CN208712737U - The automatic cutting device of capacitor pin - Google Patents
The automatic cutting device of capacitor pin Download PDFInfo
- Publication number
- CN208712737U CN208712737U CN201821087539.5U CN201821087539U CN208712737U CN 208712737 U CN208712737 U CN 208712737U CN 201821087539 U CN201821087539 U CN 201821087539U CN 208712737 U CN208712737 U CN 208712737U
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- capacitor
- slot
- stopper
- pin
- clipper
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Abstract
The utility model discloses a kind of automatic cutting devices of capacitor pin, including feed mechanism and pin cutting mechanism；Pin cutting mechanism includes bracket, lower clipper, upper clipper, stopper and fixture, upper clipper includes cutter, the blow tank matched with cutter is provided on lower clipper, stopper includes stopper ontology, conveying direction on stopper ontology along capacitor is provided with the through slot through its two sides, and finger-type cylinder is provided on stopper ontology；Feed mechanism includes vibrating disc and conveying, and one end of conveying connects with stopper, for capacitor to be delivered in through slot from vibrating disc.The beneficial effects of the utility model are: the application realizes the automatic charging of capacitor by vibrating disk, guarantee that capacitor sequentially enters fixture by stopper, capacitor pin is cut out by the cooperation of upper clipper and lower clipper, automatic charging, detection and the pin that the application whole device realizes capacitor are cut out, the trimming length that pin can accurately be controlled, improves work efficiency.
Description
Technical field
The utility model relates to a kind of automatic cutting devices of capacitor pin.
Background technique
Capacitor is essential important component in automotive electrical element assembling process, need in a pre-installation to capacitor pin into
Row is cut.It in existing technology, is that operator utilizes the tools such as side-cutting pliers hand cutting pin, this artificial cutting mostly
Mode the problems such as being easy to cause pin bending deformation, pin cut size there are large errors, and this artificial
Mode low efficiency, worker's heavy workload has been difficult to meet the production requirement of enterprise.
Summary of the invention
The purpose of the utility model is to provide a kind of automatic cutting devices of capacitor pin, solve capacitor pin in the prior art
Cut out the technological deficiency of low efficiency.
To solve the above problems, technical solution adopted in the utility model is: a kind of automatic cutting device of capacitor pin,
Including feed mechanism and pin cutting mechanism；The pin cutting mechanism includes bracket, rack-mount lower clipper, sets
Set the upper clipper that can be slided up and down on bracket and on bracket, rack-mount stopper and it is rack-mount simultaneously
And constituted with bracket and move horizontally secondary fixture, the upper clipper includes cutter, and the bottom of the cutter is provided with blade,
The cutter is moved up and down by the cylinder driving of cutting out being arranged on bracket, is provided on the lower clipper and is matched with cutter
Blow tank, the fixture drives by rack-mount slider cylinder and transported on the direction vertical with the conveying of capacitor
Dynamic, the stopper includes stopper ontology, is provided with along the conveying direction of capacitor through it on the stopper ontology
The through slot of two sides, is provided with finger-type cylinder on stopper ontology, and the piston rod of the finger-type cylinder can protrude into through slot simultaneously
And it can stretch on the direction vertical with through slot length direction；The feed mechanism includes vibrating disc and conveying, described
One end of conveying connect with stopper, for capacitor to be delivered in through slot from vibrating disc.Capacitor in the application is logical
Feed mechanism is crossed to adjust its position and be delivered to pin cutting mechanism, that pin is completed on pin cutting mechanism cuts out process,
Upper clipper in the application moves downward, and the cutter on upper clipper is matched with lower clipper, and extra capacitor pin is punctured,
Since feed mechanism in the application and pin cutting mechanism are completed by machine, the precision that is high-efficient and cutting out cut out can
Control, the effect cut out are more preferable.
