CN107747181A - A kind of framing shaping machine relaying tightens up drive device - Google Patents
A kind of framing shaping machine relaying tightens up drive device Download PDFInfo
- Publication number
- CN107747181A CN107747181A CN201711200841.7A CN201711200841A CN107747181A CN 107747181 A CN107747181 A CN 107747181A CN 201711200841 A CN201711200841 A CN 201711200841A CN 107747181 A CN107747181 A CN 107747181A
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- CN
- China
- Prior art keywords
- automatically controlled
- rotating shaft
- controlled rotating
- cotton cloth
- streamline
- Prior art date
- 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.)
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C3/00—Stretching, tentering or spreading textile fabrics; Producing elasticity in textile fabrics
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention relates to a kind of framing shaping machine relaying to tighten up drive device, designs automatically controlled driving tightening system, is distributed in and weaves cotton cloth on streamline, wherein, using upper automatically controlled rotating shaft（2）, under automatically controlled rotating shaft（3）Dual drive pivot structure, based on footstock（1）Through A-frame（7）To upper automatically controlled rotating shaft（2）Fixed design, pass through two automatically controlled expansion links（6）Connection, and keep automatically controlled expansion link（6）The angle of motor, expansion link top respectively with respect to connected automatically controlled rotating shaft both ends is fixed, and based on this structure, is weaved cotton cloth by streamline by upper automatically controlled rotating shaft（2）The automatically controlled rotating shaft under（3）Positive and negative interspersed winding, by upper automatically controlled rotating shaft（2）, under automatically controlled rotating shaft（3）Synchronous working for streamline of weaving cotton cloth provide relaying driving force, meanwhile, with automatically controlled rotating shaft（3）Relatively upper automatically controlled rotating shaft（2）Move in parallel, realize that what streamline was weaved cotton cloth tightens up control, effectively increase pipeline efficiency of weaving cotton cloth.
Description
Technical field
The present invention relates to a kind of framing shaping machine relaying to tighten up drive device, belongs to framing shaping machine technical field.
Background technology
Fabric stamp is also referred to as textile printing, is the process for forming pattern on fabric using dyestuff or coating, and stamp is
Local dyeing, it is desirable to have certain dyefastness.Currently used printing technique mainly includes mechanical stamp and hand printing, machine
Tool stamp is disposably completed by patterning machines, and patterning machines are single machines.The shortcomings that machine stamp is the figure ratio of stamp
It is rougher, color is not gorgeous enough, stereovision is poor, and receive the limitation of chromatography quantity.Hand printing is a kind of printing technology
Title, do not imply that stamp has been manually done completely.Hand printing is the concept relative to machine stamp.Hand printing uses
A whole set of printing equipment, different from single Printing Machinery, the graphics Web publishing of hand printing is fine, beautiful in colour, stereovision is strong
It is strong, and do not limited by chromatography.Patterning machines can only at most accomplish 16 chromatographys, and hand printing can reach more than 30 set
Color.An important step in hand printing technique is to carry out stentering forming, by printing and dyeing, evaporating, washing etc. a system
After row technique, the situation of shrink occurs in fabric unavoidably, then, it is necessary to be recovered by stentering forming.In framing shaping machine
Carry out evaporating operation, and developing rapidly with production technology for weaving cotton cloth using baking oven, framing shaping machine just constantly occurs
Improvement and innovate, in the stentering forming operation among practical application, weave cotton cloth and be transmitted on streamline, first by flowing water of weaving cotton cloth
Cable architecture, all in head and the tail position, by the winding to automatically controlled rotating shaft of weaving cotton cloth, driving force is provided by automatically controlled rotating shaft, and in intermediate flow
In waterline transmitting procedure, servo-actuated roller bearing is only set, weaves cotton cloth and plays a supporting role for streamline, streamline is weaved cotton cloth servo-actuated
Moved on roller bearing, or streamline weave cotton cloth need change direct of travel position, there is provided servo-actuated roller bearing realizes direction
Adjustment.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of framing shaping machine relaying and tighten up drive device, and design is automatically controlled
Tightening system is driven, is distributed in and weaves cotton cloth on streamline, pipeline efficiency of weaving cotton cloth can be effectively improved.
