CN214589637U

CN214589637U - Semi-automatic electrical cabinet auxiliary wiring pairing integrated system

Info

Publication number: CN214589637U
Application number: CN202120870536.4U
Authority: CN
Inventors: 胥文广; 林湛
Original assignee: Changzhou Varyag Electric Co ltd
Current assignee: Changzhou Varyag Electric Co ltd
Priority date: 2021-04-25
Filing date: 2021-04-25
Publication date: 2021-11-02
Anticipated expiration: 2031-04-25

Abstract

The utility model relates to a semi-automatic regulator cubicle auxiliary wiring pairs integrated system, relate to the field of automatically controlled cabinet wiring equipment, it includes wiring controlling means and wiring actuating device, wiring controlling means includes input mechanism, control mechanism and display mechanism, the information of type input of input mechanism includes the length of wire, the wiring order of wire, the relation of connection of wire and line number pipe and the relation of connection of wire and components and parts, control mechanism handles the information of type input mechanism, and show the information of type through display mechanism, control mechanism is connected with type input mechanism and the equal electricity of display mechanism, wiring actuating device includes the guillootine, printer and terminal crimping machine, guillootine and printer all are connected with the control mechanism electricity, control mechanism controls guillootine and printer work according to the information control that type input mechanism types. This application has reduced because of workman's negligence leads to the possibility of wire preparation mistake, promotes the effect of the efficiency of wire preparation and automatically controlled cabinet wiring simultaneously.

Description

Semi-automatic electrical cabinet auxiliary wiring pairing integrated system

Technical Field

The application relates to the field of electric cabinet wiring equipment, in particular to a semi-automatic electric cabinet auxiliary wiring pairing integrated system.

Background

The electric control cabinet is a control cabinet which assembles switch equipment, measuring instruments, protective electrical appliances and auxiliary equipment in a closed or semi-closed metal cabinet or on a screen according to the electrical wiring requirements, and the arrangement of the electric control cabinet meets the requirement of normal operation of an electric power system, is convenient to overhaul and does not endanger the safety of people and surrounding equipment.

Referring to fig. 1, when the electric control cabinet is assembled, components in the electric control cabinet need to be connected through a wire 7, and because connection relations between the components and the wire 7, lengths of the wire 7, types of codes printed on a wire number tube 71 and the like are different, in the related technology, an operator is generally required to manufacture the wire 7 according to conditions of field components, such as measuring distances between the components and identifying the components, and the like, then the wire 7 is cut to have corresponding lengths and peeled off, then the wire number tube 71 is printed to have corresponding character codes, then the wire number tube 71 is sleeved on the wire 7, finally a corresponding connecting terminal 72 is installed, and then the connecting terminal 72 is connected with the corresponding component.

The inventor thinks that because the wiring between components is comparatively complicated, the operator often appears the mistake in the in-process of wiring, be about to lead and wrong component connection, lead wiring sequence mistake, print out wrong character code or make the wire that length is unqualified to require on the line number pipe etc. influence the wiring quality of automatically controlled cabinet.

Disclosure of Invention

In order to solve the problem that errors easily occur during wiring of operators, the application provides a semi-automatic electrical cabinet auxiliary wiring pairing integrated system.

In a first aspect, the application provides a semi-automatic electrical cabinet auxiliary wiring pairing integrated system, which adopts the following technical scheme:

an auxiliary wiring pairing integrated system of a semi-automatic electrical cabinet comprises a wiring control device and a wiring execution device, the wiring control device comprises a recording mechanism, a control mechanism and a display mechanism, wherein the information recorded by the recording mechanism comprises the length of a wire, the wiring sequence of the wire, the connection relationship between the wire and a wire number tube and the connection relationship between the wire and a component, the control mechanism processes the information recorded by the recording mechanism, and displays the input information through a display mechanism, the control mechanism is electrically connected with the input mechanism and the display mechanism, the wiring executing device comprises a cutting machine for cutting and peeling the conducting wire, a printer for printing character codes on the wire number tube and a terminal machine for connecting the wiring terminal with the conducting wire, the cutting machine and the printer are electrically connected with the control mechanism, and the control mechanism controls the cutting machine and the printer to work according to the information input by the input mechanism.

By adopting the technical scheme, the recording mechanism records information such as the length of the wire, the wiring sequence of the wire, the connection relationship between the wire and the wire number tube, the connection relationship between the wire and the components and the like, then the information is transmitted to the display mechanism through the control mechanism and displayed through the display mechanism, the information is convenient for an operator to watch, meanwhile, the control mechanism is electrically connected with the cutting machine, the wire number machine and the terminal crimping machine, the cutting machine cuts the wire while the display mechanism displays the corresponding information of the wire, the corresponding length is automatically reserved and peeled, then the printer prints the corresponding character code on the wire number tube and cuts out the wire number tube with the fixed length, then the operator sleeves the corresponding wire number tube on the wire, the terminal is connected with the wire through the terminal crimping machine, and finally the operator connects the manufactured wire with the corresponding component. Display mechanism shows and corresponds wiring position and order, reduces operating personnel wiring order mistake or with the possibility that wire and wrong components and parts are connected, the guillootine is under control mechanism's control simultaneously, the length of control wire, and then reduced and led to the possibility of wire preparation mistake because of workman's negligence, the character code that corresponds is then printed out under control to the line number machine, reduce the possibility that the character code printed the mistake on the line number pipe, promote the preparation of wire and the efficiency of automatically controlled cabinet wiring simultaneously.

Optionally, the actuator further comprises a measuring component for measuring the length of the wire.

By adopting the technical scheme, the measuring component is convenient for measuring the length of the lead and inputs information into the control mechanism through the input mechanism.

