CN207914947U - A kind of sliding seat charging crane of double-walled corrugated pipe forming machine - Google Patents
A kind of sliding seat charging crane of double-walled corrugated pipe forming machine Download PDFInfo
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- CN207914947U CN207914947U CN201721920431.5U CN201721920431U CN207914947U CN 207914947 U CN207914947 U CN 207914947U CN 201721920431 U CN201721920431 U CN 201721920431U CN 207914947 U CN207914947 U CN 207914947U
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- China
- Prior art keywords
- sliding seat
- supporting rack
- movable platform
- escape groove
- transition supporting
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Abstract
The utility model discloses a kind of sliding seat charging cranes of double-walled corrugated pipe forming machine, rotating platform one side edge including being removably disposed in double-walled corrugated pipe forming machine can carry the transition supporting rack of sliding seat, the rotating platform is equipped with the sliding rail being adapted to the leading block of sliding seat bottom, the rotating platform upper surface and rotating platform upper surface smooth transition, transition supporting rack upper surface is equipped with the escape groove being adapted to leading block, one end of escape groove extends to perforation transition supporting rack edge towards sliding rail side, sliding rail on rotating platform is being equipped with notch at escape groove, to make sliding rail be connected with escape groove, the transition supporting rack is equipped with the transshipment acitivity of the transferable sliding seat being located on transition supporting rack.Production efficiency both can be improved in the utility model, reduces labor intensity, while being conducive to improve safety when sliding seat handling.
Description
Technical field
The utility model is related to plastic molding machinery technical fields, more particularly, to a kind of cunning of double-walled corrugated pipe forming machine
Dynamic seat charging crane.
Background technology
Double-wall corrugated pipe is a kind of novel tube with cyclic structure outer wall and smooth internal walls, and operating temperature is subzero
Between 40 DEG C to 60 DEG C, and intensity is high, and anti-seismic performance is strong, and the resistance of fluids within pipes is small, fast due to its superior performance
Speed is widely applied.Double-walled corrugated pipe forming machine for producing double-wall corrugated pipe includes a rotating platform, is being rotated
Platform is equipped with 72-80 sliding seat, and the weight of each sliding seat is at 35 kilograms or so.Rotating platform is equipped with sliding rail, accordingly
Ground, the bottom of sliding seat are equipped with the pulley for guiding, which limits in sliding rail, to make sliding seat that can be moved along sliding rail
It is dynamic.Since the sliding seat is vulnerable part, maintenance is needed to be replaced frequently in the production process of double-wall corrugated pipe.It is revolved
Turn the interference effect of other devices above platform, which can not be by driving a vehicle it when installation and the replacement in later stage are safeguarded
The hanging device of class is lifted above sliding seat, can only fully rely on operating personnel and sliding seat is first moved to rotary flat
It at edge of table, is then carried on the transfer device of cart one kind from rotating platform by manual type, has both been unfavorable for carrying
High working efficiency, while the working strength of operating personnel can be significantly increased.In addition, in manual handling sliding seat, also easily
Security risk is generated because of landing.
Utility model content
Purpose of the utility model is to solve the sliding seat handling modes of existing double-walled corrugated pipe forming machine to be deposited
Working efficiency it is low, labor intensity is big and there are problems that security risk, provides a kind of cunning of double-walled corrugated pipe forming machine
Dynamic seat charging crane, both can be improved production efficiency, reduce labor intensity, while be conducive to improve safety when sliding seat handling
Property.
To achieve the goals above, the utility model uses following technical scheme:
A kind of sliding seat charging crane of double-walled corrugated pipe forming machine, including it is removably disposed in double-wall corrugated pipe molding
The rotating platform one side edge of machine can carry the transition supporting rack of sliding seat, and the rotating platform is equipped with and sliding seat bottom
The sliding rail of leading block adaptation, the rotating platform upper surface with rotating platform upper surface smooth transition, transition support
Frame upper surface is equipped with the escape groove being adapted to leading block, and one end of escape groove extends to perforation transition support towards sliding rail side
Frame edge, the sliding rail on rotating platform are being equipped with notch, to make sliding rail be connected with escape groove, the mistake at escape groove
Cross the transshipment acitivity that supporting rack is equipped with the transferable sliding seat being located on transition supporting rack.