In order to solve the above-mentioned technical problem the present invention uses following technical scheme：The present invention devises a kind of framing shaping machine
Relaying tightens up drive device, including footstock, upper automatically controlled rotating shaft, under automatically controlled rotating shaft, two A-frames and control module, Yi Jifen
Wireless communication module, the two automatically controlled expansion links not being connected with control module；Wherein, control module connection supply network is carried out
Power taking, it is respectively that wireless communication module and two automatically controlled expansion links are powered by control module；The upper surface of footstock is fixed and set
The top being placed in above streamline travel path of weaving cotton cloth；Control module and wireless communication module are arranged at footstock lower surface；Upper electricity
The both ends of control rotating shaft connect A-frame respectively, and are fixedly connected respectively with the lower surface of footstock by two A-frames, on
Automatically controlled rotating shaft is horizontally suspended below footstock, and straight line where upper automatically controlled rotating shaft and straight line phase where streamline travel path of weaving cotton cloth
Vertically；Both ends of the motor bottom of two automatically controlled expansion links respectively with upper automatically controlled rotating shaft are mutually fixedly connected, two automatically controlled expansion links
Motor position and the position of upper automatically controlled rotating shaft be fixed to one another；Expansion link on two automatically controlled expansion links is inclined to weave cotton cloth separately down
Streamline direct of travel, and be in predetermined angle with vertically downward direction, and the predetermined angle is less than or equal to 30 degree；Two automatically controlled
The both ends of automatically controlled rotating shaft are mutually fixedly connected with respectively on the top of expansion link on expansion link, expansion link top on two automatically controlled expansion links
The position at end position of automatically controlled rotating shaft with is fixed to one another, under straight line where automatically controlled rotating shaft with straight line where upper automatically controlled rotating shaft each other
Be parallel to each other, under automatically controlled rotating shaft under the Synchronization Control for two automatically controlled expansion links, with expansion link on two automatically controlled expansion links
Synchronization telescope, in expansion link in the straight direction, moved back and forth with the angle parallel to upper automatically controlled rotating shaft；Streamline is weaved cotton cloth
Direction is traveled along by the top margin of upper automatically controlled rotating shaft to be entered, and in winding after automatically controlled rotating shaft, under automatically controlled rotating shaft weave cotton cloth backwards stream
Waterline direct of travel side enters, and around the traveling set the follow-up afterflow waterline of automatically controlled rotating shaft and weaved cotton cloth, the rotation of upper automatically controlled rotating shaft
Direction and the streamline direction of automatically controlled rotating shaft in winding of weaving cotton cloth are identical, under the rotation direction of automatically controlled rotating shaft and turning for upper automatically controlled rotating shaft
Dynamic direction is opposite each other, and velocity of rotation is equal to each other.
As a preferred technical solution of the present invention：Described two automatically controlled expansion links are that brushless electric machine is automatically controlled flexible
Bar.
As a preferred technical solution of the present invention：The control module is microprocessor.
As a preferred technical solution of the present invention：The microprocessor is arm processor.
A kind of framing shaping machine relaying of the present invention tightens up drive device and uses above technical scheme and prior art phase
Than having following technique effect：
（1）The framing shaping machine relaying that the present invention designs tightens up drive device, is designed using brand new, designs automatically controlled driving and receives
Tight mechanism, is distributed in and weaves cotton cloth on streamline, wherein, using upper automatically controlled rotating shaft, under automatically controlled rotating shaft dual drive pivot structure, based on top
Seat is designed the fixed of upper automatically controlled rotating shaft through A-frame, by two automatically controlled expansion links by both sides realize upper automatically controlled rotating shaft, under
The connection of automatically controlled rotating shaft to each other, and keep automatically controlled expansion link motor, expansion link top are relative respectively to connect automatically controlled rotating shaft both ends
Angle fix, and under automatically controlled rotating shaft relatively upper automatically controlled rotating shaft move in parallel, based on this structure, by streamline weave cotton cloth by
Upper automatically controlled rotating shaft automatically controlled positive and negative interspersed winding of rotating shaft under, by upper automatically controlled rotating shaft, under the synchronous working of automatically controlled rotating shaft be stream of weaving cotton cloth
Waterline provides relaying driving force, meanwhile, under the relatively upper automatically controlled rotating shaft of automatically controlled rotating shaft move in parallel, realize and streamline knitted
Cloth tightens up control, effectively increases pipeline efficiency of weaving cotton cloth；
（2）The framing shaping machine relaying that the present invention designs is tightened up in drive device, for two automatically controlled expansion links, is further set
Meter uses the automatically controlled expansion link of brushless electric machine so that present invention design framing shaping machine relaying is tightened up drive device and actually used
In, Jing Yin work can be realized, both ensure that designed framing shaping machine relaying is tightened up drive device and had and efficiently weaved cotton cloth
Transmission driving function is tightened up, and can ensures that its course of work does not impact to surrounding environment, embodies the people in design process
Propertyization designs；
（3）The framing shaping machine relaying that the present invention designs is tightened up in drive device, and for control module, further design is using micro-
Processor, and arm processor is specifically used, on the one hand it can tighten up driving dress for framing shaping machine relaying suitable for the later stage
The extension demand put, on the other hand, succinct control architecture mode can be easy to the maintenance in later stage.
