CN209478276U - A kind of artificial intelligence equipment productive power road plate cutter device - Google Patents

Abstract

The utility model discloses a kind of artificial intelligence equipment productive power road plate cutter devices, belong to cutter device technical field, including pedestal, crossbeam is connected with by support rod on the pedestal, the crossbeam is provided with the mounting plate extended downward vertically far from one end of support rod, and longitudinally cutting unit is provided on the inside of the mounting plate；It is vertically arranged on pedestal between the support rod and mounting plate that there are two parallel mounting racks, several circuit board switch units are respectively arranged between the inside of adjacent mounting rack from top to bottom, the circuit board switch unit includes upper installation supporting plate, the lower installation supporting plate being respectively fixedly disposed on the inside of mounting rack, sliding seat is provided on the upper installation supporting plate and lower installation supporting plate, sliding is provided with the clamping plate for mounting circuit boards on the sliding seat.The utility model solves the problems, such as the prior art not and can be carried out continuous batch cutting, effectively raises cutting efficiency, practical and convenient.

Description

A kind of artificial intelligence equipment productive power road plate cutter device

Technical field

The utility model relates to cutter device technical fields, are a kind of artificial intelligence equipment productive power roads specifically Plate cutter device.

Background technique

In the prior art, various big and small circuit boards are contained in artificial intelligence equipment, are used for internal winding displacement, so needing Circuit board processing is cut into required size, traditional processing unit (plant) is mostly inefficient, often there is circuit board installation The problem of cannot being carried out continuously with cutting, not can be carried out the continuous cutting of batch, and occupied space so that cutting efficiency is lower Greatly.Processing can not be collected by cutting generation waste material simultaneously, result in the pollution of ambient enviroment.One is provided herein by applying The prior art of people's retrieval is as reference:

The prior art: it is public in the patent document of CN208034763U that (bulletin) number is disclosed in Chinese utility model patent It has opened a kind of artificial intelligence and has set stand-by circuit plate cutter device, including pedestal, crossbeam, crossbeam are connected with by support rod on pedestal Side is connected with compoboard, and below the crossbeam is connected with No.1 connecting rod, and No.1 connecting rod is connected with shaft by micromotor, turns Driving wheel is sequentially connected on axis, driving wheel is connected with driven wheel by conveyer belt, and beneficial effect is: the present apparatus is by being provided with Scrap collecting tank can collect the waste material of cutting process generation, prevent waste entrainment environment, while the present apparatus is led to convenient for operation It crosses and is provided with several No.1 plates and No. two plates, in use, circuit board is prevented to pass through threaded post and Boards wall on No.1 plate Circuit board exposes part to be cut outside No.1 plate, drives No.1 plate and No. two plates to be moved up by conveyer belt, moves up In the process, circuit board is cut by chopping disk, can disposably carries out the cutting of multiple circuit boards, considerably increases cutting Efficiency.

The patent is to be realized by conveyer belt to the connection of circuit board cutting, but when circuit board is mounted on the first plate It being fixed again, this process can expend the biggish time, prevent to the mounting plate in transmission belt from continuously cutting, and It is relatively complicated to the installation of circuit board, inconvenient, while the cutter device of the patent is to can not oneself by being operated manually It is dynamic to be cut, cause the cutting efficiency of circuit board further to reduce.

Utility model content

Utility model aims to solve the above technical problems, provide a kind of artificial intelligence equipment productive power road plate Cutter device solves the problems, such as the prior art not and can be carried out continuous batch cutting, effectively raises cutting efficiency, practical side Just.

The utility model is achieved through the following technical solutions:

A kind of artificial intelligence equipment productive power road plate cutter device, including pedestal pass through support rod on the pedestal and connect It is connected to crossbeam, the crossbeam is provided with the mounting plate extended downward vertically, the inside of the mounting plate far from one end of support rod It is provided with longitudinally cutting unit；It is vertically arranged on pedestal between the support rod and mounting plate that there are two parallel installations Frame is respectively arranged with several circuit board switch units, the circuit board switching between the inside of adjacent mounting rack from top to bottom Unit includes upper installation supporting plate, the lower installation supporting plate being respectively fixedly disposed on the inside of mounting rack, the upper installation supporting plate and lower peace Sliding seat is provided on dress supporting plate, sliding is provided with the clamping plate for mounting circuit boards on the sliding seat；The clamping Plate is provided with fixing axle close to a middle side part of mounting rack, is provided with and turns between the adjacent fixing axle of the circuit board switch unit Dynamic link block, the upper and lower ends of the rotation connection block pass through that elastic connecting component is coaxial to be rotatablely connected with fixing axle respectively； Shaft is fixedly connected between the adjacent rotated link block of the circuit board switch unit, one end of the shaft is rotatably connected on On mounting rack side wall, the other end is worn by what mounting rack rotated to the outside of mounting rack, and is sequentially connected with setting and is being installed Rotate driving unit on frame.