A transition supporting rack is arranged in rotary flat edge of table in the utility model, as such, it is desirable to when dismantling sliding seat, it can
First sliding seat is transferred on transition supporting rack.Due to above transition supporting rack without the mechanism for hindering to lift, Wo Menke
Sliding seat is transferred on transfer car(buggy) conveniently by dedicated transshipment acitivity, or is turned by driving, chain block etc
Sliding seat is transferred on transfer car(buggy) by fortune mechanism by way of lifting.On the contrary, when needing to install sliding seat, need to only first pass through
The sliding seat on transfer car(buggy) is transferred on transition supporting rack with transshipment acitivity, then pushes sliding seat, you can make sliding seat edge
It the sliding rail on rotating platform and is moved to installation site and installed.To greatly simplifie the dismounting of sliding seat, be conducive to
Production efficiency is improved, labor intensity is reduced, while safety when sliding seat handling can be improved.After installing sliding seat, I
Dismountable transition supporting rack, to make double-walled corrugated pipe forming machine that can work normally.
Preferably, the transshipment acitivity includes the movable platform being arranged among transition supporting rack, is arranged in transition branch
Deflecting roller above support, the rotation axis being arranged on transition supporting rack, the take-up roll of spline connection on the rotating shaft, the volume
Be arranged with winding sleeve on roller, rotation axis be equipped with can locking winding sleeve lockable mechanism, movable platform and a traction rope
One end be connected, the other end of traction rope after deflecting roller around connecting and on winding sleeve, be equipped on the rotating shaft
Wind spring, on the rotating shaft, the outer end of wind spring is connected on winding sleeve, and one end of winding sleeve is set for the inner end connection of the wind spring
There is the closure ring being adapted to rotation axis, one end is arranged in the rotation axis in winding sleeve compresses and block ring, the other end and support
The buffer spring for pressing take-up roll, is equipped with helical guide groove on the periphery of take-up roll, and winding sleeve madial wall is equipped with limit and exists
Positioning pin in helical guide groove.
When the sliding seat on rotating platform is needed replacing or repaired, can sliding seat be first moved to work from rotating platform
On moving platform, lockable mechanism makes winding sleeve be in lockup state at this time;Then the locking to winding sleeve, movable platform are released
It moves down, to drive winding sleeve rotation that wind spring is made to take up by accumulation of energy by traction rope, the resistance of wind spring keeps movable platform slow
It moves down, take-up roll then axially moves under the action of positioning pin and compresses buffer spring;When movable platform is displaced downwardly to lowest order
When setting, the sliding seat in movable platform can be transferred on the transfer car(buggy) on side by locking winding sleeve at this time;It will be on transfer car(buggy)
New sliding seat is transferred in movable platform, then releases the locking to winding sleeve, and wind spring releases energy, to pass through winding
Sleeve and traction rope drive and move to extreme higher position in movable platform, and take-up roll then axially moves under the action of positioning pin and remote
From buffer spring;Locking winding sleeve, you can the sliding seat in movable platform is promoted along sliding rail and is pacified on rotating platform
Dress.
It is known that sliding seat is replaced or safeguarded if necessary in use to double-walled corrugated pipe forming machine, all need
Problematic sliding seat on rotating platform is first removed, then the sliding seat that can be used is installed on rotating platform again.Cause
This, the transshipment acitivity of the utility model will first be torn open dexterously using the potential energy for the sliding seat for needing to remove on rotating platform
The sliding seat removed is moved in movable platform, then releases the locking to winding sleeve, is loaded with the movable platform of sliding seat at this time
It can move down under gravity, wind spring is gradually taken up and accumulation of energy at this time.That is, wind spring forms movable platform
The resistance that moves down gradually increase, to can avoid movable platform quickly move down.It is understood that when movable platform is displaced downwardly to
When close to extreme lower position, take-up roll compresses buffer spring, to form resistance to take-up roll, and then is formed to winding sleeve additional
Resistance, be conducive to effective buffering of the movable platform when being displaced downwardly to extreme lower position, at this time by wind spring and the common structure of buffer spring
The resistance that pairs of movable platform moves down.We can be such that the resistance that wind spring and buffer spring collectively form is more than by rationally designing
Be loaded with the gravity of the movable platform of sliding seat, in this way, operator can manual depression movable platform, so that movable platform is located in minimum
Position.When needing to install sliding seat, we can first contact the locking to winding sleeve, and wind spring and buffer spring are constituted at this time
It is more than the gravity of movable platform to the active force of movable platform, thus movable platform can be driven to move up.When movable platform moves up one
After segment distance, the active force to movable platform that wind spring and buffer spring are constituted gradually reduces and is less than the gravity of movable platform,
At this time operator can manual-up lifting movable platform, to make to move to extreme higher position in movable platform.That is, this practicality
The potential energy that novel transshipment acitivity relies primarily on sliding seat itself realizes transhipment of the sliding seat in dismounting, so as to greatly drop
The working strength of low operator, while being conducive to simplify the internal structure of an organization and improving working efficiency.It is understood that with general torsional spring
Difference, force variation of the wind spring when winding sleeve rotates are minimum, that is to say, that are located at extreme higher position and minimum in movable platform
When position, the force variation of wind spring is minimum, and therefore, operator only needs the power of very little movable platform can be pulled to be displaced downwardly to lowest order
Set or on move to extreme higher position.
