CN209544143U - Station is used in transformer lead pin processing - Google Patents
Station is used in transformer lead pin processing Download PDFInfo
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- CN209544143U CN209544143U CN201920101804.9U CN201920101804U CN209544143U CN 209544143 U CN209544143 U CN 209544143U CN 201920101804 U CN201920101804 U CN 201920101804U CN 209544143 U CN209544143 U CN 209544143U
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- frame
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- lead pin
- slot
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Abstract
The utility model relates to transformer manufacture fields, disclose a kind of transformer lead pin processing station, comprising: frame body, and the rewinding frame below frame body, the part that frame body is located above rewinding frame is provided with through slot, backgauge frame on frame body upper surface, the backgauge frame include the mainboard being arranged towards staff, are relatively set with first baffle and second baffle in mainboard two sides；First baffle is close to frame body and one end far from mainboard offers feed inlet；Second baffle one end separate with mainboard and frame body offers observation panel.The utility model has the effect of transformer lead pin processing station.
Description
Technical field
The utility model relates to the technical fields of transformer processing, process recruitment more particularly, to a kind of transformer lead pin
Position.
Background technique
Transformer (Transformer) is the device for changing alternating voltage using the principle of electromagnetic induction, main member
It is primary coil, secondary coil and iron core (magnetic core).Major function has: voltage transformation, impedance transformation, is isolated, is steady at current transformation
Press (magnetic saturation transformer) etc..
In existing technology, miniature transformer is usually welded on miniature transformer in actual process
Pin can be cut according to actual demand after pin welding is completed by being fixed with multiple pins, the cutting processing of pin
Usually multistation simultaneous processing.
Prior art among the above has the following deficiencies: that manually on station, a hand holds transformer, another
Hand holding scissors is cut out the pin on miniature transformer, below station at be placed with blanking box, to cut the pin that falls into
Row is collected, and still, pin is also easy to produce splashing during cutting and falling, and is not easy to be collected to cutting the pin fallen.
Utility model content
In view of the deficienciess of the prior art, the utility model lies in that providing a kind of convenient for being collected to cutting the pin fallen
Transformer lead pin processing use station.
To achieve the above object, the utility model provides following technical solution:
A kind of transformer lead pin processing station, comprising: frame body, and the rewinding frame below frame body, frame body are located at
Part above rewinding frame is provided with through slot, and the backgauge frame on frame body upper surface, the backgauge frame includes towards work
The mainboard for making personnel's setting, is relatively set with first baffle and second baffle in mainboard two sides；First baffle close to frame body and
One end far from mainboard offers feed inlet；Second baffle one end separate with mainboard and frame body offers observation panel.
By using above-mentioned technical proposal, when being cut to the pin on transformer, one hand holding of operator
Transformer, another hand holds scissors, by the pin on transformer towards backgauge frame, when pin splashes, and mainboard, the
One baffle and second baffle stop the splashing of pin in the front of operator and the left and right sides；Drop down onto pin
Frame body is equipped with the side of backgauge frame, then drops down onto pin in rewinding frame by through slot；Compared with prior art, this is practical
By above-mentioned setting in type, achieve the purpose that convenient for being collected to cutting the pin fallen.
The utility model is further arranged to: the backgauge frame further includes the bottom plate being fitted on frame body upper surface, main
Plate, first baffle and second baffle are installed in side of the bottom plate backwards to frame body.
By using above-mentioned technical proposal, bottom plate is that basis is established in the installation of mainboard, first baffle and second baffle.
The utility model is further arranged to: setting stops net at the through slot on frame body.
By using above-mentioned technical proposal, pin falls behind there are a part of longer cutting, this part can continue to use；
Stop net on the one hand to prevent longer pin from falling in rewinding frame, on the other hand prevents transformer unexpected from operator's hand
It is fallen to after falling off in rewinding frame.
The utility model is further arranged to: the area of the through slot horizontal cross-section is less than the face of rewinding frame horizontal cross-section
Product, the transformer lead pin processing station further includes pin collecting mechanism；Pin collecting mechanism includes: shovel board, moves horizontally
Component and vertically movable component；Component is moved horizontally to be oppositely arranged in the two sides of through slot；Vertically movable component, which is set to, laterally to be moved
On dynamic component；Shovel board is set to the one end of vertically movable component far from transverse shifting component.
