CN207250340U - A kind of shearing-foot device - Google Patents
A kind of shearing-foot device Download PDFInfo
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- CN207250340U CN207250340U CN201721169580.2U CN201721169580U CN207250340U CN 207250340 U CN207250340 U CN 207250340U CN 201721169580 U CN201721169580 U CN 201721169580U CN 207250340 U CN207250340 U CN 207250340U
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- cutter
- seat
- bar
- foot
- under casing
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Abstract
Field of machinery automation is the utility model is related to, discloses a kind of shearing-foot device.The device includes under casing, adjusting mechanism, feed mechanism, cutter mechanism and driving mechanism；The under casing is arranged on the shearing-foot device bottom, is used to support the shearing-foot device；The adjusting mechanism is arranged on the under casing, for controlling the movement of the shearing-foot device；The feed mechanism is arranged on the under casing, for transmitting material；The cutter mechanism is connected with the feed mechanism, for carrying out cutting foot；The driving mechanism is connected with the cutter mechanism, for driving the cutter mechanism to carry out cutting foot.By the above-mentioned means, the shearing-foot device that provides of the utility model embodiment can automatic shearing foot, cutting length can adjust arbitrarily, cut that foot is efficient and easy to operate, maintenance is easy.
Description
Technical field
The utility model embodiment is related to field of machinery automation, more particularly to a kind of shearing-foot device.
Background technology
Pinrshape is mainly used for cutting off the unnecessary pin after the welding of electronic component weld tabs.Electronic component is in production process
In, because pin length differs, it is necessary to cut short to obtain needing the pin of scale lengths, generally carry out cutting foot using pinrshape.
During the application is realized, it is found by the applicant that there are problems with for correlation technique：Current shearing-foot device knot
Structure is complicated, and the degree of automation is not high, and it is different in size to cut foot, and it is of low quality to cut foot.
Utility model content
The utility model embodiment mainly solving the technical problems that provide a kind of shearing-foot device, can automatic shearing foot, cut
Foot length can be adjusted arbitrarily, cut that foot is efficient and easy to operate, maintenance is easy.
In order to solve the above technical problems, the technical solution that the utility model embodiment uses is：One kind is provided and cuts foot
Device, including under casing, adjusting mechanism, feed mechanism, cutter mechanism and driving mechanism；The under casing is arranged on the shearing-foot device
Bottom, is used to support the shearing-foot device；The adjusting mechanism is arranged on the under casing, for controlling the fortune of the shearing-foot device
It is dynamic；The feed mechanism is arranged on the under casing, for transmitting material；The feed mechanism includes locating plate, the locating plate
For placing material, the locating plate includes left locating plate and right locating plate, is formed between the left locating plate and right locating plate
Track groove, the track groove both sides are equipped with card slot, and the card slot is used to block material；The cutter mechanism and the feed mechanism
Connection, for cut foot, the cutter mechanism includes cutter seat, the cutter seat including not moving knife, moving knife, slide-bar lid, cut
Knife slide-bar and cutter promote frame, and the not moving knife is used to coordinate completion to cut foot, the slide-bar lid and the cutter with the moving knife
Seat connection, forms receiving space, and the receiving space is used to house the cutter slide-bar, and the cutter slide-bar is contained in the receipts
Hold space, described cutter slide-bar one end promotes frame to be connected with the cutter, and the other end is connected with the moving knife, described for driving
Moving knife moves；The driving mechanism is connected with the cutter mechanism, for driving the cutter mechanism to carry out cutting foot.
Wherein, state cutter seat and further include gasket, the gasket is connected with the not moving knife, is cut for buffering caused by foot
Active force.
Wherein, the cutter mechanism further includes slitter shaft, cutter shaft seat, axle sleeve and tool apron adjustment bar；The slitter shaft is arranged on
Below the cutter seat, for adjusting the height of the cutter seat；The cutter shaft seat is passed through by the slitter shaft, described for making
Cutter shaft seat is moved along the cutter shaft seat；The axle sleeve is arranged on the under casing, for fixing the slitter shaft, and described in drive
Slitter shaft moves；The tool apron adjustment bar is connected with the axle sleeve, for driving the axle sleeve to move.
Wherein, the cutter mechanism further includes sign ruler and indicateing arm；The sign ruler is arranged on the cutter seat, is used
In the length of sign pin；The indicateing arm is arranged on the cutter shaft seat, for indicating the scale on the sign ruler.