Preferably, the lockable mechanism includes setting drag ring and pressure welding case on the rotating shaft, the drag ring with
Rotation axis spline connects, and pressure welding case is threadedly coupled with rotation axis, and pressure welding case is equipped with radial poke rod.
Since drag ring is connect with rotation axis spline, it is dynamic to can avoid drag ring relative rotation shaft rotation.Locking is needed to roll up
When around sleeve, operator only need to positively rotate pressure welding case by poke rod, and pressure welding case can form axial movement, to push
Drag ring move axially and closely against the end face of winding sleeve, to form frictional force between winding sleeve and drag ring,
And then locking is formed to winding sleeve.When we rotate backward pressure welding case, you can make end face phase of the drag ring with winding sleeve
Separation, to easily release the locking to winding sleeve.
Preferably, the leading block of sliding seat bottom is in convex shape, correspondingly, institute in the axial cross section of vertical direction
It is T-slot to state escape groove, and escape groove one end is located in movable platform, and the other end extends to the edge of transition supporting rack, the work
The stop pin being threadedly coupled vertically is equipped in the escape groove of moving platform.
Due to escape groove be T-slot, the leading block of convex shape can move in escape groove, at the same can avoid to
Upper abjection.In particular, when sliding seat positions in movable platform, our rotatable stop pins, to make to be moved on stop pin
Enter in escape groove, you can leading block is formed and is limited, leading block is avoided to be skidded off out of escape groove, it is flat to can avoid activity
Sliding seat slides from movable platform when platform lifts.
Therefore, the utility model has the advantages that:Both production efficiency can be improved, reduce labor intensity, have simultaneously
Conducive to the safety improved when sliding seat loads and unloads.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of the utility model.
Fig. 2 is a kind of structural schematic diagram of transshipment acitivity.
Fig. 3 is the structural schematic diagram of the winding sleeve and take-up roll in transshipment acitivity.
In figure:1, rotating platform 11, sliding rail 2, sliding seat 21, leading block 3, transition supporting rack 31, keep away
Allow slot 4, movable platform 41, stop pin 5, deflecting roller 6, rotation axis 61, wind spring 62, buffer spring 63, rub
It wipes ring 64, pressure welding case 641, poke rod 7, take-up roll 71, helical guide groove 8, winding sleeve 81, block ring
82, positioning pin 9, traction rope.
Specific implementation mode
The utility model is further described with specific implementation mode below in conjunction with the accompanying drawings.
