CN206445067U - Filter casing stretching-machine - Google Patents
Filter casing stretching-machine Download PDFInfo
- Publication number
- CN206445067U CN206445067U CN201621423180.5U CN201621423180U CN206445067U CN 206445067 U CN206445067 U CN 206445067U CN 201621423180 U CN201621423180 U CN 201621423180U CN 206445067 U CN206445067 U CN 206445067U
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- Prior art keywords
- stretching
- die
- frame
- mould
- inductive switch
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model discloses filter casing stretching-machine, including frame, particularly, the frame is provided with mold component and lower die assembly；The mold component includes the blanking upper die and the upper mould of stretching of structure annular in shape；The blanking upper die and the upper mould of stretching are along axis direction successively concentric arrangement, and the blanking upper die is near the side of lower die assembly；The lower die assembly includes mould, binder block, the first stretching die and the second stretching die under blanking.The block actuating unit being connected by the mold actuating unit that is connected with mold component, with binder block, the pulling motion mechanism being connected with the first stretching die drive mold component, binder block and the first stretching die to act respectively, complete the stretching process of filter casing.The utility model has the advantages that production efficiency is high, can once complete the twice stretching process of filter casing, using safety convenient.
Description
Technical field
The utility model is related to the processing unit (plant) of auto parts and components, more particularly, to filter casing stretching-machine.
Background technology
Automobile filter is one of important component of automobile, and its technical merit decides the service life of automobile.At present,
Filter casing generally requires a stretching-machine and completes one of stretching process, and existing filter casing is generally required through excessive
Road stretching process can be molded, therefore, and manufacturer, which generally requires many stretching-machines, can complete the stretching work of filter casing
Sequence, causes the production cost height of producer, and production efficiency is low.
For this reason, it is necessary to which the production equipment to filter case is improved.
Utility model content
The purpose of this utility model is to provide a kind of filter casing stretching-machine for completing twice stretching process.
To achieve these goals, the utility model is adopted the following technical scheme that：
Filter casing stretching-machine, including frame, particularly, the frame are provided with mold component and lower set of molds
Part；
The mold component includes the blanking upper die and the upper mould of stretching of structure annular in shape；The blanking upper die and the upper mould of stretching
Along axis direction successively concentric arrangement, and the blanking upper die is near the side of lower die assembly；Along away from lower mould
The diameter of bore of component direction, the blanking upper die and the upper mould of stretching tapers off trend；The mold component is also associated with and frame
It is connected and mold component can be driven with respect to the mold actuating unit that frame is lifted；
The lower die assembly includes mould under blanking；Mould is connected with frame under the blanking, is provided with blanking in mould for falling
The material-dropping hole that mould passes through on material；Provided with the binder block being engaged with blanking upper die in the material-dropping hole, it is provided with the binder block
First stretchable holes；The binder block is also associated with being connected with frame and the first of the lifting of binder block relative frame can be driven to stretch
Actuating unit；Provided with the first stretching die that can be penetrated in blanking upper die in first stretchable holes；First stretching die is in the form of a column knot
The compression edge being circumferentially with toward outside extension provided with forming hole and first stretching die in structure, the first stretching die；First drawing
Stretch the second pulling motion mechanism that mould is also associated with being connected with frame and the relative frame of the first stretching die can be driven to lift；The shaping
Provided with that can penetrate the second stretching die in the upper mould of stretching in hole, second stretching die is in the form of a column structure and is connected with frame.
Principle of the present utility model is as follows：
This filter casing realizes plate same with stretching-machine by the mold component and lower die assembly of mutual cooperation
Stretching twice in one machine.
Under initial state, the first pulling motion mechanism and the second pulling motion mechanism action make mould under blanking, binder gear
Block, the first stretching die top surface (i.e. towards the surface of mold component side) it is concordant.Plate is admitted to after stretching-machine, will be fallen
Under blanking upper die and blanking between mould.In the presence of mold actuating unit, blanking upper die down move by die assembly side,
And take the lead in touching plate, realize blanking.Plate after blanking falls into the material-dropping hole under blanking in mould immediately.Then, first
Pulling motion mechanism action, with closed die power press, makes blanking upper die be pressed together on binder block, plate is clamped at
On material between mould and binder block.As blanking upper die is continued to move to, plate can be by the first stretching closing mould stretching.Now, first draw
Stretching mould will be as stretching convex die, and blanking upper die is then as stretching cavity plate, longitudinal progress first time of the plate along the first stretching die
Stretch and enter the inside of mould under blanking.Then, the stopping of the first pulling motion mechanism is acted, the second pulling motion mechanism action,
Plate is set to be clamped between compression edge and binder block.As mold actuating unit drives mold component to continue traveling downwardly,
Second stretching die will be as stretching convex die, and mould is then as stretching cavity plate in stretching, and longitudinal direction of the plate along the second stretching die carries out the
Succeeding stretch and the inside for entering the upper mould of stretching.