Wherein, the under casing includes under casing body, waste material box, foot pad, middle plate and retaining ring；The waste material box is arranged on described
In under casing body, for placing the foot cut bits；The foot pad be arranged on the under casing body under, for by the shearing-foot device with
Ground separates；The middle plate is arranged on the under casing body, is divided for installing other mechanisms, and by other mechanisms and waste material
From；The retaining ring is arranged on the one side of the adjusting mechanism and under casing body, for by the adjusting mechanism and under casing body button
Close.
Wherein, the adjusting mechanism includes anti-static work bin, total power switch, chopper switch, vibroswitch, vibration adjusting
Device and controller；The anti-static work bin is arranged on the under casing, for installing the total power switch, chopper switch, shaking
Dynamic switch and vibrating regulator；The total power switch is used for the power supply for controlling the shearing-foot device；The chopper switch is used for
Control the power supply of the cutter mechanism；The vibroswitch is used for the power supply for controlling the feed mechanism；The vibrating regulator
For controlling the direction of the feed mechanism；The controller is arranged in the anti-static work bin, is used for realization the general supply
Switch, chopper switch, the function of vibroswitch and vibrating regulator.
Wherein, the feed mechanism further includes guard rail, oscillating plate and vibration spring plate；The guard rail is arranged on the locating plate
On, for adjusting the left and right width of the material；The oscillating plate is arranged on below the locating plate, described for being made by transmission
Locating plate resonates；The oscillating plate is equipped with vibration spring plate, and the vibration spring plate is used to produce vibration by electromagnetic induction principle, from
And make the vibration panel vibration.
Wherein, the driving mechanism includes eccentric shaft, eccentric axis seat, cutter gear, motor gear and motor；The bias
Axis is contained in the cutter and promotes frame, for driving the cutter to promote frame movement；The eccentric axis seat connects with the eccentric shaft
Connect, for making the eccentric shaft do cam movement around the eccentric axis seat；The cutter gear is arranged in the eccentric axis seat, is used
Moved in driving the eccentric shaft；The motor gear is arranged in the eccentric axis seat, and is connected with the cutter gear, is used
Rotated in driving the cutter gear；The motor 650 is arranged in the under casing, for driving the motor gear to rotate.
Wherein, described device further includes feeding pressure mechanism, and the feeding pressure mechanism is arranged on the feed mechanism, for making material
Smooth transport.
Wherein, the feeding pressure mechanism includes adjustment bar, fixed plate, slide-bar, slide-bar seat, holding pad and binder rail；It is described
Adjust bar to be arranged in the fixed plate, for adjusting the height of the feeding pressure mechanism；The fixed plate is arranged on described slide-bar one end,
For fixing the adjustment bar；The slide-bar is connected with the under casing, for enabling the slide-bar seat to move up and down；The cunning
Axle bed is arranged on the slide-bar, for adjusting the position of the holding pad；The holding pad is connected with the slide-bar seat, for adjusting
The position of the whole binder rail；The binder rail is connected with the holding pad, for flattening the material.
The beneficial effect of the utility model embodiment is：The situation of the prior art is different from, the utility model embodiment
Shearing-foot device includes：Under casing, adjusting mechanism, feed mechanism, cutter mechanism and driving mechanism；Under casing, which is used to support, cuts foot dress
Put, adjusting mechanism is used for the movement for controlling shearing-foot device, and feed mechanism is used to transmit material, and cutter mechanism connects with feed mechanism
Connect, for carrying out cutting foot, driving mechanism is connected with cutter mechanism, for driving cutter mechanism to carry out cutting foot.In the above manner,
Automatic shearing foot is realized, cutting length can be adjusted arbitrarily, cut that foot is efficient and easy to operate, maintenance is easy.
Brief description of the drawings
One or more embodiments are illustrative by corresponding attached drawing, these exemplary illustrations not structure
The restriction of paired embodiment, the element for having same reference numbers label in attached drawing is expressed as similar element, unless there are special
Declare, composition does not limit the figure in attached drawing.
Fig. 1 is the structure diagram for the shearing-foot device that the utility model wherein embodiment provides；
Fig. 2 is another angled arrangement schematic diagram for the shearing-foot device that the utility model wherein embodiment provides；
Fig. 3 is the decomposition diagram of the cutter seat of the shearing-foot device provided the present embodiment provides a wherein embodiment；
Fig. 4 is the structure diagram of the locating plate of the shearing-foot device provided the present embodiment provides a wherein embodiment.