In order to preferably realize the utility model, further, the elastic connecting component includes fixing pipe, interior bar, pressure Contracting spring and conduit, the fixing pipe are fixed at the side of rotation connection block, and the one of the separate rotation connection block of fixing pipe End is fixedly connected with coaxial conduit, and sliding is provided with interior bar in the fixing pipe, and the interior bar is close to be rotatablely connected the one of block End is fixed with baffle, is provided with compressed spring between the end wall of 18 inner cavity of side of the baffle far from interior bar and fixing pipe；Institute It states interior bar to extend outside fixing pipe far from one end of baffle by conduit, and is rotatablely connected with fixing axle.

In order to preferably realize the utility model, further, the clamping plate is provided in the side close to fixing axle Pressure folder unit, the pressure folder unit includes the mounting blocks being fixed on clamping plate, is provided on the mounting blocks vertical Electric expansion cylinder, the telescopic rod top end of the electric expansion cylinder are fixedly installed vertical L shape connecting rod, the L shape connecting rod Vertical end downward vertically in clamping plate 8, and the bottom of its vertical end is provided with pressing plate.

In order to preferably realize the utility model, further, the shaft is located at the fixed company in one end on the outside of mounting rack It is connected to driving wheel, the driving wheel is connected with synchronous driving unit.

In order to preferably realize the utility model, further, the synchronous driving unit includes driving motor, transmission Band, driving wheel, connecting rod and transmission shaft are fixed with transmission shaft, two adjacent biographies in the circumferential edge of the positive side of driving wheel The connecting rod connection that transmission shaft on driving wheel passes through rotation connection；The bottom end side of the mounting rack is provided with driving motor, described The drive shaft of driving motor is fixedly connected with driving wheel, and the driving wheel is sequentially connected by transmission belt and one of driving wheel.

In order to preferably realize the utility model, further, the longitudinally cutting unit include sliding rail, screw rod, guide rod, Set, sliding block, sliding sleeve, cutting motor, cutter and mounting base are gone up and down, the bottom end inner vertical of the mounting plate is fixed with installation bottom Plate is set gradually from left to right parallel guide rod, screw rod between the top and crossbeam of the mounting base, in mounting plate Side is provided with the sliding rail parallel with screw rod, and sliding block is slidably connected on the sliding rail, and the sliding block is connected with spiral shell by connecting rod Line is socketed in the lifting set on screw rod, and the lifting set is connected with the sliding sleeve being slidably socketed on guide rod by connecting rod, described Sliding sleeve is provided with cutting motor far from the side of screw rod, is provided with cutter in the drive shaft of the cutting motor；The screw rod is It being rotatably arranged between crossbeam and mounting base, the output end of the rotating electric machine of the cross rail top setting is fed through crossbeam, and It is fixedly connected with the top of screw rod.

In order to preferably realize the utility model, further, collecting tank is provided on the pedestal below the cutter.

In order to preferably realize the utility model, further, sliding cavity, the cunning are offered at the top of the sliding seat The top of dynamic chamber is equipped with the connector that step structure is constituted with sliding cavity, and the clamping plate is I-shaped structure, and clamping plate Bottom end is slidably connected in sliding cavity by connector；Side side and ipsilateral cunning of the clamping plate top close to mounting rack Dynamic seat side is vertically concordant.

In order to preferably realize the utility model, further, the upper installation supporting plate includes being separately fixed at mounting rack The installation scoreboard of inside left and right ends is the activity space of elastic connecting component between adjacent installation scoreboard；The lower installation Supporting plate is a whole plate；The installation scoreboard and lower mounting bracket pass through bolt and are fixedly connected with sliding seat bottom.