Because the first pulling motion mechanism from the second pulling motion mechanism can produce two kinds of different and separate works
Firmly, therefore, in time processing flow, mold component and lower die assembly can have the different stretching of two groups of demands with recessed
Mould and punch-pin, so as to realize that a stretching-machine completes the twice stretching process of filter casing.
To ensure mold component in lifting process, position is not in that some columns can be provided with skew, frame,
Lifting axis of the column parallel to mold component；Moved cross beam is slidably connected on column；The mold component is located at this
It is connected on moved cross beam and with mold actuating unit.Further, can also be provided with several guide column sleeves and several in frame
The guide pillar body being engaged with corresponding guide column sleeve, the guide column sleeve is set around mold component, and the guide pillar body is around lower die assembly
Set.
First pulling motion mechanism can be made up of several cylinders or oil cylinder.For ensure process in, binder block by
Power is uniform, binder block can structure annular in shape, and the outer installation for fixing the first pulling motion mechanism can be then provided with frame
Pedestal, several cylinders or oil cylinder are arranged in the outer installation pedestal and uniform around the axis of binder block；The cylinder or oil
Outer connection pedestal is connected with the top of cylinder, the outer connection pedestal is provided with several around the uniform outer top in the axis of binder block
Bar, the outer push rod and binder block vertical connection.
Second pulling motion mechanism can be also made up of several cylinders or oil cylinder.To ensure in process, the first stretching
The interior installation pedestal for being used for fixing the second pulling motion mechanism, several cylinders or oil cylinder can be provided with mould uniform force, frame
It is in the interior installation pedestal and uniform around the axis of the first stretching die；Interior connection is connected with the top of the cylinder or oil cylinder
Pedestal, the interior connection pedestal is provided with several around the uniform interior push rod in the axis of the first stretching die, and the interior push rod is with compressing
Edge vertical connection.
To realize the automated production of stretching-machine, it is to avoid damage mold group because the stroke of mold actuating unit is excessive
In part or lower die assembly, frame can be provided be used for limit mold actuating unit stroke the first up stroke inductive switch,
First downward storke inductive switch, for adjust mold actuating unit gait of march speed transformation induction switch and be used for
The conversion stroke inductive switch for controlling the first pulling motion mechanism to switch with the second pulling motion mechanism, and then may be used on moved cross beam
Provided with the first up stroke sensing collision block being engaged with the first up stroke inductive switch and the first downward storke inductive switch
Be engaged the first downward storke sensing collision block and with speed transformation induction switch be engaged speed transformation induction collision block, with
The conversion stroke sensing collision block that conversion stroke inductive switch is engaged.
To avoid losing mold component or lower die assembly because the stroke of backgauge actuating unit is excessive, outer installation pedestal
On can be provided be used for limit the first pulling motion actuator travel the second up stroke inductive switch and the second downward storke sense
Switch, and connect outside on pedestal and to be then provided with the second up stroke sensing being engaged with this with the second up stroke inductive switch and touch
Block, the second downward storke being engaged with the second downward storke inductive switch sensing collision block.Similarly, to avoid because of pulling motion machine
The stroke of structure is excessive and loses mold component or lower die assembly, and can be provided with frame is used to limit the second pulling motion mechanism
3rd up stroke inductive switch of stroke and the 3rd downward storke inductive switch, and it is interior connection pedestal on then be provided with the 3rd
The 3rd up stroke that every trade journey inductive switch is engaged sensing collision block, the be engaged with the 3rd downward storke inductive switch the 3rd
Downward storke senses collision block.
The utility model has production efficiency height, can once complete the twice stretching process of filter casing, using safety
Convenient the advantages of.