Embodiment
For the ease of understanding the utility model, with reference to the accompanying drawings and detailed description, the utility model is carried out more
Detailed description.It should be noted that when element is expressed " being fixed on " another element, it can be directly in another element
Above or therebetween there may be one or more elements placed in the middle.When an element is expressed " connection " another element, it can
To be directly to another element or there may be one or more elements placed in the middle therebetween.This specification is used
Term " vertical ", " horizontal ", "left", "right" and similar statement for illustrative purposes only.
Unless otherwise defined, the skill of technical and scientific term all used in this specification with belonging to the utility model
The normally understood implication of technical staff in art field is identical.In the art used in the description of the utility model in this specification
Language is intended merely to the purpose of description specific embodiment, is not intended to limitation the utility model.Art used in this specification
Language "and/or" includes the arbitrary and all combination of one or more relevant Listed Items.
In addition, as long as technical characteristic involved in the utility model difference embodiment disclosed below is each other not
Forming conflict can be combined with each other.
Referring to Fig. 1, the structure diagram of the shearing-foot device provided for the utility model wherein embodiment.This practicality is new
The shearing-foot device 1000 that type embodiment provides includes under casing 100, adjusting mechanism 200, feed mechanism 300, feeding pressure mechanism 400, cuts
Cutter mechanism 500 and driving mechanism 600.
Specifically, please refer to Fig.1 to Fig.3, above-mentioned under casing 100 is arranged on 1000 bottom of shearing-foot device, is used to support and cuts foot dress
Put 1000.Under casing 100 includes under casing body 110, waste material box 120, foot pad 130, middle plate 140 and retaining ring 150.Under casing body 110
Substantially rectangular shape, 110 side of under casing body offer a groove (not indicating), and waste material box 120 is contained in groove.It is useless
Magazine 120 is used to place the foot bits cut.When cutting foot, the foot of cutting bits can fall into useless automatically by the slideway (not indicating) of angle
In magazine 120.Waste material box 120 is equipped with handle 121, and handle 121 is exposed to outside under casing body 110, and handle 121 is used for will be useless
Magazine 121 pulls out, so that foot bits can be cleaned out in time.130 substantially cylindrical shape of foot pad, quantity can be 4, point
She Yu not be under 110 4 base angle of under casing body, for shearing-foot device 1000 to be separated with ground, to protect floor.Middle plate 140 is set
In under casing body 110, separated for installing other mechanisms, and by other mechanisms with waste material.Retaining ring 150 is arranged on adjusting mechanism
200 and the side of under casing body 110, for adjusting mechanism 200 and under casing body 110 to be fastened.When needing repairing or waste material is clear
When reason, retaining ring 150 to be opened, adjusting mechanism 200 can turn to side backward, make adjusting mechanism 200 divide to come with casing 100,
It then can be seen clearly that all mechanisms, thus easy to safeguard.
It is understood that in some other embodiments, foot pad 130 can be omitted, and can set under casing body 110
Into chamfered edge platform, to reduce the contact area with ground.
It is understood that in some other embodiments, retaining ring 150 can be replaced with clip, as long as can make tune
Section mechanism 200 is fixed with casing 100, and can be opened when needing repairing.
Above-mentioned adjusting mechanism 200 is arranged under casing 100, including anti-static work bin 210, total power switch 220, chopper switch
230th, vibroswitch 240, vibrating regulator 250 and controller 260.Anti-static work bin 210 is arranged under casing 100, upper surface
It is obliquely installed, for installing total power switch 220, chopper switch 230, vibroswitch 240 and vibrating regulator 250.It is anti-quiet
210 surface spraying of electrical materials and appliances case has one layer of anti-static coatings layer, for meeting the structural requirement of antistatic.Wherein, anti-static coatings
Layer can be RB-048 water white transparency anti-static coatings, can be perfect by the technology of high-tech film and addition conductive material
Ground retains the intrinsic physical characteristic of base material, and it is had excellent anti-static function at the same time.Total power switch 220, cutter
Switch 230, vibroswitch 240 and vibrating regulator 250 are arranged at the upper surface of anti-static work bin 210.Opened by general supply
Cutter machine can be turned on and off in order to control the power supply of whole shearing-foot device 1000 by chopper switch 230 by closing 220
The work of structure 500, the work of feed mechanism 300 can be turned on and off by vibroswitch 230.When vibroswitch 230 is opened
Afterwards, vibrating regulator 250 can rotate, and vibrating regulator 250 is used to the operative orientation of feed mechanism 300 be adjusted,
So that shearing-foot device 1000 it is stuck when can antiport, so as to take out stuck electronic component.Controller 260
(not shown) is arranged in anti-static work bin 210, with total power switch 220, chopper switch 230, vibroswitch 240 and vibration
Adjuster 250 is electrically connected, and is used for realization total power switch 220, chopper switch 230, vibroswitch 240 and vibration and is adjusted
The function of device 250.