The upper clipper further includes link block, movable block and two or more as a further improvement of the utility model,
Guide post, the cutter is detachably arranged on link block, and the link block, which is detachably arranged in, cuts out cylinder
On piston rod, the through-hole matched with cutter is provided on the movable block, the cutter passes through through-hole and can be in through-hole
Slide up and down, the top of the guide post pass through link block up and down and can be slided up and down with respect to link block, the guide post
Bottom is connected with movable block, and in step-like, the thickness close to one end of fixture is less than the other end for the bottom of the movable block
Thickness, the top of the fixture is provided with the step for resisting capacitor close to one end of movable block.It is arranged in the application and moves
Motion block, when cutting out capacitor pin, movable block prevents the capacitance positions in tailoring process from changing downwardly against capacitor pin
Cause to cut out precision reduction, further raising the application's cuts out precision, and the cutter in the application can relatively move block or more
Sliding does not influence the movement of cutter in tailoring process, and guide post is arranged in the application, on the one hand can during cutter moves upwards
Movable block is pulled up, on the other hand can further ensure the vertical movement of cutter.
As a further improvement of the utility model, the lower clipper include the rack-mount supporting block in bottom and
It is mounted on the boss on supporting block top, the blow tank includes being provided with the side on boss far from fixture above and below boss
Upper slot unit and the lower slot unit that is provided in supporting block, the top of the lower slot unit and the bottom end phase of upper slot unit
Logical, the bottom end of the lower slot unit is inclined-plane.Lower slot unit bottom is inclined-plane in the application, useless convenient for the pin after being tailored
Material is discharged from blow tank, will not overstock in reject chute, and lower clipper is arranged to two parts up and down, convenient lower slot list in the application
Inclined-plane opens up in member.
It as a further improvement of the utility model, further include rack-mount for collecting the capacitor pin wiped out
The bottom of waste material box, the lower slot unit 153-2 is located at the top of waste material box.Waste material box is arranged in the application, is conveniently tailored
The collection of the pin waste material fallen.
The bottom of the supporting block is recessed inwardly into far from the side of fixture as a further improvement of the utility model,
The inner concave matched with waste material box, the height of the lower slot unit bottom are greater than the height on inner concave top.In the application
Inner concave is set, and waste material box can reach in supporting block to a certain extent, can more effectively collect pin waste material, avoid pin useless
Material is fallen outside waste material box.
It as a further improvement of the utility model, further include rack-mount testing agency, the detection machine
Structure includes whether needing to be cut the sensor and detection support of capacitor pin in fixture for detecting, and the sensor is mounted on inspection
It surveys on bracket, the sensor connects control system, the slider cylinder, finger-type cylinder and cuts out cylinder and control system
Connection.Testing agency is arranged in the application, and detection fixture is interior whether there is or not capacitor pin to be cut out presence, improves the automation of the application
Degree.
The bracket includes the support plate that pedestal is vertically arranged as a further improvement of the utility model, described
The bottom end of support plate is fixed with pedestal, and described cuts out cylinder installation on the supporting plate, and the lower part of the support plate, which is provided with, to be passed through
The square through hole of its two sides is worn, the waste material box is arranged across square through hole.The bracket of the application is by horizontal pedestal and erects
Straight support plate is constituted, and facilitates other parts device in the application rack-mount.
The detection support includes the first fixed plate and the second fixed plate as a further improvement of the utility model,
The bottom end of first fixed plate is mounted on the base, and one end installation of second fixed plate is on the supporting plate, described
Sensor be mounted on sensor stand, the two sides of the sensor stand are separately mounted to the first fixed plate and second solid
On fixed board.Sensor two sides are fixed in the application, and the stability of installation is more preferable.
It is provided with the first arc-shaped slot in first fixed plate as a further improvement of the utility model, it is described
The second arc-shaped slot corresponding with the first arc-shaped slot is provided in second fixed plate, the sensor stand by wearing respectively
It is inserted in the bolt being threadedly engaged in the first arc-shaped slot and the second arc-shaped slot and with sensor stand and is mounted on detection support
On.The application opens up arc-shaped slot, and rotatable transducer bracket is at optimal detection to adjust the angle of sensor
Angle.