Brief description of the drawings
Fig. 1 is the front view of filter casing stretching-machine in the utility model embodiment；
Fig. 2 is the top view of filter casing stretching-machine in the utility model embodiment；
Fig. 3 is the right view of filter casing stretching-machine in the utility model embodiment；
Fig. 4 is the profile of A-A in Fig. 3；
Fig. 5 is the schematic diagram of filter casing stretching-machine in the utility model embodiment；
Fig. 6 is the partial enlarged drawing of A in Fig. 1；
Fig. 7 is the partial enlarged drawing of B in Fig. 1；
Fig. 8 is the partial enlarged drawing of C in Fig. 1；
Fig. 9 is the partial enlarged drawing of D in Fig. 5.
Description of reference numerals：1- frames；The upper beam slabs of 2-；Beam slab under 3-；4- columns；5- movable transverse beam slabs；6- master cylinders；7-
Upper fixed pedestal；Mould in 8- stretchings；9- shaping uppers；10- blanking upper dies；Fixed pedestal under 11-；Mould under 12- blankings；13- is pressed
Expect block；The stretching dies of 14- first；15- compresses edge；The stretching dies of 16- second；17- peripheries oil cylinder；18- centers oil cylinder；19- is installed
Pedestal；Pedestal is connected outside 20-；The outer push rods of 21-；Connection pedestal in 22-；Push rod in 23-；24- guide column sleeves；25- guide pillar bodies；26-
First up stroke inductive switch；27- the first downward storke inductive switches；28- speeds transformation induction is switched；29- pressure-pad-forces turn
Change inductive switch；The up strokes of 30- first sense collision block；The downward storkes of 31- first sense collision block；32- speed transformation inductions are touched
Block；33- pressure-pad-force transformation induction collision blocks；34- the second up stroke inductive switches；35- the second downward storke inductive switches；36-
Second up stroke senses collision block；The downward storkes of 37- second sense collision block；The up stroke inductive switches of 38- the 3rd；39- the 3rd
Downward storke inductive switch；40- centers oil cylinder stroke lever；The up strokes of 41- the 3rd sense collision block；The downward storke senses of 42- the 3rd
Answer collision block.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Filter casing stretching-machine as shown in Fig. 1~9, the stretching-machine includes frame 1, and frame 1 is provided with upper beam slab
2nd, lower beam slab 3 and some columns 4 for connecting entablature and sill.It is sliding on column 4 between entablature and sill
Mold component is installed on the dynamic movable transverse beam slab 5 being connected with as moved cross beam, the movable transverse beam slab 5.Moved cross beam
Top is provided with the master cylinder 6 as mold actuating unit.Master cylinder 6 is arranged in frame 1, its piston rod and movable transverse beam slab
5 are vertically connected, and the mobile axis of piston rod are parallel with each column 4.
In the present embodiment, mold component includes the upper fixed pedestal 7 being arranged on movable transverse beam slab 5.Fixed base on this
The outline of seat 7 is in that cavity is provided with cylinder, upper fixed pedestal 7, and upper mould 8 and shaping upper 9 are stretched for laying, and blanking
Upper mould 10 is then arranged on the bottom of upper fixed pedestal 7, close to lower die assembly.Mould 8 and shaping upper on blanking upper die 10, stretching
9 structures annular in shape, and the axis direction of mould 8 and shaping upper 9 along annular concentric rows successively on blanking upper die 10, stretching
Row.In addition, along away from lower die assembly direction, the diameter of bore presentation of mould 8 and shaping upper 9 on the blanking upper die 10, stretching
Subtract trend.
As shown in figure 5, lower beam slab 3 is provided with lower fixed pedestal 11, the outline of the lower fixed pedestal 11 is equally in cylinder
Shape.The top of lower fixed pedestal 11 is provided with mould 12 under blanking.The structure in a ring of mould 12 under the blanking, it, which has been internally formed, is available for
The material-dropping hole that blanking upper die 10 passes through, and the axis of mould 12 is conllinear with the axis of blanking upper die 10 under blanking.Mould under blanking
Binder block 13 in 12 ring then provided with structure in a ring, the binder block 13 can be engaged with blanking upper die 10, for pressing
Tight plate.In the ring of binder block 13, i.e. provided with the first stretching die 14 that can be engaged with blanking upper die 10 in the first stretchable holes.
First stretching die 14 is in the form of a column structure, in the first stretching die 14 provided with forming hole and first stretching die 14 be circumferentially with it is past
The compression edge 15 of outside extension.Then provided with the second stretching die 16 being connected with lower beam slab 3 in forming hole.Second stretching
Mould 16 is in the form of a column structure, is engaged with the upper mould 8 of stretching, and the second stretching die 16, the first stretching die 14, binder block 13, blanking
The axis of lower mould 12 is conllinear.