What deserves to be explained is：Controller 260 can be hardware realization or software is realized, when controller 260 is
When software is realized, controller 260 can include at least one processor and memory.Processor can be to be transported with certain logic
The processor of calculation ability, such as microcontroller, microprocessor or CPU etc., the processor can also have at one or more
Manage core.
Wherein, memory can it is built-in within a processor, can also external portion outside the processor, memory can also be remote
The memory that journey is set, passes through network connection handler.Processor can be connected with memory by bus or other modes.
Memory as a kind of non-volatile computer readable storage medium storing program for executing, available for storage non-volatile software program,
Non-volatile computer executable program and module.Processor cross operation be stored in memory non-volatile software program,
Instruction and module, so as to perform the function that controller noted above 260 is realized.
Above-mentioned feed mechanism 300 is arranged under casing 100, for transmitting material.Feed mechanism 300 includes locating plate
310th, guard rail 320, oscillating plate 330 and vibration spring plate 331.Locating plate 310 is used to place material.Locating plate 310 includes left fixed
Bit slice 311 and right locating plate 312, form track groove 3110,3110 liang of track groove between left locating plate 311 and right locating plate 312
Side is provided with card slot 3111 (as shown in Figure 4), which is used to block material.Card slot is engaged with component's feet, will
The component for cutting foot is needed to block, to prevent it from toppling over.The position of left locating plate 311 and right locating plate 312 can be adjusted,
So that the width of track groove 3110 changes, to be suitably applied component of all sizes.Left locating plate 311 and the right side are determined
Bit slice 312 is screwed with cutter mechanism 500, and when it is time for repair, left locating plate 311 and right locating plate 312 are easily straight
Pick up out.Guard rail 320 is arranged at the top of locating plate 310, for adjusting the left and right width of material, when preventing its movement or so
Rock, and left locating plate 311 and right locating plate 312 can be coordinated to be adjusted.Oscillating plate 330 is arranged on the lower section of locating plate 310,
For making locating plate 310 resonate by transmission, and then material is set to resonate, so that the electronic component for cutting foot will be needed to send to cutter
Mechanism 500.Oscillating plate 330 is equipped with vibration spring plate 331, and vibration spring plate 331 is used for by electromagnetic induction principle to produce vibration, from
And oscillating plate 330 is vibrated, drive locating plate 310 to vibrate, to achieve the purpose that feeding.The vibration speed of vibration spring plate 331 can
To be adjusted by vibrating regulator 252.Vibration spring plate 331 can use the control mode of halfwave rectifier, and flow-rate adjustment is convenient, can
To realize centralized Control and automatically control.When usage time is longer, when feeding speed is slack-off, vibration spring plate 331 can be adjusted, will
Vibration spring plate 331 is heightened, then can recover quick feeding.
When feed mechanism 300 works, it would be desirable to which the electronic component for cutting foot is placed on the card slot of locating plate 310, electronics member
Device travels forward automatically under the action of oscillating plate 330, travels forward according to parabolic path vertical jump in succession, movement velocity
Adjusting is controlled by vibrating regulator 250.
It is understood that in some other embodiments, guard rail 320 can be omitted, as long as passing through vibrating regulator 250
The adjustment of the speed of oscillating plate 330 is appropriate, make material will not due to vibration velocity is too fast and the locating plate 310 that shaken.
