CN206982227U - Machine for rolling parts fixture and machine for rolling parts cut-out equipment - Google Patents
Machine for rolling parts fixture and machine for rolling parts cut-out equipment Download PDFInfo
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- CN206982227U CN206982227U CN201720584710.2U CN201720584710U CN206982227U CN 206982227 U CN206982227 U CN 206982227U CN 201720584710 U CN201720584710 U CN 201720584710U CN 206982227 U CN206982227 U CN 206982227U
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- machine
- rolling parts
- hollow pipe
- knife edge
- rolling
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Abstract
The utility model belongs to machine for rolling parts processing technique field, it is related to a kind of machine for rolling parts fixture and machine for rolling parts cut-out equipment, the machine for rolling parts fixture includes the drive device of bearing, link, the profiling grip block being arranged on the bearing and the machine for rolling parts for driving the profiling grip block clamping to pass through, one end of the link is fixedly connected on the bearing, and the other end of the link is fixedly connected on a knife edge die.The machine for rolling parts fixture and machine for rolling parts cut-out equipment realize knife edge die and cut off machine for rolling parts when geo-stationary is kept with machine for rolling parts, belong to static cut-out mode, avoiding the inaccuracy that length is hit, slides, cut caused by dynamic cut-out mode and otch has the shortcomings that scratch needs secondary operation.The static cut-out mode improves the uniformity for being cut length, and otch improves the utilization rate of raw material without secondary operation.
Description
Technical field
The utility model belongs to machine for rolling parts processing technique field, is cut off more particularly to a kind of machine for rolling parts fixture and machine for rolling parts
Equipment.
Background technology
A kind of window frame machine for rolling parts continuous cutting-off frock is disclosed in the prior art, and it includes a workbench, is set on workbench
Cutter supports are equipped with, slide rail is provided with cutter supports, slide rail is connected with the knife group module for cutting off window frame machine for rolling parts, knife
Group module is connected with a resetting means, and it can not have to stop rolling-line action when window frame machine for rolling parts is cut off, when saving production
Between, improve production efficiency.
But the cut-out mode of above-mentioned cut-out frock belongs to dynamic cut-out mode, when cutting off machine for rolling parts, just start static
Knife group module cut-out motion machine for rolling parts when, cutting knife contact machine for rolling parts moment have shock, slide, cause what is cut out
Machine for rolling parts length is forbidden, and otch needs secondary operation.In addition, after machine for rolling parts is cut off, knife group module heads on slip by machine for rolling parts, when
Knife group module runs out of steam and stops sliding when cutting knife resets, and the machine for rolling parts moved on can hit knife.
Utility model content
Technical problem to be solved in the utility model is：Cause for existing dynamic cut-out mode and cut machine for rolling parts length
The problem of degree inaccuracy and otch need secondary operation, there is provided a kind of machine for rolling parts fixture and machine for rolling parts cut off equipment.
In order to solve the above technical problems, on the one hand, the utility model embodiment provides a kind of machine for rolling parts fixture, including branch
Seat, link, the profiling grip block being arranged on the bearing and for driving profiling grip block clamping to pass through
Machine for rolling parts drive device, one end of the link is fixedly connected on the bearing, and the other end of the link is consolidated
Surely it is connected on a knife edge die.
Alternatively, the bearing includes framework and the bottom plate being fixedly connected on the outside of the base of frame, the driving dress
Put the top outer for being fixedly connected on the framework.
Alternatively, the profiling grip block includes upper fixture block and lower fixture block, and the lower fixture block is arranged on the bottom of the framework
On the inside of portion, the inner surface of the both lateral sides of the framework is respectively arranged with the first sliding block and the second sliding block, and first sliding block is set
The first chute extended up and down is equipped with, second sliding block is provided with the second chute extended up and down, the transverse direction of the upper fixture block
Both sides are slidably arranged in first chute and the second chute respectively, and the drive device drives the upper fixture block relatively described
First sliding block and the second sliding block slide downward.
