CN209140984U - It is a kind of to cut bending equipment automatically for MoDing part - Google Patents

It is a kind of to cut bending equipment automatically for MoDing part Download PDF

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Publication number
CN209140984U
CN209140984U CN201822074869.7U CN201822074869U CN209140984U CN 209140984 U CN209140984 U CN 209140984U CN 201822074869 U CN201822074869 U CN 201822074869U CN 209140984 U CN209140984 U CN 209140984U
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CN
China
Prior art keywords
moding
workbench
block
cylinder
bending
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Expired - Fee Related
Application number
CN201822074869.7U
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Chinese (zh)
Inventor
刘笔耕
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Shenzhen Jingpeng Exhibition Technology Co Ltd
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Shenzhen Jingpeng Exhibition Technology Co Ltd
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Priority to CN201822074869.7U priority Critical patent/CN209140984U/en
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Publication of CN209140984U publication Critical patent/CN209140984U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model, which discloses, a kind of cuts bending equipment automatically for MoDing part comprising the transport mechanism of the workbench side, the positioning mechanism set gradually along material strip direction of transfer, feeding pressure mechanism, cutting mechanism and clamping bending mechanism is arranged in workbench;Material strip is placed on the workbench, and the transport mechanism driving material strip is transmitted along the length direction of the workbench;The transport mechanism is between the feeding pressure mechanism and the cutting mechanism;The feeding pressure mechanism is used to match clamping material strip with the workbench from the top of material strip, and material strip can slide between the feeding pressure mechanism and the workbench;The clamping bending mechanism is used to clamp one end of MoDing part, and by 90 ° of the upward bending of the other end.Material strip is positioned before material strip transmission, material strip is transmitted after positioning, and completes to cut in transmit process to be automatically performed with 90 ° of bendings, whole process, improves production efficiency and product yield.

Description

It is a kind of to cut bending equipment automatically for MoDing part
Technical field
The utility model relates to cut bending equipment technical field more particularly to a kind of for the automatic of MoDing part automatically Cutting and bending equipment.
Background technique
In the prior art the material strip with multiple MoDing parts can cut material strip in transmission process, be formed The MoDing part group of two or more MoDing parts connection;And need to carry out one end of MoDing part bending after having cut, And bending is to 90 °, and MoDing part is cut in the prior art, bending requires manual operation and completes, when both having extended production Between, and easily cause bending angle nonstandard, cause to generate useless part.
Therefore, the existing technology needs to be improved and developed.
Utility model content
The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, provide one kind and be used for MoDing part cuts bending equipment automatically, it is intended to complete MoDing part cut automatically and bending.
The utility model technical scheme applied to solve the technical problem is as follows:
It is a kind of to cut bending equipment automatically for MoDing part comprising workbench and setting are in the workbench one The transport mechanism of side, material strip are placed on the workbench, and the transport mechanism driving material strip is along the length side of the workbench It further include the positioning mechanism set gradually along material strip direction of transfer, feeding pressure mechanism, cutting mechanism and clamping bending machine to transmission Structure;The transport mechanism is between the feeding pressure mechanism and the cutting mechanism;The feeding pressure mechanism is used for from material strip Square that clamping material strip is matched with the workbench, material strip can slide between the feeding pressure mechanism and the workbench;The folder Bending mechanism is held for clamping one end of MoDing part, and by 90 ° of the upward bending of the other end.
It is described to cut bending equipment automatically for MoDing part, wherein the transport mechanism includes mounting blocks, and setting exists Several pilot pins of the mounting blocks bottom, the first support positioned at the workbench side are arranged in the first support On sliding rail, the first cylinder and vertical feed device, and the sliding block being slidably connected with the sliding rail;The sliding rail is parallel to institute State workbench;First cylinder drives the sliding block to slide along the sliding rail;The vertical feed device is arranged in the cunning On block, the vertical feed device drives the mounting blocks to move up and down.
It is described to cut bending equipment automatically for MoDing part, wherein the vertical feed device includes being vertically arranged Mounting plate on the slide block, and the second cylinder at the top of the mounting plate is set;The piston rod of second cylinder It connect downwards and with the mounting blocks.
It is described to cut bending equipment automatically for MoDing part, wherein the positioning mechanism includes the first support frame, inserts Needle and the first driving mechanism;One end of first support frame is connect with the first support, the other end is suspended on the work Above platform;Described hanging one end of first support frame is provided with first through hole;First driving mechanism is connect with the contact pin, and The contact pin is driven to move up and down in the first through hole.