In order to preferably realize the utility model, further, the bottom of the sliding seat is provided with position-limiting unit, described Position-limiting unit includes electromagnetic lock, locking bar and compression bar, and the bottom of the clamping plate is provided with the L-shaped groove chamber of lateral direction penetrating, the electricity The bottom of sliding seat is arranged in magnetic padlock, and the locking bar of the electromagnetic lock is movable upwards to be fed through sliding seat, and passes through L-shaped groove bottom of chamber The opening in portion stretches to that L-shaped groove is intracavitary to be connected with vertical compression bar, and it is intracavitary that the compression bar is movably arranged on L-shaped groove.

The utility model compared with prior art, have the following advantages that and the utility model has the advantages that

(1) for the utility model by setting mounting rack, longitudinally cutting unit and circuit board switch unit, circuit board switching is single The clamping plate of member can pass through elastic connecting component under the driving of rotate driving unit, rotation connection block carries out on sliding seat Slidably reciprocating for left and right, can when one of clamping plate of the circuit board switch unit on mounting rack is located at same right side The cutting of batch is carried out to the circuit on clamping plate by longitudinally cutting unit, and is now placed in the clamping plate energy on the left of sliding seat Enough carry out circuit board installation and unloading the circuit board of well cutting, realize installation with cut neglect neither and continuously, batch cuts It cuts, improves cutting efficiency and processing efficiency, it is practical and convenient.

(2) the utility model can when rotating by setting fixing pipe, interior bar, compressed spring and conduit, rotation connection block It drives clamping plate to be slided along sliding seat by fixing pipe and interior bar, is enabled to by the way that compressed spring is arranged in fixing pipe Clamping plate slides into the other side from the side of sliding seat well, to carry out the installation of circuit board, unload or cut, structure letter It is single, practical

(3) the utility model can make to connect with L shape under the flexible drive of electric expansion cylinder by setting pressure folder unit The circuit board on clamping plate can be fixed in the pressing plate of extension bar, prevent movement when cutting or installing, easy to operate, structure Simply.

(4) the utility model can be made every by the way that synchronous driving unit and driving wheel is arranged under the driving of driving motor The driving wheel rotation of the shaft connection of one circuit board switch unit is connected in driving wheel rotation by connecting rod and other driving wheels It connects, allows for synchronous rotation, the position switching to clamping plate is realized with this, structure is simple, practical, reduces into This.

(5) the utility model is by longitudinally cutting unit, and the second electric motor driven screw is rotated, so that the liter on screw rod Drop set, which is able to carry out, to be moved up and down, and the sliding of sliding rail, guide rod while lifting set moves up and down through two sides acts on, The cutting motor being arranged on sliding sleeve can preferably carry out longitudinal movement, to carry out batch to the circuit board on mounting rack Cutting, improves cutting efficiency, more practical, conveniently.

(6) the utility model can collect the waste material generated in cutting process by the postscript slot of setting, prevent waste material dirty Contaminate environment.

(7) the utility model is by setting position-limiting unit, and clamping plate on sliding seat when moving, the compression bar that connect with locking bar It can be driven by electromagnetic lock after clamping plate is moved to sliding seat side so that locking in the intracavitary relative movement of L-shaped groove Bar retraction, enables compression bar to press the bottom sidewall of L-shaped groove chamber, the limit to clamping plate is realized, so that installing It will not be moved when circuit board and clipper circuit plate, structure is simple, practical and convenient.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the positive apparent direction of the utility model；

Fig. 2 is the structural schematic diagram of the positive apparent direction of the circuit board switch unit of the utility model；

Fig. 3 is the structural schematic diagram of the side-looking direction of the circuit board switch unit of the utility model；

Fig. 4 is the upper installation supporting plate of the utility model and the structural schematic diagram of lower installation supporting plate.

Wherein: 1- base wheel；2- support rod；3- crossbeam；4- mounting plate；5- mounting rack；The longitudinally cutting unit of 6-；61- peace Fill bottom plate；62- rotating electric machine；63- screw rod；64- lifting set；65- sliding rail；66- cutting motor；67- guide rod；7- sliding seat；8- Clamping plate；9- pressure folder unit；91- pressing plate；92- electric expansion cylinder；10- driving motor；11- connecting rod；12- driving wheel；13- is collected Slot；14- locking bar；15- electromagnetic lock；16- shaft；17- is rotatablely connected block；18- fixing pipe；19- compressed spring；20- conduit；21- Interior bar；22- fixing axle；Supporting plate is installed under 23-；24- installs scoreboard；25- compression bar；26-L shape vallecular cavity.