Above-mentioned 400 bottom of feeding pressure mechanism is arranged on feed mechanism 300, and the other end is arranged on 210 side of anti-static work bin.Binder
Mechanism 40 includes adjustment bar 410, fixed plate 420, slide-bar 430, slide-bar seat 440, holding pad 450 and binder rail 460.Adjust bar
410 are arranged in fixed plate 420, for adjusting the height of feeding pressure mechanism 400.Fixed plate 420 is generally rectangular tabular, length with
Slide-bar seat 440 is identical, and fixed plate 420 is used for secured adjusted bar 410, to allow to adjust swager by rotating adjusting rod 410
The height of structure 400.430 one end of slide-bar is connected with fixed plate 420, and through slide-bar seat 440, and the other end is fixedly connected under casing
On 100 middle plate 140.Slide-bar 430 is used to enable slide-bar seat 440 to move up and down.Slide-bar seat 440 is arranged on slide-bar 430, and
And it is connected with adjustment bar 410.Slide-bar seat 440 further includes adjusting screw (not indicating), and adjusting screw is used to make slide-bar when loosening
Seat 440 can move up and down in slide-bar 430, when tightening slide-bar seat 440 can be made to be fixed on slide-bar 430.Holding pad 450 is logical
Overregulate screw to be connected with slide-bar seat 440, the front and back position of holding pad 450 can be adjusted by rotating adjusting screw.Binder rail
460 substantially strip rectangular shapes, are arranged on the lower section of holding pad 450, are fixedly connected with holding pad 450, for flattening thing
Material, to prevent material from jumping up and down.When adjusting the rotation of bar 410, slide-bar seat 440 can be moved upwardly or downwardly, and drive holding pad 450
It is moved upwardly or downwardly, so as to adjust the height of binder rail 460.
It is understood that in some other embodiments, holding pad 450 can be omitted, binder rail 460 can directly with
Slide-bar seat 440 connects, by adjusting slide-bar seat 440 to adjust the height of binder rail 460.
Above-mentioned cutter mechanism 500 includes cutter seat 510, slitter shaft 520, cutter shaft seat 530, axle sleeve 540, tool apron adjustment bar
550th, ruler 560 and indicateing arm 561 are indicated.Cutter seat 510 is arranged on 300 one end of feed mechanism, as shown in figure 3, cutter seat 510
Frame 516 is promoted including not moving knife 511, gasket 512, moving knife 513, slide-bar lid 514, cutter slide-bar 515 and cutter.Cutter seat 510
A groove is provided with, for passing through material.510 side of cutter seat is equipped with not moving knife 511, opposite side and is equipped with moving knife 512, its
In, the substantially tabular of moving knife 511, lower section do not offer a notch, and size of the notch just with moving knife 512 matches.Not moving knife
511 are fixedly connected by gasket 512 with cutter seat 510.The substantially tabular of gasket 512, for buffering not moving knife 511 and moving knife
Active force caused by foot is cut in 513 cooperations, so as to protect cutter seat.The opposite side of slide-bar lid 514 and cutter seat 510, which is fixed, to be connected
Connect, and receiving space 5140 (not indicating) is formed between slide-bar lid 514 and cutter seat 510, receiving space 5140 is used to house
Cutter slide-bar 515.Cutter slide-bar 515 is connected through receiving space 5140 with moving knife 513, enables moving knife 513 in cutter seat 510
Upper activity.When needing repairing or replacing, moving knife 513 can be disassembled easily from cutter slide-bar 515.Cutter is slided
The other end of axis 515 promotes frame 516 to be fixedly connected with cutter.When material movement is to cutter seat 510, cutter promotes frame 516 to exist
Under the action of driving mechanism 600, moved to material direction, drive moving knife 513 to move by the gearing of cutter slide-bar 515,
Moving knife 513 coordinates with not moving knife 511, is removed pin.
It is understood that in some other embodiments, gasket 512 can be omitted, and moving knife 511 can not set directly
On cutter seat 510, it need to only increase the height of not moving knife 511, make its height concordant with moving knife 513, and can be with moving knife 513
Foot is cut in cooperation.
Slitter shaft 520 is arranged on the lower section of cutter seat 510, and one end is fixedly connected with cutter seat 510, and the other end passes through cutter shaft
Seat 530, is fixedly connected with axle sleeve 540, for adjusting the height of cutter seat 510.520 substantially cylindrical shape of slitter shaft, number
Amount can be two, be symmetricly set on the lower section of cutter seat 510.The substantially tabular of cutter shaft seat 530, offers two holes, hole
Diameter can be more bigger than the cross-sectional diameter of slitter shaft 520, such as the diameter in hole can be bigger than the cross-sectional diameter of slitter shaft 520
2mm, so that slitter shaft 520 can pass through, and enables cutter shaft seat 530 along the activity of slitter shaft 520.Also set on cutter shaft seat 530
There is screw, when the screw is unscrewed, cutter shaft seat 530 can be movable on slitter shaft 520, when the screw tightening, cutter shaft
Seat 530 is fixed on slitter shaft 520.Axle sleeve 540 is fixed under casing 100, is fixedly connected with slitter shaft 520, for solid
Cutter axis 520, and drive slitter shaft 520 to move.Tool apron adjustment bar 550 is connected with axle sleeve 540, for driving axle sleeve 540
It is mobile, so as to adjust the height of cutter seat 510.When turn tool apron adjustment thick stick 550 when, adjustment bar 550 drive axle sleeve 540 upwards or
Move down, so that slitter shaft 520 moves, drive cutter seat 510 to move up or down, to adjust the height of cutter seat 510
Degree.