Brief description of the drawings
Fig. 1 is the structural representation that framing shaping machine relaying designed by the present invention tightens up drive device.
Wherein, 1. footstock, automatically controlled rotating shaft on 2., automatically controlled rotating shaft under 3., 4. control modules, 5. wireless communication modules,
6. automatically controlled expansion link, 7. A-frames.
Embodiment
The embodiment of the present invention is described in further detail with reference to Figure of description.
As shown in figure 1, the present invention, which devises a kind of framing shaping machine relaying, tightens up drive device, including it is footstock 1, upper automatically controlled
Rotating shaft 2, under automatically controlled 3, two A-frames 7 of rotating shaft and control module 4, and the channel radio being connected respectively with control module 4
Believe 5, two automatically controlled expansion links 6 of module；Wherein, control module 4 connects supply network and carries out power taking, is respectively by control module 4
Wireless communication module 5 and two automatically controlled expansion links 6 are powered；The upper surface of footstock 1 is fixedly installed on streamline traveling of weaving cotton cloth
Top above path；Control module 4 and wireless communication module 5 are arranged at the lower surface of footstock 1；The both ends point of upper automatically controlled rotating shaft 2
Not Lian Jie A-frame 7, and be fixedly connected by lower surface of two A-frames 7 respectively with footstock 1, the upper automatically controlled water of rotating shaft 2
It is flat to hang on the lower section of footstock 1, and the place straight line of upper automatically controlled rotating shaft 2 and straight line where streamline travel path of weaving cotton cloth are perpendicular；Two
Both ends of the motor bottom of individual automatically controlled expansion link 6 respectively with upper automatically controlled rotating shaft 2 are mutually fixedly connected, the electricity of two automatically controlled expansion links 6
Seat in the plane is put to be fixed to one another with the position of upper automatically controlled rotating shaft 2；Expansion link on two automatically controlled expansion links 6 is inclined to stream of weaving cotton cloth separately down
Waterline direct of travel, and be in predetermined angle with vertically downward direction, and the predetermined angle is less than or equal to 30 degree；Two automatically controlled to stretch
The both ends of automatically controlled rotating shaft 3 are mutually fixedly connected with respectively on the top of expansion link on contracting bar 6, expansion link on two automatically controlled expansion links 6
The position on top position of automatically controlled rotating shaft 3 with is fixed to one another, under the automatically controlled place straight line of rotating shaft 3 with it is straight where upper automatically controlled rotating shaft 2
Line is parallel each other, under automatically controlled rotating shaft 3 under the Synchronization Control for two automatically controlled expansion links 6, with two automatically controlled expansion links 6
The synchronization telescope of upper expansion link, in expansion link in the straight direction, moved back and forth with the angle parallel to upper automatically controlled rotating shaft 2；
Streamline, which is weaved cotton cloth, to be traveled along direction and is entered by the top margin of upper automatically controlled rotating shaft 2, and in winding after automatically controlled rotating shaft 2, automatically controlled turn under
Axle 3 is weaved cotton cloth the entrance of streamline direct of travel side backwards, and around the traveling set the follow-up afterflow waterline of automatically controlled rotating shaft 3 and weaved cotton cloth, on
The rotation direction of automatically controlled rotating shaft 2 and the streamline direction of automatically controlled rotating shaft 2 in winding of weaving cotton cloth are identical, under automatically controlled rotating shaft 3 rotation side
To opposite each other with the rotation direction of upper automatically controlled rotating shaft 2, velocity of rotation is equal to each other.Tentering designed by above-mentioned technical proposal is determined
Type machine relaying tightens up drive device, is designed using brand new, designs automatically controlled driving tightening system, be distributed in streamline of weaving cotton cloth
On, wherein, using upper automatically controlled rotating shaft 2, under the automatically controlled dual drive pivot structure of rotating shaft 3, based on footstock 1 through A-frame 7 to upper electricity
Control the fixed design of rotating shaft 2, by two automatically controlled expansion links 6 by both sides realize upper automatically controlled rotating shaft 2, under automatically controlled rotating shaft 3 to each other
Connection, and keep the angle of the automatically controlled motor of expansion link 6, expansion link top respectively with respect to connected automatically controlled rotating shaft both ends to fix, with
