CN205653563U - Modified fag end braider structure - Google Patents
Modified fag end braider structure Download PDFInfo
- Publication number
- CN205653563U CN205653563U CN201620341555.7U CN201620341555U CN205653563U CN 205653563 U CN205653563 U CN 205653563U CN 201620341555 U CN201620341555 U CN 201620341555U CN 205653563 U CN205653563 U CN 205653563U
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- CN
- China
- Prior art keywords
- drive mechanism
- mechanism group
- pedestal
- take
- driving means
- 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.)
- Expired - Fee Related
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- Braiding, Manufacturing Of Bobbin-Net Or Lace, And Manufacturing Of Nets By Knotting (AREA)
Abstract
The utility model provides a modified fag end braider structure, contains: a base, at least drive mechanism group respectively locates this base department, a plurality of line barrel holder respectively install in each department of drive mechanism group, and each line barrel holder is then supply a ray of section of thick bamboo setting, an admission machine constructs, sets up in this base department, an at least drive arrangement is selected from servo motor, and it sets up in this base respectively and be coupled and constructs with this admission machine in each drive mechanism group, and drive each drive mechanism group and construct with this admission machine and be the state of actuating, and a microcomputer control unit, to install in this base department, it is coupled in each drive arrangement, utilizing this microcomputer control unit to control respectively and opening or close and adjust its running speed and set for soon with slowly in this drive arrangement is whole, and drive each drive mechanism group, each line barrel holder and construct its state of actuating with this admission machine, reach to have and various the mixture change the application, the lines that make each line barrel holder's a line section of thick bamboo construct through this admission machine and collect the fag end of weaving into diversified kenel.
Description
Technical field
This utility model relates to the rope belt braider structure of a kind of improvement, and espespecially one has stable when entirety weaves
Precisely with various braider mixing change utilization effect.
Background technology
The most important mark of 18th century industrial revolution, is the invention of steam engine and braider.Since these two machinery come out with
Coming, machine power almost instead of the use of tradition manpower, not only promotes work efficiency, and manpower also can be overcome to use simultaneously
Various restrictions, bring the evolution of the progress across the epoch, such as braider, the most directly interfere with the development for the development of human civilization
In national industry structure and the quality of life of the people, described fabric is usable on multiple fields, such as, can be used as
Electric wire, flexible pipe, tie-down cord etc..
And general common belt weaving machine is generally by board, payingoff mechanism, take-up mechanism, most string borrel bogie and drive mechanism etc.
Component is formed, and drive mechanism is arranged at the table top of board, comprises most travelling gear engaged and is located at above travelling gear
Blade wheel, sets separable string borrel bogie respectively between each blade wheel.Whereby, blade wheel is made to rotate when the operating of each travelling gear
Time, each string borrel bogie can be passed to different leaves wheel and along planned orbit loopy moving, and then can make the yarn on each string borrel bogie lead to
Cross take-up mechanism to carry out collecting the action being woven into ribbon.
According to above-mentioned common structure, for controlling the mode of drive mechanism operating, common braider is with motor drive transmission device,
Make the travelling gear of drive mechanism and blade wheel can run-in synchronism, driven gear needs the limit of arrangement design in the form of a ring with blade wheel
System (because string borrel bogie need to be along planned orbit loopy moving), it is impossible to knit out multi-level ribbon;Even, due to its operating speed of motor
Degree is very fast and cannot adjust, and causes the state that woven rope band global shape is also the thinnest, an actually big drawback problem, and
Urgently improved.
Summary of the invention
Main purpose of the present utility model is to be: provides a kind of and has the stable braiding with accurate effect when entirety weaves
Machine.