Sign ruler 560 is arranged on cutter seat 510, and for indicating the length of pin, indicateing arm 561 is arranged on cutter shaft seat
On 530, for the scale on sign ruler 560.When turning tool apron adjustment thick stick 550, the height of cutter seat 510 is adjusted, is referred to
Indicating 561 can correspond to corresponding scale on sign ruler 560 at the same time, then thick stick 550 can be adjusted by adjusting tool apron and is adjusted to required cut
The length of foot.
Above-mentioned driving mechanism 600 is connected with adjusting mechanism 500, for driving cutter to move.Driving mechanism 600 includes bias
Axis 610, eccentric axis seat 620, cutter gear 630, motor gear 640 and motor 650.The 610 substantially cylindrical bodily form of eccentric shaft
Shape, is contained in cutter and promotes frame 516, for driving cutter to promote frame 516 to move, so as to drive moving knife 513 to move.Eccentric axis seat
620 and 610 eccentric axis connections, for making eccentric shaft 610 do cam movement around eccentric axis seat 620.Eccentric axis seat 620 offers
Eccentric orfice, the eccentric orfice are passed through by eccentric shaft 610.Cutter gear 630 and motor gear 640 are equipped with eccentric axis seat 620, is cut
Cutter tooth wheel 630 is fixedly connected with eccentric shaft 610, and cutter gear 630 is also connected with motor gear 640, and cutter gear 630 is used
Moved in driving eccentric shaft 610；Motor gear 640 is connected with cutter gear 630, for driving cutter gear 630 to rotate.Motor
650 are connected with motor gear 640, and motor 650 is arranged under casing 100, and motor 650 is rotated for drive motor gear 640,
And then drive cutter gear 630 to rotate, so that eccentric shaft 610 rotates.When eccentric shaft 610 rotates, since eccentric shaft 610 is done
Cam moves, and successively the front bezel of frame 516 and rear frame can be promoted to collide with cutter, when with promoting the front bezel of frame 516 to collide
When, drive moving knife 513 to push ahead, so as to cut pin；After completing a cutting, moved after eccentric shaft 610, with promoting frame
516 rear frame collision, drives moving knife 513 to move backward, feed mechanism 300 continues feeding forward at this time, is cut next time
Foot.
The course of work of above-mentioned shearing-foot device 1000 is substantially：Material is placed on to the locating plate 310 of feed mechanism 300
Card slot on, material travels forward automatically under the action of oscillating plate 330, travels forward according to parabolic path vertical jump in succession,
Movement velocity is controlled adjusting by vibrating regulator 250；When material travels forward, while rotate feeding pressure mechanism
400 adjustment bar 410, slide-bar seat 440 can be moved upwardly or downwardly, and drive holding pad 450 to be moved upwardly or downwardly, so as to adjust
The height of binder rail 460, makes material entirely travel forward on locating plate 310；When material is sent to the cutter of cutter mechanism 500
During seat 510, the 650 drive motor gear 640 of motor of driving mechanism 600 rotates, and then drives cutter gear 630 to rotate, so that
Rotate eccentric shaft 610；When eccentric shaft 610 rotates, since eccentric shaft 610 does cam movement, frame successively can be promoted with cutter
516 front bezel and the collision of rear frame, when with promoting the front bezel of frame 516 to collide, drive moving knife 513 to push ahead, moving knife
513 cut pin with the cooperation of not moving knife 511；After completing a cutting, moved after eccentric shaft 610, the rear frame with promoting frame 516
Collision, drives moving knife 513 to move backward, and moving knife 513 is separated with not moving knife 511, and feed mechanism 300 continues feeding forward at this time,
Carry out cutting next time.