Moving in parallel for automatically controlled rotating shaft 2 is gone up in automatically controlled rotating shaft 3 relatively under and, based on this structure, is weaved cotton cloth by streamline by upper automatically controlled rotating shaft 2
The automatically controlled positive and negative interspersed winding of rotating shaft 3 under, by upper automatically controlled rotating shaft 2, under the synchronous working of automatically controlled rotating shaft 3 provided for streamline of weaving cotton cloth
Relay driving force, meanwhile, under the relatively upper automatically controlled rotating shaft 2 of automatically controlled rotating shaft 3 move in parallel, realize the receipts weaved cotton cloth to streamline
Tight control, effectively increases pipeline efficiency of weaving cotton cloth.
Tightened up based on above-mentioned design framing shaping machine relaying on the basis of drive device technical scheme, the present invention also enters one
Step devises following optimal technical scheme：For two automatically controlled expansion links 6, further design is automatically controlled flexible using brushless electric machine
Bar so that present invention design framing shaping machine relaying tightens up drive device in actual use, can realize Jing Yin work, both protect
Demonstrate,prove designed framing shaping machine relaying and tighten up drive device and have efficiently to weave cotton cloth and tighten up transmission driving function, and can guarantee
Its course of work does not impact to surrounding environment, embodies the human oriented design in design process；For control module 4, enter
The design of one step uses microprocessor, and specifically uses arm processor, on the one hand can be directed to framing shaping machine suitable for the later stage
Relaying tightens up the extension demand of drive device, and on the other hand, succinct control architecture mode can be easy to the maintenance in later stage.
Framing shaping machine that the present invention designs relaying tightens up drive device among actual application, including footstock 1, on
Automatically controlled rotating shaft 2, under automatically controlled rotating shaft 3, two A-frames 7 and arm processors, and the nothing being connected respectively with arm processor
5, two automatically controlled expansion links of brushless electric machine of line communication module；Wherein, arm processor connection supply network carries out power taking, by ARM
It is respectively that wireless communication module 5 and two automatically controlled expansion links of brushless electric machine are powered to manage device；The upper surface fixed setting of footstock 1
Top above streamline travel path of weaving cotton cloth；Arm processor and wireless communication module 5 are arranged at the lower surface of footstock 1；Upper electricity
The both ends of control rotating shaft 2 connect A-frame 7 respectively, and are fixed and connected with the lower surface of footstock 1 respectively by two A-frames 7
Connect, upper automatically controlled rotating shaft 2 is horizontally suspended in the lower section of footstock 1, and the place straight line of upper automatically controlled rotating shaft 2 and streamline travel path institute of weaving cotton cloth
It is perpendicular in straight line；The motor bottom of two automatically controlled expansion links of brushless electric machine respectively with the both ends of upper automatically controlled rotating shaft 2 are mutually fixed connects
Connect, the motor position of two automatically controlled expansion links of brushless electric machine and the position of upper automatically controlled rotating shaft 2 are fixed to one another；Two brushless electric machine electricity
Expansion link on control expansion link is inclined to streamline direct of travel of weaving cotton cloth separately down, and is in predetermined angle with vertically downward direction,
And the predetermined angle is less than or equal to 30 degree；The top of expansion link is respectively automatically controlled turn with on two automatically controlled expansion links of brushless electric machine
The both ends of axle 3 are mutually fixedly connected, the position of the position on expansion link top automatically controlled rotating shaft 3 with on two automatically controlled expansion links of brushless electric machine
Put and be fixed to one another, under the automatically controlled place straight line of rotating shaft 3 and the upper automatically controlled place straight line of rotating shaft 2 it is parallel each other, under automatically controlled rotating shaft 3 exist
For under the Synchronization Control of two automatically controlled expansion links of brushless electric machine, with the synchronization of expansion link on two automatically controlled expansion links of brushless electric machine