Specific embodiment

In conjunction with shown in attached drawing 1-3, a kind of artificial intelligence equipment productive power road plate cutter device, including pedestal 1, the bottom Crossbeam 3 is connected with by support rod 2 on seat 1, the crossbeam 3 is provided with the peace extended downward vertically far from one end of support rod 2 Loading board 4, the inside of the mounting plate 4 are provided with longitudinally cutting unit 6；On pedestal 1 between the support rod 2 and mounting plate 4 It is vertically arranged there are two parallel mounting rack 5, be respectively arranged with several electricity from top to bottom between the inside of adjacent mounting rack 5 Road plate switch unit, the circuit board switch unit include the upper installation supporting plate for being respectively fixedly disposed at 5 inside of mounting rack, lower peace Supporting plate 23 is filled, sliding seat 7 is provided on the upper installation supporting plate and lower installation supporting plate 23, slides setting on the sliding seat 7 There is the clamping plate 8 for mounting circuit boards；The clamping plate 8 is provided with fixing axle 22 close to a middle side part of mounting rack 5, described Rotation connection block 17, the upper and lower ends of the rotation connection block 17 are provided between the adjacent fixing axle 22 of circuit board switch unit It is rotatablely connected respectively by the way that elastic connecting component is coaxial with fixing axle 22；The adjacent rotated of the circuit board switch unit connects Shaft 16 is fixedly connected between block 17, one end of the shaft 16 is rotatably connected on 5 side wall of mounting rack, and the other end passes through peace The wearing to the outside of mounting rack 5 of 5 rotations is shelved, and is sequentially connected with the rotate driving unit being arranged on mounting rack 5.

Support rod 2 is used to support crossbeam 3 and mounting plate 4, and the left end of pedestal 1, crossbeam 3 and peace is arranged in support rod 2 Loading board 4 connects and composes a L-shaped structure, and for installing longitudinally cutting unit 6, longitudinally cutting unit 6 is being filled for the inside of mounting plate 4 The right side of clamping plate 8, and mobile cutting can be carried out along the longitudinal direction；There are two mounting rack 5 is set, and it is vertically arranged to be parallel to each other On pedestal 1, for carrying and installing several circuit board switch units, the upper installation supporting plate of circuit board switch unit and lower peace Filling supporting plate 23 is interval setting, and is used to installation sliding seat 7, and the clamping plate 8 on sliding seat 7 can carry out on sliding seat 7 Left and right moves back and forth, to carry out the installation of circuit board, unload or cut；Clamping plate 8 is on the side for having mounting rack 5 Portion be fixedly installed fixing axle 22, for by elastic connecting component with can be connect with the rotation connection block 17 of rotation, in this way turn When dynamic link block 17 rotates by enable under the drive of elastic connecting component two clamping plates 8 it is opposite respectively along sliding seat 7 move from one side to the other, and can be moved under the rebound effect of elastic connecting component mounting circuit boards position and The position of cutting connects two rotation connection blocks 17 of circuit board switch unit by shaft 16, so that in driven rotation When rotating another rotation connection block 17 can rotate synchronously link block 17, so that the mobile stress of clamping plate 8 more balances, Movement is more smooth；Rotate driving unit is mounted on mounting rack 5, and is used for the rotation connection block of drive circuit board switch unit 17 and shaft 16 rotated, certain rotate driving unit can be using individually driving each circuit board switch unit It is dynamic, it is also possible to driving to each circuit board switch unit for synchronization, preferably synchronous driving；It is moved in clamping plate 8 When the position of cutting or installation, the part stretching sliding seat 7 of clamping plate 8 is outer or concordant with the end face of sliding seat 7, in installation circuit Circuit board part to be cut is leaked out outside clamping plate 8 when plate；Rotating drive mechanism is driven using positive and negative rotation, turn Dynamic angle needs to be determined according to the actual situation.