It is described to cut bending equipment automatically for MoDing part, wherein first driving mechanism includes support plate, is led To block, handle, limited block and elastic component;The support plate is vertically arranged on first support frame;The one of the guide pad End is connect with the support plate, and the other end is suspended on above first support frame;Described hanging one end of guide pad is provided with Two through-holes;The limited block is located at the guide pad bottom and corresponding with second through-hole;The handle is located at described lead At the top of to block, the top of the contact pin passes through the limited block and second through-hole and connect with the handle;The elasticity Part is set on the contact pin and is located in second through-hole;The diameter of the elastic component is less than the diameter of the handle, institute The diameter for stating handle is less than the diameter of second through-hole.
It is described to cut bending equipment automatically for MoDing part, wherein the feeding pressure mechanism includes the second support frame, pressure Block, connector and the second driving mechanism;One end of second support frame is connect with the first support, and the other end is suspended on institute It states above workbench;The briquetting is located at the lower section of described hanging one end of second support frame;Second driving mechanism is located at institute It states above the second support frame;The bottom of the connector is connect with the briquetting, top pass through the third support frame with it is described The connection of second driving mechanism;Second driving mechanism drives the connector to move up and down relative to second support frame.
It is described to cut bending equipment automatically for MoDing part, wherein second driving mechanism includes positioned at described Shaft and block above second support frame;The top of the connector, the block are connect with the shaft;The block It is contacted with second support frame, and drives the connector to move up and down when around shaft rotation.
It is described to cut bending equipment automatically for MoDing part, wherein the cutting mechanism includes being located at the work The second support of platform side, is located at institute at the third support frame for connecting and being suspended on above the workbench with the second support The elevating mechanism and interconnecting piece stating the cutter below third support frame, being arranged in the second support;The interconnecting piece Bottom is connect with the cutter, top passes through the third support frame and is connect with the elevating mechanism;The elevating mechanism is used It moves up and down in the driving interconnecting piece relative to the third support frame.
It is described to cut bending equipment automatically for MoDing part, wherein the clamping bending mechanism includes third bracket, Upper grip block, lower grip block, and the third cylinder, the 4th cylinder and the bending mechanism that are connect with the third bracket;On described Grip block, the lower grip block are located at workbench two sides up and down;The top of the third cylinder and the upper grip block Portion's connection, and the upper grip block is driven to move up and down;4th cylinder is connect with the bottom of the lower grip block, and is driven The lower grip block moves up and down;The upper grip block is corresponded on the workbench, is provided at the lower grip block position and is worn Hole;When the upper grip block and the lower grip block are matched for clamping tightly one end of MoDing part, the bending mechanism is used for will 90 ° of the upward bending of the other end of MoDing part.
It is described to cut bending equipment automatically for MoDing part, wherein the bending mechanism includes the 4th bracket, with institute The 5th cylinder and the 6th cylinder of the connection of the 4th bracket are stated, connects the horizontal riveting block of the 5th cylinder, and described in connection The inclination riveting block of 6th cylinder;6th cylinder is located at below the 5th cylinder;6th cylinder inclines described in pushing Oblique riveting block is by 45 ° of MoDing part bending obliquely;5th cylinder pushes the horizontal riveting block by MoDing part bending To 90 °.
The utility model has the advantages that being positioned before material strip transmission to material strip in the utility model, material strip is transmitted after positioning, And complete to cut in transmit process to be automatically performed with 90 ° of bendings, whole process, it is participated in without artificial, improves production efficiency And product yield.
Detailed description of the invention
Fig. 1 is the perspective view for cutting bending equipment automatically described in the utility model for MoDing part;
Fig. 2 is the side view for cutting bending equipment automatically described in the utility model for MoDing part;
Fig. 3 is the structural schematic diagram of transport mechanism described in the utility model;
Fig. 4 is the structural schematic diagram of positioning mechanism described in the utility model;
Fig. 5 is use state when feeding pressure mechanism described in the utility model is initial with reference to figure;
Use state when Fig. 6 is feeding pressure mechanism binder described in the utility model is with reference to figure;
Fig. 7 is the structural schematic diagram of cutting mechanism described in the utility model;
Fig. 8 is the structural schematic diagram that bending mechanism is clamped described in the utility model;
Fig. 9 is the structural schematic diagram of bending mechanism described in the utility model.
