CN208923739U - The cutter device of copper busbar pyrocondensation insulated hull - Google Patents
The cutter device of copper busbar pyrocondensation insulated hull Download PDFInfo
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- CN208923739U CN208923739U CN201821908931.1U CN201821908931U CN208923739U CN 208923739 U CN208923739 U CN 208923739U CN 201821908931 U CN201821908931 U CN 201821908931U CN 208923739 U CN208923739 U CN 208923739U
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- mould bases
- tool apron
- lifting
- copper busbar
- cutter device
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Abstract
The utility model relates to a kind of cutter device of copper busbar pyrocondensation insulated hull, there is the intermediate support of limiting groove on mould bases, the frame column of mould bases two sides is equipped with lifting sliding rail, and the two sides up and down of intermediate support are arranged in transverse moving mechanism；Two connecting brackets of transverse moving mechanism are connect by the lifting slider of respective end with lifting sliding rail, connecting bracket is equipped with horizontal slide rail, the lateral executive item being mounted on mould bases is connect with two tool aprons, transverse slider on each tool apron is connect with respective horizontal slide rail, two rows of knife bars are installed on each tool apron, the both ends of the spring on each knife bar is covered to withstand on circular shear blade and tool apron respectively, two lifting executive items of elevating mechanism are separately mounted on mould bases and each connecting bracket, valve seat has for controlling the lift controil valve and the crosswise joint valve for controlling lateral executive item movement that two lifting executive items act.The utility model can reduce labor intensity of workers, make being consistent property of product, promote the degree of product standardization, improve peeling efficiency.
Description
Technical field
The utility model relates to a kind of cutter devices of copper busbar pyrocondensation insulated hull, belong to tool used for stripping technology neck
Domain.
Background technique
Copper busbar is usually applied to transmission of electricity, distribution and communication products, and conveying electric current is played in entire circuit or connection is electrical
The effect of equipment also acts as the neutral point of earthing bar, zero-emission, is widely used in alternating current-direct current power distribution cabinet, alternating current-direct current distribution box, hands over
The products such as DC distribution module, communication cabinet.
Copper busbar realizes the insulating protection of copper busbar by pyrocondensation Insulating heat shrink, due to pyrocondensation process isolating shrinkable
Casing deformation is uncontrollable, therefore copper busbar Insulating heat shrink is all whole pyrocondensation, therefore copper busbar is in practical applications, needs to remove
The Insulating heat shrink of junction is gone to protect, and retain other parts to have insulating protection appropriate.When installing copper busbar, lead to
It crosses and manually uses cutter or billhook by the Insulating heat shrink of copper busbar junction after the cutting of transversal cross-section twice, then along cutting
Insulating heat shrink afterwards is cut along longitudinal direction, can just peel the Insulating heat shrink of copper busbar junction off.Therefore copper busbar pyrocondensation
Insulated hull large labor intensity, inefficiency are also often hurted sb.'s feelings in peeling process, and there are security risks, are especially insulating
In the transverse cuts of heat-shrinkable T bush, since copper busbar two sides have arc-shaped, copper busbar is easily scratched during laterally cutting skin, is damaged
Bad product appearance is not easy to keep the consistency of product.
Summary of the invention
Labor intensity of workers can be reduced the purpose of the utility model is to provide a kind of, makes being consistent property of product, is promoted and is produced
Product standardization level improves the cutter device of the copper busbar pyrocondensation insulated hull of peeling efficiency.