Further, as the preferred of different embodiments, the elastic connecting component includes fixing pipe 18, interior bar 21, pressure Contracting spring 19 and conduit 20, the fixing pipe 18 is fixed at the side of rotation connection block 17, and fixing pipe 18 is far from rotation One end of link block 17 is fixedly connected with coaxial conduit 20, and sliding is provided with interior bar 21, the interior bar in the fixing pipe 18 21 are fixed with baffle, the end of side of the baffle far from interior bar 21 and 18 inner cavity of fixing pipe close to one end of rotation connection block 17 Compressed spring 19 is provided between wall；The one end of the interior bar 21 far from baffle is extended outside fixing pipe 18 by conduit 20, and It is rotatablely connected with fixing axle 22.

By setting fixing pipe 18, interior bar 21, compressed spring 19 and conduit 20, rotation connection block 17 can pass through when rotating Fixing pipe 18 and interior bar 21 drive clamping plate 8 to be slided along sliding seat 7, by the way that 19 energy of compressed spring is arranged in fixing pipe 18 Enough so that clamping plate 8 slides into the other side from the side of sliding seat 7 well, and can be in the rebound masterpiece of compressed spring 19 With the position of the lower position for enabling clamping plate 8 preferably to slide into cutting and installation, to carry out the installation of circuit board, unload Or cutting, structure are simple, practical.

Further, as the preferred of different embodiments, the clamping plate 8 is provided with pressure in the side close to fixing axle 22 Unit 9 is pressed from both sides, the pressure folder unit 9 includes the mounting blocks being fixed on clamping plate 8, is provided on the mounting blocks vertical Electric expansion cylinder 92, the telescopic rod top end of the electric expansion cylinder 92 are fixedly installed vertical L shape connecting rod, and the L shape connects The vertical end of extension bar is provided with pressing plate 91 in the bottom of its vertical end downward vertically in clamping plate 8.

Folder unit 9 is pressed by setting, the pressing plate with L shape connecting rod can be made under the flexible drive of electric expansion cylinder 92 91 can be fixed the circuit board on clamping plate 8, prevent movement when cutting or installing, easy to operate, structure is simple, no The fixed installation for needing to think, improves installation effectiveness and cutting efficiency；Electric expansion cylinder 92 uses the prior art, then this does not do It is described in detail.

Further, as the preferred of different embodiments, one end that the shaft 16 is located at 5 outside of mounting rack is fixedly connected There is driving wheel 12, the driving wheel 12 is connected with synchronous driving unit.

Synchronous drive mechanism is for synchronizing drive to the shaft 16 of several circuit board switch units on mounting rack 5 It is dynamic, it is cut so that a part of clamping plate 8 is moved to right side simultaneously, the clamping plate 8 of another part is then moved to simultaneously Left side carries out the installation of circuit board and unloads；The cost of driving equipment can effectively be reduced using synchronous driving；It is synchronous to drive Motivation structure can be synchronous drive mechanism as shown in Figure 1, be also possible to carry out multiple driving wheels 12 by multiple transmission belts The synchronous drive mechanism of transmission is worn, can be selected according to the actual situation.

Further, as the preferred of different embodiments, the synchronous driving unit include driving motor 10, transmission belt, Driving wheel, connecting rod 11 and transmission shaft are fixed with transmission shaft, two adjacent biographies in the circumferential edge of the positive side of the driving wheel 12 Transmission shaft on driving wheel 12 is connected by the connecting rod 11 of rotation connection；The bottom end side of the mounting rack 5 is provided with driving motor 10, the drive shaft of the driving motor 10 is fixedly connected with driving wheel, and the driving wheel passes through transmission belt and one of driving wheel Transmission connection.

As shown in Figure 1, driving wheel is able to carry out rotation and by transmission belt drive wherein one under the driving of driving motor 10 A driving wheel 12 rotates, and is also possible to being rotated positioned at the driving wheel 12 of lowermost end as shown in figure 1, and adjacent driving wheel 12 It is linked together by connecting rod 11, transmission shaft, while a driving wheel 12 rotates, band of other driving wheels 12 in connecting rod 11 It also will do it synchronous rotation under dynamic, several circuit board switch units enabled to be able to carry out the switching of cutting, installation in this way, Structure simply, conveniently, reduces costs；Driving motor is clockwise and anticlockwise motor, and using clockwise and anticlockwise motor common on the market.