As the further improvement of the utility model, the quantity of first arc-shaped slot and the second arc-shaped slot is equal
It is two, the center line of two the first arc-shaped slots is located on the same circle, and the center line of two the second arc-shaped slots is located at same
On one circle.The two sides of sensor stand are two fixed in the application, and stability is more preferable.
It is total described, the beneficial effects of the utility model are: the application realizes the automatic charging of capacitor by vibrating disk, lead to
It crosses stopper and guarantees that capacitor sequentially enters fixture, capacitor pin is cut out by the cooperation of upper clipper and lower clipper, the application is entire
Automatic charging, detection and the pin that device realizes capacitor are cut out, and can accurately be controlled the trimming length of pin, be improved work
Efficiency ensure that the precision that pin is cut out, alleviate the workload of worker.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram that pin cuts out mechanism in the utility model.
Fig. 3 is the structural schematic diagram of upper clipper in the utility model.
Fig. 4 is the structural schematic diagram of lower clipper in the utility model.
Fig. 5 is the structural schematic diagram of stopper in the utility model.
Wherein: 1, pin cutting mechanism；11, cylinder mount frame；12, cylinder is cut out；121, fixed block；13, upper clipper；
131, link block；131-1, upper connection unit；131-2, lower connection unit；131-3, protrusion；131-4, arc groove；132, it leads
Column；133, cutter；133-1, construction section；133-2, head segment；134, movable block；14, fixture；15, lower clipper；151, boss；
151-1, support slot；152, supporting block；152-1, inner concave；153, blow tank；153-1, upper slot unit；153-2, lower slot list
Member；153-3, mounting portion；16, slider cylinder；17, waste material box；18, stopper；181, finger-type cylinder；182, through slot；182-1,
First through slot unit；182-2, the second through slot unit；2, feed mechanism；21, vibrating disc；22, conveying；3, testing agency；
31, detection support；311, the first fixed plate；312, the second fixed plate；313, level board；314, kidney slot；315, the first arc
Through slot；316, the second arc-shaped slot；41, pedestal；42, support plate；421, square through hole.
Specific embodiment
Specific embodiment of the present utility model is described further with reference to the accompanying drawing.
The automatic cutting device of capacitor pin as Figure 1-Figure 5, including feed mechanism 2 and pin cutting mechanism 1, it is described
Feed mechanism for arranging capacitor and conveying capacitor to pin cutting mechanism 1, the pin cutting mechanism 1 is for cutting out electricity
Hold pin.
As depicted in figs. 1 and 2, the pin cutting mechanism 1 is removably pacified including bracket, bottom by more bolts
Lower clipper 15 on bracket, the rack-mount and upper clipper that can reciprocatingly slide on bracket along up and down direction
13, bottom by bolt be detachably arranged in stopper 18 on bracket and it is rack-mount and with bracket composition it is horizontal
The fixture 14 of prismatic pair is removably equipped on bracket described herein by bolt and cuts out cylinder 12, and described is upper
Clipper 13 drives opposite bracket to move up and down by the piston rod for cutting out cylinder 12 is flexible.
As shown in figure 3, the upper clipper 13 includes cutter 133,133 top of cutter is cylindrical installation
Section 133-1, its underpart are cross section in the head segment 133-2, the head segment 133-2 of the semi-cylindrical of " D " shape and installation
133-1 is integrally formed is made for section, and passes through between the vertical plane of the head segment 133-2 and the bottom surface of construction section 133-1
Inclined-plane (not shown) transition connection, to improve the rigidity of entire upper clipper 13, when preventing its stress head segment 133-2 with
The junction construction section 133-1 is broken, the lower surface of head segment 133-2 described herein far from a side of vertical plane to
The inclined bottom surface of upper inclination, i.e. head segment 133-2 forms blade, and cutter 133 described herein is by being arranged on bracket
It cuts out the driving of cylinder 12 to move up and down, specially the top of the construction section 133-1 of cutter 133 connects with the piston rod for cutting out cylinder 12
It connects, the flexible driving cutter 133 of piston rod for cutting out cylinder 12 moves up and down.
