CN206153361U - Automatic notching device of power battery aluminum hull and punch structure - Google Patents

Abstract

The utility model discloses an automatic notching device of power battery aluminum hull and punch structure, wherein, the power battery aluminum hull automatic notching device include: the base, with the base passes through the crane that the spliced pole is connected, set up in the die sliding seat of base and level motion behind the pressurized, set up in the crane, be used for pushing down so that the drift of recess sliding seat level motion. The utility model provides an automatic notching device of power battery aluminum hull, elastic connection in the drift is used for treat the incision aluminum hull under the die sliding seat drives and carry out notched incision chip, it accomplishes the back, rising under the drive of drift to make the usable incision chip with drift elastic connection of the automatic notching device of power battery aluminum hull treat incision aluminum hull incision one to automatic re -setting under flexible connectors's drive carries out the incision work that the incision aluminum hull was treated to the next one, has improved the automatic notching device's of power battery aluminum hull convenience and high efficiency.

Description

A kind of electrokinetic cell aluminum hull automatic incision device and punch structure

Technical field

This utility model is related to elevator technology field, more particularly to a kind of electrokinetic cell aluminum hull automatic incision device and Punch structure.

Background technology

Slotting machine is a kind of manual handling equipment in aluminum hull incision process, and which is indispensable in aluminum hull production process.

In all kinds of cutting devices applied in the market, slotting machine mainly includes：Pedestal, drift, it is resiliently attached to The die sliding seat and otch chip of pedestal, in the otch for carrying out electrokinetic cell aluminum hull works, its procedure of processing is：Will be to be cut Mouthful aluminum hull is nested with outside otch chip, then treats that otch aluminum hull is positioned over the groove of die sliding seat by be equipped with otch chip Interior, then drift is pushed, by die sliding seat towards pedestal direction compress while, oppress which is traversing in the horizontal direction, and and this Meanwhile, otch chip and otch aluminum hull is treated as inertia is stranded in original place, under the pressure of die sliding seat side wall, will treat otch Aluminum hull carries out otch.

After an electrokinetic cell aluminum hull is machined, otch aluminum hull is taken out, then proceed to the placement next one and treat otch Aluminum hull, the aluminum hull otch work to carry out a new round；By can be seen that in said process, the workflow of existing slotting machine is needed manually Filling aluminum hull, it is extremely onerous and poorly efficient.

Therefore, prior art has yet to be improved and developed.

Utility model content

In view of above-mentioned the deficiencies in the prior art, the purpose of this utility model is to provide a kind of electrokinetic cell aluminum hull to cut automatically Mouthful device and punch structure, the electrokinetic cell aluminum hull automatic incision device using with the otch chip of drift elastic connection one It is individual treat otch aluminum hull otch after the completion of, rise under the drive of drift, and automatically reset under the drive of Flexible Connector, carry out The next one treats the otch work of otch aluminum hull, improves the convenience and high efficiency of electrokinetic cell aluminum hull automatic incision device.

The technical solution of the utility model is as follows：

A kind of electrokinetic cell aluminum hull automatic incision device, wherein, the electrokinetic cell aluminum hull automatic incision device includes：

Pedestal, the crane being connected by connecting pole with the pedestal；

The pedestal the die sliding seat in pressurized rear horizontal movement are arranged at,

Be arranged at the crane, for depressing so that the drift of the die sliding seat horizontal movement；

The drift is resiliently attached to, and carries out cutting for otch for otch aluminum hull being treated under driving in the die sliding seat Mouth chip.

Preferably, described electrokinetic cell aluminum hull automatic incision device, wherein, the automatic otch dress of the electrokinetic cell aluminum hull Putting also includes：

Through being connected in the drift and otch chip, drive for completing in otch work, when the drift gos up The spring of the otch chip reset.

Preferably, described electrokinetic cell aluminum hull automatic incision device, wherein, it is provided with for installing in the drift State the first spring eye of spring；

It is provided with the otch chip for installing the second spring hole of the spring.

Preferably, described electrokinetic cell aluminum hull automatic incision device, wherein, the drift is provided with least one to be used for After spring insertion, pin is installed with the location hole of retaining spring.

Preferably, described electrokinetic cell aluminum hull automatic incision device, wherein, the otch chip lower end be provided with for After spring insertion, pin is installed with the cotter slot of support spring.

Preferably, the electrokinetic cell aluminum hull automatic incision device described in any one, wherein, the electrokinetic cell aluminum hull is certainly Dynamic notching device also includes：

Be disposed through the drift and otch chip, at least two connecting hole connecting the two.

Preferably, described electrokinetic cell aluminum hull automatic incision device, wherein, the connecting hole is bulb pin hole.

A kind of punch structure for being applied to electrokinetic cell aluminum hull automatic incision device described in as above any one, wherein, institute Stating punch structure includes：

Be arranged at the crane, for depressing so that the drift of the die sliding seat horizontal movement；

The drift is resiliently attached to, and carries out cutting for otch for otch aluminum hull being treated under driving in the die sliding seat Mouth chip.