Specific embodiment
To keep the purpose of this utility model, technical solution and advantage clearer, clear, develop simultaneously implementation referring to the drawings The utility model is further described in example.It should be appreciated that specific embodiment described herein is only used to explain this reality With novel, it is not used to limit the utility model.
Please refer to Fig. 1-Fig. 9.The utility model provide it is a kind of for MoDing part automatically cut bending equipment, such as Shown in Fig. 1 and Fig. 2 comprising the transport mechanism 200 of 100 side of workbench is arranged in workbench 100, transmits along material strip Positioning mechanism 300, feeding pressure mechanism 400, cutting mechanism 500 and the clamping bending mechanism 600 that direction is set gradually;Material strip is placed in On the workbench 100, the transport mechanism 200 drives material strip to transmit along the length direction of the workbench 100;The transmission Mechanism 200 is between the feeding pressure mechanism 400 and the cutting mechanism 500;The feeding pressure mechanism 400 is used for from material strip Square that clamping material strip is matched with the workbench 100, material strip can be slided between the feeding pressure mechanism 400 and the workbench 100 It is dynamic;The clamping bending mechanism 600 is used to clamp one end of MoDing part, and by 90 ° of the upward bending of the other end.
After material strip is placed on the workbench 100, the positioning mechanism 300 positions material strip, so that material strip It is subsequent being capable of cooperation corresponding with the cutting mechanism 500, the clamping bending mechanism 600;The feeding pressure mechanism 400 is from described Material strip is suppressed downwards in the top of workbench 100, and when the transport mechanism 200 being made to transmit material strip movement, material strip is in the swager It is slided between structure 400 and the workbench 100, anti-stopping materials strip offset;MoDing made of the cutting mechanism 500 is as needed The number of MoDing part cuts material strip in part group;The clamping bending mechanism 600 will cut the MoDing part of completion One end clamping position, the other end push up bending, until 90 ° of bending.
Material strip is positioned before material strip transmission in the utility model, material strip is transmitted after positioning, and is transmitting It completes to cut in the process to be automatically performed with 90 ° of bendings, whole process, is participated in without artificial, improve production efficiency and product is good Rate.
Several location holes are evenly arranged on material strip along its length, the location hole is used for and the transport mechanism 200, the positioning mechanism 300 matches.As shown in figure 3, the transport mechanism 200 includes mounting blocks 201, it is arranged in the peace Several pilot pins 202 of 201 bottom of block are filled, the first support 208 positioned at 100 side of workbench, setting is described the Sliding rail 203, the first cylinder 204 and vertical feed device on one bracket 208, and the cunning being slidably connected with the sliding rail 203 Block 205;The sliding rail 203 is parallel to the workbench 100;First cylinder 204 drives the sliding block 205 along the sliding rail 203 slidings;The vertical feed device is arranged on the sliding block 205, and the vertical feed device drives the mounting blocks 201 It moves up and down.
The sliding rail 203 is parallel to the workbench 100, and the sliding block 205 is allowed to drive 201 edge of mounting blocks The direction of transfer of material strip reciprocatingly slides;When initial, material strip is placed into described by the pilot pin 202 far from the workbench 100 On workbench 100 and after keeping location hole corresponding with the pilot pin 202, the vertical feed device drives the mounting blocks 201 move down, until the pilot pin 202 is inserted into location hole, first cylinder 204 pushes the sliding block 205 towards the sanction The sliding of mechanism 500 is cut, to drive material strip mobile to the cutting mechanism 500 by the pilot pin 202;When the sliding block When the limit that 205 piston rods for being moved to first cylinder 204 stretch out, first cylinder 204 stops, the vertical feeding Device drives the mounting blocks 201 to move up, and the pilot pin 202 is detached from location hole, and 204 return of the first cylinder drives institute It states pilot pin 202 and is back to initial bit again, carry out next time to the transmission of material strip.
The vertical feed device includes the mounting plate 206 being vertically set on the sliding block 205, and is arranged described Second cylinder 207 at 206 top of mounting plate;The piston rod of second cylinder 207 is downward and connect with the mounting blocks 201.