As shown in Figure 1, a kind of sliding seat charging crane of double-walled corrugated pipe forming machine, it is suitable for double-wall corrugated pipe moldings
Dismounting of the user of machine in later maintenance to the sliding seat on rotating platform, including a transition supporting rack 3, the transition branch
The rotating platform one side edge in double-walled corrugated pipe forming machine is bolted in support, to facilitate tearing open for transition supporting rack
Dress.As the prior art, there is sliding rail 11 on rotating platform 1, correspondingly, the bottom surface setting limit of sliding seat 2 is in sliding rail
Leading block 21, to which when upper surface slide of the sliding seat in rotating platform, leading block can be moved along sliding rail, to limit
Determine the motion track of sliding seat.In addition, the upper surface of transition supporting rack and the upper surface smooth transition of rotating platform, and in transition
Supporting rack upper surface is arranged and can house the escape groove 31 of leading block.One end of escape groove extends towards sliding rail side, and passes through
By crossing supporting rack edge;Correspondingly, notch is being arranged in the sliding rail on rotating platform at escape groove, to make sliding rail and keep away
It allows slot to be connected, the transshipment acitivity of the transferable sliding seat being located on transition supporting rack is set again on transition supporting rack.In this way,
When needing to dismantle the sliding seat on rotating platform, sliding seat first flat-pushing can be transferred to transition supporting rack by us from rotating platform
On, the leading block of sliding seat bottom is then entered from the indentation, there of sliding rail in escape groove.We can pass through transshipment acitivity at this time
Sliding seat is transported to from transition supporting rack on the transfer car(buggy) for being parked in bottom surface.Due to the sliding seat being located on transition supporting rack
The structure that top is not interfered, therefore, transshipment acitivity can be the handling apparatus of existing driving, chain block etc, to
Can sliding seat easily be hung into transition supporting rack, or need to sliding seat to be mounted be hung on transition supporting rack, then will slide
Dynamic seat is pushed into from transition supporting rack on rotating platform, to complete the installation of sliding seat.
Further, as shown in Figure 2 and Figure 3, a rectangular through-hole can be arranged in the centre position of transition supporting rack in we,
The transshipment acitivity of the utility model includes the movable platform fitted in transition supporting rack intermediate rectangular through-hole, is arranged in transition branch
Deflecting roller 5 above support is fixed at rotation axis 6 horizontal on transition supporting rack, is arranged take-up roll on the rotating shaft
7, take-up roll is connect with rotation axis spline, and a winding sleeve 8 is arranged in take-up roll.In addition, movable platform and a traction rope 9
One end is connected, and the other end of traction rope is around connection after deflecting roller and on winding sleeve.That is, when winding set
When the forward and reverse rotation of cylinder, you can winding or release traction rope, to drive movable platform to rise or fall.It is understood that
The evacuation slot part on transition supporting rack is arranged at this time to be located in movable platform, other part is then located on the outside of movable platform
On transition supporting rack.
In order to avoid shaking of the movable platform in lifting, traction rope can be made of 4 ropes, while in transition supporting rack
A traction rope perforation is respectively set close to 4 edges of rectangular through-hole, one end of 4 ropes is connected to movable platform
The other end of 4 edges, 4 ropes is each passed through again successively around respective deflecting roller after corresponding traction rope perforation, most
It connects afterwards and on winding sleeve.
In addition, we also need that a wind spring 61 is arranged on the rotating shaft, the inner end of wind spring connects on the rotating shaft, wind spring
Outer end is connected on winding sleeve.When movable platform declines, winding sleeve is driven to rotate backward by traction rope, at this time wind spring
Take up accumulation of energy;When wind spring release releases energy, winding sleeve is driven to rotate forward, to drive movable platform by traction rope
Rise.Certainly, in order to make movable platform reliable location, it would be desirable to setting can locking winding sleeve lockable mechanism, to avoid
The voluntarily lifting of winding sleeve.That is, the accumulation of energy by wind spring acts on, it would be desirable to which the potential energy of the sliding seat of dismounting is for needing
The promotion of sliding seat to be mounted.
When the sliding seat on rotating platform goes wrong in use to be needed replacing or repair, it would be desirable to first will
Sliding seat is detached with rotating platform, then makes the activity that sliding seat is moved to transition supporting rack along sliding rail from rotating platform flat
It is positioned on platform, winding sleeve is in lockup state at this time, and correspondingly, movable platform is in lockup state;Then it releases to winding
The locking of sleeve, the movable platform for being loaded with sliding seat at this time are moved down by gravity, are wound to be driven by traction rope
Sleeve rotates backward and so that wind spring is taken up and accumulation of energy, and the take-up roll being connect with rotation axis spline then does axis under the action of positioning pin
To movement;Due to wind spring elastic force when it is increasing, that is to say, that it is to get over that wind spring declines constituted resistance to movable platform
Come it is bigger, to can avoid movable platform quickly move down;When movable platform is displaced downwardly to extreme lower position, locking winding set
Cylinder, the sliding seat in i.e. flat-pushing movable platform, transfers them on the transfer car(buggy) on side at this time;Then by cunning new on transfer car(buggy)
Dynamic seat or the sliding seat repaired are transferred in movable platform, release the locking to winding sleeve at this time, wind spring gradually unclamps
It releases energy, extreme higher position is moved in movable platform to be driven by winding sleeve and traction rope;Finally locking winding covers again
Cylinder, you can the sliding seat in movable platform is promoted along sliding rail and is installed on rotating platform.