The technical solution of the utility model to achieve the above object is: a kind of cutter device of copper busbar pyrocondensation insulated hull,
What transverse moving mechanism and drive tool apron it is characterized by comprising mould bases, for driving tool apron transverse shifting moved up and down
Elevating mechanism；
The mould bases is frame structure, and mould bases is equipped with intermediate support on the frame column of two sides, and intermediate support is equipped with
Limiting groove for supporting and limiting to multiple copper busbars, and mould bases is equipped with lifting sliding rail on the frame column of two sides, laterally moves
The two sides up and down of intermediate support are arranged in motivation structure；
The transverse moving mechanism includes the knife that two connecting brackets, two tool aprons and multiple one end have circular shear blade
Bar, two connecting brackets are connect by the lifting slider of respective end with lifting sliding rail, and connecting bracket is set bracket side towards the middle
There is horizontal slide rail, its active side of lateral executive item being mounted on mould bases is connect with two tool aprons, the transverse slider on each tool apron
It is connect respectively with respective horizontal slide rail, two rows of knife bars is installed on each tool apron, covered the both ends of the spring on each knife bar and push up respectively
Two rows of circular shear blades on circular shear blade and tool apron, and on two tool aprons are oppositely arranged；
The elevating mechanism includes two lifting executive items, and two lifting executive items are separately mounted to mould bases upper and lower sides
In grid beam, and the active side gone up and down on executive item is connect with respective connecting bracket；
Valve seat is installed on the mould bases, valve seat be equipped with lift controil valve for controlling two lifting executive items movements and
Control the crosswise joint valve of lateral executive item movement.
The utility model is directed to the cutter device of copper busbar pyrocondensation insulated hull, using mould bases and for driving tool apron horizontal
To mobile transverse moving mechanism and the elevating mechanism for driving tool apron to move up and down, and the intermediate support on mould bases be equipped with for pair
Multiple limiting grooves that copper busbar is supported and limited facilitate multiple copper busbars being placed on limiting groove progress batch calmly
Position, and drive tool apron mobile towards centre by elevating mechanism, two rows of circular shear blades of upper and lower sides are under the action of the spring to copper mother
Line is compressed, and under the drive of lateral executive item, the two rows of circular shear blades for driving tool apron transverse movement to make upper and lower sides are right simultaneously
Pyrocondensation insulated hull is cut off up and down, and it is circular arc that two rows of circular shear blades, which cut copper busbar two sides by side edge under the action of the spring,
Shape pyrocondensation insulated hull once can carry out transverse cuts to the pyrocondensation insulated hull in multiple copper busbars, improve the safety of operation
And labor efficiency, also improve the consistency of same batch products and the aesthetic measure of copper bar notch.
Detailed description of the invention
The embodiments of the present invention are described in further detail with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram of the cutter device of the utility model copper busbar pyrocondensation insulated hull.
Fig. 2 is the overlooking structure diagram of Fig. 1.
Fig. 3 is the side structure schematic view of Fig. 1.
Fig. 4 is the schematic perspective view of the cutter device of the utility model copper busbar pyrocondensation insulated hull.
Wherein: 1-mould bases, the 2-the first support, 3-lateral executive items, 4-lifting sliders, 5-connecting brackets, in 6-
Between bracket, 6-1-limiting groove, 7-lifting sliding rails, 8-guide sleeves, 9-transverse sliders, 10-horizontal slide rails, 11-the second
Support, 12-springs, 13-knife bars, 14-circular shear blades, 15-tool aprons, 16-valve seats, 17-lift controil valves, 18-laterally
Control valve, 19-lifting executive items.
Specific embodiment
As shown in Fig. 1~4, the cutter device of the utility model copper busbar pyrocondensation insulated hull, including mould bases 1, for driving
The transverse moving mechanism of 15 transverse shifting of tool apron and the elevating mechanism for driving tool apron 15 to move up and down.