Further, as the preferred of different embodiments, the longitudinally cutting unit 6 includes sliding rail 65, screw rod 63, guide rod 67, the bottom end inner vertical of lifting set 64, sliding block, sliding sleeve, cutting motor 66, cutter and mounting base 61, the mounting plate 4 is solid Surely have mounting base 61, be set gradually from left to right between the top and crossbeam 3 of the mounting base 61 parallel guide rod 67, Screw rod 63 is provided with the sliding rail 65 parallel with screw rod 63 in the inside of mounting plate 4, slidably connects sliding block on the sliding rail 65, The sliding block is connected with the lifting set 64 that screw thread is socketed on screw rod 63 by connecting rod, and the lifting set 64 is connected by connecting rod It is connected to the sliding sleeve being slidably socketed on guide rod 67, the sliding sleeve is provided with cutting motor 66 far from the side of screw rod 63, described to cut It cuts and is provided with cutter in the drive shaft of motor 66；The screw rod 63 is to be rotatably arranged between crossbeam 3 and mounting base 61, described The output end for the rotating electric machine 62 being arranged at the top of crossbeam 3 is fed through crossbeam 3, and is fixedly connected with the top of screw rod 63.

By longitudinally cutting unit 6, rotating electric machine 62 drives screw rod 63 to be rotated, so that the lifting set 64 on screw rod 63 It is able to carry out and moves up and down, the sliding of sliding rail 65, guide rod 67 while lifting set 64 moves up and down through two sides is made With, the cutting motor 66 being arranged on sliding sleeve can preferably carry out longitudinal movement, thus to the circuit board on mounting rack 5 into Row batch is cut, and improves cutting efficiency, more practical, conveniently.

Further, as the preferred of different embodiments, collecting tank 13 is provided on the pedestal 1 below the cutter.

Collecting tank 13 can collect the waste material generated in cutting process, prevent waste entrainment environment.

Further, as the preferred of different embodiments, as shown in figure 3, the top of the sliding seat 7 offers sliding Chamber, the top of the sliding cavity are equipped with the connector that step structure is constituted with sliding cavity, and the clamping plate 8 is I-shaped structure, And the bottom end of clamping plate 8 is slidably connected in sliding cavity by connector；8 top of clamping plate is close to the side of mounting rack 5 Side and ipsilateral 7 side of sliding seat are vertically concordant.

As shown in figure 3, by using I-shaped clamping plate 8 and the sliding seat 7 being slidably connected with clamping plate 8, so that dress Clamping plate 8 is merely able to be slided along the length direction of sliding seat 7, and the displacement without can be carried out up and down direction improves sliding Accuracy when stability and cutting.

Further, as the preferred of different embodiments, as shown in figure 4, the upper installation supporting plate includes being separately fixed at The installation scoreboard 24 of 5 inside left and right ends of mounting rack is the activity space of elastic connecting component between adjacent installation scoreboard 24； The lower installation supporting plate 23 is a whole plate；The installation scoreboard 24 and lower mounting bracket pass through bolt and 7 bottom of sliding seat is solid Fixed connection.

Installation scoreboard 24 that upper installation supporting plate is spaced by two and that 5 two sides of mounting rack are arranged in pacifies sliding seat 7 Dress makes it possible to pair in order to carry out activity in the activity space that component can be installed between scoreboards 24 at two that is slidably connected Clamping plate 8 is preferably driven；Sliding seat 7 is to be fixedly connected by bolt with installation scoreboard 24 and lower installation supporting plate 23, It can also be dismantled when dismounting.

Further, as the preferred of different embodiments, the bottom of the sliding seat 7 is provided with position-limiting unit, the limit Bit location includes electromagnetic lock 15, locking bar 14 and compression bar 25, and the bottom of the clamping plate 8 is provided with the L-shaped groove chamber 26 of lateral direction penetrating, The bottom of sliding seat 7 is arranged in the electromagnetic lock 15, and the locking bar 14 of the electromagnetic lock 15 is movable upwards to be fed through sliding seat 7, And stretched to by the opening of 26 bottom of L-shaped groove chamber and be connected with vertical compression bar 25 in L-shaped groove chamber 26,25 activity of compression bar is set It sets in L-shaped groove chamber 26.