Optionally, the input of guillootine is connected with and send the line machine, send the line machine to include a plurality of wire feeding component, every send the line component to carry the different wire of model to the guillootine, send the line component including sending the line frame, send the supplementary conveying piece that is equipped with the wire feeding wheel of coiling wire, supplementary wire conveying on the line frame and drive the conveying piece of wire conveying, send the line wheel and send the line frame to rotate to be connected, be equipped with on sending the line frame and be used for driving wire feeding wheel pivoted first driving piece, the conveying piece includes two parallel transfer wheels of axis, two be equipped with the conveying clearance that supplies the wire to pass between the transfer wheel, be equipped with on sending the line frame and be used for driving one of them transfer wheel pivoted second driving piece.

Through adopting above-mentioned technical scheme, every group send the line subassembly then to be convenient for carry a wire to the cutting machine, be convenient for require the different wire of selection according to the wiring of components and parts, the possibility of selecting wrong wire when reducing the wire preparation, when the wire need be changed to the cutting machine, first driving piece drive wire feeding wheel rotates, with the wire around rolling up on wire feeding wheel, and then take out the wire that need not cut from the cutting machine, then in the line subassembly that send of the wire that needs to cut, second driving piece drive transfer wheel rotates, through two transfer wheels pulling wire transmission, be convenient for the wire conveying to the cutting machine.

Optionally, the auxiliary conveying member includes a first auxiliary plate and a second auxiliary plate, a first auxiliary wheel is rotatably connected to the first auxiliary plate, a second auxiliary wheel is rotatably connected to the second auxiliary plate, the first auxiliary wheel and the second auxiliary wheel are coaxial, an auxiliary gap through which a guide wire passes is formed between the first auxiliary wheel and the second auxiliary wheel, an adjusting screw is rotatably connected to the first auxiliary plate, the adjusting screw is in threaded connection with the second auxiliary plate, and at least two adjusting screws are provided.

By adopting the technical scheme, the wire passes through the auxiliary gap, the first auxiliary wheel and the second auxiliary wheel limit the wire, the possibility of the wire shifting in the conveying process is reduced, the height of the second auxiliary plate can be adjusted by the adjusting screw rod, the size of the auxiliary gap is further adjusted, and the pressing force of the first auxiliary wheel and the second auxiliary wheel on the wire can be conveniently adjusted or the wire can be adapted to wires with different diameters.

Optionally, the input of guillootine is equipped with the lead wire subassembly, the lead wire subassembly includes a lead wire section of thick bamboo and first lead wire pipe, a lead wire section of thick bamboo and first lead wire pipe all set up on the guillootine, first lead wire pipe equals with send a line subassembly number of counts, and one first lead wire pipe and one send a line subassembly to correspond the setting, the one end that send a line subassembly is kept away from to first lead wire pipe sets up towards the input of a lead wire section of thick bamboo.

Through adopting above-mentioned technical scheme, first lead wire pipe is convenient for guide the wire that send the line subassembly conveying to the lead wire section of thick bamboo in, the guillootine of being convenient for cuts. Only one type of wire passes through the lead cylinder at the same time, when the wire is replaced, the current wire is drawn out from the lead cylinder, and a new wire enters the lead cylinder through the first lead pipe to be cut.

Optionally, the end-punching machine is including receiving the line subassembly, it includes the take-up stand to receive the line subassembly, be equipped with the conveyer belt on the take-up stand, be equipped with the baffle on the conveyer belt, the baffle has a plurality of along the direction of delivery array of conveyer belt, and is adjacent be equipped with the unwrapping wire region of placing the number of wires pipe between the baffle, be equipped with the slide that supplies number of wires pipe landing to unwrapping wire region on the lateral wall of receiving the work or material rest, the one end that the conveyer belt was kept away from to the slide is higher than the one end that the slide is close to the conveyer belt, the one end that the conveyer belt was kept away from to the slide is located the printer output under.

By adopting the technical scheme, after the line number tubes are printed and cut off in the printer, the line number tubes are output from the output end of the printer, fall on the sliding plate, fall in one of the line placing areas on the conveying belt along the sliding plate, and then the conveying belt moves to drive the line number tubes to move, so that the subsequent line number tubes fall in different line placing areas, and the possibility of mixing the line number tubes with different character codes is reduced.

Optionally, be equipped with a plurality of terminal storehouses on the machine of punching end, every place the binding post of different models in the terminal storehouse, be equipped with the terminal groove that is used for placing binding post in the terminal storehouse, be equipped with discharging channel and material collecting box on the lateral wall in terminal storehouse, material collecting box is located discharging channel's below, be equipped with the material loading subassembly that is used for leading-in discharging channel with binding post in the terminal storehouse, the discharging component that is equipped with the ejection of compact of control binding post in the discharging channel.

Through adopting above-mentioned technical scheme, when needs binding post, in the material loading subassembly with the leading-in discharging channel of binding post, then discharging component control binding post is from discharging channel internal discharge's quantity, is convenient for make the wire that corresponds be connected with the binding post that corresponds.

Optionally, the feeding assembly includes a feeding plate and a third driving member for driving the feeding plate to rotate, a feeding groove for placing the feeding plate is formed in the bottom wall of the terminal groove, a limiting groove for the terminal to enter is formed in the top wall of the feeding plate, when the feeding plate is put down, the top wall of the feeding plate is lower than the bottom wall of the terminal groove, when the feeding plate is lifted, one end, facing the discharging channel, of the limiting groove is located above the discharging channel, and one end, facing the discharging channel, of the limiting groove is lower than one end, facing the discharging channel, of the limiting groove, of the end, far away from the discharging channel, of the limiting groove.

Through adopting above-mentioned technical scheme, during the material loading, flitch rotates and moves down in the third driving piece drive, makes the diapire that highly is less than the terminal groove of flitch, and the binding post of terminal inslot slips into the spacing groove under the influence of gravity this moment, then flitch lifts up in the third driving piece drive for the tank bottom of spacing groove is higher than discharging channel's entry, and the binding post of being convenient for slides and falls into in the discharging channel from the spacing groove under the effect of gravity.