As shown in Fig. 1~4, the utility model mould bases 1 be frame structure, mould bases 1 by two sides frame column and upper and lower frame
Beam is constituted, and is steadily placed for convenience of by mould bases 1, and I-shaped, and upper frame beam and two frame columns can be used in the lower grid beam of the utility model
The door shape frame of formation is simultaneously mounted in lower grid beam.The utility model mould bases 1 is equipped with intermediate support 6 on the frame column of two sides, in
Between bracket 6 be equipped with limiting groove 6-1 for multiple copper busbars to be supported and limited respectively, by limiting groove 6-1 to copper
Bus bearing and positioning, mould bases 1 are equipped with lifting sliding rail 7 on the frame column of two sides, and intermediate support 6 is arranged in transverse moving mechanism
Upper and lower two sides drive each tool apron transverse shifting by transverse moving mechanism, real to the cross section of the pyrocondensation insulated hull in copper busbar
Apply transverse cuts.
As shown in Figure 4, the utility model intermediate support 6 is two brackets arranged side by side, each limit on two intermediate supports 6
Position groove 6-1 is corresponding, through two intermediate supports 6 under the premise of reducing the weight of cutter device, moreover it is possible to more preferable to increase to copper busbar
Bearing and limit, improve operational stability, on the removable frame column for being mounted on mould bases 1 of the intermediate support 6 of the utility model, lifting
Sliding rail 7 is between two intermediate supports 6, therefore the intermediate support 6 by replacing different size limiting groove 6-1, is able to satisfy more
The cutting of the copper busbar pyrocondensation insulated hull of kind specification.
As shown in Fig. 1~4, the utility model transverse moving mechanism includes two connecting brackets, 5, two tool aprons 15 and multiple one
The knife bar 13 with circular shear blade 14 is held, two connecting brackets 5 are connect by the lifting slider 4 of respective end with lifting sliding rail 7, even
Connecing bracket 5,6 side of bracket is equipped with horizontal slide rail 10 towards the middle, for the intensity for improving connecting bracket 5, the connection of the utility model
U-bracket can be used in bracket 5, and the both ends of U-bracket are fixed with lifting slider 4, are equipped with horizontal slide rail on the bottom plate of U-bracket
10, its active side of lateral executive item 3 being mounted on mould bases 1 is connect with two tool aprons 15, and the transverse slider 9 on each tool apron 15 divides
It is not connect with respective horizontal slide rail 10, by the movement of lateral executive item 3, drives each 15 transverse shifting of tool apron.This is practical new
The lateral executive item 3 of type is cylinder and oil cylinder, and the infeed stroke of lateral executive item 3 is greater than copper bar width.The cross of the utility model
It is one to executive item 3, the active side of lateral executive item 3 is connect with two tool aprons 15 respectively by connector, can pass through a cross
Drive two tool aprons 15 transverse shifting simultaneously simultaneously to executive item 3.As shown in Fig. 1,4, the utility model transverse direction executive item 3 is two
A, two the first supports 2 are separately mounted on the frame column of side, and the affixed side of each transverse direction executive item 3 is mounted on corresponding
On first support 2, active side connect with respective tool apron 15, so that two lateral executive items 3 is driven respective tool apron 15 respectively laterally
It is mobile.
As shown in Fig. 1,4, the utility model two rows knife bar 13 is separately mounted on respective tool apron 15, and every row is mountable to be had
5~10 knife bars 13,12 both ends of spring covered on each knife bar 13 are withstood on respectively on circular shear blade 14 and tool apron 15, and two tool aprons
Two rows of circular shear blades 14 on 15 are oppositely arranged, and when each knife bar 13 is moved to copper busbar to intermediate support 6 with tool apron 15, can be led to
It crosses spring 12 respective circular shear blade 14 is pressed on the pyrocondensation insulated hull of copper busbar top and bottom, be moved in the transverse direction of circular shear blade 14
During dynamic, the top and bottom and two sides of Insulating heat shrink are cut by the cutting edge of circular shear blade 14 under the effect of spring 12
Face.