By using above-mentioned technical proposal, moves horizontally the vertically movable component of Component driver and shovel board while being moved to rewinding
One end of frame, vertically movable Component driver shovel board are connected on rewinding frame bottom wall, and then moving horizontally Component driver shovel board will fall
Pin consolidation in rewinding frame is fallen in the side of rewinding frame.
The utility model is further arranged to: vertically movable component includes: mounting blocks, servo cylinder and hydraulically extensible
Bar；Mounting blocks are connected with component is moved horizontally；Servo cylinder is mounted on mounting blocks towards the side of rewinding frame；The work of servo cylinder
Plug end is connected with hydraulic telescopic rod, and one end of hydraulic telescopic rod towards rewinding frame is connected with shovel board.
It is shoveled by using flexible driven by hydraulic telescopic rod of above-mentioned technical proposal, servo cylinder work, piston end
Plate is connected to rewinding frame bottom wall, or driving shovel board is pulled out from rewinding frame.
The utility model is further arranged to: moving horizontally component includes: sliding block, sliding slot, screw rod and servo motor；It is sliding
Slot is provided on frame body lower surface and between through slot and rewinding frame；Sliding block is adapted with sliding slot；Screw rod is placed in sliding slot, silk
For one end rolling assembling of bar on frame body, the other end of screw rod is connected to servo motor output shaft, screw rod and sliding block Screw assembly.
By using above-mentioned technical proposal, servo motor work, the rotation of output shaft drives the rotation of screw rod, screw rod
It is slided in rotation band movable slider self-love sliding slot, the sliding of sliding block drives vertically movable component to be moved to above rewinding frame or from rewinding
It is removed above frame.
The utility model is further arranged to: the vertical section of the sliding block and the sliding slot is disposed as T shape or dovetail
Shape.
By using above-mentioned technical proposal, the shaking generated when sliding block slides in sliding slot is limited, and then promotes sliding block and exists
Stability when being slided in sliding slot.
The utility model is further arranged to: it is slidably connected between the two sides and frame body lower surface of rewinding frame by sliding rail,
The glide direction of rewinding frame and the glide direction of sliding block are consistent
It by using above-mentioned technical proposal, on the one hand takes out rewinding frame, is on the other hand pin collecting mechanism
Basis is established in setting, and sliding rail is directly bought from market, convenient for assembling.
In conclusion the utility model has the following beneficial effects:
When cutting to the pin on transformer, one hand of operator holds transformer, and another hand holding is cut
Knife, by the pin on transformer towards backgauge frame, when pin splashes, mainboard, first baffle and second baffle exist
The front and the left and right sides of operator stops the splashing of pin；Pin is set to drop down onto frame body equipped with backgauge frame
Then side is dropped down onto pin in rewinding frame by through slot；Compared with prior art, this it is practical in by above-mentioned setting,
Achieve the purpose that convenient for being collected to cutting the pin fallen.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is vertically movable component and the structural schematic diagram for moving horizontally component.
Appended drawing reference: 1, frame body；11, panel；12, support rod；2, rewinding frame；31, bottom plate；32, mainboard；33, first gear
Plate；34, second baffle；4, stop net；51, shovel board；521, sliding block；522, sliding slot；523, screw rod；524, servo motor；531,
Mounting blocks；532, servo cylinder；533, hydraulic telescopic rod；6, sliding rail；7, hanging plate.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
It referring to Fig.1, is a kind of transformer lead pin processing station disclosed by the utility model, comprising: frame body 1, rewinding frame
2, backgauge frame, bottom plate 31, mainboard 32, first baffle 33 and second baffle 34.Frame body 1 is by 11 He of panel in cuboid shape
Support rod 12 forms；The horizontal cross-section of bottom plate 31 is L-shaped, and bottom plate 31 is mounted on 11 upper surface of panel；Mainboard 32 is in cuboid
Shape is simultaneously mounted on bottom plate 31 towards staff, and mainboard 32 and bottom plate 31 are perpendicular；First baffle 33 and second baffle 34 exist
The two sides of mainboard 32 are oppositely arranged and are connected with bottom plate 31, and first baffle 33 and second baffle 34 are in cuboid shape；Rewinding frame 2
It is mounted on 11 lower surface of panel；The part that panel 11 is located on rewinding frame 2 offers rectangular through slot；First baffle 33
Close to panel 11 and the side far from mainboard 32 offers the notch of cuboid shape；Side of the second baffle 34 far from panel 11 and
Side far from mainboard 32 offers the observation panel of cuboid shape.When being cut to the pin on transformer, a hand
Hold transformer and by the pin on transformer towards backgauge frame, another hand holds scissors and carries out to the pin on transformer
It cuts；When pin is when cutting generation splashing, mainboard 32, first baffle 33 and second baffle 34 hinder the splashing of pin
Gear, makes to cut the pin fallen and falls on panel 11, and the pin that then will fall off is fallen in rewinding frame 2 by through slot.