Optionally, the discharging assembly comprises a connecting plate and a fourth driving piece, the connecting plate is connected with the discharging channel in a sliding manner along the horizontal direction, the connecting plate is provided with a material baffle plate and a material discharging plate, the side wall of the material discharging channel is provided with a material baffle groove and a material discharging groove along the sliding direction of the connecting plate, the striker plate is connected with the discharge channel in a sliding way through a material blocking groove, the material discharging plate is connected with the discharge channel in a sliding way through a material discharging groove, the distance between the material blocking groove and the material discharging groove along the degree direction of the material discharging channel is equal to the height of the wiring terminal, the fourth driving part drives the connecting plate to reciprocate along the opening direction of the discharging groove, a discharging hole for the wiring terminal to pass through is arranged in the discharging channel, when the discharging plate is located in the discharging groove, the material blocking plate is located in the discharging hole, when the material blocking plate is located in the material blocking groove, the discharging plate is located in the discharging hole, and the material blocking plate is higher than the discharging plate.

Through adopting above-mentioned technical scheme, fourth drive connecting plate removes, when the striker plate is located the discharge opening, the roof butt of binding post and striker plate of below, when the striker plate is located the fender silo, the blowing board is located the discharge opening, the roof butt of binding post and blowing board of below this moment, along with the striker plate reentrant discharge opening, the striker plate separates the binding post of below and the binding post of top, and because the blowing board gets into the blowing groove this moment, the binding post of below does not have the obstacle, fall in the material collecting box under the action of gravity, the operating personnel of being convenient for take.

In a second aspect, the application further discloses a use method of the semi-automatic electrical cabinet auxiliary wiring pairing integrated system, which includes the following steps:

inputting information, wherein an operator inputs the length of a wire, the wiring sequence of the wire, the connection relationship between the wire and a wire number tube and the connection relationship between the wire and a component into a control mechanism through a inputting mechanism;

the mechanism execution step, the control mechanism controls the cutting machine to peel and cut the wires according to the information recorded by the recording mechanism, the length of the wires is controlled, then the printer prints out corresponding character codes on the wire number tubes, and the display mechanism displays the information recorded by the recording mechanism;

and an operation execution step, namely sleeving the corresponding wire number on the wire by an operator, connecting the wiring terminal with the wire through a terminal crimping machine, connecting the wire with the corresponding component according to the information displayed by the display mechanism, and then repeating the mechanism execution step and the operation execution step until all the wires are completely installed.

By adopting the technical scheme, the control mechanism controls the cutting machine to peel and cut, the possibility of error in processing the length of the wire during manual operation is reduced, the control mechanism controls the wire to be sequentially processed and only provides the corresponding wiring terminal, and the possibility of disorder among a plurality of wires or connection between the wire and the wrong wiring terminal is reduced. The display mechanism also displays the connection relation between the element device and the lead, so that the possibility of wiring errors between the elements can be reduced, the error rate in the whole wiring process is reduced, and the wiring efficiency is improved.

In summary, the present application includes at least one of the following beneficial technical effects:

1. through the arrangement of the input mechanism, the control mechanism and the display mechanism, the possibility of lead manufacturing errors caused by negligence of workers is reduced, and meanwhile, the lead manufacturing and electric control cabinet wiring efficiency is improved;

2. through the setting of sending line subassembly and lead wire subassembly, realize the automatic feed and withdraw of multiple wire, promote the efficiency that the guillootine was skinned and was cut, reduce the possibility of wire selection mistake simultaneously.

Drawings

Fig. 1 is a schematic view showing a structure of a wire, a wire barrel, and a terminal in the related art.

Fig. 2 is a structural schematic diagram showing the whole system in an auxiliary wiring pairing integrated system of a semi-automatic electrical cabinet according to an embodiment of the present application.

Fig. 3 is a schematic structural diagram of a wire feeding assembly embodied in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Fig. 4 is a schematic structural diagram of a cutting machine embodied in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Fig. 5 is a partially enlarged view of a portion a in fig. 4.

Fig. 6 is a schematic structural diagram of a wire take-up assembly embodied in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Fig. 7 is a schematic structural diagram showing a terminal crimping machine and a terminal bin in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Fig. 8 is a schematic view of a cutting structure of a feeding assembly and a discharging assembly in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Fig. 9 is a partially enlarged view of a portion B in fig. 8.

Fig. 10 is a schematic structural diagram of a discharging assembly in a semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to an embodiment of the present application.

Description of reference numerals: 1. feeding a wire machine; 11. a wire feeding assembly; 111. a wire feeding frame; 112. a wire feeding wheel; 113. an auxiliary conveying member; 1131. a first auxiliary plate; 1132. a second auxiliary plate; 1133. adjusting the screw rod; 1134. a first auxiliary wheel; 1135. a second auxiliary wheel; 114. a conveying member; 1141. a transfer wheel; 1142. a second driving member; 115. a first driving member; 2. a cutting machine; 21. a housing; 22. a lead assembly; 221. a first lead tube; 222. a lead drum; 23. cutting the assembly; 231. a first cutter; 2311. a first kidney-shaped hole; 2312. a first rack; 2313. a first blade; 232. a second cutter; 2321. a second kidney-shaped hole; 2322. a second rack; 2323. a second blade; 233. a driving gear; 234. a fifth driving member; 24. a compression assembly; 241. a wire feeding wheel; 242. a wire outlet wheel; 243. a second conduit; 3. a printer; 4. a terminal bin; 41. a terminal groove; 411. a feeding trough; 42. a discharge channel; 421. a discharge hole; 422. a discharging groove; 423. a material blocking groove; 43. a material receiving box; 44. a feeding assembly; 441. feeding plates; 4411. a limiting groove; 443. an inclined hole; 45. a discharge assembly; 451. a connecting plate; 4511. a striker plate; 4512. a material placing plate; 4513. a tapered section; 452. a fourth drive; 4521. a drive motor; 4522. a wheel disc; 4523. a drive shaft; 453. a displacement compensation plate; 4531. a displacement compensation groove; 5. an end-beating machine; 51. a wire take-up assembly; 52. a conveyor belt; 521. a baffle plate; 522. a pay-off area; 53. an eighth driving member; 54. a slide plate; 55. an inductive switch; 56. a take-up stand; 6. a work table; 7. a wire; 71. a wire number tube; 72. and a terminal.