In order to improve buffering effect when movable platform declines, we can also be arranged in one end of winding sleeve and rotation axis
The closure ring 81 of adaptation is arranged a buffer spring 62 in the rotation axis in winding sleeve, and the buffer spring one end is close
It blocks on the inside of ring, the other end is close to winding roll end.In addition, helical guide groove 71 is set on the periphery of take-up roll, winding set
Radial positioning pin 82 is set in medial wall of the tube, and the end of positioning pin limits in helical guide groove.Positioning is driven when winch spool covers
When pin rotation, you can drive the left axial movement of take-up roll.
In this way, when the movable platform for being loaded with sliding seat is dropped to close to extreme lower position, the take-up roll of axial movement starts
One end of buffer spring is compressed, the other end of buffer spring, which compresses, to be blocked on the inside of ring, axial movement of the buffer spring to take-up roll
Resistance is formed, and then resistance is formed to the rotation of winding sleeve, therefore good cushioning effect can be formed to movable platform.When turn
The sliding seat of fortune vehicle is transferred in movable platform, and wind spring and buffer spring unclamp release energy simultaneously, to make winding sleeve just
Movable platform is driven to move up to rotation, and then by traction rope, take-up roll at this time then does axial shifting under the action of positioning pin
Dynamic and separate buffer spring.It should be noted that we can be by rationally designing, the resistance for making wind spring and buffer spring collectively form
Power is more than the gravity for the movable platform for being loaded with sliding seat, in this way, when movable platform moves down, wind spring and buffer spring are formed by
Resistance is gradually increased to balance each other with the gravity of movable platform, and final movable platform rests on a balance higher than extreme lower position
At position, movable platform is set to continue to be displaced downwardly to extreme lower position positioning at this point, operator can apply pressure manually.It is slided when needing to install
When dynamic seat, we can first contact the locking to winding sleeve, the effect to movable platform that wind spring and buffer spring are constituted at this time
Power is more than the gravity of movable platform, thus movable platform can be driven to move up.After movable platform moves up a distance, wind spring is gentle
The active force to movable platform for rushing spring composition gradually reduces until balancing each other with the gravity of movable platform, and movable platform stops
In equilibrium position.At this time operator can manual-up lifting movable platform, to make to move to extreme higher position in movable platform.It can
With understanding and general torsional spring difference, force variation of the wind spring when winding sleeve rotates is minimum, that is to say, that in work
When moving platform is located at extreme higher position and extreme lower position, the force variation of wind spring is minimum, and therefore, operator only needs the power of very little
Drop-down movable platform be displaced downwardly to extreme lower position or on move to extreme higher position.
For convenience to the locking of winding sleeve, the lockable mechanism of the utility model includes setting separate envelope on the rotating shaft
The drag ring 63 and pressure welding case 64 of blocking ring one end, wherein drag ring are connect with rotation axis spline, and pressure welding case connects with rotation axle thread
It connects.When needing locking winding sleeve, we can rotate forward pressure welding case, and pressure welding case moves axially and compresses friction on the rotating shaft
Ring, to make drag ring be held snugly against the end face of winding sleeve, you can locking of the realization winding sleeve in circumferencial direction.When me
When rotating backward pressure welding case, you can so that drag ring is detached with the end face of winding sleeve, release the locking to winding sleeve.When
So, radial poke rod 641 can be also arranged in we on pressure welding case, to facilitate rotation pressure welding case.
Finally, the leading block of the utility model sliding seat bottom is in convex shape in the axial cross section of vertical direction,
That is the vertical setting of the wheel shaft of leading block is in sliding seat bottom;Correspondingly, escape groove is T-slot, escape groove one end position
In in movable platform, the other end extends to the edge of transition supporting rack outward, and is vertically set in the escape groove of movable platform
Set the stop pin 41 of a threaded connection.When sliding seat positions in movable platform, we can turn from the downside of movable platform
Dynamic stop pin, to make to be moved up into escape groove on stop pin, you can leading block is formed and is limited, avoids leading block from keeping away
It allows in slot and skids off, to which sliding seat slides from movable platform when can avoid movable platform lifting.