For reaching above-mentioned purpose, the rope belt braider structure of a kind of improvement of this utility model, it is characterised in that: comprise:
One pedestal, has a frame unit and a workbench, and it is positioned at above this frame unit locates;
At least one drive mechanism group, is respectively arranged at the workbench of this pedestal, each drive mechanism group have multiple travelling gear and
Multiple blade wheels;In engagement between the plurality of travelling gear, the plurality of blade wheel is then arranged at the plurality of travelling gear on it
At Fang;
Multiple string borrel bogies, the workbench being positioned at this pedestal and each blade wheel being respectively installed in each drive mechanism group above it place in fixing,
And in removable combinative structure between each blade wheel of each string borrel bogie and each drive mechanism group, the most each string borrel bogie then sets for a spool
Put;
One take-up mechanism, is arranged at the workbench of this pedestal, and this take-up mechanism is provided with at least one hub, and each hub is then
Being provided with a clamping constriction device, its entirety is contraction state and in order to clamp the lines of the spool collecting each string borrel bogie to collect braiding
Become the action of rope band;
At least one driving means, selected from servo motor, it is respectively arranged at the workbench of this pedestal, and each driving means is coupled to
Each drive mechanism group and this take-up mechanism and make electrical connection;Each driving means then drives each drive mechanism group and this take-up mechanism
In actuator state;And
One microcomputer control unit, is installed at the frame unit of this pedestal, and this microcomputer control unit couples with each driving means
And make electrical connection;
Whereby, utilize this microcomputer control unit to be controlled in this driving means entirety respectively and be turned on and off its operating condition, and use
The setting fast and slow to adjust this driving means its running speed overall, so drive respectively this drive mechanism group each travelling gear and
Its rotary state of each blade wheel and its actuator state of this take-up mechanism, make each when its rotation of each travelling gear of each drive mechanism group
This blade wheel is in time rotating, and the spool being positioned at the string borrel bogie at each blade wheel presents operating condition, makes the line of the spool of each string borrel bogie
Bar carries out collecting the action being woven into rope band by this take-up mechanism, makes this rope band entirety present thickness sandwich time or three-dimensional etc.
Variation kenel.
The rope belt braider structure improved due to this utility model, utilizes this microcomputer control unit to be controlled in this driving means respectively
Entirety is turned on and off its operating condition, and the setting fast and slow in order to adjust this driving means its running speed overall, and then band
Each travelling gear of dynamic each drive mechanism group and its rotary state of each blade wheel and its actuator state of this take-up mechanism, when each driver
Each travelling gear of structure group its rotate and make respectively this blade wheel in rotate time, the spool being positioned at the string borrel bogie at each blade wheel presents fortune
Turn state, due to the fast of each its rotary speed of blade wheel and slow adjustable factor, to reach there is various mixing change utilization, make
The lines of the spool of each string borrel bogie collect the action being woven into rope band by this take-up mechanism, make this rope band entirety present thickness staggered,
The variation kenel such as multi-level or three-dimensional;Whereby, and then to provide one to have when entirety weaves stably precisely mixed with various
Close change and use the braider of effect.
Accompanying drawing explanation
Fig. 1 is structure block schematic diagram of the present utility model.
Fig. 2 is the block schematic diagram of this utility model microcomputer control unit.
Fig. 3 is the front view of this utility model preferred embodiment.
Fig. 4 is the side view of this utility model preferred embodiment.