It is flexible, in expansion link in the straight direction, moved back and forth with the angle parallel to upper automatically controlled rotating shaft 2；Streamline is weaved cotton cloth along it
Direct of travel is entered by the top margin of upper automatically controlled rotating shaft 2, and in winding after automatically controlled rotating shaft 2, under automatically controlled rotating shaft 3 weave cotton cloth backwards flowing water
Line direct of travel side enters, and around the traveling set the follow-up afterflow waterline of automatically controlled rotating shaft 3 and weaved cotton cloth, the rotation of upper automatically controlled rotating shaft 2
Direction and the streamline direction of automatically controlled rotating shaft 2 in winding of weaving cotton cloth are identical, under automatically controlled rotating shaft 3 rotation direction and upper automatically controlled rotating shaft 2
Rotation direction it is opposite each other, velocity of rotation is equal to each other.In practical application, enter by above-mentioned design technology project for footstock 1
Row installation, and streamline is weaved cotton cloth and tightened up through designed framing shaping machine relaying in drive device, wherein, streamline is weaved cotton cloth edge
Its direct of travel is entered by the top margin of upper automatically controlled rotating shaft 2, and in winding after automatically controlled rotating shaft 2, under automatically controlled rotating shaft 3 weave cotton cloth backwards stream
Waterline direct of travel side enters, and around the traveling set the follow-up afterflow waterline of automatically controlled rotating shaft 3 and weaved cotton cloth；Actual specific application
In, rotation direction and the streamline of upper automatically controlled rotating shaft 2 direction of automatically controlled rotating shaft 2 in winding of weaving cotton cloth is identical, under automatically controlled rotating shaft 3 turn
Dynamic direction and the rotation direction of upper automatically controlled rotating shaft 2 are opposite each other, and velocity of rotation is equal to each other；The both ends of automatically controlled rotating shaft 3 due under
It is connected respectively by the automatically controlled expansion link of brushless electric machine with the upper automatically controlled both ends of rotating shaft 2, and two automatically controlled expansion links of brushless electric machine
Motor position and the position of upper automatically controlled rotating shaft 2 are fixed to one another, the position on expansion link top on two automatically controlled expansion links of brushless electric machine
The position of automatically controlled rotating shaft 3 is fixed to one another with, and the expansion link on two automatically controlled expansion links of brushless electric machine is inclined to knit separately down
Cloth streamline direct of travel, and be in predetermined angle with vertically downward direction, and the predetermined angle is less than or equal to 30 degree, then it is lower electric
The position of control rotating shaft 3 is in the upper lower section of automatically controlled rotating shaft 2, deviation is weaved cotton cloth streamline direct of travel, in this way, being weaved cotton cloth based on streamline
Upper automatically controlled rotating shaft 2, under intert winding back and forth between automatically controlled rotating shaft 3, by upper automatically controlled rotating shaft 2, automatically controlled rotating shaft 3 is relative turns with
It is dynamic, you can to provide transmission driving force for streamline of weaving cotton cloth；If weave cotton cloth during pipeline simultaneously, there is relaxation,
Staff only need to framing shaping machine relay tighten up drive device send tighten up work order, wherein, arm processor pass through with
The wireless communication module 5 being connected tighten up work order, and control connected brushless electric machine is automatically controlled to stretch immediately
Contracting bar work asynchronously, control two automatically controlled expansion links of brushless electric machine on expansion link synchronously extend, then under automatically controlled rotating shaft 3 at two
Under the Synchronization Control of the automatically controlled expansion link of brushless electric machine, expansion link in the straight direction, with the angle parallel to upper automatically controlled rotating shaft 2
Degree, moves away from the direction of upper automatically controlled rotating shaft 2, the spacing in expansion between automatically controlled rotating shaft 2, upper automatically controlled rotating shaft 2, enters
And bring more transmission processes of weaving cotton cloth into framing shaping machine relaying and tighten up drive device, you can realize that streamline is weaved cotton cloth
Tighten up operation, in this way, while relaying driving force is provided for streamline of weaving cotton cloth, the moment keeps weaving cotton cloth in transmitting procedure
Power, effectively increase pipeline efficiency of weaving cotton cloth.