Be provided with the blow tank 153 matched with cutter 133 on lower clipper 15 described herein, the fixture 14 by
The rack-mount driving of slider cylinder 16 moves back and forth on the direction vertical with the horizontal feed of capacitor, to apply in press from both sides
Tool 14 also moves in the horizontal direction, i.e., fixture 14 is conveyed with capacitor and moved in same level.
As shown in Figure 1 and Figure 5, the stopper 18 includes stopper ontology, along electricity on the stopper ontology
The conveying direction of appearance is provided with the through slot 182 through its two sides, and the shape of through slot 182 is matched with the shape of capacitor, tool
The first through slot unit 182-1 including rectangle of body and the second through slot unit 182-2 communicated with the first through slot unit 182-1,
The height of the second through slot unit 182-2 or more is described less than the height in the first through slot unit 182-1 up and down direction
Capacitor may pass through through slot 182 and be transported on lower clipper 15, and for capacitor during passing through through slot 182, the ontology of capacitor is located at the
In one through slot unit 182-1, the pin of capacitor is located in the second through slot unit 182-2, and the application installs on stopper ontology
There is finger-type cylinder 181, the finger-type cylinder 181 is located at the side on stopper ontology far from the second through slot unit 182-2, institute
The piston rod for the finger-type cylinder 181 stated can be horizontal protrude into through slot 182 and can be in the side vertical with 182 length direction of through slot
Flexible upwards, the length direction of the application middle groove 182 mutually hangs down in the horizontal plane with the flexible system of 181 piston rod of finger-type cylinder
Directly.The preferred slider cylinder 16 of the application is mounted on stopper ontology by bolt to realize that its is rack-mount.
As shown in Figure 1, feed mechanism 2 described herein includes vibrating disc 21 and conveying 22, the conveying
One end of guide rail 22 connects with stopper 18, for capacitor to be delivered in through slot 182 from vibrating disc 21, the feeding in the application
Mechanism 2 is the prior art, its structure is not described in detail in the application.
As shown in Figure 1, upper clipper 13 described herein is provided with link block 131, movable block 134 and two or more
The construction section 133-1 of guide post 132, the cutter 133 is detachably arranged on link block 131, and the link block 131 can
Being mounted on the piston rod for cutting out cylinder 12 for disassembly, is provided with the head segment 133-2 with cutter 133 on the movable block 134
The through-hole (not shown) matched, the head segment 133-2 of the cutter 133 pass through through-hole and upper in through-hole can glide
It is dynamic, the top of the guide post 132 pass through link block 131 up and down and can be slided up and down with respect to link block 131, the guide post
132 bottom is connected with movable block 134, and the bottom of the movable block 134 is in step-like, the thickness close to one end of fixture 14
Degree is less than the thickness of the other end, forms pin for capacitor in the bottom of movable block 134 and passes through and holding capacitor
It is opened close to one end of movable block 134 at the top in the capacitor pin channel that pin is contacted with the blade of cutter 133, the fixture 14
There is the step for resisting capacitor, the lower surface position of the bottom of the steps in the application on fixture 14 and the first through slot unit 182-1
In in same level.The preferred link block 131 of the application includes upper connection unit 131-1 and lower connection unit 131-2, described
Upper connection unit 131-1 in the middle part of be provided with columned protrusion 131-3, the raised 131-3 and upper connection unit
131-1 is integrally formed manufacture, is provided with along the centerline direction of raised 131-3 through upper connection on upper connection unit 131-1
The tapped through hole (not shown) of unit 131-1 and protrusion 131-3, the two sides of the upper connection unit 131-1 are symmetrically
Arc groove 131-4 there are two opening above and below it, and a two stage steps are respectively provided in the two sides of each arc groove 131-4
It is blind to be provided with the first screw thread corresponding with two stage steps through-hole on the lower connection unit 131-2 for through-hole (not shown)
Hole (not shown) and unthreaded hole (not shown) corresponding with arc groove 131-4, the upper connection unit 131-1 and
Lower connection unit 131-2 is realized by the bolt for being interspersed in two stage steps through-hole and being threadedly engaged with the first tapped blind hole to be pacified