Referring to Fig.1, horizontally disposed blocking net 4 is installed at the through slot on panel 11.The length of pin is different, falls cutting
When there are some longer pins, this part cut the pin fallen still be able to using；On the one hand longer pin is prevented to fall to receipts
In material frame 2, transformer is on the other hand avoided surprisingly to drop down onto rewinding frame 2 after falling off on hand by through slot.
Referring to Fig.1, the area of through slot horizontal cross-section is less than the area of 2 horizontal cross-section of rewinding frame；Transformer lead pin processing is used
Station further includes pin collecting mechanism；Pin collecting mechanism includes: shovel board 51, moves horizontally component and vertically movable component；
It moves horizontally component to be mounted on the lower surface of panel 11, moves horizontally component and be oppositely arranged in the two sides of through slot, moved horizontally
Component driver shovel board 51 is moved towards or away from operator；Vertically movable component, which is mounted on, moves horizontally component far from panel 11
One end；Shovel board 51 is mounted on the one end of vertically movable mechanism far from transverse moving mechanism, and shovel board 51 is in cuboid shape；It is vertical to move
Motivation structure drives shovel board 51 to move towards or away from 2 bottom wall of rewinding frame.
Referring to Fig. 2, vertically movable component includes: mounting blocks 531, servo cylinder 532 and hydraulic telescopic rod 533.Installation
Block 531 is in cuboid shape, and the length of mounting blocks 531 is greater than the length of through slot；The bottom of servo cylinder 532 is mounted on mounting blocks
531 backwards to the side of panel 11, and 532 piston end of servo cylinder is straight down；Hydraulic telescopic rod 533 is vertically arranged, hydraulically extensible
One end of bar 533 is connected with 532 piston end of servo cylinder, and the other end of hydraulic telescopic rod 533 is connected with shovel board 51.Servo cylinder
The elongation of 532 work, the elongation of the elongated hydrodynamic pressure telescopic rod 533 of piston end, hydraulic telescopic rod 533 drives 51 court of shovel board
It is moved to 2 bottom wall of rewinding frame；Servo cylinder 532 works, and the contraction of the shrinkage band hydrodynamic pressure telescopic rod 533 of piston end is hydraulic
The contraction of telescopic rod 533 drives the top of the withdrawal rewinding frame 2 of shovel board 51.
Referring to Fig. 2, moving horizontally component includes: sliding block 521, sliding slot 522, screw rod 523 and servo motor 524.Sliding slot
522 are provided with 11 lower section of panel, and sliding slot 522 is between through slot and rewinding frame 2；Sliding block 521 is adapted to the sliding of 522 phase of sliding slot,
Mounting blocks 531 are mounted on side of the sliding slot 522 backwards to sliding slot 522；Screw rod 523 is placed in sliding slot 522, and one end of screw rod 523 turns
It is dynamic to be assemblied on panel 11, the other end of screw rod 523 is overlapped with the central axes of 524 output shaft of servo motor it is connected, screw rod 523 and
521 Screw assembly of sliding block.The rotation of 524 output shaft of servo motor drives the rotation of screw rod 523, and the rotation of screw rod 523, which drives, to be slided
Block 521 slides in sliding slot 522, so that shovel board 51 be driven to be concentrated to the side of rewinding frame 2 to the pin collected in rewinding frame 2.
In the present embodiment, the vertical section of sliding block 521 and sliding slot 522 is disposed as T shape or swallow-tail form.
Referring to Fig.1, it is slidably connected between 11 lower surface of the two sides of rewinding frame 2 and panel by sliding rail 6, sliding rail 6 passes through extension
Plate 7 is fixed at 11 lower surface of panel, and the glide direction of rewinding frame 2 is consistent with the glide direction of sliding block 521.When rewinding frame 2
Interior pin is collected at the side of rewinding frame 2, and rewinding frame 2 is skidded off, then the pin in rewinding frame 2 falls.