As shown in Fig. 1,4, the utility model tool apron 15 is equipped with multiple knife bar holes, and tool apron 15 is in knife bar hole towards mould bases frame
Beam side is equipped with guide sleeve 8, and knife bar 13 is passed through on knife bar hole and guide sleeve 8 on tool apron 15 and can be moved axially, and knife bar 13
Being equipped with guide sleeve 8 or/and tool apron 15 prevents knife bar 13 from the position-limit mechanism that falls off and rotate, which can be used phase
The limiting slot and spacing block set matched have limiting slot or spacing block set on knife bar 13, and guide sleeve 8 is equipped with corresponding and matches
Spacing block set or limiting slot；Or on knife bar 13 have limiting slot or spacing block set, and tool apron 15 at knife bar hole be equipped with pair
And should be matched spacing block set limiting slot；Or there is limiting slot or spacing block set, the knife bar of guide sleeve 8 and tool apron 15 on knife bar 13
The corresponding and spacing block set limiting slot that matches is equipped at hole, which can be made into one, or use screw, be only capable of knife bar 13
Axial movement, without being able to rotate and deviating from.
As shown in Fig. 1,4, the utility model elevating mechanism includes two lifting executive items 19, and each executive item 19 that goes up and down is distinguished
It is mounted in the grid beam of 1 upper and lower sides of mould bases, the active side gone up and down on executive item 19 is connect with respective connecting bracket 5 respectively, should
Going up and down executive item 19 is cylinder and oil cylinder.The utility model mould bases 1 is separately installed with the second support 11 in the middle part of grid beam, lifting
19 affixed side of executive item is mounted on the second support 11, active side and connecting bracket 5 connect, and passes through respective lifting executive item 19
Dynamic connecting bracket 5 makees lifting moving.
As shown in Fig. 1~4, valve seat 16 is installed on the mould bases 1 of the utility model, valve seat 16 is equipped with for controlling two liters
The lift controil valve 17 and control the crosswise joint valve 18 that lateral executive item 3 acts that executive item 19 acts are dropped, respective control is passed through
Valve processed controls the gas circuit or oil circuit of corresponding executive item, realizes the cutting or reset of cutter
As shown in Fig. 1~4, when utility model works, the corresponding limit that each copper busbar is placed on intermediate support 6 is recessed
Slot 6-1 is supported and is positioned, and makes copper busbar that junction be needed to be exactly between two rows blade, operates lift controil valve
17, so that the active side of two lifting executive items 19 is driven respective connecting bracket 5 respectively mobile to copper busbar side, and pass through spring
12 elastic force makes the cutting edge of circular shear blade 14 push down Insulating heat shrink always and clamps, and behaviour makees crosswise joint valve 18 and controls transverse direction
Executive item 3 acts, and the active side of lateral executive item 3 stretches out and each tool apron 15 is driven to move linearly, the cutting edge on circular shear blade 14
The top and bottom and two sides of Insulating heat shrink are cut open, then operating lift controil valve 17 resets two lifting executive items 19, so
Operation crosswise joint valve 18 resets lateral executive item 3 afterwards, will be crosscutting after copper busbar on be sent into subsequent processing.
Claims (9)
1. a kind of cutter device of copper busbar pyrocondensation insulated hull, it is characterised in that: including mould bases (1), for driving tool apron (15)
The transverse moving mechanism of transverse shifting and the elevating mechanism for driving tool apron (15) to move up and down；
The mould bases (1) is frame structure, and mould bases (1) is equipped with intermediate support (6), intermediate support on the frame column of two sides
(6) it is equipped with the limiting groove (6-1) for supporting and limiting to multiple copper busbars, and mould bases (1) is set on the frame column of two sides
Have lifting sliding rail (7), transverse moving mechanism is arranged in the two sides up and down of intermediate support (6)；
The transverse moving mechanism includes that two connecting brackets (5), two tool aprons (15) and multiple one end have circular shear blade
(14) knife bar (13), two connecting brackets (5) are connect by the lifting slider (4) of respective end with lifting sliding rail (7), connection branch
Bracket (6) side is equipped with horizontal slide rail (10) to frame (5) towards the middle, is mounted on its activity of lateral executive item (3) on mould bases (1)
Side is connect with two tool aprons (15), and the transverse slider (9) on each tool apron (15) is connect with respective horizontal slide rail (10) respectively, respectively
Two rows of knife bars (13) are installed, spring (12) both ends covered on each knife bar (13) withstand on circular shear blade respectively on tool apron (15)
(14) two rows of circular shear blades (14) and on tool apron (15), and on two tool aprons (15) are oppositely arranged；
The elevating mechanism includes two lifting executive items (19), and two lifting executive items (19) are separately mounted to mould bases (1)
In the grid beam of upper and lower sides, and the active side gone up and down on executive item (19) is connect with respective connecting bracket (5)；
It is equipped with valve seat (16) on the mould bases (1), valve seat (16) is equipped with for controlling two lifting executive item (19) movements
Lift controil valve (17) and the crosswise joint valve (18) for controlling lateral executive item (3) movement.
2. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1, it is characterised in that: the lifting executes
Part (19) and lateral executive item (3) are cylinder and oil cylinder.
3. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1 or 2, it is characterised in that: the mould bases
(1) it is separately installed in the middle part of grid beam the second support (11), lifting executive item (19) affixed side is mounted on the second support (11)
Upper, active side and connecting bracket (5) connect.
4. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1 or 2, it is characterised in that: the transverse direction
Executive item (3) is one, and the active side of lateral executive item (3) is connect with two connecting brackets (5) respectively by connector.
5. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1, it is characterised in that: the lateral execution
Part (3) is two, and two the first supports (2) are separately mounted on the frame column of side, the affixed side installation of each transverse direction executive item (3)
On corresponding first support (2), active side connect with respective tool apron (15).
6. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1, it is characterised in that: the intermediate support
It (6) is two brackets arranged side by side, on the removable frame column for being mounted on mould bases of two intermediate supports (6), lifting sliding rail (7) is located at two
Each limiting groove (6-1) between intermediate support (6), and on two intermediate supports (6) is corresponding.
7. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1, it is characterised in that: the tool apron (15)
Multiple knife bar holes are equipped with, tool apron (15) is equipped with guide sleeve (8) towards mould bases (1) grid beam side in knife bar hole, and knife bar (13) is worn
The knife bar hole and guide sleeve (8) crossed on tool apron (15) can simultaneously move axially, and knife bar (13) and guide sleeve (8) or/and tool apron
(15) it is equipped with the position-limit mechanism for making knife bar (13) that cannot fall off and rotate.
8. the cutter device of copper busbar pyrocondensation insulated hull according to claim 7, it is characterised in that: the position-limit mechanism
The limiting slot and spacing block set of matching can be used.
9. the cutter device of copper busbar pyrocondensation insulated hull according to claim 1, it is characterised in that: the connecting bracket
(5) U-bracket can be used, the both ends of U-bracket are fixed with lifting slider (4), are equipped with horizontal slide rail on the bottom plate of U-bracket
(10)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821908931.1U CN208923739U (en) | 2018-11-19 | 2018-11-19 | The cutter device of copper busbar pyrocondensation insulated hull |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821908931.1U CN208923739U (en) | 2018-11-19 | 2018-11-19 | The cutter device of copper busbar pyrocondensation insulated hull |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208923739U true CN208923739U (en) | 2019-05-31 |
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ID=66712244
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821908931.1U Active CN208923739U (en) | 2018-11-19 | 2018-11-19 | The cutter device of copper busbar pyrocondensation insulated hull |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208923739U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111167651A (en) * | 2020-02-27 | 2020-05-19 | 广东溢达纺织有限公司 | Printing ink rubber peeling device |
-
2018
- 2018-11-19 CN CN201821908931.1U patent/CN208923739U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111167651A (en) * | 2020-02-27 | 2020-05-19 | 广东溢达纺织有限公司 | Printing ink rubber peeling device |
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