As shown in figure 5, being provided with several below lower die assembly as the periphery oil cylinder of the first pulling motion mechanism
17th, a center oil cylinder 18 as the second pulling motion mechanism.Periphery oil cylinder 17 and center oil cylinder 18 are installed in and frame 1
In connected installation pedestal 19.In the present embodiment, installation pedestal 19 installs periphery oil cylinder 17 as outer installation pedestal, also serves as
Interior installation pedestal installation center oil cylinder 18.Several periphery oil cylinders 17 are arranged in installation pedestal 19 and in binder block 13
Axis is uniform, and the top of each periphery oil cylinder 17 is connected with outer connection pedestal 20 jointly.In the present embodiment, outer connection pedestal 20 is in ring
Shape, outer connection pedestal 20 is provided with several around the uniform outer push rod 21 in the axis of binder block 13, each outer push rod 21 and pressure
Expect the bottom vertical connection of block 13.And center oil cylinder 18 is then arranged on the center of installation pedestal 19, positioned at the first stretching die 14
Axis on.The top of center oil cylinder 18 is connected with interior connection pedestal 22.In the present embodiment, interior connection pedestal 22 is in cylinder
Shape, in outer connection pedestal 20.Interior connection pedestal 22 provided with several around the axis of the first stretching die 14 it is uniform in
Push rod 23, the interior push rod 23 and the bottom vertical connection for compressing edge 15.
In addition, in the present embodiment, several circular mold components being additionally provided with upper beam slab 2 and set guide column sleeve 24, underbeam
The guide pillar body 25 of lower die assembly is then surround on plate 3 provided with several.Each guide column sleeve 24 is hollow structure, and its outline is in cylinder
Shape, each guide pillar body 25 can be embedded in the inside of guide column sleeve 24 and be slided along the longitudinal direction of guide column sleeve 24, play auxiliary positioning.
In the present embodiment, the side of entablature plate, which is provided with travel switch box, the trip switch enclosure, is provided with every trade on first
Journey inductive switch 26, the first downward storke inductive switch 27, speed transformation induction switch 28 and opened as conversion stroke sensing
The pressure-pad-force transformation induction switch 29 of pass, and can then be provided with and match with the first up stroke inductive switch 26 on movable transverse beam slab 5
The the first up stroke sensing collision block 30 closed, the first downward storke sensing being engaged with the first downward storke inductive switch 27 are touched
Block 31, switch with speed transformation induction the 28 speed transformation induction collision blocks 32 that are engaged and with pressure-pad-force transformation induction switch 29
The pressure-pad-force transformation induction collision block 33 being engaged.In the present embodiment, pressure-pad-force transformation induction collision block 33 is used as conversion stroke sensing
Collision block is used.
In the present embodiment, installation pedestal 19 is provided with the second up stroke for being used for limiting the first pulling motion actuator travel
The downward storke inductive switch 35 of inductive switch 34 and second, and connect then be provided with and this and the second up stroke sense on pedestal 20 outside
Under the second up stroke that inductive switch 34 is engaged sensing collision block 36, second be engaged with the second downward storke inductive switch 35
Every trade journey senses collision block 37.
In the present embodiment, the 3rd up stroke sense for being used for limiting the second pulling motion actuator travel can be provided with frame 1
The downward storke inductive switch 39 of inductive switch 38 and the 3rd, and then it is provided with the center extended toward the bottom of frame 1 on interior connection pedestal 22
Oil cylinder stroke bar 40, the center oil cylinder stroke lever 40 is provided with the 3rd be engaged with this with the 3rd up stroke inductive switch 38
Up stroke sensing collision block 41, the 3rd downward storke sensing collision block 42 being engaged with the 3rd downward storke inductive switch 39.
The course of work of the filter casing stretching-machine of the present embodiment is as follows：
Under original state, mold component and lower die assembly are in open mode.Periphery oil cylinder 17 and center oil cylinder 18
Action, makes the top surface of mould 12 under blanking, the stretching die 14 of binder block 13 and first (i.e. towards the surface of mold component side)
Concordantly.Mold component is located at up stop position, and now, guide pillar body 25 is still located in guide column sleeve 24.