Detailed description of the invention
First, refer to shown in Fig. 1 to Fig. 4, the rope belt braider structure that this utility model improves;Including a: pedestal 1, extremely
A few drive mechanism group 2, multiple string borrel bogie 3, take-up mechanism 4, an at least driving means 5 and a microcomputer control unit
6;Wherein:
This pedestal 1, has frame unit 11 and a workbench 12, and this workbench 12 is positioned at this frame unit 11
At Shang Fang;
Each drive mechanism group 2, is respectively arranged at the workbench 12 of this pedestal 1, and each drive mechanism group 2 has multiple driving cog
Wheel 21 and multiple blade wheel 22;In engagement between the plurality of travelling gear 21, the plurality of blade wheel 22 then sets
Be placed in the plurality of travelling gear 21 to locate above it, and each blade wheel 22 by during each travelling gear 21 start in rotating shape
State;
Each string borrel bogie 3, the workbench 12 being positioned at this pedestal 1 and each blade wheel 22 being respectively installed in each drive mechanism group 2 its
In fixing at Shang Fang, and in removable combinative structure between each blade wheel 22 of each string borrel bogie 3 and each drive mechanism group 2, its
In each string borrel bogie 3 then arrange for a spool 31;And each string borrel bogie 3 is by each blade wheel 22 start of each drive mechanism group 2
Shi Ercheng rotary state;
This take-up mechanism 4, is arranged at the workbench 12 of this pedestal 1, and this take-up mechanism 4 is provided with at least one hub 43,
Respectively this hub 43 is then provided with a clamping constriction device 431, and its entirety is contraction state and collects each spool in order to clamp
The lines of the spool 31 of frame 3 and collect the action that is woven into rope band;
Each driving means 5, selected from servo motor, it is respectively arranged at the workbench 12 of this pedestal 1, each driving means 5
It is coupled to each drive mechanism group 2 and this take-up mechanism 4 and makees electrical connection;Each driving means 5 then drives each drive mechanism group
2 with this take-up mechanism 4 in actuator state;The most each driving means 5 is more replaced selected from any one of stepper motor or inverter motor
Change servo motor;And
This microcomputer control unit 6, is installed at the frame unit 11 of this pedestal 1, this microcomputer control unit 6 with respectively drive
Dynamic device 5 couples and makees electrical connection;
For described in above structure, illustrate further as follows:
Wherein the frame unit 11 of this pedestal 1 is corresponding to each drive mechanism group 2, multiple bodies of rod 111 by each separator 7
It is welded;The workbench 12 of this pedestal 1 is provided with multiple assembly hole 121 again, and each assembly hole 121 is then for each transmission
Each travelling gear 21 of mechanism's group 2 is arranged;And have additional at least one separator 7 in this frame unit 11, this separator 7
Its quantity is identical consistent with this its quantity of drive mechanism group 2;
Wherein this take-up mechanism 4 has more a cradling piece 41, arranges for those hubs 43 aforementioned;And at least one retracting wheel
Device 42, is arranged at this cradling piece 41 and corresponds respectively to each string borrel bogie 3 set by each drive mechanism group 2 above it
Place, each retracting wheel apparatus 42 is provided with multiple groove 421, and respectively furls wheel apparatus 42 and lay respectively at aforementioned each hub 4
3 locate above it;It is used for concentrating the lines of the spool 31 of each string borrel bogie 3 for each hub 43 and is directed to each retracting wheel dress
Putting and carry out weaving operation at each groove 421 of 42 and form rope band, special one carries, and utilizes the clamping of each hub 43 to shrink
Its entirety of device 431 is contraction state and reaches the lines guiding the spool 31 of each string borrel bogie 3 to each retracting wheel apparatus 42
Each groove 421 at more smooth and easy, and make lines outward appearance present thickness to interlock kenel;And its number of this retracting wheel apparatus 42
Amount is identical consistent with this its quantity of drive mechanism group 2;
Furthermore, this take-up mechanism 4 more has additional at least one lead frame 44, is each positioned at this its rear of retracting wheel apparatus 42,
Each lead frame 44 is used to neatly to furl on rear side of the rope band pull of each retracting wheel apparatus 42 braiding to braider
Operation;And this its quantity of lead frame 44 is identical consistent with this its quantity of retracting wheel apparatus 42;
Wherein this microcomputer control unit 6 has a housing 61;One IC circuit board 62, is arranged at this housing 61 internal;
One control panel 63, is located at outside this housing 61, and this control panel 63 and this IC circuit board 62 are in coupling and making electricity
Property link, and at this control panel 63, be provided with a power lights 631, it is used for showing its entirety electrically ON/OFF, and it uses
State;Multiple button key 632, it is used for operating this microcomputer control unit 6 electrically ON/OFF or input correlation values money
Material;And a display screen 633, it is used for showing that it overall uses message status numerical value to show;
Whereby, this utility model braider is before weaving, and user may utilize the chain of command of this microcomputer control unit 6