The top setting of the workbench 100 is fluted, and the groove is arranged along the direction of transfer of material strip, to accommodate material Band avoids material strip from deviating in transmit process;The top of the workbench 100 is provided with pressure plate 700, the pressure plate 700 It matches with the workbench 100 from the top of material strip and material strip is clamped, and material strip can be relative to the pressure plate 700 It slides, long hole 701 is provided in the pressure plate 700, the pilot pin 202 may pass through the long hole 701 and insert with location hole Connect cooperation;The long hole 701, the sliding rail 203 further promote material to the mobile carry out double limitation of the pilot pin 202 Stability with transmission guarantees material strip linear transmission.
As shown in figure 4, the positioning mechanism 300 includes the first support frame 301, contact pin 302 and the first driving mechanism;It is described One end of first support frame 301 is connect with the first support 208, the other end is suspended on 100 top of workbench;Described The hanging one end of one support frame 301 is provided with first through hole;First driving mechanism is connect with the contact pin 302, and drives institute Contact pin 302 is stated to move up and down in the first through hole.The positioning mechanism 300 is used for before being transmitted, cutting to material strip Material strip is positioned, so that the subsequent pilot pin 202, the cutting mechanism 500 can be aligned with corresponding position on material strip; It drives the contact pin 302 to move down by first driving mechanism, if the contact pin 302 is inserted into positioning hole, shows Material strip accurate positioning can be transmitted;If the contact pin 302 can not be inserted into positioning hole, shows that material strip deviates, need pair Material strip position is corrected, so that location hole can be corresponding with the contact pin 302.
First driving mechanism includes support plate 303, guide pad 304, handle 305, limited block 306 and elastic component;Institute Support plate 303 is stated to be vertically arranged on first support frame 301;One end of the guide pad 304 and the support plate 303 connect It connects, the other end is suspended on 301 top of the first support frame;The hanging one end of the guide pad 304 is provided with the second through-hole;It is described Limited block 306 is located at 304 bottom of guide pad and corresponding with second through-hole;The handle 305 is located at the guiding 304 top of block, the top of the contact pin 302 pass through the limited block 306 and second through-hole and connect with the handle 305 It connects;The elastic component is set on the contact pin 302 and is located in second through-hole;The diameter of the elastic component is less than described The diameter of handle 305, the diameter of the handle 305 are less than the diameter of second through-hole.
The contact pin 302 can be moved up and down relative to the limited block 306, the bottom of the elastic component and the limited block The handle 305 is held on 306 connections, the top top of the elastic component, and the diameter of the contact pin 302 is less than the straight of the handle 305 Diameter;Under natural conditions, the handle 305 is held on the elastic component top, so that the contact pin 302 is farthest apart from the workbench 100; The handle 305, the elastic component compression are pressed down on, the handle 305 enters in second through-hole and along described second Through-hole slide downward, the contact pin 302 move down under the drive of the handle 305, if location hole and the contact pin 302 are right It answers, then the contact pin 302 can be downwardly into positioning hole.After removing the external force for pressing the handle 305, the elastic component restores Elastic deformation, the elastic component bearing force effect under, the handle 305 moves up, thus drive the contact pin 302 to The upper separate workbench 100.
As shown in Figure 5 and Figure 6, the feeding pressure mechanism 400 includes the second support frame 401, briquetting 402, connector 403 and the Two driving mechanisms;One end of second support frame 401 is connect with the first support 208, and the other end is suspended on the work 100 top of platform;The briquetting 402 is located at the lower section of the hanging one end of second support frame 401;Second driving mechanism is located at Second support frame, 401 top;The bottom of the connector 403 is connect with the briquetting 402, and top passes through the third branch Support 401 is connect with second driving mechanism;Second driving mechanism drives the connector 403 relative to described second Support frame 401 moves up and down, so that the briquetting 402 be driven to move up and down;When the briquetting 402 is displaced downwardly to contact material strip, The briquetting 402 can be slided relative to the briquetting 402, further be promoted with the workbench 100 cooperation clamping material strip, material strip The stability of material strip transmission, guarantees material strip linear transmission.