Above-mentioned shearing-foot device 1000 includes under casing 100, adjusting mechanism 200, feed mechanism 300, feeding pressure mechanism 400, cutter
Mechanism 500 and driving mechanism 600；Under casing 100 is arranged on the bottom of shearing-foot device 1000, is used to support shearing-foot device 1000；Adjust
Save mechanism 200 to be arranged under casing 100, for controlling the movement of shearing-foot device 1000；Feed mechanism 300 is arranged under casing 1000,
For transmitting material；Wherein, feed mechanism 300 includes locating plate 310, and locating plate 310 is used to place material, and locating plate 310 wraps
Left locating plate 311 and right locating plate 312 are included, track groove 3110, track groove are formed between left locating plate 311 and right locating plate 312
3110 both sides are equipped with card slot 3111, and card slot 3111 is used to block material；Cutter mechanism 500 is connected with feed mechanism 300, for into
Row cuts foot；Wherein, cutter mechanism 500 includes cutter seat 510, and cutter seat 510 includes not moving knife 511, moving knife 513, slide-bar lid
514th, cutter slide-bar 515 and cutter promote frame 516, and moving knife 511 is not used to coordinate completion to cut foot, slide-bar lid 514 with moving knife 513
It is connected with cutter seat 510, forms receiving space 5140, receiving space 5140 is used to house cutter slide-bar 515, cutter slide-bar 515
Receiving space 5140 is contained in, 515 one end of cutter slide-bar promotes frame 516 to be connected with cutter, and the other end is connected with moving knife 513, uses
Moved in driving moving knife 513；Driving mechanism 600 is connected with cutter mechanism 500, for driving cutter mechanism 500 to carry out cutting foot.
In the above manner, shearing-foot device 1000 can automatic shearing foot, cutting length can adjust arbitrarily, and it is efficient to cut foot, and operates
Simply, maintenance is easy.
It should be noted that the preferable implementation of the utility model is given in the specification and its attached drawing of the utility model
Mode, still, the utility model can be realized by many different forms, however it is not limited to the described implementation of this specification
Mode, these embodiments are not as the extra limitation to the utility model content, there is provided the purpose of these embodiments is to make
To the understanding more thorough and comprehensive of the disclosure of the utility model.Also, above-mentioned each technical characteristic continues to be mutually combined, formed
The various embodiments not being enumerated above, are accordingly to be regarded as the scope of the utility model specification record；Further, to this area
For those of ordinary skill, it can according to the above description be improved or be converted, and all these modifications and variations should all belong to
The protection domain of the appended claims for the utility model.
Claims (10)
- A kind of 1. shearing-foot device, it is characterised in that including：Under casing, adjusting mechanism, feed mechanism, cutter mechanism and driving machine Structure；The under casing is arranged on the shearing-foot device bottom, is used to support the shearing-foot device；The adjusting mechanism is arranged on the under casing, for controlling the movement of the shearing-foot device；The feed mechanism is arranged on the under casing, for transmitting material；The feed mechanism includes locating plate, the locating plate For placing material, the locating plate includes left locating plate and right locating plate, is formed between the left locating plate and right locating plate Track groove, the track groove both sides are equipped with card slot, and the card slot is used to block material；The cutter mechanism is connected with the feed mechanism, and for carrying out cutting foot, the cutter mechanism includes cutter seat, described to cut Tool apron includes not moving knife, moving knife, slide-bar lid, cutter slide-bar and cutter and promotes frame, and the not moving knife is used to coordinate with the moving knife Foot is cut in completion, and the slide-bar lid is connected with the cutter seat, forms receiving space, and the receiving space is used to house the cutter Slide-bar, the cutter slide-bar are contained in the receiving space, and described cutter slide-bar one end promotes frame to be connected with the cutter, another End is connected with the moving knife, for driving the moving knife to move；The driving mechanism is connected with the cutter mechanism, for driving the cutter mechanism to carry out cutting foot.
- 2. device according to claim 1, it is characterised in that the cutter seat further includes gasket, the gasket with it is described Moving knife does not connect, and active force caused by foot is cut for buffering.
- 3. the apparatus of claim 2, it is characterised in that the cutter mechanism further includes slitter shaft, cutter shaft seat, axle sleeve Bar is adjusted with tool apron；The slitter shaft is arranged on below the cutter seat, for adjusting the height of the cutter seat；The cutter shaft seat is passed through by the slitter shaft, for making the cutter shaft seat be moved along the cutter shaft seat；The axle sleeve is arranged on the under casing, for fixing the slitter shaft, and drives the slitter shaft to move；The tool apron adjustment bar is connected with the axle sleeve, for driving the axle sleeve to move.
- 4. device according to claim 3, it is characterised in that the cutter mechanism further includes sign ruler and indicateing arm；The sign ruler is arranged on the cutter seat, for indicating the length of pin；The indicateing arm is arranged on the cutter shaft seat, for indicating the scale on the sign ruler.