Embodiments of the present invention are explained in detail above in conjunction with accompanying drawing, but the present invention is not limited to above-mentioned implementation
Mode, can also be on the premise of present inventive concept not be departed from those of ordinary skill in the art's possessed knowledge
Make a variety of changes.
Claims (4)
1. a kind of framing shaping machine relaying tightens up drive device, it is characterised in that：Including footstock（1）, upper automatically controlled rotating shaft（2）, under
Automatically controlled rotating shaft（3）, two A-frames（7）And control module（4）, and respectively with control module（4）The channel radio being connected
Believe module（5）, two automatically controlled expansion links（6）；Wherein, control module（4）Connect supply network and carry out power taking, by control module
（4）Respectively wireless communication module（5）With two automatically controlled expansion links（6）It is powered；Footstock（1）Upper surface be fixedly installed on
The top weaved cotton cloth above streamline travel path；Control module（4）And wireless communication module（5）It is arranged at footstock（1）Lower surface；
Upper automatically controlled rotating shaft（2）Both ends connect A-frame respectively（7）, and pass through two A-frames（7）Respectively with footstock（1）Under
Surface is fixedly connected, upper automatically controlled rotating shaft（2）Horizontally suspend in footstock（1）Lower section, and upper automatically controlled rotating shaft（2）Place straight line is with weaving cotton cloth
Straight line where streamline travel path is perpendicular；Two automatically controlled expansion links（6）Motor bottom respectively with upper automatically controlled rotating shaft（2）'s
Both ends are mutually fixedly connected, two automatically controlled expansion links（6）Motor position and upper automatically controlled rotating shaft（2）Position be fixed to one another；Two
Automatically controlled expansion link（6）On expansion link be inclined to streamline direct of travel of weaving cotton cloth separately down, and with vertically downward direction in default
Angle, and the predetermined angle is less than or equal to 30 degree；Two automatically controlled expansion links（6）The top of upper expansion link is respectively automatically controlled turn with
Axle（3）Both ends be mutually fixedly connected, two automatically controlled expansion links（6）The automatically controlled rotating shaft with of the position on upper expansion link top（3）Position
Put and be fixed to one another, under automatically controlled rotating shaft（3）Place straight line and upper automatically controlled rotating shaft（2）Place straight line is parallel each other, under automatically controlled turn
Axle（3）For two automatically controlled expansion links（6）Synchronization Control under, with two automatically controlled expansion links（6）Upper expansion link is synchronously stretched
Contracting, expansion link institute in the straight direction, with parallel to upper automatically controlled rotating shaft（2）Angle move back and forth；Streamline is weaved cotton cloth along it
Direct of travel is by upper automatically controlled rotating shaft（2）Top margin enter, and automatically controlled rotating shaft in winding（2）Afterwards, the automatically controlled rotating shaft under（3）Knit backwards
Cloth streamline direct of travel side enters, and around setting automatically controlled rotating shaft（3）The traveling that follow-up afterflow waterline is weaved cotton cloth, upper automatically controlled rotating shaft
（2）Rotation direction and streamline weave cotton cloth automatically controlled rotating shaft in winding（2）Direction it is identical, under automatically controlled rotating shaft（3）Rotation direction
With upper automatically controlled rotating shaft（2）Rotation direction it is opposite each other, velocity of rotation is equal to each other.
2. a kind of framing shaping machine relaying tightens up drive device according to claim 1, it is characterised in that：It is described two automatically controlled
Expansion link（6）It is the automatically controlled expansion link of brushless electric machine.
3. a kind of framing shaping machine relaying tightens up drive device according to claim 1, it is characterised in that：The control module
（4）For microprocessor.
4. a kind of framing shaping machine relaying tightens up drive device according to claim 3, it is characterised in that：The microprocessor
For arm processor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711200841.7A CN107747181A (en) | 2017-11-27 | 2017-11-27 | A kind of framing shaping machine relaying tightens up drive device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711200841.7A CN107747181A (en) | 2017-11-27 | 2017-11-27 | A kind of framing shaping machine relaying tightens up drive device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107747181A true CN107747181A (en) | 2018-03-02 |
Family
ID=61251938
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711200841.7A Withdrawn CN107747181A (en) | 2017-11-27 | 2017-11-27 | A kind of framing shaping machine relaying tightens up drive device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107747181A (en) |
-
2017
- 2017-11-27 CN CN201711200841.7A patent/CN107747181A/en not_active Withdrawn
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Application publication date: 20180302 |