It fills, the diameter of the unthreaded hole in the application is less than the width of arcuate socket, and the guide post 132 is the circle that diameter is slightly less than unthreaded hole diameter
Column, top are equipped with columned head of the diameter between unthreaded hole diameter and arc groove width, to ensure that guide post 132 pushes up
Portion can move up and down and will not fall off downwards out of unthreaded hole in arc groove, be equipped with screw thread in the bottom of guide post 132, described
The the second tapped blind hole (not shown) matched with the screw thread of 132 bottom of guide post, the guide post are provided on movable block 134
132 bottom is mounted in the second tapped blind hole.It is D-shaped and bigger that through-hole in the application on movable block 134, which is cross section,
In the through-hole of the head segment 133-2 of cutter 133.The application is provided with outer spiral shell on the raised 131-3 on upper connection unit 131-1
Line, the application are provided with tool internal thread mounting hole (not shown) on the piston rod for cutting out cylinder 12, and the application is logical
It crosses the mode being threadedly coupled link block 131 is mounted on the piston rod for cutting out cylinder 12, the construction section of cutter 133 in the application
Screw thread is provided on 133-1, the linkage section is threadedly engaged with the tapped through hole on link block 131.
As shown in figure 4, lower clipper 15 described herein includes the rack-mount supporting block 152 in bottom and installation
Boss 151 on 152 top of supporting block, the blow tank 153 is including being provided with the side on boss 151 far from fixture 14 simultaneously
And the lower slot unit 153-2 for running through the upper slot unit 153-1 of 151 upper and lower surfaces of boss and being provided in supporting block 152,
Perpendicular of the upper slot unit 153-1 close to 14 side of fixture can be with the vertical plane phase of the head segment 133-2 of cutter 133
Fitting, the pin of capacitor reaches 151 top of boss and the position that will be punctured is located above upper slot unit 153-1, cutter
During 133 move downward, the position that capacitor pin is located above upper slot unit 153-1 is punctured, the lower slot unit
The top of 153-2 is communicated with the bottom end of upper slot unit 153-1, and the bottom end of the lower slot unit 153-2 is inclined-plane.In the application
Two side directions of the upward slot unit 153-1 in the lower part of boss 151 extend horizontally to mounting portion 153-3, open on mounting portion 153-3
There is vertical through-hole, two side positions of the application at the top of supporting block 152 positioned at lower slot unit 153-2 are provided with installation threaded hole (figure
In be not shown), the application is with dismountable by boss 151 across vertical through-hole and with the bolt that is threadedly engaged of installation threaded hole
It is mounted on 152 top of supporting block, the application is on boss 151 far from the recessed in perpendicular shape branch in side of upper slot unit 153-1
Slot 151-1 is supportted, the support slot 151-1 can be used for blocking the ontology of capacitor, match with fixture 14.
The collection of the waste material of capacitor pin after being tailored for convenience, the application are detachably installed on bracket by bolt
There is the waste material box 17 for collecting the capacitor pin wiped out, the bottom of the lower slot unit 153-2 is located at the upper of waste material box 17
Side, as shown in Figure 1.
Preferably to collect the waste material under cutting out, the application is in the bottom of the supporting block 152 far from the one of fixture 14
Lateral sunken inside is at the inner concave 152-1 matched with waste material box 17, the height of the lower bottom the slot unit 153-2 lowest part
More than or equal to the height on the top inner concave 152-1, side and supporting block of the waste material box 17 close to supporting block 152
152 inner concave 152-1 fits, and the height of inner concave 152-1 is slightly larger than the height of waste material box 17 in the application, so i.e. true
The waste material overwhelming majority protected after cutting out collects in waste material box 17, and the installation of waste material box 17 is facilitated to position.
As shown in Figure 1, the application is equipped with testing agency 3 on bracket, the testing agency 3 includes for detecting folder
Whether need to be cut the sensor (not shown) of capacitor pin and detection support 31 in tool 14, the sensor is mounted on inspection
It surveys on bracket 31.