Claims (4)
1. a kind of sliding seat charging crane of double-walled corrugated pipe forming machine, including it is removably disposed in double-walled corrugated pipe forming machine
Rotating platform one side edge can carry the transition supporting rack of sliding seat, the rotating platform is equipped with leads with sliding seat bottom
The sliding rail being adapted to pulley, characterized in that the rotating platform upper surface and rotating platform upper surface smooth transition, the transition
Supporting rack upper surface is equipped with the escape groove being adapted to leading block, and one end of escape groove extends to perforation transition towards sliding rail side
Supporting rack edge, the sliding rail on rotating platform are being equipped with notch, to make sliding rail be connected with escape groove, institute at escape groove
State the transshipment acitivity that transition supporting rack is equipped with the transferable sliding seat being located on transition supporting rack.
2. a kind of sliding seat charging crane of double-walled corrugated pipe forming machine according to claim 1, characterized in that described turn
Fortune mechanism include be arranged the movable platform among transition supporting rack, the deflecting roller being arranged above transition supporting rack, setting exist
Rotation axis, spline on transition supporting rack connect take-up roll on the rotating shaft, are arranged with winding sleeve in the take-up roll, turn
Moving axis be equipped with can locking winding sleeve lockable mechanism, movable platform is connected with one end of a traction rope, traction rope it is another
One end connects after bypassing deflecting roller and on winding sleeve, is equipped with wind spring on the rotating shaft, and the inner end of the wind spring connects
On the rotating shaft, the outer end of wind spring is connected on winding sleeve, and one end of winding sleeve is equipped with the closure ring being adapted to rotation axis,
It it is arranged with one end in the rotation axis in winding sleeve compresses and block the buffer spring that ring, the other end compress take-up roll, rolling up
It is equipped with helical guide groove around the periphery of roller, winding sleeve madial wall is equipped with positioning pin of the limit in helical guide groove.
3. a kind of sliding seat charging crane of double-walled corrugated pipe forming machine according to claim 2, characterized in that the lock
Locking mechanism includes setting drag ring and pressure welding case on the rotating shaft, and the drag ring is connect with rotation axis spline, pressure welding case and
Rotation axis is threadedly coupled, and pressure welding case is equipped with radial poke rod.
4. a kind of sliding seat charging crane of double-walled corrugated pipe forming machine according to claim 1, characterized in that sliding seat
The leading block of bottom is in convex shape in the axial cross section of vertical direction, and correspondingly, the escape groove is T-slot, escape groove
One end is located in movable platform, and the other end extends to the edge of transition supporting rack, in the escape groove of the movable platform vertically
Stop pin equipped with threaded connection.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721920431.5U CN207914947U (en) | 2017-12-29 | 2017-12-29 | A kind of sliding seat charging crane of double-walled corrugated pipe forming machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721920431.5U CN207914947U (en) | 2017-12-29 | 2017-12-29 | A kind of sliding seat charging crane of double-walled corrugated pipe forming machine |
Publications (1)
Publication Number | Publication Date |
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CN207914947U true CN207914947U (en) | 2018-09-28 |
Family
ID=63616947
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201721920431.5U Active CN207914947U (en) | 2017-12-29 | 2017-12-29 | A kind of sliding seat charging crane of double-walled corrugated pipe forming machine |
Country Status (1)
Country | Link |
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CN (1) | CN207914947U (en) |
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2017
- 2017-12-29 CN CN201721920431.5U patent/CN207914947U/en active Active
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Legal Events
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GR01 | Patent grant | ||
GR01 | Patent grant | ||
CP03 | Change of name, title or address |
Address after: Hangzhou City, Zhejiang province 311100 Yuhang District of Yuhang Economic Development Zone No. 111 Tian He Lu Patentee after: Zhejiang double forest environment Limited by Share Ltd Address before: Hangzhou City, Zhejiang province 311100 Yuhang District of Yuhang Linping Economic Development Zone No. 111 Tian He Lu Patentee before: Zhejiang two woods machinery limited company |
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CP03 | Change of name, title or address |