Each button key 632 of plate 63 is controlled in this driving means 5 entirety respectively and is turned on and off its operating condition, when this driving fills
When putting 5 startup, the power lights 631 of the control panel 63 of this microcomputer control unit 6 then present display state and for
Person learns, user each button key 632 in this control panel 63 carry out inputting correlation values data, and in order to adjust
The setting that this driving means 5 its running speed overall is fast and slow, so drive each drive mechanism group 2 each travelling gear 21 and
Each its rotary state of blade wheel 22 and this its actuator state of take-up mechanism 4, its overall use message status numerical value then can be shown in
Learn for user and confirm at the display screen 633 of this control panel 63;Therefore, each when each drive mechanism group 2
Travelling gear 21 its rotate and make each blade wheel 22 in time rotating, be positioned at the spool 3 of string borrel bogie 3 at each blade wheel 22
1 presents operating condition, due to the fast of each its rotary speed of blade wheel 22 and slow adjustable factor, to reach to have various mixing
Change is used, and makes the lines of spool 21 of each string borrel bogie 3 clamping constriction device by the hub 43 of this take-up mechanism 4
It is directed to carry out being woven at each groove 421 of each retracting wheel apparatus 42 action of rope band during 431 collect, makes
This rope band entirety presents any one of the thickness variation such as staggered, multi-level or three-dimensional kenel, is used by this Novel weaved machine
Each driving means 5 selected from servo motor, and take this microcomputer control unit 6 respectively each driving means 5 is carried out its operating or
Out-of-operation control operation, not only can reach more stable and accurate effect when integral weaving;And, utilize this microcomputerized control
The input correlation values data of unit 6 and operation, more can knit out the rope band of variation kenel, is made improving conventional braiding machine
During with mechanical motor, single kenel can only be knit out and its shortcoming of rope band of variation kenel cannot be knit out;Whereby, enter
And provide a kind of and have stably accurate when entirety weaves and various mixing change the braider using effect.
Comprehensive the above, the rope belt braider structure of a kind of improvement had not the most seen all books and periodicals or open had used, and really met novel
Patent application important document.The above is specific embodiment of the utility model and the know-why used, and Ruo Yiben is novel
The change made of conception, function produced by it still without departing from description and graphic contained spiritual time, all should be in this reality
With in novel scope, close and give Chen Ming.
Claims (10)
1. the rope belt braider structure improved, it is characterised in that: comprise:
One pedestal, has a frame unit and a workbench, and it is positioned at above this frame unit locates;
At least one drive mechanism group, is respectively arranged at the workbench of this pedestal, each drive mechanism group have multiple travelling gear and
Multiple blade wheels;In engagement between the plurality of travelling gear, the plurality of blade wheel is then arranged at the plurality of travelling gear on it
At Fang;
Multiple string borrel bogies, the workbench being positioned at this pedestal and each blade wheel being respectively installed in each drive mechanism group above it place in fixing,
And in removable combinative structure between each blade wheel of each string borrel bogie and each drive mechanism group, the most each string borrel bogie then sets for a spool
Put;
One take-up mechanism, is arranged at the workbench of this pedestal, and this take-up mechanism is provided with at least one hub, and each hub is then
Being provided with a clamping constriction device, its entirety is contraction state and in order to clamp the lines of the spool collecting each string borrel bogie to collect braiding
Become the action of rope band;
At least one driving means, selected from servo motor, it is respectively arranged at the workbench of this pedestal, and each driving means is coupled to
Each drive mechanism group and this take-up mechanism and make electrical connection;Each driving means then drives each drive mechanism group and this take-up mechanism
In actuator state;And
One microcomputer control unit, is installed at the frame unit of this pedestal, and this microcomputer control unit couples with each driving means
And make electrical connection;
Whereby, utilize this microcomputer control unit to be controlled in this driving means entirety respectively and be turned on and off its operating condition, and use
The setting fast and slow to adjust this driving means its running speed overall, so drive respectively this drive mechanism group each travelling gear and
Its rotary state of each blade wheel and its actuator state of this take-up mechanism, make each when its rotation of each travelling gear of each drive mechanism group
This blade wheel is in time rotating, and the spool being positioned at the string borrel bogie at each blade wheel presents operating condition, makes the line of the spool of each string borrel bogie
Bar carries out collecting the action being woven into rope band by this take-up mechanism, makes this rope band entirety present thickness sandwich time or three-dimensional etc.