Detailed Description

The present application is described in further detail below with reference to figures 1-10.

The embodiment of the application discloses semi-automatic electrical cabinet auxiliary wiring pairing integrated system.

Referring to fig. 2, the semi-automatic electric cabinet auxiliary wiring pairing integrated system comprises a wiring control device and a wiring executing device, wherein the wiring control device comprises a recording mechanism, a control mechanism and a display mechanism, the wiring executing device comprises a workbench 6 and a wire feeding machine 1, a cutting machine 2, a printer 3, a terminal bin 4 and a terminal machine 5 which are arranged on the workbench 6 in sequence, and the control mechanism is electrically connected with the recording mechanism, the display mechanism, the wire feeding machine 1, the cutting machine 2, the printer 3 and the terminal bin 4. When the system works, the recording mechanism records information such as the type and the length of a wire, the connection relation between the wire and a component, the connection relation between the wire and a wire number tube, the connection relation between the wire and a wiring terminal and the like, feeds the information back to the control mechanism, and the control mechanism sends the information to the display mechanism. When an operator starts the control mechanism, the wire feeding machine 1 conveys the wires of the corresponding models to the cutting machine 2, the cutting machine 2 peels the wires and cuts the wires to obtain the corresponding lengths of the wires, and then the printer 3 prints character codes on the wire number tubes to obtain the wire number tubes of the corresponding lengths and outputs the wire number tubes. At this moment, the terminal cabin 4 provides a corresponding wiring terminal, an operator sleeves the corresponding wire number on the wire, then the corresponding wiring terminal is connected with the wire through the terminal crimping machine 5, and finally the operator connects the wire with the corresponding component according to the information displayed by the display mechanism. And then, the operator controls the display mechanism to display the information of the next wire, and repeats the steps until all the wires are connected.

The input mechanism is used for inputting information and can be a keyboard, a touch screen and the like, the control mechanism is used for data processing and information receiving and transmitting and can be a processor, and the display mechanism is used for displaying information and can be a screen. The display mechanism can only display the connection relation between the lead and the corresponding component. The wire number tube is used for shielding the connecting part of the wiring terminal and the wire, and the possibility that the stripped part of the wire is directly exposed to the air is reduced. The printer 3 may employ a C-210T model line size machine.

Referring to fig. 2 and 3, the wire feeder 1 includes a plurality of wire feeding assemblies 11, each set of wire feeding assemblies 11 feeding a different type of wire. The wire feeding assembly 11 comprises a wire feeding frame 111, a wire feeding wheel 112 arranged on the wire feeding frame 111, an auxiliary conveying member 113 and a conveying member 114, wherein the wire feeding frame 111 is fixed on the cutting machine 2. The wire feeding wheel 112 is rotatably connected to the wire feeding frame 111, and the wire is wound around the wire feeding wheel 112. The wire feeding frame 111 is provided with a first driving member 115, the first driving member 115 is used for driving the wire feeding wheel 112 to rotate, and the first driving member 115 can be a motor. The auxiliary conveying member 113 includes a first auxiliary plate 1131 and a second auxiliary plate 1132, the first auxiliary plate 1131 is fixedly connected to the wire feeding frame 111, an adjusting screw 1133 is rotatably connected to the first auxiliary plate 1131, and the adjusting screw 1133 is in threaded connection with the second auxiliary plate 1132, in this embodiment, two adjusting screws 1133 are provided, so as to adjust the distance between the second auxiliary plate 1132 and the first auxiliary plate 1131. A first auxiliary wheel 1134 is rotatably connected to the first auxiliary plate 1131, a second auxiliary wheel 1135 is rotatably connected to the second auxiliary plate 1132, the axes of the first auxiliary wheel 1134 and the second auxiliary wheel 1135 are parallel, and an auxiliary gap is formed between the first auxiliary wheel 1134 and the second auxiliary wheel 1135 for the lead to pass through. The first auxiliary wheel 1134 and the second auxiliary wheel 1135 are provided in plurality and are arranged in a staggered manner along the conveying direction of the wires, so that the friction force between the wires is reduced, and the wires are convenient to convey.

Referring to fig. 3, the conveying member 114 includes two conveying wheels 1141 with parallel axes, the conveying wheels 1141 are rotatably connected to the wire feeding frame 111, a conveying gap for the wire to pass through is formed between the two conveying wheels 1141, a second driving member 1142 is fixedly connected to the wire feeding frame 111, the second driving member 1142 is used for driving one of the conveying wheels 1141 to rotate, and the second driving member 1142 may be a motor. Before sending the wire, the operator passes one end of the wire through the auxiliary gap and the transmission gap, and when sending the wire, the second driving member 1142 drives the transmission wheel 1141 to rotate, and the wire is extruded by the two transmission wheels 1141 and is driven by the transmission wheel 1141 to move under the action of friction force. When the wire is not needed to be used, the first driving piece 115 is started to drive the wire feeding wheel 112 to rotate, and the wire feeding wheel 112 winds the wire.