Plate is sent into after stretching-machine along stock guide, and master cylinder 6 is acted, and drives the fast downlink of movable transverse beam slab 5, and then drive
Blanking upper die 10 is moved toward the side of mould under blanking 12, until speed transformation induction switch 28 senses speed transformation induction collision block
32, master cylinder 6 adjusts downstream rate, drives movable transverse beam slab 5 descending at a slow speed.Because blanking upper die 10 is near lower mould
Has the side of component, blanking upper die 10 can take the lead in touching mould 12 under plate, blanking upper die 10 and blanking and carry out blanking immediately.
After blanking terminates, the plate after blanking falls into the material-dropping hole under blanking in mould 12 immediately.Then, periphery oil cylinder
17 produce pressure, and center oil cylinder 18 remains motionless, blanking upper die 10 is pressed together on binder block 13, and plate is clamped at
On material between mould 10 and binder block 13.As the continuation of master cylinder 6 drives, blanking upper die 10 is descending, and plate can be by the first stretching die
14 stretchings.Now, the first stretching die 14 will be as stretching convex die, and blanking upper die 10 is then as stretching cavity plate, and plate is along first
The longitudinal direction of stretching die 14 carries out first time stretching and enters the inside of mould 12 under blanking.
Pressure-pad-force transformation induction collision block is sensed when movable transverse beam slab 5 persistently comes downwards to pressure-pad-force transformation induction switch 29
33, stretching for the first time terminates immediately, the pressure valve off-load of periphery oil cylinder 17, and center oil cylinder 18 then produces pressure, makes plate quilt
It is clamped between compression edge 15 and binder block 13.As the continuation of master cylinder 6 drives, blanking upper die 10 is descending, and plate can be by second
Stretching die 16 is stretched.Second stretching die 16 will be as stretching convex die, and mould 8 is then as stretching cavity plate in stretching, and plate is drawn along second
The longitudinal direction for stretching mould 16 carries out second of stretching and enters the inside of the upper mould 8 of stretching.
When master cylinder 6 is continued traveling downwardly, until the first downward storke inductive switch 27 senses that the sensing of the first downward storke is touched
Block 31, the stopping immediately of master cylinder 6 action and pressure release.The venting duration of master cylinder 6 reaches after setting value that master cylinder 6 will drive and live
Dynamic header board 5 is up, and then drives mold component up, until the first up stroke inductive switch 26 senses that first is up
Stroke senses collision block 30.Now, the stopping of master cylinder 6 is acted, and movable transverse beam slab 5 is reset to original state.Meanwhile, periphery oil cylinder 17
It will be acted with center oil cylinder 18, and drive binder block 13 up with the first stretching die 14 respectively, until the sensing of the second up stroke
Switch 34 senses that the second up stroke sensing collision block 36, the 3rd up stroke inductive switch 38 sense the 3rd up stroke sense
Collision block 41 is answered, periphery oil cylinder 17 is that stopping is acted and off-load with center oil cylinder 18, and mould 12, binder block 13 and first are drawn under blanking
The top surface for stretching mould 14 recovers concordant, completes a working cycles.
In a working cycle process, the second downward storke inductive switch 35 and the second downward storke sensing collision block 37,
3rd downward storke inductive switch 39 and the 3rd downward storke sensing collision block 42 can shield, it is to avoid periphery oil cylinder 17 or
The downward storke of center oil cylinder 18 is excessive and damages lower die assembly.
Claims (8)
1. filter casing stretching-machine, including frame, it is characterised in that：The frame is provided with mold component and lower mould
Component；The mold component includes the blanking upper die and the upper mould of stretching of structure annular in shape；The blanking upper die and the drawing
Mould is stretched to be near the side of lower die assembly along axis direction successively concentric arrangement, and the blanking upper die；Along far
From lower die assembly direction, the diameter of bore of mould tapers off trend on the blanking upper die and the stretching；The mold group
The mold actuating unit that part is also associated with being connected with frame and the relative frame of mold component can be driven to lift；
The lower die assembly includes mould under blanking；Mould is connected with frame under the blanking, is provided with blanking in mould for falling
The material-dropping hole that mould passes through on material；Provided with the binder block being engaged with blanking upper die in the material-dropping hole, in the binder block
Provided with the first stretchable holes；The binder block be also associated with being connected with frame and can drive that the relative frame of binder block lifts the
One pulling motion mechanism；Provided with the first stretching die that can be penetrated in blanking upper die in first stretchable holes；First stretching
Mould is in the form of a column in structure, the first stretching die the compression being circumferentially with toward outside extension provided with forming hole and first stretching die
Edge；First stretching die is also associated with being connected with frame and the second stretching of the first stretching die relative frame lifting can be driven to move
Force mechanisms；Provided with that can penetrate the second stretching die in the upper mould of stretching in the forming hole, second stretching die is in the form of a column structure
And be connected with frame.