Bracket described herein includes pedestal 41 and the support plate 42 that is vertically arranged, the bottom end of the support plate 42
It is mounted on pedestal 41, for the stability for ensuring entire bracket, the application firm banking 41 and support plate by the way of welding
42, the cylinder 12 of cutting out is mounted in support plate 42, and specific mounting means is detachable by bolt in support plate 42
Ground is equipped with two cylinder mount frames 11 up and down, and the cylinder mount frame 11 includes horizontal mounting plate and horizontal mounting plate, institute
The horizontal mounting plate stated is installed on the supporting plate by bolt, and the cylinder body for cutting out cylinder 12 is removably pacified by bolt
The cylinder body that cylinder 12 is cut out on horizontal mounting plate, in the application is located between two horizontal mounting plates.It is described herein
The lower part of support plate 42 be provided with the square through hole 421 through its two sides, the height of the square through hole 421 is greater than supporting block
152 height, the waste material box 17 are arranged across square through hole 421.
Sensor in the application is as detected that needing to be cut capacitor pin in detection fixture 14 then passes through and be connected electrically
Controller (not shown) controls the piston elongation of finger-type cylinder 181, blocks through slot 182, at this time the capacitor in through slot 182
It will not continue to convey, while the piston rod elongation of finger-type device cylinder 181, the piston rod of slider cylinder 16 also extends, by fixture
14 slide towards the direction of boss 151, and the pin of capacitor is pushed into position appropriate, cut out the piston rod elongation of cylinder 12, make
Cutter 133 moves down and cooperates with the upper slot unit 153-1 on boss 151, and extra pin is cut off.It is passed in the application
Sensor and finger-type device cylinder 181, slider cylinder 16 and cut out the connection type of cylinder 12 and control is the prior art, control
It is not this Applicant's Abstract graph in itself to correct one's mistakes, it is not the application content claimed, this application is not described in detail.
Detection support 31 described herein includes the first fixed plate 311 and the second fixed plate 312, and described first is solid
The bottom end of fixed board 311 is provided with level board 313, and the level board 313 is detachably arranged on pedestal 41 by bolt, tool
The structure of body is to open that there are two along the kidney slot that opens up of direction for not having the elongation contracting of 16 piston of slider cylinder on level board 313
314, bolt hole (not shown) is provided on pedestal 41, by being interspersed in kidney slot 314 and matching with bolt hole screw thread
First fixed plate 311 is detachably arranged on pedestal 41 by the bolt of conjunction, and the application installs cut out cylinder 12 on the supporting plate
Side fixed block 121 is equipped with by bolt, one end of second fixed plate 312 is bent towards the direction of fixed block 121
90 degree are detachably arranged on fixed block 121 at fixed installation portion, the fixed installation portion using bolt, institute in the application
The first fixed plate 311 stated is parallel with the second fixed plate 312, and the sensor is mounted on sensor stand, the biography
The two sides of sensor bracket are separately mounted in the first fixed plate 311 and the second fixed plate 312, and the application can be according to sensor stand
Width on the direction that 16 piston rod of slider cylinder stretches mobile first fixed plate 311, specific operation is loosens installation the
The bolt of one fixed plate 311 and pedestal 41, tightens bolt after adjusting the position of the first fixed plate 311 again.
The application is provided with the first arc-shaped slot 315, second fixed plate 312 in first fixed plate 311
On be provided with second arc-shaped slot 316 corresponding with the first arc-shaped slot 315, the sensor stand is by being respectively interposed
The bolt being threadedly engaged in first arc-shaped slot 315 and the second arc-shaped slot 316 and with sensor stand is mounted on detection branch
On frame.The quantity of first arc-shaped slot 315 and the second arc-shaped slot 316 is preferably disposed as two by the application,
The center line of two the first arc-shaped slots 315 is located on the same circle, and the center line of two the second arc-shaped slots 316 is located at same
On a circle.The application loosens the bolt of installation sensor stand, along the first arc-shaped slot 315 and the second arc-shaped slot 316
The angle of sensor can be adjusted in direction rotation sensor bracket, to be at optimal detection angles.