Preferably, described punch structure, wherein, the punch structure also includes：

Through being connected in the drift and otch chip, drive for completing in otch work, when the drift gos up The spring of the otch chip reset.

Preferably, described punch structure, wherein, the punch structure also includes：It is disposed through the drift and cuts Mouthful chip, at least two connecting hole connecting the two.

Electrokinetic cell aluminum hull automatic incision device provided by the utility model, as a result of pedestal, with the pedestal The crane connected by connecting pole；The pedestal the die sliding seat in pressurized rear horizontal movement are arranged at, institute is arranged at State crane, for depressing so that the drift of the die sliding seat horizontal movement；And the drift is resiliently attached to, it is used for Otch aluminum hull is treated in the case where the die sliding seat drives carries out the otch chip of otch；So that the automatic otch of electrokinetic cell aluminum hull After the completion of device is using otch aluminum hull otch is treated at one with the otch chip of drift elastic connection, under the drive of drift on Rise, and automatically reset under the drive of Flexible Connector, carry out the otch work that the next one treats otch aluminum hull, improve power current The convenience and high efficiency of pond aluminum hull automatic incision device.

Description of the drawings

Fig. 1 is the structural representation of electrokinetic cell aluminum hull automatic incision device preferred embodiment in this utility model.

Fig. 2 is the structural representation of punch structure preferred embodiment in this utility model.

Fig. 3 is the punch structure schematic diagram of punch structure preferred embodiment in this utility model.

Fig. 4 is the otch chip structure schematic diagram of punch structure preferred embodiment in this utility model.

Specific embodiment

This utility model provides a kind of electrokinetic cell aluminum hull automatic incision device and punch structure, of the present utility model to make Purpose, technical scheme and effect are clearer, clear and definite, referring to the drawings and give an actual example to this utility model further specifically It is bright.It should be appreciated that specific embodiment described herein is not used to limit this practicality newly only to explain this utility model Type.

As shown in figure 1, this utility model provides a kind of electrokinetic cell aluminum hull automatic incision device, the electrokinetic cell aluminum hull Automatic incision device includes：Pedestal 100, the crane 300 being connected by connecting pole 200 with the pedestal 100；It is arranged at described Pedestal 100, and in the die sliding seat 400 of pressurized rear horizontal movement, be arranged at the crane 300, for depressing so that institute State the drift 500 of die sliding seat horizontal movement；The drift 500 is resiliently attached to, in 400 band of die sliding seat Otch aluminum hull is treated under dynamic carries out the otch chip 600 of otch.

In this utility model embodiment, the setting of the pedestal 100, connecting pole 200 and crane 300 can adopt existing skill The set-up mode of slotting machine in art, it is possible to use other universal architectures in machine tool field, here are not defined.And the die The setting of sliding seat 400 belongs to prior art using the structure of slotting machine in prior art, and here is not repeated.

The drift 500 is preferably with the connected mode of the crane 300, and the crane 300 is provided with for holding Receive the groove of 500 upper end coupling part of the drift, when the assembling of drift 500 is carried out, the drift 500 inserts described recessed Groove, is then attached by modes such as connecting bolts.

The otch chip 600 can pass through built-in spring with the drift 500 or arrange elastic telescopicing rod between It is attached etc. mode.

Electrokinetic cell aluminum hull automatic incision device provided by the utility model, as a result of pedestal 100, with the base The crane 300 that seat 100 is connected by connecting pole 200；Be arranged at the pedestal 100, and in the die of pressurized rear horizontal movement Sliding seat 400, is arranged at the crane 300, for depressing so that the drift 500 of the die sliding seat horizontal movement；With And the drift 500 is resiliently attached to, for otch aluminum hull being treated under driving in the die sliding seat 400 carry out cutting for otch Mouth chip 600；So that electrokinetic cell aluminum hull automatic incision device exists using the otch chip 600 with 500 elastic connection of drift After the completion of one is treated otch aluminum hull otch, rise under the drive of drift 500, and it is automatically multiple under the drive of Flexible Connector Position, carries out the otch work that the next one treats otch aluminum hull, improves the convenience and height of electrokinetic cell aluminum hull automatic incision device Effect property.

As shown in Fig. 2 further, the electrokinetic cell aluminum hull automatic incision device also includes：It is described through being connected to In drift 500 and otch chip 600, for completing in otch work, the drift 500 drives the otch chip when ging up 600 springs 700 for resetting.

In this utility model preferred embodiment, side of the drift 500 with otch chip 600 by built-in back-moving spring Formula connection the two, this kind of connected mode be in order to farthest retain 500 contour structures of former drift, reduce manufacturing cost, On the basis of improving electrokinetic cell aluminum hull automatic incision device work efficiency, while improving the reset speed of otch chip 600, subtract Few parts addition.

Further, the electrokinetic cell aluminum hull automatic incision device also includes：It is disposed through the drift 500 and cuts Mouthful chip 600, at least two connecting hole connecting the two 800.

In order to save manufacturing cost, simplify assembling process, the connecting hole 800 is set to two.

