CN102995328B - Cording embroidery device and embroidery machine with cording embroidery device - Google Patents
Cording embroidery device and embroidery machine with cording embroidery device Download PDFInfo
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- CN102995328B CN102995328B CN201210539447.7A CN201210539447A CN102995328B CN 102995328 B CN102995328 B CN 102995328B CN 201210539447 A CN201210539447 A CN 201210539447A CN 102995328 B CN102995328 B CN 102995328B
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Abstract
The invention provides a cording embroidery device and an embroidery machine with the cording embroidery device. The cording embroidery device comprises a needle rod frame, a needle rod, a protection mechanism, a connection mechanism and an execution mechanism, wherein the needle rod frame is provided with a needle rod through hole; the needle rod is arranged in the needle rod through hole of the needle rod frame in a penetrating and up-lower moving way along the axial direction, and the needle rod is provided with a driving part; the protection mechanism is arranged outside the needle rod in a sleeving and up-lower moving way along the axial direction of the needle rod; the connection mechanism is connected between the needle rod and the protection mechanism, the upper end of the connection mechanism is driven to move by the driving part on the needle rod, and the lower end of the connection mechanism is connected with the protection mechanism and can drive the protection mechanism to move up and down along the axial direction of the needle rod; and the execution mechanism is positioned at the bottom of the needle rod frame and rotatably arranged outside the protection mechanism in the sleeving way so as to execute cording action. The connection mechanism is connected in parallel between the needle rod and the protection mechanism and drives the protection mechanism to jump in the axial direction of the needle rod. The connection mechanism is positioned inside the needle rod frame, and parts such as a jumping motor arranged outside the needle rod frame are omitted, so that the structure of the cording embroidery device is simplified.
Description
Technical field
The present invention relates to embroidery machinery field, in particular to a kind of belt embroidery device and there is the embroidery machine of this device.
Background technology
Existing cording embroidery is generally all incorporated on three-in-one embroidery machine, need to buy three-in-one machine and could realize cording embroidery function, and the cost of three-in-one embroidery machine is higher, complicated operation, technical requirement to operating personnel is higher, has increased to a certain extent cost.The existing embroidery machine complicated structure that cording embroidery function can be provided, manufacturing cost is higher, and the price of embroidery machine is also thereupon higher, and this makes the price of the existing embroidery machine that cording embroidery function is provided higher.
Summary of the invention
The present invention aims to provide a kind of belt embroidery device and has the embroidery machine of this device, to solve the comparatively complicated problem of structure of the embroidery machine in prior art with cording embroidery function.
To achieve these goals, according to an aspect of the present invention, provide a kind of belt embroidery device, this simple and easy belt embroidery device comprises: needle bar frame, has shank through hole; Shank, can be located in the shank through hole of needle bar frame vertically up or down, has drive division on shank; Protection mechanism, along axially can being set in up or down outside shank of shank; Bindiny mechanism, bindiny mechanism is connected between shank and protection mechanism, and upper end is driven and is moved by drive division on shank, and lower end is connected with protection mechanism and moves up and down with the axial driving protection mechanism along shank; Executing agency, executing agency is positioned at the bottom of needle bar frame, and it is outer to carry out dribbling action to be set in rotationally protection mechanism.
Further, simple and easy belt embroidery device also comprises mount pad, and mount pad is fixedly installed on the bottom of needle bar frame; Executing agency is arranged on mount pad.
Further, protection mechanism comprises: sliding sleeve, is set on shank, and is connected with the lower end of bindiny mechanism; Interlock protective sleeve, is fixedly connected on the lower end of sliding sleeve, and is connected to rotate with executing agency with executing agency.
Further, executing agency comprises: driven pulley, and driven pulley is set in outside sliding sleeve, and is arranged on rotationally on mount pad; Connector, top is fixedly connected with driven pulley, and bottom can be set in up or down outside it and can drive it to rotate relative to the protective sleeve that links, and sliding sleeve is located in connector and drives interlock protective sleeve axially moving up and down along shank; Material wheel carrier, is fixedly connected on connector.
Further, bindiny mechanism comprises: guide post, is fixedly located on needle bar frame; Shift fork portion, one end can be set on guide post up or down, and the other end is connected with protection mechanism and drives protection mechanism to move up and down; Draw high portion, the first end that draws high portion has the first hook portion that is positioned at drive division top, and the second end that draws high portion has the second hook portion of the below that is positioned at shift fork portion.
Further, bindiny mechanism also comprises spring, and spring housing is located on guide post, and the upper end of spring contacts with drive division, and the lower end of spring and shift fork portion connect.