Second driving mechanism includes the shaft 404 and block 405 positioned at 401 top of the second support frame;It is described The top of connector 403, the block 405 are connect with the shaft 404;The block 405 and second support frame 401 Contact, and drive the connector 403 to move up and down when around the shaft 404 rotation.Described in the connection simultaneously of block 405 Shaft 404 and the connector 403, thus by the upper limit of the connector 403 above second support frame 401. Holding tank 406 is provided on the block 405;The top of the connector 403 is located in the holding tank 406.The shaft 404 are less than the shaft 404 and the 405 end distance L2 of block with the 405 side wall distance L1 of block, when the gear Block 405 is when in a horizontal state, as shown in fig. 6, the distance at the top of the connector 403 beyond second support frame 401 is most Small, the briquetting 402 is nearest apart from the workbench 100;When the rotation block 405 is at vertical state, such as Fig. 5 Shown, the distance at the top of the connector 403 beyond second support frame 401 is maximum, and the briquetting 402 is apart from the work Platform 100 is farthest.
As shown in fig. 7, the cutting mechanism 500 includes positioned at the second support of 100 side of workbench, with described the Two brackets connect and are suspended on the third support frame 501 of 100 top of workbench, are located at 501 lower section of third support frame Cutter, the elevating mechanism and interconnecting piece 502 that are arranged in the second support;The bottom of the interconnecting piece 502 with it is described Cutter connection, the top of the interconnecting piece 502 pass through the third support frame 501 and connect with the elevating mechanism;Described The interconnecting piece via hole passed through for the interconnecting piece 502 is provided on three support frames 501, the elevating mechanism is for driving the company Socket part 502 moves up and down in the interconnecting piece via hole.When the interconnecting piece 502 moves downward, the cutter is with the company Socket part 502 moves down, and cuts to material strip;When the interconnecting piece 502 moves upwards, the cutter is with the interconnecting piece 502 It moves up, far from material strip.
The elevating mechanism includes the feeding cylinder 503 being arranged in the second support, and setting is in second support Runing rest 504 and lever 505 on frame 401;One end of the lever 505 is connect with the feeding cylinder 503, described The other end of lever 505 is connect with the interconnecting piece 502, and the runing rest 504 is located at the interconnecting piece 502 and the feeding Between cylinder 503, the lever 505 is rotatablely connected with the runing rest 504.The feeding cylinder 503 is located at the lever 505 lower section, and drive the lever 505 to be connected thereto one end and move up and down;When the feeding cylinder 503 pushes the lever 505 are connected thereto one end when moving up, and the lever 505 is rotated around the runing rest 504, according to 505 principle of lever, institute It states and connects described 502 one end of interconnecting piece on lever 505 and move down, so that the cutter be driven to cut to material strip downwards; When 503 return of feeding cylinder, one end is connected thereto on the lever 505 and is moved downward, to drive the interconnecting piece 502 It moves up, the cutter is far from material strip.
As shown in Figure 2 and Figure 8, the clamping bending mechanism 600 includes third bracket 610, is connected with the third bracket 610 Third cylinder 601, the 4th cylinder 602 and the bending mechanism connect, upper grip block 603 and lower grip block 604;The upper clamping Block 603, the lower grip block 604 are located at about 100 two sides of workbench;The third cylinder 601 and the upper folder The top connection of block 603 is held, and the upper grip block 603 is driven to move up and down;4th cylinder 602 and the lower grip block 604 bottom connection, and the lower grip block 604 is driven to move up and down;The upper grip block is corresponded on the workbench 100 603, perforation is provided at 604 position of lower grip block;When the upper grip block 603 matches co-clip with the lower grip block 604 When one end of tight MoDing part, the bending mechanism is used for 90 ° of the upward bending of the other end of MoDing part.
The first support 208, the second support and the third bracket 610 are located at the same of the workbench 100 Side, the third cylinder 601 drive the upper grip block 603 to move downward, and the 4th cylinder 602 drives the lower clamping Block 604 moves upwards, until the upper grip block 603, the lower grip block 604 are inserted into the perforation, and cooperate up and down Material strip is clamped, thus by material strip close to 610 1 side positioning of third bracket, convenient for the bending mechanism by material strip far from described 610 side of third bracket is lifted up bending, and material strip is avoided to shift in bending process.As described in the utility model Transport mechanism 200 needs return after material strip is forwarded certain distance, then is transmitted again to material strip, in the conveyer During 200 return of structure, it can synchronize and be cut, clamped and bending operation, without transport mechanism 200 described in frequent start-stop, Greatly improve production efficiency.