Referring to fig. 4, the cutting machine 2 includes a housing 21, a lead member 22, a cutting member 23, and a pressing member 24, and the housing 21 is placed on the table 6. The lead assembly 22 includes lead cylinder 222 and first lead tube 221, the lead cylinder 222 and the first lead tube 221 are both fixedly connected to the casing 21, the number of the first lead tubes 221 is equal to that of the wire feeding assemblies 11, one first lead tube 221 is arranged corresponding to one wire feeding assembly 11, one end of the first lead tube 221, which is far away from the wire feeding assembly 11, is arranged toward the input end of the lead cylinder 222, and the lead wire is driven by the transmission member 114 to enter the first lead tube 221 and then passes through the first lead tube 221 to enter the lead cylinder 222. A wire passing hole is formed in the lead cylinder 222, a conical surface is formed on the side wall of the wire passing hole facing to the side wall of one end of the first lead tube 221, the diameter of the end of the conical surface facing to the first lead tube 221 is larger than that of the end of the conical surface far away from the first lead tube 221, and therefore a lead can conveniently enter the wire passing hole.

Referring to fig. 4 and 5, the cutting assembly 23 includes a first cutter 231 and a second cutter 232, the first cutter 231 is provided with a first kidney-shaped hole 2311, the second cutter 232 is provided with a second kidney-shaped hole 2321, a first rack 2312 is fixed on a side wall of one end of the first kidney-shaped hole 2311 along the width direction of the first cutter, a second rack 2322 is fixed on a side wall of one end of the second kidney-shaped hole 2321 along the width direction of the second cutter, and the first rack 2312 and the second rack 2322 are engaged with a same driving gear 233. The housing 21 is fixedly connected with a fifth driving member 234, the fifth driving member 234 may be a motor, an output shaft of the fifth driving member 234 is coaxially fixed with a rotating shaft, the rotating shaft is rotatably connected with the housing 21, and one end of the rotating shaft away from the fifth driving member 234 is coaxially fixed with the driving gear 233. The first cutter 231 is fixedly connected with a first blade 2313, the second cutter 232 is fixedly connected with a second blade 2323, and when the first cutter 231 and the second cutter 232 move relatively, the first blade 2313 and the second blade 2323 approach each other to cut or strip the wire. When cutting or peeling, the fifth driving member 234 drives the driving gear 233 to rotate, and the driving gear 233 drives the first rack 2312 and the second rack 2322 to move back to back or relatively, so as to drive the first blade 2313 and the second blade 2323 to move back to back or relatively, thereby cutting or peeling the wire.

Referring to fig. 4 and 5, the pressing assembly 24 includes two wire inlet wheels 241 and two wire outlet wheels 242, the two wire inlet wheels 241 and the two wire outlet wheels 242 are located at two ends of the first cutter 231 and the second cutter 232 along the wire transmission direction, the axes of the two wire inlet wheels 241 are parallel and are rotatably connected with the casing 21, and the wire passes through between the two wire inlet wheels 241 and is driven by the wire inlet wheels 241. The number of the outgoing line wheels 242 is two, the axes of the two outgoing line wheels 242 are parallel and are rotatably connected with the machine shell 21, and a conducting wire passes between the two outgoing line wheels 242 and is driven by the two outgoing line wheels 242. One of the wire inlet wheels 241 is connected with one of the wire outlet wheels 242 through belt transmission, a sixth driving member is fixedly connected to the casing 21 and is used for driving the wire inlet wheel 241 and the wire outlet wheel 242 to rotate, and the sixth driving member can be a motor. A seventh driving element is fixedly connected to one end of the casing 21 far away from the wire feeding wheel 241, the seventh driving element may be a motor, an output shaft of the seventh driving element penetrates through the casing 21 and is fixedly connected with a wire fixing block, a second wire conduit 243 is fixedly connected to the wire fixing block along a transmission direction of a wire, and the second wire conduit 243 may be driven by the seventh driving element to rotate towards the first blade 2313 or rotate towards a direction far away from the first blade 2313.

When the cutting machine 2 works, a wire penetrates through the wire guiding barrel 222, then penetrates through the two wire feeding wheels 241, then passes through the second wire guiding pipe 243, and then enters between the first cutting edge 2313 and the second cutting edge 2323, when the distance between the wire penetrating through the first cutting edge 2313 and the second cutting edge 2323 reaches a preset peeling length, the fifth driving piece 234 drives the driving gear 233 to rotate, the driving gear 233 drives the first cutting edge 2313 and the second cutting edge 2323 to move relatively to cut the wire, at the moment, the first cutting edge 2313 and the second cutting edge 2323 feed small amount and only cut into the skin of the wire, and meanwhile, the sixth driving piece rotates reversely to drive the wire to move reversely, so that the skin of the end of the wire, which needs to be cut, is separated from the wire. Then the sixth driving element rotates forwards, the wire moves again and enters between the two wire outgoing wheels 242, and when the wire passes through the first cutting edge 2313 and the second cutting edge 2323 and reaches the preset length of the wire, the fifth driving element 234 drives the first cutting edge 2313 and the second cutting edge 2323 to move relatively again, and the wire is cut directly. Then the sixth driving member rotates reversely to drive the wire outlet wheel 242 to rotate reversely to drive the wire to move reversely, and simultaneously the seventh driving member drives the second wire conduit 243 to rotate to avoid the reversely moving wire. When the distance between one end of the wire, facing the wire barrel 222, of the wire and the first cutting edge 2313 and the second cutting edge 2323 reaches a preset peeling length, the fifth driving member 234 drives the first cutting edge 2313 and the second cutting edge 2323 to move relatively again, so that the first cutting edge 2313 and the second cutting edge 2323 cut into the skin of the wire, then the sixth driving member rotates forwards, the wire outgoing wheel 242 drives the wire to continue to convey, the skin, needing to be cut, of the end of the wire is separated from the wire, the wire falls onto a workbench, and the manufacturing of the wire is completed. At this time, the seventh driving element drives the second wire conduit 243 to rotate, so that the wire is reset, and then the wire wheel 241 drives the following wire to continue to be conveyed towards the first cutting edge 2313 and the second cutting edge 2323, so as to reciprocate circularly.