Variation kenel.
2. the rope belt braider structure improved as claimed in claim 1, it is characterised in that: wherein the frame unit of this pedestal be by
Multiple bodies of rod are welded;The workbench of this pedestal is provided with multiple assembly hole again, and each assembly hole then supplies each of each drive mechanism group
Travelling gear is arranged.
3. the rope belt braider structure improved as claimed in claim 2, it is characterised in that: wherein this frame unit has additional at least
One separator, each separator corresponds to each drive mechanism group.
4. the rope belt braider structure improved as claimed in claim 3, it is characterised in that: wherein its quantity of this separator and this biography
Motivation its quantity of structure group be identical unanimously.
5. the rope belt braider structure improved as claimed in claim 1, it is characterised in that: wherein this take-up mechanism has more one
Hack lever, is arranged for those hubs aforementioned;And at least one retracting wheel apparatus, be arranged at this cradling piece and correspond respectively to each biography
Each string borrel bogie set by motivation structure group is located above it, and each retracting wheel apparatus is provided with multiple groove, and respectively furls wheel apparatus position respectively
Locate above it in aforementioned each hub, be used for concentrating the lines of the spool of each string borrel bogie for each hub and be directed to each retracting wheel
Carry out weaving operation at each groove of device and form rope band.
6. the rope belt braider structure improved as claimed in claim 5, it is characterised in that: wherein this its quantity of retracting wheel apparatus with
This its quantity of drive mechanism group be identical unanimously.
7. the rope belt braider structure improved as claimed in claim 5, it is characterised in that: wherein this take-up mechanism more have additional to
A few lead frame, is each positioned at each its rear of retracting wheel apparatus, and each lead frame is used for the rope band woven by each retracting wheel apparatus
Pull and neatly furl operation on rear side of braider.
8. the rope belt braider structure improved as claimed in claim 7, it is characterised in that: wherein its quantity of this lead frame and this volume
Its quantity of wheel-receiving device be identical unanimously.
9. the rope belt braider structure improved as claimed in claim 1, it is characterised in that: the most each driving means is more selected from stepping
Any one of motor or inverter motor replaces servo motor.
10. the rope belt braider structure improved as claimed in claim 1, it is characterised in that: wherein this microcomputer control unit has
One housing;One IC circuit board, is arranged at this enclosure interior;One control panel, is located at this hull outside, this control panel with
This IC circuit board is in coupling and make electrical connection, and is provided with a power lights at this control panel, and it is used for showing that its entirety is electricity
Property ON/OFF its use state;Multiple button key, it is used for operating this microcomputer control unit electrically ON/OFF or input phase
Close numerical data;And a display screen, it is used for showing that it overall uses message status numerical value to show.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620341555.7U CN205653563U (en) | 2016-04-21 | 2016-04-21 | Modified fag end braider structure |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620341555.7U CN205653563U (en) | 2016-04-21 | 2016-04-21 | Modified fag end braider structure |
Publications (1)
Publication Number | Publication Date |
---|---|
CN205653563U true CN205653563U (en) | 2016-10-19 |
Family
ID=57401305
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201620341555.7U Expired - Fee Related CN205653563U (en) | 2016-04-21 | 2016-04-21 | Modified fag end braider structure |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN205653563U (en) |
-
2016
- 2016-04-21 CN CN201620341555.7U patent/CN205653563U/en not_active Expired - Fee Related
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161019 Termination date: 20210421 |
|
CF01 | Termination of patent right due to non-payment of annual fee |