2. filter casing stretching-machine according to claim 1, it is characterised in that：The frame is stood provided with some
Post, lifting axis of the column parallel to mold component；Moved cross beam is slidably connected on the column；The mold
Component is located on the moved cross beam and is connected with mold actuating unit.
3. filter casing stretching-machine according to claim 2, it is characterised in that：The frame is led provided with several
Column sleeve and several guide pillar bodies being engaged with corresponding guide column sleeve；The guide column sleeve is set around mold component；The guide pillar
Body is set around lower die assembly.
4. filter casing stretching-machine according to claim 1, it is characterised in that：The first pulling motion mechanism by
Several cylinders or oil cylinder are constituted；The binder block structure annular in shape；The frame is provided with to be moved for fixing the first stretching
The outer installation pedestal of force mechanisms, several cylinders or oil cylinder are arranged in the outer installation pedestal and around the axis of binder block
Uniformly；Outer connection pedestal is connected with the top of the cylinder or oil cylinder；The outer connection pedestal is kept off provided with several around binder
The uniform outer push rod in the axis of block, the outer push rod and binder block vertical connection.
5. filter casing stretching-machine according to claim 1, it is characterised in that：The second pulling motion mechanism by
Several cylinders or oil cylinder are constituted；The frame is provided with the interior installation pedestal for being used for fixing the second pulling motion mechanism, some
Individual cylinder or oil cylinder are arranged in the interior installation pedestal and uniform around the axis of the first stretching die；The cylinder or oil cylinder
Top is connected with interior connection pedestal, and the interior connection pedestal is provided with several around the uniform interior top in the axis of the first stretching die
Bar, the interior push rod is with compressing edge vertical connection.
6. filter casing stretching-machine according to claim 2, it is characterised in that：The frame, which is provided with, to be used to limit
First up stroke inductive switch of mold actuating unit stroke, the first downward storke inductive switch, for adjusting mold
The speed transformation induction of actuating unit gait of march is switched and for controlling the first pulling motion mechanism and the second pulling motion
The conversion stroke inductive switch of mechanism switching；The moved cross beam is provided with the be engaged with the first up stroke inductive switch
One up stroke sensing collision block, the first downward storke for being engaged with the first downward storke inductive switch sense collision block and with it is fast
The speed transformation induction collision block that inductive switch is engaged, the conversion stroke sensing being engaged with conversion stroke inductive switch are changed in slow-speed
Collision block.
7. filter casing stretching-machine according to claim 4, it is characterised in that：The outer installation pedestal is provided with use
In the second up stroke inductive switch and the second downward storke inductive switch that limit the first pulling motion actuator travel；It is described outer
Connection pedestal is provided with the second up stroke sensing collision block being engaged with the second up stroke inductive switch and second time every trade
The second downward storke sensing collision block that journey inductive switch is engaged.
8. filter casing stretching-machine according to claim 5, it is characterised in that：The frame, which is provided with, to be used to limit
The 3rd up stroke inductive switch and the 3rd downward storke inductive switch of second pulling motion actuator travel；The interior linker
Seat is provided with the 3rd up stroke sensing collision block being engaged with the 3rd up stroke inductive switch and the 3rd downward storke senses
Switch the 3rd downward storke sensing collision block being engaged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621423180.5U CN206445067U (en) | 2016-12-23 | 2016-12-23 | Filter casing stretching-machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621423180.5U CN206445067U (en) | 2016-12-23 | 2016-12-23 | Filter casing stretching-machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206445067U true CN206445067U (en) | 2017-08-29 |
Family
ID=59673093
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621423180.5U Withdrawn - After Issue CN206445067U (en) | 2016-12-23 | 2016-12-23 | Filter casing stretching-machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206445067U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106513484A (en) * | 2016-12-23 | 2017-03-22 | 佛山市永恒液压机械有限公司 | Stretcher for filter housing |
-
2016
- 2016-12-23 CN CN201621423180.5U patent/CN206445067U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106513484A (en) * | 2016-12-23 | 2017-03-22 | 佛山市永恒液压机械有限公司 | Stretcher for filter housing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170829 Effective date of abandoning: 20190104 |
|
| AV01 | Patent right actively abandoned |