Referring to fig. 2 and 6, a wire rewinding assembly 51 is arranged on the workbench 6, the wire rewinding assembly 51 includes a wire rewinding frame 56 placed on the workbench 6, a conveyor belt 52 is arranged on the wire rewinding frame 56, an eighth driving member 53 for driving the conveyor belt 52 to move is fixedly connected to the wire rewinding frame 56, and the eighth driving member 53 may be a motor. Fixedly connected with baffle 521 on the conveyer belt 52, there are a plurality of baffles 521 along the direction of delivery array of conveyer belt 52, be equipped with the unwrapping wire area 522 of placing the wire size pipe between adjacent baffle 521, fixedly connected with slide 54 on the lateral wall of take-up stand 56, the one end that slide 54 kept away from conveyer belt 52 is higher than the one end that slide 54 is close to conveyer belt 52, the one end that slide 54 kept away from conveyer belt 52 is located the printer 3 output under, be convenient for the wire size pipe of output in the self-printer 3 along slide 54 fall in corresponding unwrapping wire area 522. An inductive switch 55 is further fixed on the take-up stand 56 and used for detecting the falling of the wire number tube, and the inductive switch 55 is electrically connected with the eighth driving piece 53. When the wire number tubes are detected to fall on the conveyor belt 52, the inductive switch 55 sends an electric signal to the eighth driving element 53, and the eighth driving element 53 drives the conveyor belt 52 to move, so that different wire releasing areas 522 are positioned below the sliding plate 54, and the possibility that a plurality of wire number tubes are mixed together is reduced. The eighth driving member 53 may be a stepping motor.

Referring to fig. 7, a plurality of terminal bins 4 are placed on the terminal crimping machine 5, and different types of wire connecting terminals are placed in each terminal bin 4. Terminal groove 41 that is used for placing binding post is seted up to the roof of terminal storehouse 4, fixedly connected with discharging channel 42 and material collecting box 43 on the lateral wall of terminal storehouse 4, be equipped with material loading subassembly 44 and discharging component 45 in the terminal storehouse 4, material loading subassembly 44 is used for leading-in discharging channel 42 with the binding post in the terminal groove 41, discharging component 45 then controls dropping of the interior binding post of discharging channel 42, material collecting box 43 is located discharging channel 42's below, be used for accomodating the binding post that falls out from discharging channel 42.

Referring to fig. 7 and 8, the feeding assembly 44 includes a feeding plate 441 and a third driving member, a feeding groove 411 is formed on a bottom wall of the terminal groove 41 for the feeding plate 441 to be inserted, and a limiting groove 4411 is formed on a top wall of the feeding plate 441 for the terminal to enter. Discharging hole 421 for the terminal of the connection wire to pass through is opened in discharging channel 42 along the vertical direction, the third driving member may be a motor, and the third driving member is fixed on terminal bin 4 and used for driving feeding plate 441 to rotate. When the upper material plate 441 is put down, the top wall of the material placing plate 4512 is lower than the bottom wall of the terminal groove 41, at the moment, the wiring terminal moves towards the limiting groove 4411 under the action of gravity, the width of the limiting groove 4411 is larger than that of the wiring terminal and smaller than that of the wiring terminal, and the length direction of the wiring terminal falling into the limiting groove 4411 is the same as that of the limiting groove 4411. Inclined holes 443 are formed in the side wall of the discharge hole 421 towards the upper material plate 441, and one end of each inclined hole 443, facing the upper material plate 441, is higher than one end of each lower hole, facing the fixed end of the discharge hole 421. When the upper material plate 441 is lifted, one end of the limiting groove 4411 facing the discharge channel 42 is aligned with one end of the inclined hole 443 facing the upper material plate 441, and one end of the limiting groove 4411 facing the discharge channel 42 is lower than one end of the limiting groove 4411 far away from the discharge channel 42, so that the connection terminal conveniently slides from the limiting groove 4411 to the inclined hole 443, passes through the inclined hole 443 and then falls into the discharge hole 421.

Referring to fig. 9 and 10, the discharging assembly 45 includes a connecting plate 451 and a fourth driving member 452, a material blocking plate 4511 and a material discharging plate 4512 are fixedly connected to the connecting plate 451, and the connecting plate 451 is slidably connected to the discharging channel 42 in a horizontal direction. The fourth driving part 452 comprises a driving motor 4521 and a wheel disc 4522, the driving motor 4521 is fixed on the side wall of the discharging channel 42, an output shaft of the driving motor 4521 is coaxially fixed with the wheel disc 4522, a driving shaft 4523 is fixed on the surface of the wheel disc 4522, one end, facing the wheel disc 4522, of the connecting plate 451 is fixedly connected with a displacement compensation plate 453, a displacement compensation groove 4531 is formed in the displacement compensation plate 453 in the vertical direction, and the driving shaft 4523 is inserted into the displacement compensation groove 4531. When the driving motor 4521 is started, the wheel disc 4522 is driven to rotate, the wheel disc 4522 drives the driving shaft 4523 to rotate, the driving shaft 4523 pushes the displacement compensation plate 453 to move through the displacement compensation groove 4531, and the wheel disc 4522 rotates one circle to drive the connecting plate 451 to reciprocate once.