The application is used to cut out the entire motion process of capacitor pin are as follows: after the capacitor wait cut out pin enters fixture, institute
Clipper downlink along vertical direction is stated, the pin of capacitor is cropped by the cooperation of upper clipper and lower clipper, is punctured
Pin waste material is fallen in the waste material box below lower clipper from the blow tank on lower clipper, and after cutting out pin, slider cylinder is retracted,
After taking out product, slider cylinder ejection carries out the cutting of next pins of products.
Not doing the part illustrated in above instructions is the prior art, or has both been able to achieve by the prior art.
And specific implementation case described in the utility model is only the preferable case study on implementation of the utility model, is not used to limit
The scope of the utility model.Equivalent changes and modifications made by i.e. all contents according to present utility model application the scope of the patents,
It all should be used as the technology scope of the utility model.
Claims (10)
1. a kind of automatic cutting device of capacitor pin, it is characterised in that: including feed mechanism (2) and pin cutting mechanism (1)；Institute
The pin cutting mechanism (1) stated includes bracket, rack-mount lower clipper (15), is arranged on bracket and can be in bracket
On slide up and down upper clipper (13), rack-mount stopper (18) and it is rack-mount and with bracket constitute water
The fixture (14) of flat prismatic pair, the upper clipper (13) include cutter (133), and the bottom of the cutter (133) is provided with
Blade, the cutter (133) are moved up and down by cylinder (12) driving of cutting out being arranged on bracket, the lower clipper (15)
On be provided with the blow tank matched with cutter (133), the fixture (14) is driven by rack-mount slider cylinder (16)
It moves and is moved upwards in the side vertical with the conveying of capacitor, the stopper (18) includes stopper ontology, the stopper
Conveying direction on ontology along capacitor is provided with the through slot (182) through its two sides, and finger-type gas is provided on stopper ontology
Cylinder (181), the piston rod of the finger-type cylinder (181) can protrude into through slot (182) and can with through slot (182) length side
It stretches on vertical direction；The feed mechanism (2) includes vibrating disc and conveying, one end of the conveying
Connect with stopper (18), for capacitor to be delivered in through slot (182) from vibrating disc.
2. the automatic cutting device of capacitor pin according to claim 1, it is characterised in that: the upper clipper (13) also wraps
The guide post (132) of link block (131), movable block (134) and two or more is included, the cutter (133) is detachably arranged in
On link block (131), the link block (131) is detachably arranged on the piston rod for cutting out cylinder (12), the shifting
The through-hole matched with cutter (133) is provided on motion block (134), on the cutter (133) passes through through-hole and can be in through-hole
Lower slider, the top of the guide post (132) pass through link block (131) up and down and can be slided up and down with respect to link block (131),
The bottom of the guide post (132) is connected with movable block (134), and the bottom of the movable block (134) is close in step-like
The thickness of one end of fixture (14) is less than the thickness of the other end, and the top of the fixture (14) is close to the one of movable block (134)
End is provided with the step for resisting capacitor.
3. the automatic cutting device of capacitor pin according to claim 2, it is characterised in that: the lower clipper (15) includes
The rack-mount supporting block in bottom (152) and the boss (151) for being mounted on supporting block (152) top, the blow tank
Including being provided with the side on boss (151) far from fixture (14) through boss (151) upper and lower upper slot unit (153-1) and opening
The lower slot unit (153-2) being located on supporting block (152), the top of the lower slot unit (153-2) and upper slot unit (153-
1) bottom end communicates, and the bottom end of the lower slot unit (153-2) is inclined-plane.
4. the automatic cutting device of capacitor pin according to claim 3, it is characterised in that: further include rack-mount use
In the waste material box (17) for collecting the capacitor pin wiped out, the bottom of the lower slot unit (153-2) is located at waste material box (17)
Top.
5. the automatic cutting device of capacitor pin according to claim 4, it is characterised in that: the supporting block (152)
Bottom is recessed inwardly into the inner concave matched with waste material box (17), the lower slot unit far from the side of fixture (14)
The height of the bottom (153-2) is greater than the height on inner concave top.