Alternatively, the link includes spaced first sleeve structure and the second sleeve structure；
The first sleeve structure includes more nested first hollow pipes of slip, for by adjacent two described first
First locking member of the temporary fixation of hollow pipe, the first sliding sleeve being slidably arranged on each first hollow pipe and for will
The second locking member that first sliding sleeve is temporarily fixed on corresponding first hollow pipe；
Second sleeve structure includes more nested second hollow pipes of slip, for by adjacent two described second
3rd locking member of the temporary fixation of hollow pipe, the second sliding sleeve being slidably arranged on each second hollow pipe and for will
The 4th locking member that second sliding sleeve is temporarily fixed on corresponding second hollow pipe.
Alternatively, more first hollow pipes, minimum first hollow pipe of internal diameter are fixedly connected on the bottom plate
One end, maximum first hollow pipe of internal diameter is fixedly connected on knife edge die；More second hollow pipes, internal diameter are minimum
Second hollow pipe be fixedly connected on the other end of the bottom plate, maximum second hollow pipe of internal diameter is fixedly connected on
On knife edge die.
Alternatively, the end of maximum first hollow pipe of internal diameter passes through on a pair of first semilune blocks and knife edge die
One root post is rigidly connected；The end of maximum second hollow pipe of internal diameter passes through on a pair of second semilune blocks and knife edge die
Another root post be rigidly connected.
Alternatively, the drive device is times strength cylinder.
On the other hand, the utility model embodiment provides a kind of machine for rolling parts cut-out equipment, including：
Above-mentioned machine for rolling parts fixture；
Rolling-line, for continuously transmitting machine for rolling parts：
Encoder, output length signals hair is produced for obtaining machine for rolling parts production output length signals, and by the machine for rolling parts
The drive device is given, the drive device is based on machine for rolling parts production output length signals and drives the profiling grip block folder
Hold the machine for rolling parts passed through；
Die holder；
Knife edge die, it is slidably arranged on the die holder, for cutting off machine for rolling parts；
Reset drives device, after cutting off machine for rolling parts in the knife edge die, returned back to initial position.
Alternatively, the encoder is located at the rear of the transmission direction of the rolling-line, and the machine for rolling parts fixture is located at institute
State between knife edge die and encoder.
Alternatively, slide rail is provided with the die holder, the knife edge die is slidably arranged on the slide rail, and described reset is driven
The servomotor that dynamic device slides for the driving knife edge die along the slide rail.
Equipment, the drive device of machine for rolling parts fixture are cut off according to the machine for rolling parts fixture and machine for rolling parts of the utility model embodiment
The machine for rolling parts passed through based on the machine for rolling parts production output length signals driving profiling grip block clamping that encoder obtains, roll-in
Part by machine for rolling parts fixture after being clamped, and the power (coming from rolling-line) of machine for rolling parts drives plus machine for rolling parts fixture moves together, due to
Machine for rolling parts fixture is fixed on knife edge die by link, and knife edge die is slidably arranged on die holder, and then causes machine for rolling parts, roll-in
Part fixture and knife edge die slide with respect to die holder together, and machine for rolling parts and knife edge die remains stationary, knife edge die carry out static to machine for rolling parts
Cut-out.After machine for rolling parts cut-out, machine for rolling parts fixture releases the clamping to machine for rolling parts, machine for rolling parts fixture and knife edge die and filled in reset drives
Initial position is returned under the driving put, a working cycles terminate.The machine for rolling parts fixture and machine for rolling parts cut-out equipment are realized and cut
Disconnected mould cuts off machine for rolling parts when geo-stationary is kept with machine for rolling parts, belongs to static cut-out mode, avoids dynamic cut-out side
The inaccuracy and otch that length is hit, slides, cut caused by formula have the shortcomings that scratch needs secondary operation.The static cut-out mode
Improve the uniformity for being cut length, otch improves the utilization rate of raw material without secondary operation.
Brief description of the drawings
Fig. 1 is the stereogram for the machine for rolling parts fixture that the embodiment of the utility model one provides；
Fig. 2 is the installation diagram of its bearing of machine for rolling parts fixture and profiling grip block that the embodiment of the utility model one provides；
Fig. 3 is the schematic diagram for the machine for rolling parts equipment that the embodiment of the utility model one provides.