As shown in Figure 2 and Figure 9, the bending mechanism includes the 4th bracket 611, the connect with the 4th bracket 611 Five cylinders 605 and the 6th cylinder 606 connect the horizontal riveting block 607 of the 5th cylinder 605, and connection the 6th gas The inclination riveting block 608 of cylinder 606;4th bracket 611 is located at the one of the relatively described third bracket 610 of the workbench 100 Side;6th cylinder 606 is located at 605 lower section of the 5th cylinder;6th cylinder 606 pushes the inclination riveting block 608 by 45 ° of MoDing part bending obliquely;5th cylinder 605 pushes the horizontal riveting block 607 by MoDing part bending To 90 °.Riveting block via hole 609, the horizontal riveting block 607 and the riveting block mistake are provided on the inclination riveting block 608 Hole 609 matches.
When the upper grip block 603, the lower grip block 604 are matched for clamping tightly MoDing part close to the third bracket 610 When one end, the 6th cylinder 606 starting pushes the inclination riveting block 608 to stretch out, and by MoDing part far from the third 610 one end of bracket 45-degree-buckling obliquely, then starts the 5th cylinder 605, and the horizontal riveting block 607 protrudes horizontally up, and inserts MoDing part is contacted after entering the riveting block via hole 609, continues to push up MoDing part from the root of MoDing part, makes it Bending degree reaches 90 °.The cooperation of the horizontal riveting block 607 and the inclination riveting block 608, so that MoDing part bending angle It spends more accurate, and avoids its end pin of backfin in bending process, promote bending precision.
In conclusion the utility model provides and a kind of cuts bending equipment automatically for MoDing part comprising work Make platform, the transport mechanism of the workbench side, the positioning mechanism set gradually along material strip direction of transfer, swager are set Structure, cutting mechanism and clamping bending mechanism;Material strip is placed on the workbench, and the transport mechanism driving material strip is along the work Make the length direction transmission of platform;The transport mechanism is between the feeding pressure mechanism and the cutting mechanism;The swager Structure is used to match clamping material strip with the workbench from the top of material strip, and material strip can be in the feeding pressure mechanism and the workbench Between slide;The clamping bending mechanism is used to clamp one end of MoDing part, and by 90 ° of the upward bending of the other end.This reality With being positioned before material strip transmission to material strip in novel, material strip is transmitted after positioning, and complete to cut out in transmit process It cuts and is automatically performed with 90 ° of bendings, whole process, participated in without artificial, improve production efficiency and product yield.
It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come It says, it can be modified or changed according to the above description, and all these modifications and variations all should belong to the appended power of the utility model The protection scope that benefit requires.

Claims (10)

1. a kind of cut bending equipment for MoDing part automatically comprising workbench and setting are in the workbench side Transport mechanism, material strip is placed on the workbench, length direction of the transport mechanism driving material strip along the workbench Transmission, which is characterized in that its further include the positioning mechanism set gradually along material strip direction of transfer, feeding pressure mechanism, cutting mechanism and Clamp bending mechanism;The transport mechanism is between the feeding pressure mechanism and the cutting mechanism;The feeding pressure mechanism is used for Clamping material strip is matched with the workbench from the top of material strip, material strip can be slided between the feeding pressure mechanism and the workbench It is dynamic;The clamping bending mechanism is used to clamp one end of MoDing part, and by 90 ° of the upward bending of the other end.
2. cutting bending equipment automatically for MoDing part according to claim 1, which is characterized in that the transport mechanism Including mounting blocks, several pilot pins of the mounting blocks bottom are set, the first support positioned at the workbench side, if Set sliding rail, the first cylinder and vertical feed device in the first support, and the sliding block being slidably connected with the sliding rail; The sliding rail is parallel to the workbench;First cylinder drives the sliding block to slide along the sliding rail;The vertical feeding Device is arranged on the slide block, and the vertical feed device drives the mounting blocks to move up and down.
3. cutting bending equipment automatically for MoDing part according to claim 2, which is characterized in that the vertical feeding Device includes the mounting plate being vertically arranged on the slide block, and the second cylinder at the top of the mounting plate is arranged in;It is described The piston rod of second cylinder is downward and connect with the mounting blocks.
4. cutting bending equipment automatically for MoDing part according to claim 2, which is characterized in that the positioning mechanism Including the first support frame, contact pin and the first driving mechanism;One end of first support frame connect with the first support, is another End is suspended on above the workbench;Described hanging one end of first support frame is provided with first through hole;First driving mechanism It is connect with the contact pin, and the contact pin is driven to move up and down in the first through hole.