- 5. device according to claim 4, it is characterised in that the under casing include under casing body, waste material box, foot pad, in Plate and retaining ring；The waste material box is arranged in the under casing body, for placing the foot cut bits；The foot pad is arranged under the under casing body, for the shearing-foot device to be separated with ground；The middle plate is arranged on the under casing body, is separated for installing other mechanisms, and by other mechanisms with waste material；The retaining ring is arranged on the one side of the adjusting mechanism and under casing body, for by the adjusting mechanism and under casing body button Close.
- 6. device according to claim 4, it is characterised in that the adjusting mechanism includes anti-static work bin, general supply is opened Pass, chopper switch, vibroswitch, vibrating regulator and controller；The anti-static work bin is arranged on the under casing, for installing the total power switch, chopper switch, vibroswitch and shaking Dynamic adjuster；The total power switch is used for the power supply for controlling the shearing-foot device；The chopper switch is used for the power supply for controlling the cutter mechanism；The vibroswitch is used for the power supply for controlling the feed mechanism；The vibrating regulator is used for the direction for controlling the feed mechanism；The controller be arranged on the anti-static work bin in, be used for realization the total power switch, chopper switch, vibroswitch and The function of vibrating regulator.
- 7. device according to claim 4, it is characterised in that the feed mechanism further includes guard rail, oscillating plate and vibration Shrapnel；The guard rail is arranged on the locating plate, for adjusting the left and right width of the material；The oscillating plate is arranged on below the locating plate, for making the locating plate resonate by transmission；The oscillating plate is equipped with vibration spring plate, and the vibration spring plate is used to produce vibration by electromagnetic induction principle, so that institute State vibration panel vibration.
- 8. device according to claim 4, it is characterised in that the driving mechanism includes eccentric shaft, eccentric axis seat, cutter Gear, motor gear and motor；The eccentric shaft is contained in the cutter and promotes frame, for driving the cutter to promote frame movement；The eccentric axis seat and the eccentric axis connection, for making the eccentric shaft do cam movement around the eccentric axis seat；The cutter gear is arranged in the eccentric axis seat, for driving the eccentric shaft to move；The motor gear is arranged in the eccentric axis seat, and is connected with the cutter gear, for driving the cutter tooth Wheel rotates；The motor is arranged in the under casing, for driving the motor gear to rotate.
- 9. according to claim 1-8 any one of them devices, it is characterised in that described device further includes feeding pressure mechanism, described Feeding pressure mechanism is arranged on the feed mechanism, for making the smooth transport of material.
- 10. device according to claim 9, it is characterised in that the feeding pressure mechanism include adjustment bar, fixed plate, slide-bar, Slide-bar seat, holding pad and binder rail；The adjustment bar is arranged in the fixed plate, for adjusting the height of the feeding pressure mechanism；The fixed plate is arranged on described slide-bar one end, for fixing the adjustment bar；The slide-bar is connected with the under casing, for enabling the slide-bar seat to move up and down；The slide-bar seat is arranged on the slide-bar, for adjusting the position of the holding pad；The holding pad is connected with the slide-bar seat, for adjusting the position of the binder rail；The binder rail is connected with the holding pad, for flattening the material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721169580.2U CN207250340U (en) | 2017-09-12 | 2017-09-12 | A kind of shearing-foot device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721169580.2U CN207250340U (en) | 2017-09-12 | 2017-09-12 | A kind of shearing-foot device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207250340U true CN207250340U (en) | 2018-04-17 |
Family
ID=61888289
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721169580.2U Expired - Fee Related CN207250340U (en) | 2017-09-12 | 2017-09-12 | A kind of shearing-foot device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207250340U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108994223A (en) * | 2018-09-29 | 2018-12-14 | 广西新未来信息产业股份有限公司 | A kind of varistor accurate foot-cutting machine |
| CN111299465A (en) * | 2020-03-12 | 2020-06-19 | 戴一凡 | Carousel formula electronic components cuts foot machine |
-
2017
- 2017-09-12 CN CN201721169580.2U patent/CN207250340U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108994223A (en) * | 2018-09-29 | 2018-12-14 | 广西新未来信息产业股份有限公司 | A kind of varistor accurate foot-cutting machine |
| CN111299465A (en) * | 2020-03-12 | 2020-06-19 | 戴一凡 | Carousel formula electronic components cuts foot machine |
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