Reference in specification is as follows：
10th, machine for rolling parts fixture；1st, bearing；11st, framework；12nd, bottom plate；13rd, the first sliding block；14th, the second sliding block；2nd, connect
Frame；21st, first sleeve structure；211st, the first hollow pipe；212nd, the first locking member；213rd, the first sliding sleeve；214th, the second locking
Part；22nd, the second sleeve structure；221st, the second hollow pipe；222nd, the 3rd locking member；223rd, the second sliding sleeve；224th, the 4th locking member；
3rd, profiling grip block；31st, upper fixture block；32nd, lower fixture block；4th, drive device；5th, the first semilune block；6th, the second semilune block；
20th, rolling-line；
30th, encoder；
40th, die holder；401st, slide rail；
50th, knife edge die；
60th, reset drives device；
70th, machine for rolling parts.
Embodiment
In order that technical problem, technical scheme and beneficial effect that the utility model solves are more clearly understood, below
With reference to drawings and Examples, the utility model is described in further detail.It is it should be appreciated that described herein specific real
Example is applied only to explain the utility model, is not used to limit the utility model.
As shown in figure 3, the machine for rolling parts cut-out equipment that the embodiment of the utility model one provides includes machine for rolling parts fixture 10, roller
Line ball 20, encoder 30, die holder 40, knife edge die 50 and reset drives device 60.
In one embodiment, as shown in Figure 1 to Figure 3, the machine for rolling parts fixture 10 includes bearing 1, link 2, is arranged on
Profiling grip block 3 on the bearing 1 and for driving the profiling grip block 3 to clamp the drive of the machine for rolling parts 70 passed through
Dynamic device 4.Preferably, drive device 4 is times strength cylinder.One end of the link 2 is fixedly connected on the bearing 1, institute
The other end for stating link 2 is fixedly connected on knife edge die 50.
As shown in Figures 1 and 2, the bearing 1 includes framework 11 and is fixedly connected on the bottom of the bottom outside of framework 11
Plate 12, the drive device 4 are fixedly connected on the top outer of the framework 11.
In one embodiment, as shown in Figures 1 and 2, the profiling grip block 3 includes upper fixture block 31 and lower fixture block 32, institute
The bottom inside that lower fixture block 32 is arranged on the framework 11 is stated, the inner surface of the both lateral sides of the framework 11 is respectively arranged with
One sliding block 13 and the second sliding block 14, first sliding block 13 are provided with the first chute extended up and down, and second sliding block 14 is set
The second chute extended up and down is equipped with, the both lateral sides of the upper fixture block 31 are slidably arranged in first chute and respectively
In two chutes, with this, the drive device drives the relatively described sliding block 14 of first sliding block 13 and second of upper fixture block 31 in institute
State slide downward in framework 11.
In one embodiment, as shown in Figures 1 and 2, the link 2 include spaced first sleeve structure 21 and
Second sleeve structure 22.The first sleeve structure 21 includes sliding more nested first hollow pipes 211, for will be adjacent
First locking member 212 of two first hollow pipe, 211 temporary fixations, it is slidably arranged in each first hollow pipe
The first sliding sleeve 213 on 211 and for first hollow pipe corresponding to first sliding sleeve 213 is temporarily fixed on
The second locking member 214 on 211.Second sleeve structure 22 includes more nested second hollow pipes 221 of slip, for inciting somebody to action
3rd locking member 222 of two adjacent second hollow pipe, 221 temporary fixations, it is slidably arranged in each second sky
The second sliding sleeve 223 on heart pipe 221 and empty for corresponding to second sliding sleeve 223 is temporarily fixed on described second
The 4th locking member 224 on heart pipe 221.First hollow pipe 211 is parallel with the second hollow pipe 221.