The implementation principle of the present embodiment are as follows: when being cut to the pin on transformer, step 1: a hand holding becomes
Depressor and by the pin on transformer towards backgauge frame, another hand holding scissors cuts the pin on transformer；
The splashing that mainboard 32, first baffle 33 and second baffle 34 generate pin when cutting stops, and makes to cut the pin fallen
It falls on panel 11；It is collected step 2: the pin that will fall off is fallen in rewinding frame 2 by through slot；Step 3: laterally
Moving assembly driving shovel board 51 moves to side of the rewinding frame 2 far from operator；Step 4: vertical driving assembly drives shovel board
51 are connected on collection frame bottom wall, and transverse shifting component drives shovel board 51 to move towards operator again, and realization is drawn to what is fallen
Foot carries out consolidation.
The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this
The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical
Within novel protection scope.
Claims (8)
1. a kind of transformer lead pin processing station, comprising: frame body (1), and it is set to the rewinding frame (2) below frame body (1), frame
The part that body (1) is located above rewinding frame (2) is provided with through slot characterized by comprising is set on frame body (1) upper surface
Backgauge frame, the backgauge frame include the mainboard (32) being arranged towards staff, are relatively set in mainboard (32) two sides
First baffle (33) and second baffle (34)；First baffle (33) is close to frame body (1) and one end far from mainboard (32) opens up
There is feed inlet；Second baffle (34) one end separate with mainboard (32) and frame body (1) offers observation panel.
2. transformer lead pin processing station according to claim 1, which is characterized in that the backgauge frame further includes patch
The bottom plate (31) on frame body (1) upper surface is closed, mainboard (32), first baffle (33) and second baffle (34) are installed in bottom
Side of the plate (31) backwards to frame body (1).
3. transformer lead pin processing station according to claim 1, which is characterized in that set at the through slot on frame body (1)
It sets and stops net (4).
4. transformer lead pin processing station according to claim 1, which is characterized in that the face of the through slot horizontal cross-section
Product is less than the area of rewinding frame (2) horizontal cross-section, and the transformer lead pin processing station further includes pin collecting mechanism；Pin
Collecting mechanism includes: shovel board (51), moves horizontally component and vertically movable component；Component is moved horizontally in the two sides phase of through slot
To setting；Vertically movable component is set on transverse shifting component；Shovel board (51) is set to vertically movable component far from transverse shifting group
One end of part.
5. transformer lead pin processing station according to claim 4, which is characterized in that vertically movable component includes: peace
Fill block (531), servo cylinder (532) and hydraulic telescopic rod (533)；Mounting blocks (531) with move horizontally component and be connected；Servo
Cylinder (532) is mounted on side of the mounting blocks (531) towards rewinding frame (2)；The piston end of servo cylinder (532) is connected with hydraulic
One end of telescopic rod (533), hydraulic telescopic rod (533) towards rewinding frame (2) is connected with shovel board (51).
6. transformer lead pin processing station according to claim 1, which is characterized in that moving horizontally component includes: cunning
Block (521), sliding slot (522), screw rod (523) and servo motor (524)；Sliding slot (522) is provided on frame body (1) lower surface simultaneously
Between through slot and rewinding frame (2)；Sliding block (521) is adapted with sliding slot (522)；Screw rod (523) is placed in sliding slot (522),
For one end rolling assembling of screw rod (523) on frame body (1), the other end of screw rod (523) is connected to servo motor (524) output
Axis, screw rod (523) and sliding block (521) Screw assembly.
7. transformer lead pin according to claim 6 processing station, which is characterized in that the sliding block (521) and described
The vertical section of sliding slot (522) is disposed as T shape or swallow-tail form.
8. transformer lead pin processing station according to claim 6, which is characterized in that the two sides of rewinding frame (2) and frame
It is slidably connected between body (1) lower surface by sliding rail (6), the glide direction and the glide direction phase of sliding block (521) of rewinding frame (2)
Unanimously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920101804.9U CN209544143U (en) | 2019-01-21 | 2019-01-21 | Station is used in transformer lead pin processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920101804.9U CN209544143U (en) | 2019-01-21 | 2019-01-21 | Station is used in transformer lead pin processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209544143U true CN209544143U (en) | 2019-10-25 |
Family
ID=68270819
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920101804.9U Active CN209544143U (en) | 2019-01-21 | 2019-01-21 | Station is used in transformer lead pin processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209544143U (en) |
-
2019
- 2019-01-21 CN CN201920101804.9U patent/CN209544143U/en active Active
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