5. cutting bending equipment automatically for MoDing part according to claim 4, which is characterized in that first driving Mechanism includes support plate, guide pad, handle, limited block and elastic component;The support plate is vertically arranged in first support frame On;One end of the guide pad is connect with the support plate, and the other end is suspended on above first support frame;The guide pad Hanging one end is provided with the second through-hole;The limited block is located at the guide pad bottom and corresponding with second through-hole;Institute Handle is stated to be located at the top of the guide pad, the top of the contact pin pass through the limited block and second through-hole and with described Hand connection;The elastic component is set on the contact pin and is located in second through-hole;The diameter of the elastic component is less than institute The diameter of handle is stated, the diameter of the handle is less than the diameter of second through-hole.
6. cutting bending equipment automatically for MoDing part according to claim 2, which is characterized in that the feeding pressure mechanism Including the second support frame, briquetting, connector and the second driving mechanism;One end of second support frame and the first support connect It connects, the other end is suspended on above the workbench;The briquetting is located at the lower section of described hanging one end of second support frame;Described Two driving mechanisms are located above second support frame;The bottom of the connector is connect with the briquetting, and top passes through described Second support frame is connect with second driving mechanism;Second driving mechanism drives the connector relative to described second Support frame moves up and down.
7. cutting bending equipment automatically for MoDing part according to claim 6, which is characterized in that second driving Mechanism includes the shaft and block above second support frame;The top of the connector, the block with it is described Shaft connection;The block is contacted with second support frame, and drives the connector or more when around shaft rotation Movement.
8. cutting bending equipment automatically for MoDing part according to claim 1, which is characterized in that the cutting mechanism Including be located at the second support of the workbench side, connect with the second support and be suspended on above the workbench the Three support frames, the cutter below the third support frame, the elevating mechanism being arranged in the second support and connection Portion;The bottom of the interconnecting piece is connect with the cutter, top passes through the third support frame and is connect with the elevating mechanism; The elevating mechanism is for driving the interconnecting piece to move up and down relative to the third support frame.
9. cutting bending equipment automatically for MoDing part according to claim 1, which is characterized in that the clamping bending Mechanism includes third bracket, upper grip block, lower grip block, and the third cylinder, the 4th cylinder that connect with the third bracket And bending mechanism;The upper grip block, the lower grip block are located at workbench two sides up and down;The third cylinder with The top of the upper grip block connects, and the upper grip block is driven to move up and down;4th cylinder and the lower grip block Bottom connection, and the lower grip block is driven to move up and down;The upper grip block, the lower clamping are corresponded on the workbench Perforation is provided at block position;It is described when the upper grip block and the lower grip block are matched for clamping tightly one end of MoDing part Bending mechanism is used for 90 ° of the upward bending of the other end of MoDing part.
10. cutting bending equipment automatically for MoDing part according to claim 9, which is characterized in that the bending machine Structure includes the 4th bracket, and the 5th cylinder and the 6th cylinder connecting with the 4th bracket connect the level of the 5th cylinder Riveting block, and the inclination riveting block of connection the 6th cylinder;6th cylinder is located at below the 5th cylinder;It is described 6th cylinder pushes the inclination riveting block by 45 ° of MoDing part bending obliquely;5th cylinder pushes the horizontal riveting Briquetting is by the bending of MoDing part to 90 °.
CN201822074869.7U 2018-12-11 2018-12-11 It is a kind of to cut bending equipment automatically for MoDing part Expired - Fee Related CN209140984U (en)

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CN201822074869.7U CN209140984U (en) 2018-12-11 2018-12-11 It is a kind of to cut bending equipment automatically for MoDing part

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Application Number Priority Date Filing Date Title
CN201822074869.7U CN209140984U (en) 2018-12-11 2018-12-11 It is a kind of to cut bending equipment automatically for MoDing part

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111216181A (en) * 2019-11-21 2020-06-02 济南圆纯设计有限公司 Groined type spacer processing device for carton

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111216181A (en) * 2019-11-21 2020-06-02 济南圆纯设计有限公司 Groined type spacer processing device for carton
CN111216181B (en) * 2019-11-21 2021-08-10 杭州启梦纸制品有限公司 Groined type spacer processing device for carton

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