The connecting hole 800 is chosen as bulb pin hole, and the setting of bulb pin hole can effectively carry out otch chip 600 positioning, it is ensured that the otch chip 600 and the connection accuracy of drift 500, effectively prevents otch chip 600 from misplacing.

As shown in figure 3, further, the drift 500 be provided with least one for after the spring 700 is inserted, Pin is installed with the location hole 510 of retaining spring.

The location hole 510 is provided with two, in order to the spring 700 is fixed in the way of most easy and cost-effective, This utility model using location hole 510 is opened up in 500 lower end of the drift and inserts fixed fixed form using pin, and this is solid Determine mode spring maintenance, replace with it is extremely simple and convenient.

As shown in figure 4, further, 600 lower end of otch chip be provided with for after the spring 700 is inserted, Pin is installed with the cotter slot 630 of support spring.

In order to further reinforce the fixation of the spring 700, and the otch chip 600 is effectively driven to reset, this reality It is with new using cotter slot 630 is opened up in 600 bottom of otch chip, the lower end of the spring 700 is solid using pin In the cotter slot 630, the fixed form is not only simple to operate, and stability is high.

As shown in Figures 2 and 4, further, it is provided with for installing the first of the spring 700 in the drift 500 Spring eye 520；It is provided with the otch chip 600 for installing the second spring hole 620 of the spring 700.

The spring 700 install when by described in 600 lower end Jing successively of the otch chip cotter slot 630, second spring hole 620 and first spring eye 520 through between the otch chip 600 and drift 500, be then utilized respectively pin insert two The location hole 510 and cotter slot 630, make 700 upper end of the spring be fixedly connected on the drift 500, and lower end fix connect It is connected to the otch chip 600.

A kind of 500 structure of drift for being applied to electrokinetic cell aluminum hull automatic incision device described in as above any one, wherein, 500 structure of the drift includes：

Be arranged at the crane 300, for depressing so that the drift 500 of the die sliding seat horizontal movement；

The drift 500 is resiliently attached to, and is cut for otch aluminum hull being treated under driving in the die sliding seat 400 The otch chip 600 of mouth.

Further, described 500 structure of drift, wherein, 500 structure of the drift also includes：

Through being connected in the drift 500 and otch chip 600, for completing in otch work, the drift 500 times The spring for driving the otch chip 600 to reset when rising.

Further, described 500 structure of drift, wherein, 500 structure of the drift also includes：It is disposed through described Drift 500 and otch chip 600, at least two connecting hole connecting the two 800.

It should be appreciated that application of the present utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come Say, can be improved according to the above description or be converted, for example whether arranging cantilever plate etc., all these modifications and variations are all The protection domain of this utility model claims should be belonged to.

Claims (10)

1. a kind of electrokinetic cell aluminum hull automatic incision device, it is characterised in that the electrokinetic cell aluminum hull automatic incision device bag Include：

Pedestal, the crane being connected by connecting pole with the pedestal；

The pedestal the die sliding seat in pressurized rear horizontal movement are arranged at,

Be arranged at the crane, for depressing so that the drift of the die sliding seat horizontal movement；

The drift is resiliently attached to, and carries out the otch core of otch for otch aluminum hull being treated under driving in the die sliding seat Piece.

2. electrokinetic cell aluminum hull automatic incision device according to claim 1, it is characterised in that the electrokinetic cell aluminum hull Automatic incision device also includes：

Through being connected in the drift and otch chip, drive for completing in otch work, when the drift gos up described The spring of otch chip reset.

3. electrokinetic cell aluminum hull automatic incision device according to claim 2, it is characterised in that be provided with the drift For installing the first spring eye of the spring；

It is provided with the otch chip for installing the second spring hole of the spring.

4. electrokinetic cell aluminum hull automatic incision device according to claim 3, it is characterised in that the drift be provided with to Few one for after spring insertion, pin is installed with the location hole of retaining spring.

5. electrokinetic cell aluminum hull automatic incision device according to claim 4, it is characterised in that the otch chip lower end Be provided with for the spring insertion after, install pin with the cotter slot of support spring.

6. the electrokinetic cell aluminum hull automatic incision device according to claim 1 to 5 any one, it is characterised in that described Electrokinetic cell aluminum hull automatic incision device also includes：

Be disposed through the drift and otch chip, at least two connecting hole connecting the two.

7. electrokinetic cell aluminum hull automatic incision device according to claim 6, it is characterised in that the connecting hole is bulb Pin hole.

8. a kind of punch structure for being applied to the electrokinetic cell aluminum hull automatic incision device as described in claim 1 to 7 any one, Characterized in that, the punch structure includes：

Be arranged at the crane, for depressing so that the drift of the die sliding seat horizontal movement；

The drift is resiliently attached to, and carries out the otch core of otch for otch aluminum hull being treated under driving in the die sliding seat Piece.

9. punch structure according to claim 8, it is characterised in that the punch structure also includes：

Through being connected in the drift and otch chip, drive for completing in otch work, when the drift gos up described The spring of otch chip reset.

10. punch structure according to claim 8, it is characterised in that the punch structure also includes：It is disposed through institute State drift and otch chip, at least two connecting hole connecting the two.