As shown in figure 1, the first locking member 212 is screw, and adjacent two first hollow pipes 211, the first of outside
Screwed hole is provided with hollow pipe 211 (the first larger hollow pipe 211 of internal diameter).When tightening screw, screw passes through corresponding spiral shell
Pit is simultaneously supported on the first hollow pipe 211 (less first hollow pipe 211 of internal diameter) of inner side, and adjacent two are realized with this
First hollow pipe, the 211 temporary fixation.When unscrewing screw, adjacent two first hollow pipes 211 it is temporary solid
It is fixed to release, the first hollow pipe 211 of inner side can the first hollow pipe 211 of opposite exterior lateral sides slide in and out.Second locking member 214 is
Screw, screwed hole is provided with the first sliding sleeve 213.When tightening screw, screw passes through corresponding screwed hole and supported corresponding
On first hollow pipe 211, realized with this and first sliding sleeve 213 is temporarily fixed on corresponding first hollow pipe
On 211.When unscrewing screw, the first sliding sleeve 213 and the temporary fixed releasing of corresponding first hollow pipe 211, the first sliding sleeve 213
It can be slid back and forth on the length direction of corresponding first hollow pipe 211.
As shown in figure 1, the 3rd locking member 222 is screw, and adjacent two second hollow pipes 221, the second of outside
Screwed hole is provided with hollow pipe 221 (the second larger hollow pipe 221 of internal diameter).When tightening screw, screw passes through corresponding spiral shell
Pit is simultaneously supported on the second hollow pipe 221 (less first hollow pipe 221 of internal diameter) of inner side, and adjacent two are realized with this
Second hollow pipe, the 211 temporary fixation.When unscrewing screw, adjacent two second hollow pipes 221 it is temporary solid
It is fixed to release, the second hollow pipe 221 of inner side can the second hollow pipe 221 of opposite exterior lateral sides slide in and out.4th locking member 224 is
Screw, screwed hole is provided with the second sliding sleeve 223.When tightening screw, screw passes through corresponding screwed hole and supported corresponding
On second hollow pipe 221, realized with this and second sliding sleeve 223 is temporarily fixed on corresponding second hollow pipe
On 221.When unscrewing screw, the second sliding sleeve 223 and the temporary fixed releasing of corresponding second hollow pipe 221, the second sliding sleeve 223
It can be slid back and forth on the length direction of corresponding second hollow pipe 221.
In the embodiment shown in Fig. 1 and Fig. 2, the first sleeve structure 21 include sliding nested three it is first hollow
Pipe 211, second sleeve structure 22 include sliding three nested second hollow pipes 221.First hollow pipe 211 and second is empty
Heart pipe 221 is square tube.However, it is possible to alternatively, the first hollow pipe 211 and the second hollow pipe 221 or pipe.Also,
First sleeve structure 21 can also only have two first hollow pipes 211, and the second sleeve structure 22 only has two second hollow pipes
221。
As shown in Figures 2 and 3, more first hollow pipes 211, minimum first hollow pipe 211 of internal diameter are fixed
One end of the bottom plate 12 is connected to, maximum first hollow pipe 211 of internal diameter is fixed by a pair of first semilune blocks 5 to be connected
It is connected on wherein on a root post of knife edge die 50.More second hollow pipes 221, minimum second hollow pipe of internal diameter
221 are fixedly connected on the other end of the bottom plate 12, and maximum second hollow pipe 221 of internal diameter passes through a pair of second semilunes
Block 6 is fixedly connected on knife edge die 50.
By the above-mentioned sleeve structure 22 of first sleeve structure 21 and second, the length for realizing machine for rolling parts fixture 10 is adjusted
Section.
As shown in figure 3, the machine for rolling parts cut-out equipment that the embodiment of the utility model one provides, wherein, rolling-line 20 is used to connect
Machine for rolling parts 70 is transmitted continuously.
Encoder 30, for obtaining machine for rolling parts production output length signals, and the machine for rolling parts is produced into output length signals
The drive device 4 is sent to, the drive device is based on machine for rolling parts production output length signals and drives the profiling clamping
Block 3 clamps the machine for rolling parts 70 passed through.
Die holder 40 is fixed on ground, and slide rail 401 is provided with die holder 40, and the knife edge die 50 is slidably arranged in the cunning
On rail 401, it is slidably arranged in this knife edge die 50 on the die holder 40.The knife edge die 50, for cutting off machine for rolling parts 70.
Reset drives device 60, after cutting off machine for rolling parts 70 in the knife edge die 50, returned back to initial position.
Preferably, the servomotor that the reset drives device 60 slides for the driving knife edge die 50 along the slide rail 401.