Referring to fig. 9 and 10, a material blocking groove 423 and a material discharging groove 422 are formed in the side wall of the material discharging channel 42 along the sliding direction of the connecting plate 451, the material blocking groove 423 is located above the material discharging groove 422, the material blocking plate 4511 is slidably connected with the material discharging channel 42 through the material blocking groove 423, and the material discharging plate 4512 is slidably connected with the material discharging channel 42 through the material discharging groove 422. The distance between the material blocking groove 423 and the material discharging groove along the direction of the material discharging channel 42 is equal to the height of the connecting terminal, so that one connecting terminal can be accommodated between the material blocking plate 4511 and the material discharging plate 4512. The connecting plate 451 is driven by a driving motor 4521 to reciprocate, when the discharge plate 4512 is positioned in the discharge groove 422, the striker plate 4511 is positioned in the discharge hole 421, and at the moment, the wiring terminal positioned at the lowest part in the discharge hole 421 abuts against the top wall of the striker plate 4511; when striker plate 4511 is located material blocking groove 423, blowing board 4512 is located discharge opening 421, this moment lie in the binding post of the below and the roof butt of blowing board 4512 in discharge opening 421, along with striker plate 4511 reentrant discharge opening 421, the binding post of the below is separated by striker plate 4511 with the binding post of its top in the discharge opening 421, and blowing board 4512 gets into material blocking groove 422, the binding post of the below drops in the discharge opening 421 in the material collecting box 43. The steps are repeated, and one wiring terminal falls off from the discharging hole 421 every time the wheel disc 4522 rotates one circle. One end of the striker plate 4511 facing the discharge hole 421 is provided with a pointed cone 4513, which is convenient for separating the lowest wiring terminal in the discharge hole 421 from other wiring terminals.

Referring to fig. 7, after the wire size tube falls on the conveyor belt 52, the discharge hole 421 also drops out the corresponding terminal, and then the operator sleeves the wire size tube on the end of the wire, inserts the stripped portion of the wire into the terminal, inserts part of the terminal into the wire size tube, and then fixes the terminal and the wire by crimping with the crimping machine 5. The end-crimping machine 5 can adopt an HC-8T mute terminal machine. The executing device also comprises a measuring component which is arranged on the workbench and hung on the equipment, the measuring component can adopt a linear encoder, the direct encoder can be electrically connected with the control mechanism, and a caliper can also be adopted, so that when data are conveniently input, the length of the wire is measured. When the caliper is used for measurement, an operator needs to manually input information, and when the linear encoder is used, the information can be directly led into the control mechanism through the electric connection of the linear encoder and the control mechanism. The linear encoder may employ an MPS pull-cord displacement sensor.

The implementation process of the semi-automatic electrical cabinet auxiliary wiring pairing integrated system in the embodiment of the application is as follows: when the first electric control cabinet is assembled, an operator processes the wires according to operation requirements, feeds information such as the type and the length of the wires, the connection relation between the wires and components, the connection relation between the wires and a wire number tube, the connection relation between the wires and a wiring terminal and the like back to the control mechanism through the input mechanism, and the control mechanism processes and stores the information. When assembling subsequent automatically controlled cabinet, operating personnel starts display mechanism, and display mechanism shows the wire and corresponds the relation of connection of components and parts, and the corresponding second driving piece 1142 of control mechanism control starts simultaneously, drives the transfer gear 1141 that corresponds and rotates for the wire that corresponds the model passes first lead pipe 221 and taper hole, gets into between two inlet wire wheels 241, prepares to skin and cuts off.

When peeling and cutting are performed, the two wire feeding wheels 241 drive the wires to move, the wires pass through the second wire guide pipe 243 and then enter between the first cutting edge 2313 and the second cutting edge 2323, when the distance between the wires passing through the first cutting edge 2313 and the second cutting edge 2323 reaches a preset peeling length, the first cutting edge 2313 and the second cutting edge 2323 cut into the skin of the wires, and at the moment, the wire feeding wheels 241 reversely rotate, so that the skin of the end portions of the wires, which need to be cut, is separated from the wires. Then, the wire 241 continues to drive the wire to move, so that the wire enters between the two outgoing reels 242, and when the wire passes through the first cutting edge 2313 and the second cutting edge 2323 and reaches the preset length of the wire, the first cutting edge 2313 and the second cutting edge 2323 cut the wire. Then, the wire outgoing wheel 242 rotates reversely to drive the wire to move towards the wire feeding wheel 241, when the distance between one end of the wire, facing the wire guiding barrel 222, and the first cutting edge 2313 and the second cutting edge 2323 reaches a preset peeling length, the first cutting edge 2313 and the second cutting edge 2323 cut into the skin of the wire, at the moment, the wire outgoing wheel 242 continues to drive the wire to move towards the printer 3, so that the skin, needing to be cut, at the end of the wire is separated from the wire, and meanwhile, the wire falls on the workbench.

Meanwhile, the printer 3 prints corresponding character codes on the surface of the wire number tube under the control of the control mechanism, then cuts off the printed wire number tube, and discharges the wire number tube from the output end of the printer 3, and the wire number tube falls in the wire releasing area 522 along the sliding plate 54 after being discharged. At this time, the control mechanism controls the third driving member corresponding to the terminal bin 4 to drive the feeding plate 441 to rotate, so that the connection terminals are guided into the inclined hole 443, the connection terminals pass through the inclined hole 443 and then fall into the discharge hole 421, and then the driving motor 4521 is started to drive the connecting plate 451 to reciprocate, so that the corresponding number of connection terminals are discharged. And finally, sleeving the corresponding wire number sleeve on the lead by an operator, fixedly connecting the wiring terminal with the lead through the terminal crimping machine 5, and connecting the wiring terminal with the corresponding component.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims

1. The utility model provides a semi-automatic regulator cubicle auxiliary connection pairs integration system which characterized in that: including wiring controlling means and wiring actuating device, wiring controlling means includes input mechanism, control mechanism and display mechanism, the information that input mechanism types includes the length of wire (7), the wiring order of wire (7), the relation of connection of wire (7) and line number pipe (71) and the relation of connection of wire (7) and components and parts, control mechanism handles the information that input mechanism types to the information that will type is through the display mechanism display, control mechanism is connected with input mechanism and display mechanism electricity all, wiring actuating device is including being used for cutting wire (7), the guillootine (2) of skinning, printing printer (3) of character code on line number pipe (71) and being used for making binding post (72) and the machine of punching end (5) that wire (7) are connected, guillootine (2) and printer (3) all are connected with control mechanism electricity, the control mechanism controls the cutting machine (2) and the printer (3) to work according to the information input by the input mechanism.

2. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to claim 1, wherein: the actuator device further comprises a measuring assembly for measuring the length of the wire.

3. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system as claimed in claim 2, wherein: the input end of the cutting machine (2) is connected with a wire feeding machine (1), the wire feeding machine (1) comprises a plurality of wire feeding assemblies (11), and each wire feeding assembly (11) conveys wires with different types to the cutting machine (2);

send line subassembly (11) including send line frame (111), be equipped with the wire feeding wheel (112) of coiling wire, supplementary transport piece (113) of supplementary wire conveying and transmission piece (114) of drive wire conveying on send line frame (111), wire feeding wheel (112) rotate with send line frame (111) and be connected, be equipped with on send line frame (111) and be used for driving wire feeding wheel (112) pivoted first driving piece (115), transmission piece (114) include two parallel transfer gear (1141) of axis, two be equipped with the conveying clearance that supplies the wire to pass between transfer gear (1141), be equipped with on send line frame (111) and be used for driving one of them transfer gear (1141) pivoted second driving piece (1142).

4. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system as claimed in claim 3, wherein: the auxiliary conveying piece (113) comprises a first auxiliary plate (1131) and a second auxiliary plate (1132), the first auxiliary plate (1131) is arranged on the wire feeding frame (111), a first auxiliary wheel (1134) is connected to the first auxiliary plate (1131) in a rotating mode, a second auxiliary wheel (1135) is connected to the second auxiliary plate (1132) in a rotating mode, the first auxiliary wheel (1134) is parallel to the second auxiliary wheel (1135) in an axial line mode, an auxiliary gap for the lead to pass through is formed between the first auxiliary wheel (1134) and the second auxiliary wheel (1135), an adjusting screw (1133) is connected to the first auxiliary plate (1131) in a rotating mode, the adjusting screw (1133) is in threaded connection with the second auxiliary plate (1132), and at least two adjusting screws (1133) are arranged.

5. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to claim 1, wherein: the input of guillootine (2) is equipped with lead wire subassembly (22), lead wire subassembly (22) include lead wire section of thick bamboo (222) and first lead wire pipe (221), lead wire section of thick bamboo (222) and first lead wire pipe (221) all set up on guillootine (2), first lead wire pipe (221) with send line subassembly (11) quantity equal, and one first lead wire pipe (221) and one send line subassembly (11) to correspond the setting, the one end that send line subassembly (11) is kept away from in first lead wire pipe (221) sets up towards the input of lead wire section of thick bamboo (222).

6. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system as claimed in claim 5, wherein: be equipped with on termination (5) and receive line subassembly (51), it includes take-up stand (56) to receive line subassembly (51), be equipped with conveyer belt (52) on take-up stand (56), be equipped with baffle (521) on conveyer belt (52), baffle (521) have a plurality of along the direction of delivery array of conveyer belt (52), and are adjacent be equipped with the unwrapping wire region (522) of placing the wire number pipe between baffle (521), be equipped with slide (54) that supply the wire number pipe landing to unwrapping wire region (522) on the lateral wall of take-up stand (56), the one end that conveyer belt (52) were kept away from in slide (54) is higher than slide (54) and is close to the one end of conveyer belt (52), slide (54) keep away from one end of conveyer belt (52) and are located printer (3) output under.

7. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to claim 1, wherein: be equipped with a plurality of terminal storehouses (4) on the termination (5), every place the binding post of different models in terminal storehouse (4), be equipped with terminal groove (41) that are used for placing binding post in terminal storehouse (4), be equipped with discharging channel (42) and collecting box (43) on the lateral wall of terminal storehouse (4), collecting box (43) are located the below of discharging channel (42), be equipped with in terminal storehouse (4) and be used for leading-in discharging channel's (42) material loading subassembly (44) with binding post, be equipped with discharging component (45) of the ejection of compact of control binding post in discharging channel (42).

8. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to claim 7, wherein: the feeding assembly (44) comprises a feeding plate (441) and a third driving piece for driving the feeding plate (441) to rotate, a feeding groove (411) for placing the feeding plate (441) is formed in the bottom wall of the terminal groove (41), a limiting groove (4411) for a terminal to enter is formed in the top wall of the feeding plate (441), when the feeding plate (441) is put down, the top wall of the feeding plate (441) is lower than the bottom wall of the terminal groove (41), when the feeding plate (441) is lifted up, one end, facing the discharging channel (42), of the limiting groove (4411) is located above the discharging channel (42), and one end, facing the discharging channel (42), of the limiting groove (4411) is lower than one end, facing the discharging channel (42), of the limiting groove (4411) and far away from the discharging channel (42).

9. The semi-automatic electrical cabinet auxiliary wiring pairing integrated system according to claim 7, wherein: the discharging assembly (45) comprises a connecting plate (451) and a fourth driving part (452), the connecting plate (451) is connected with a discharging channel (42) in a sliding mode along the horizontal direction, a material blocking plate (4511) and a material discharging plate (4512) are arranged on the connecting plate (451), a material blocking groove (423) and a material discharging groove (422) are formed in the side wall of the discharging channel (42) along the sliding direction of the connecting plate (451), the material blocking plate (4511) is connected with the discharging channel (42) in a sliding mode through the material blocking groove (423), the material discharging plate (4512) is connected with the discharging channel (42) in a sliding mode through the material discharging groove (422), the distance between the material blocking groove (423) and the discharging groove along the degree direction of the discharging channel (42) is equal to the height of the wiring terminals, the fourth driving part (452) drives the connecting plate (451) to move in a reciprocating mode along the material discharging groove (422), a discharging hole (421) for the wiring terminals to pass through is formed in the discharging channel (42), when the material placing plate (4512) is located in the material discharging groove (422), the material blocking plate (4511) is located in the material discharging hole (421), when the material blocking plate (4511) is located in the material blocking groove (423), the material placing plate (4512) is located in the material discharging hole (421), and the material blocking plate (4511) is higher than the material discharging plate (4512).