurality of groups are arranged in wiring board in the feed bin, the wiring board comprises picture peg and ear hook, its characterized in that, still including setting up on the feed bin and be used for exporting the loading attachment of wiring board in the feed bin, loading attachment includes:

the stacking mechanism is obliquely arranged on the bin and used for outputting patch boards in the bin orderly one by one without interruption, and comprises a conveying assembly for fishing out patch boards in the bin, a deviation correcting assembly for stacking the patch boards on the conveying assembly orderly and a patch board supplementing assembly for supplementing patch boards to empty positions on the conveying assembly;

the detection mechanism is horizontally arranged on the stacking mechanism and used for outputting the patch boards in a unified specification, and comprises a removing assembly for removing patch boards which are not in accordance with the specification and a return assembly for rotating, positioning and pushing the removed patch boards back;

the stacking mechanism further comprises a first frame, wherein the first frame is arranged on the storage bin and is used for supporting the conveying assembly, the deviation correcting assembly and the material supplementing assembly;

the delivery assembly includes:

the first conveying belt is arranged in the first frame, a plurality of groups of fishing boards used for fishing up the patch boards in the bin are arranged along the transmission direction of the first conveying belt, a temporary storage space a is formed between every two adjacent fishing boards, and the temporary storage space a is matched with the patch boards in size;

the jacking piece is correspondingly provided with a plurality of groups of temporary storage spaces a, and comprises an elastic unit, a top plate and a guide column, wherein the elastic unit is installed below the first conveying belt through a mounting frame, the top plate is fixedly connected with the upper end of the elastic unit and is matched with an opening on the first conveying belt, the guide column is fixedly connected with the lower end of the top plate and penetrates through the elastic unit to extend downwards, a guide rail is arranged on the horizontal part of the first conveying belt, and the guide column is driven by the guide rail to upwards support a patch board in the temporary storage spaces a;

the monitoring piece is arranged in the inner cavity of the fishing plate and comprises a first pneumatic piece, an inclined push plate, a first elastic piece and a distance sensor, wherein the first pneumatic piece is arranged in the fishing plate, the telescopic end of the first pneumatic piece is provided with an L-shaped slide plate, the inclined push plate is hinged to the side surface of the L-shaped slide plate and used for pushing a patch board on a material supplementing assembly, the first elastic piece is arranged between the inclined push plate and the fishing plate and used for limiting the position of the inclined push plate, and the distance sensor is arranged on the fishing plate and used for monitoring the existence condition on the fishing plate;

the L-shaped sliding plate is matched and slides in the fishing plate.

2. The patch panel post-processing apparatus of claim 1, wherein the deviation rectifying assembly comprises:

the correction boards are arranged into two groups which are arranged in the first frame in a staggered manner and are used for pushing off one of the two patch boards on the fishing board and correcting the patch boards on the conveying assembly to completely enter the fishing board;

the material receiving box is arranged in the first frame and corresponds to one correction plate below the first frame, and is used for receiving the pushed patch board on the fishing plate;

the first driving roller is arranged on the material receiving box and used for discharging the patch board in the material receiving box, and a plurality of groups of first driving rollers are arranged.

3. The patch panel post-processing apparatus of claim 2, wherein the feed assembly comprises:

the material supplementing bin is arranged on the outer wall of the first frame and is communicated with the inside of the material receiving box through a through hole, and the material supplementing bin is used for collecting patch boards discharged from the material receiving box;

the material supplementing box is arranged in the first frame and is communicated with the inside of the material supplementing bin through a through hole;

the slope board is arranged on the material supplementing box and used for supporting the patch board to move upwards for material supplementing;

the flat plate is arranged on the slope plate and used for supporting the patch board to move forwards for material supplementing;

the oblique pushing block is arranged on the flat plate and used for pushing the patch board into the fishing board of the conveying assembly to complete material supplementing.

4. The patch panel processing post-processing apparatus according to claim 1, wherein the detection mechanism further comprises a second frame for supporting the rejecting assembly and the return assembly, and a bracket disposed in the second frame for supporting a second conveyor belt, the second frame is disposed on the first frame, the second conveyor belt is disposed above the first conveyor belt, and the second conveyor belt is provided with a partition unit, the partition unit comprises two sets of baffles having a triangular structure, and a temporary storage space b is formed between the two baffles.

5. The post-processing device for processing a patch board according to claim 4, wherein the removing component comprises a branching board, the outer end face of the branching board is arc-shaped and higher than the ear hook, a transition groove is formed in one face of the support, and the branching board is mounted on the other face of the support and located at the input end of the transition groove.

6. The post-processing device for patch panel processing according to claim 5, wherein the return assembly comprises a third conveyor belt rotating synchronously with the second conveyor belt, a rotating unit and a driving unit, wherein the rotating unit is arranged on the third conveyor belt and is used for receiving patch panels removed by the removing assembly and carrying the patch panels to rotate to complete the direction adjustment of the ear hooks of the patch panels, and the driving unit is used for carrying patch panels on the rotating unit to move to complete the return.

7. The apparatus according to claim 6, wherein the rotating unit is provided in a plurality of groups corresponding to positions of the patch panels on the second conveyor belt, comprising:

the rotary column is rotatably arranged on the third conveyor belt, the upper end of the rotary column is provided with a feed back box for receiving the patch boards removed by the removing assembly, the output end of the transition groove is provided with a deviation correcting track, and the patch boards entering the temporary storage space b from the feed back box are completely reset under the guidance of the deviation correcting track;

the transmission gear is arranged on the periphery of the rotary column and used for driving the feed back box to rotate;

and the toothed plate is arranged on the outer wall of the bracket and is used for rotating with the transmission gear.

8. The patch panel post-processing apparatus of claim 6, wherein the first conveyor belt has a speed v1, the second conveyor belt has a speed v2, and the third conveyor belt has a speed v3, nv1=v2=v3.