Position-limiting unit when clamping plate 8 is moved to cutting position or circuit board installation site for being limited, to prevent Movement in mounting circuit boards or clipper circuit plate makes it possible to accurately cut circuit board；Electromagnetic lock 15 is installed Locking bar 14 in the bottom of sliding seat 7, and electromagnetic lock 15 is extended in sliding cavity by the perforation on sliding seat 7, and stretches to L In shape vallecular cavity 26, and locking bar 14 and compression bar 25 connect and compose the structure to match with L-shaped groove chamber 26, and can be in L-shaped groove chamber It is movable in 26；L-shaped groove chamber 26 be both ends perforation setting so that clamping plate 8 slide when compression bar 25 and locking bar 14 will not generate it is dry It relates to, and when clamping plate 8 is moved to installation site or cutting position, electromagnetic lock 15 can drive locking bar 14 to bounce back and drive compression bar 25 pairs of 26 bottom sidewalls of L-shaped groove chamber press, and to prevent the movement of clamping plate 8, improve longitudinally cutting unit 6 and cut to circuit board The accuracy cut.

Working principle of the utility model is:

Power supply is connected first, circuit board to be cut is placed on the clamping plate 8 in 7 left side of sliding seat, and will The part that circuit board is cut is stretched out outside clamping plate 8, and is fixed by pressure folder unit 9, and controller is then passed through Starting driving motor 10 to be moved to right side positioned at left side clamping plate 8 and be limited by position-limiting unit, at this time controller Circuit board is cut in movement to control cutting motor 66 from top to bottom, while the mounting rack 5 for being located at the other side carries out circuit board Installation, controller control driving motor 10 inverts after the completion of the clamping plate 8 on right side is all cut, the clamping after making rigid cutting operation Plate 8 is moved to left side and is limited by position-limiting unit, and the pressure folder unit 9 of controller control at this time cancels pressure folder, then to dress The circuit board cut on clamping plate 8 unloads, and installs circuit board to be cut, and be fixed by pressure folder unit 9, then moves It moves to the other side and is cut, reciprocal with this, realize circulation cutting, the installation of batch.

It is worth noting that controller is preferably PLC controller, PLC controller respectively with driving motor 10, rotating electric machine 62, cutting motor 66, electric expansion cylinder 92, the electric connection of electromagnetic lock 15, connection type and control principle and power unit It is early to have become the prior art, and not as the innovative point of the utility model, therefore be not described in detail here.

The above is only the preferred embodiment of the utility model, not does limit in any form to the utility model System, any simple modification made by the above technical examples according to the technical essence of the present invention, equivalent variations, each falls within Within the protection scope of the utility model.

Claims (10)

1. a kind of artificial intelligence equipment productive power road plate cutter device, including pedestal (1), it is characterised in that: the pedestal (1) Upper to be connected with crossbeam (3) by support rod (2), the crossbeam (3) is provided with far from the one end of support rod (2) to be extended downward vertically Mounting plate (4), be provided with longitudinally cutting unit (6) on the inside of the mounting plate (4)；The support rod (2) and mounting plate (4) Between pedestal (1) on it is vertically arranged there are two parallel mounting rack (5), from upper between the inside of adjacent mounting rack (5) Several circuit board switch units are respectively arranged under, the circuit board switch unit includes being respectively fixedly disposed at mounting rack (5) upper installation supporting plate, lower installation supporting plate (23) on the inside of are provided with cunning on the upper installation supporting plate and lower installation supporting plate (23) It moves seat (7), sliding is provided with the clamping plate (8) for mounting circuit boards on the sliding seat (7)；The clamping plate (8) is close One middle side part of mounting rack (5) is provided with fixing axle (22), is set between the adjacent fixing axle (22) of the circuit board switch unit Be equipped with rotation connection block (17), the upper and lower ends of rotation connection block (17) pass through respectively elastic connecting component it is coaxial with it is solid Dead axle (22) rotation connection；Shaft is fixedly connected between the adjacent rotated link block (17) of the circuit board switch unit (16), one end of the shaft (16) is rotatably connected on mounting rack (5) side wall, and the other end is worn by what mounting rack (5) rotated If to the outside of mounting rack (5), and being sequentially connected with the rotate driving unit being arranged on mounting rack (5).

2. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: described Elastic connecting component includes fixing pipe (18), interior bar (21), compressed spring (19) and conduit (20), and the fixing pipe (18) is fixed It is arranged in the side of rotation connection block (17), and fixing pipe (18) is fixedly connected with coaxially far from one end of rotation connection block (17) Conduit (20), sliding is provided with interior bar (21) in the fixing pipe (18), and the interior bar (21) is close to rotation connection block (17) One end be fixed with baffle, the baffle is provided with compression between the end wall far from side fixing pipe (18) inner cavity of interior bar (21) Spring (19)；Fixing pipe (18) is extended outside by conduit (20) in the one end of the interior bar (21) far from baffle, and and fixing axle (22) it is rotatablely connected.

3. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: described Clamping plate (8) is provided with pressure folder unit (9) in the side close to fixing axle (22), and pressure folder unit (9) includes fixed setting Mounting blocks on clamping plate (8) are provided with vertical electric expansion cylinder (92), the electric expansion cylinder on the mounting blocks (92) telescopic rod top end is fixedly installed vertical L shape connecting rod, and the vertical end of the L shape connecting rod is downward vertically in clamping Plate (8), and the bottom of its vertical end is provided with pressing plate (91).

4. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1-3, feature Be: one end that the shaft (16) is located on the outside of mounting rack (5) is fixedly connected with driving wheel (12), and the driving wheel (12) is even It is connected to synchronous driving unit.

5. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 4, it is characterised in that: described Synchronous driving unit includes driving motor (10), transmission belt, driving wheel, connecting rod (11) and transmission shaft, and the driving wheel (12) is just Transmission shaft is fixed in the circumferential edge of side, the connecting rod that the transmission shaft on two adjacent driving wheels (12) passes through rotation connection (11) it connects；The bottom end side of the mounting rack (5) is provided with driving motor (10), and the drive shaft of the driving motor (10) is solid Surely driving wheel is connected, the driving wheel is sequentially connected by transmission belt and one of driving wheel (12).

6. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: described Longitudinally cutting unit (6) includes sliding rail (65), screw rod (63), guide rod (67), lifting set (64), sliding block, sliding sleeve, cutting motor (66), the bottom end inner vertical of cutter and mounting base (61), the mounting plate (4) is fixed with mounting base (61), the peace It fills and is set gradually from left to right parallel guide rod (67), screw rod (63) between the top and crossbeam (3) of bottom plate (61), installing It is provided on the inside of plate (4) sliding rail parallel with screw rod (63) (65), slidably connects sliding block, the cunning on the sliding rail (65) Block is connected with the lifting set (64) that screw thread is socketed on screw rod (63) by connecting rod, and the lifting set (64) is connected by connecting rod It is connected to the sliding sleeve being slidably socketed on guide rod (67), the sliding sleeve is provided with cutting motor (66) far from the side of screw rod (63), Cutter is provided in the drive shaft of the cutting motor (66)；The screw rod (63) is to be rotatably arranged on crossbeam (3) and installation bottom Between plate (61), the output end for the rotating electric machine (62) being arranged at the top of the crossbeam (3) is fed through crossbeam (3), and and screw rod (63) top is fixedly connected.

7. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 6, it is characterised in that: described Collecting tank (13) are provided on pedestal (1) below cutter.

8. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: described Sliding cavity is offered at the top of sliding seat (7), the top of the sliding cavity is equipped with the connector that step structure is constituted with sliding cavity, The clamping plate (8) is I-shaped structure, and the bottom end of clamping plate (8) is slidably connected in sliding cavity by connector；It is described Clamping plate (8) top is vertically concordant close to the side side of mounting rack (5) and ipsilateral sliding seat (7) side.

9. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: described Upper installation supporting plate includes the installation scoreboard (24) for being separately fixed at left and right ends on the inside of mounting rack (5), adjacent installation scoreboard It (24) is the activity space of elastic connecting component between；The lower installation supporting plate (23) is a whole plate；The installation scoreboard (24) Pass through bolt with lower mounting bracket to be fixedly connected with sliding seat (7) bottom.

10. a kind of artificial intelligence equipment productive power road plate cutter device according to claim 1, it is characterised in that: institute The bottom for stating sliding seat (7) is provided with position-limiting unit, and the position-limiting unit includes electromagnetic lock (15), locking bar (14) and compression bar (25), the bottom of the clamping plate (8) is provided with the L-shaped groove chamber (26) of lateral direction penetrating, and electromagnetic lock (15) setting is being slided The bottom of seat (7), the locking bar (14) of the electromagnetic lock (15) is movable upwards to be fed through sliding seat (7), and passes through L-shaped groove chamber (26) opening of bottom is stretched in L-shaped groove chamber (26) and is connected with vertical compression bar (25), and the compression bar (25) is movably arranged on L In shape vallecular cavity (26).