6. the automatic cutting device of capacitor pin according to claim 4 or 5, it is characterised in that: further include being mounted on bracket
On testing agency (3), the testing agency (3) includes whether needing to be cut the biography of capacitor pin in fixture (14) for detecting
Sensor and detection support, the sensor are mounted in detection support, and the sensor connects control system, the cunning
It platform cylinder (16), finger-type cylinder (181) and cuts out cylinder (12) and is connect with control system.
7. the automatic cutting device of capacitor pin according to claim 6, it is characterised in that: the bracket includes pedestal
(41) support plate being vertically arranged, the bottom end and pedestal (41) of the support plate are fixed, and described cuts out cylinder (12) installation
On the supporting plate, the lower part of the support plate is provided with the square through hole through its two sides, and the waste material box (17) passes through side
The setting of shape through-hole.
8. the automatic cutting device of capacitor pin according to claim 7, it is characterised in that: the detection support includes the
The bottom end of one fixed plate (311) and the second fixed plate (312), first fixed plate (311) is mounted on pedestal (41), institute
On the supporting plate, the sensor is mounted on sensor stand, described for one end installation for the second fixed plate (312) stated
The two sides of sensor stand are separately mounted in the first fixed plate (311) and the second fixed plate (312).
9. the automatic cutting device of capacitor pin according to claim 8, it is characterised in that: first fixed plate
(311) it is provided with the first arc-shaped slot (315), is provided in second fixed plate (312) and the first arc-shaped slot (315) phase on
Corresponding second arc-shaped slot (316), the sensor stand is by being respectively interposed in the first arc-shaped slot (315) and second
The bolt being threadedly engaged in arc-shaped slot (316) and with sensor stand is mounted in detection support.
10. the automatic cutting device of capacitor pin according to claim 9, it is characterised in that: first arc-shaped slot
(315) and the quantity of the second arc-shaped slot (316) is two, and the center line of two the first arc-shaped slots (315) is located at same
On a circle, the center line of two the second arc-shaped slots (316) is located on the same circle.
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| CN201821087539.5U CN208712737U (en) | 2018-07-10 | 2018-07-10 | The automatic cutting device of capacitor pin |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821087539.5U CN208712737U (en) | 2018-07-10 | 2018-07-10 | The automatic cutting device of capacitor pin |
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| CN208712737U true CN208712737U (en) | 2019-04-09 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112502A (en) * | 2020-01-15 | 2020-05-08 | 武汉晨扬电子科技有限公司 | Synchronous all-in-one of test school foot |
| CN112676497A (en) * | 2021-01-22 | 2021-04-20 | 广东亚泰科技有限公司 | Cutting device and temperature fuse processing equipment |
| CN112692188A (en) * | 2020-12-11 | 2021-04-23 | 捷和电机（江西）有限公司 | Motor inductance pin bending machine and machining method |
| CN111112502B (en) * | 2020-01-15 | 2024-04-26 | 武汉晨扬电子科技有限公司 | Synchronous all-in-one of test school foot |
-
2018
- 2018-07-10 CN CN201821087539.5U patent/CN208712737U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111112502A (en) * | 2020-01-15 | 2020-05-08 | 武汉晨扬电子科技有限公司 | Synchronous all-in-one of test school foot |
| CN111112502B (en) * | 2020-01-15 | 2024-04-26 | 武汉晨扬电子科技有限公司 | Synchronous all-in-one of test school foot |
| CN112692188A (en) * | 2020-12-11 | 2021-04-23 | 捷和电机（江西）有限公司 | Motor inductance pin bending machine and machining method |
| CN112692188B (en) * | 2020-12-11 | 2022-09-13 | 捷和电机（江西）有限公司 | Motor inductance pin bending machine and machining method |
| CN112676497A (en) * | 2021-01-22 | 2021-04-20 | 广东亚泰科技有限公司 | Cutting device and temperature fuse processing equipment |
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