As shown in figure 3, the encoder 30 is located at the rear of the transmission direction of the rolling-line 20, the machine for rolling parts fixture
10 between the knife edge die 50 and encoder 30.
Equipment, the drive of machine for rolling parts fixture 10 are cut off according to the machine for rolling parts fixture 10 and machine for rolling parts of the utility model embodiment
Dynamic device 4 is moved based on the machine for rolling parts production output length signals driving upper fixture block 31 that encoder 30 obtains to lower fixture block 32, is made
Obtain profiling grip block folder 3 and hold the machine for rolling parts 70 passed through, machine for rolling parts 70 by machine for rolling parts fixture 10 after being clamped, machine for rolling parts 70
Power (coming from rolling-line 20) drive plus machine for rolling parts fixture 10 moves together, because machine for rolling parts fixture 10 is fixed by link 2
On knife edge die 50, knife edge die 50 is slidably arranged on die holder 40, and then causes machine for rolling parts 70, machine for rolling parts fixture 10 and cut-out
Mould 50 slides with respect to die holder 40 together, and machine for rolling parts 70 and the remains stationary of knife edge die 50, knife edge die 50 carry out static state to machine for rolling parts 70
Cut-out.After machine for rolling parts 70 is cut off, machine for rolling parts fixture 10 releases the clamping to machine for rolling parts 70, and machine for rolling parts fixture 10 and knife edge die 50 exist
Initial position is returned under the driving of reset drives device 60, a working cycles terminate, and are prepared to enter into next circulation.The roll-in
Part fixture 10 and machine for rolling parts cut-out equipment realize knife edge die 50 and cut off roll-in when geo-stationary is kept with machine for rolling parts 70
Part 70, belong to static cut-out mode, avoid the inaccuracy that length is hit, slides, cut caused by dynamic cut-out mode and cut
Mouth has the shortcomings that scratch needs secondary operation.The static cut-out mode improves the uniformity for being cut length, and otch adds without secondary
Work, improve the utilization rate of raw material.
In addition, pass through the slip of first sleeve structure 21 nested more first hollow pipes 211 and the second sleeve structure 22
Nested more second hollow pipes 221 of slip, realize the length adjustment of machine for rolling parts fixture 10.Also, pass through the first sliding sleeve
213 slip of slip and the second sliding sleeve 223 on the second hollow pipe 221 on the first hollow pipe 211, realize the first cunning
The position adjustments of the sliding sleeve 223 of set 213 and second.So so that bearing 1 can accurate adjustment with respect to the distance of knife edge die 50.Change speech
It, the clip position that profiling grip block 3 clamps machine for rolling parts 70 is accurately adjustable.It can cause, make the clip position of profiling grip block 3
Just the region of cut-out next time of knife edge die 50 is fallen into, avoids the secondary removal of clip position, wastes raw material.
In addition, being designed by the length adjustment of machine for rolling parts fixture 10 and the shape of profiling grip block 3, different length are adapted to
Spend, the continuous cutting-off of the machine for rolling parts in different shaped face.
In an embodiment not shown in figure, the machine for rolling parts fixture 10 can directly be pacified with knife edge die 50 using screw
Dress.
In another embodiment not shown in figure, the length adjustment of the machine for rolling parts fixture 10 can pass through slide bar and sliding block
Mode realize.
In another embodiment not shown in figure, times strength cylinder can use oil cylinder to substitute.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. a kind of machine for rolling parts fixture, it is characterised in that including bearing, link, the profiling grip block being arranged on the bearing
And for driving the profiling grip block to clamp the drive device of the machine for rolling parts passed through, one end of the link is fixed
It is connected on the bearing, the other end of the link is fixedly connected on a knife edge die.
2. machine for rolling parts fixture according to claim 1, it is characterised in that the bearing includes framework and is fixedly connected on institute
The bottom plate on the outside of base of frame is stated, the drive device is fixedly connected on the top outer of the framework.
3. machine for rolling parts fixture according to claim 2, it is characterised in that the profiling grip block includes upper fixture block and lower folder
Block, the lower fixture block are arranged on the bottom inside of the framework, and the inner surface of the both lateral sides of the framework is respectively arranged with
One sliding block and the second sliding block, first sliding block are provided with the first chute extended up and down, and second sliding block is provided with up and down
Second chute of extension, the both lateral sides of the upper fixture block are slidably arranged in first chute and the second chute respectively, institute
State drive device and drive relatively described first sliding block of the upper fixture block and the second sliding block slide downward.
4. machine for rolling parts fixture according to claim 2, it is characterised in that the link includes spaced first set
Tubular construction and the second sleeve structure；
The first sleeve structure includes sliding more nested first hollow pipes, for described first hollow by adjacent two
Manage the first locking member of temporary fixation, the first sliding sleeve being slidably arranged on each first hollow pipe and for by described in
The second locking member that first sliding sleeve is temporarily fixed on corresponding first hollow pipe；
Second sleeve structure includes sliding more nested second hollow pipes, for described second hollow by adjacent two
Manage the 3rd locking member of temporary fixation, the second sliding sleeve being slidably arranged on each second hollow pipe and for by described in
The 4th locking member that second sliding sleeve is temporarily fixed on corresponding second hollow pipe.
5. machine for rolling parts fixture according to claim 4, it is characterised in that more first hollow pipes, internal diameter minimum
First hollow pipe is fixedly connected on one end of the bottom plate, and maximum first hollow pipe of internal diameter is fixedly connected on cut-out
On mould；More second hollow pipes, minimum second hollow pipe of internal diameter is fixedly connected on the other end of the bottom plate, interior
Maximum second hollow pipe in footpath is fixedly connected on knife edge die.
6. machine for rolling parts fixture according to claim 5, it is characterised in that the end of maximum first hollow pipe of internal diameter
It is rigidly connected by a pair of first semilune blocks with the root post on knife edge die；The end of maximum second hollow pipe of internal diameter
End is rigidly connected by a pair of second semilune blocks with another root post on knife edge die.
7. according to the machine for rolling parts fixture described in claim 1-6 any one, it is characterised in that the drive device is times strength
Cylinder.
8. a kind of machine for rolling parts cuts off equipment, it is characterised in that including：
Machine for rolling parts fixture described in claim 1-7 any one；
Rolling-line, for continuously transmitting machine for rolling parts：
Encoder, for obtaining machine for rolling parts production output length signals, and the machine for rolling parts is produced into output length signals and is sent to
The drive device, the drive device are based on machine for rolling parts production output length signals and drive the profiling grip block clamping to wear
Cross machine for rolling parts therein；
Die holder；
Knife edge die, it is slidably arranged on the die holder, for cutting off machine for rolling parts；
Reset drives device, after cutting off machine for rolling parts in the knife edge die, returned back to initial position.
9. machine for rolling parts according to claim 8 cuts off equipment, it is characterised in that the encoder is located at the rolling-line
The rear of transmission direction, the machine for rolling parts fixture is between the knife edge die and encoder.
10. machine for rolling parts according to claim 8 cuts off equipment, it is characterised in that slide rail is provided with the die holder, it is described
Knife edge die is slidably arranged on the slide rail, and the reset drives device is watched for the driving knife edge die along what the slide rail slided
Take motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720584710.2U CN206982227U (en) | 2017-05-24 | 2017-05-24 | Machine for rolling parts fixture and machine for rolling parts cut-out equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720584710.2U CN206982227U (en) | 2017-05-24 | 2017-05-24 | Machine for rolling parts fixture and machine for rolling parts cut-out equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206982227U true CN206982227U (en) | 2018-02-09 |
Family
ID=61390171
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720584710.2U Active CN206982227U (en) | 2017-05-24 | 2017-05-24 | Machine for rolling parts fixture and machine for rolling parts cut-out equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206982227U (en) |
-
2017
- 2017-05-24 CN CN201720584710.2U patent/CN206982227U/en active Active
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| TR01 | Transfer of patent right |
Effective date of registration: 20180709 Address after: 518118 3001 and 3007 BYD Road, Pingshan street, Pingshan New District, Shenzhen, Guangdong Patentee after: BYD AUTOMOBILE INDUSTRY CO., LTD. Address before: 518118 BYD Road, Pingshan New District, Shenzhen, Guangdong 3009 Patentee before: Biyadi Co., Ltd. |