Further, shift fork portion comprises the slide block being set on guide post and the shift fork that is fixedly installed on slide block lower end; On protection mechanism, be provided with the notch coordinating with shift fork.
Further, belt embroidery device also comprises: jump height control part, comprise expansion link and locating part, locating part is fixedly installed in shift fork portion, and locating part comprises the bending plate that is arranged on shift fork portion top, between bending plate and slide block, form the spacing space of jumping, the external part of expansion link stretches into the part in spacing space of jumping and is provided with backstop head, a backstop backstop in spacing space with the scope that moves up and down of restriction shift fork portion.
Further, connector comprises a transverse slat, the riser that is arranged on the first sleeve on transverse slat and is arranged on a side of transverse slat and extends to the direction away from the first sleeve, on riser, be provided with chute along the axial direction of the first sleeve, chute extends on the perisporium of the first sleeve, on transverse slat, be provided with first through hole corresponding with the first sleeve, the first through hole is communicated with the first sleeve, transverse slat is provided with away from a side of riser the opening being communicated with the first through hole, opening axially extends away from a side of transverse slat to the first sleeve along the first sleeve, material wheel carrier is fixedly installed on the side away from riser on transverse slat, interlock protective sleeve comprises second sleeve, be arranged on the extension board that on the perisporium of the second sleeve, the axis direction along the second sleeve extends and be arranged on the second sleeve away from the perisporium of a side of extension board and the projection of radially extending along the second sleeve, projection coordinates with chute, and moves up and down along chute.
According to a further aspect in the invention, provide a kind of embroidery machine, comprised belt embroidery device, belt embroidery device is above-mentioned belt embroidery device.
Apply technical scheme of the present invention, belt embroidery device comprises needle bar frame, shank, executing agency, bindiny mechanism, protection mechanism and drive division.Needle bar frame has shank through hole, and the interior drive division of shank through hole that shank can be located in needle bar frame vertically is up or down fixed on shank up or down with shank.Bindiny mechanism is connected between shank and protection mechanism, and the upper end of bindiny mechanism is moved axially along shank by the driving of drive division, and the lower end of bindiny mechanism is connected driving protection mechanism axially moving up and down along shank with protection mechanism.Protection mechanism is set on shank; when shank is moved upwards up to after certain altitude; the drive division being fixedly installed on shank drives bindiny mechanism to move up; thereby move on drive protection mechanism; protection mechanism can help feeding, thereby prevents from moving past on shank in journey because shank is pullled and embroidered line and destroy the style of having embroidered.Executing agency is positioned at the bottom of needle bar frame, and is set on protection mechanism, shank move up and down the action that simultaneously completes cording embroidery with the rotation of executing agency.Bindiny mechanism is connected between shank and protection mechanism; moving up and down of shank is transferred on protection mechanism; make in shank uphill process, can not pull in cording embroidery process and embroider line and pull bad the style of having fixed, the movement of shank can be delivered to the structure of having saved the parts such as jump motor on protection mechanism and simplified belt embroidery device by bindiny mechanism is set.
Brief description of the drawings
The accompanying drawing that forms a part of the present invention is used to provide a further understanding of the present invention, and schematic description and description of the present invention is used for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 shows the decomposition texture schematic diagram of the belt embroidery device of embodiments of the invention;
Fig. 2 shows the structural representation of the belt embroidery device of embodiments of the invention;
Fig. 3 shows the cutaway view of the sliding sleeve of the belt embroidery device of embodiments of the invention;
Fig. 4 shows the first perspective view of the connector of the belt embroidery device of embodiments of the invention;
Fig. 5 shows the second perspective view of the connector of the belt embroidery device of embodiments of the invention;
Fig. 6 shows the front view of the belt embroidery device of embodiments of the invention;
Fig. 7 shows the rearview of the belt embroidery device of embodiments of the invention;
Fig. 8 shows according to the A-A of the belt embroidery device of Fig. 6 to cutaway view; And
Fig. 9 shows the I place enlarged drawing according to the belt embroidery device of Fig. 8.
Detailed description of the invention
Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, in the situation that not conflicting, the feature in embodiment and embodiment in the application can combine mutually.
As shown in Figure 1 to 9, according to embodiments of the invention, belt embroidery device comprises needle bar frame 10, shank 40, executing agency, bindiny mechanism, protection mechanism and drive division 36.Needle bar frame 10 has shank through hole, and shank 40 can be located in the shank through hole of needle bar frame 10 vertically up or down, and drive division 36 is fixed on shank 40 up or down with shank 40.
Bindiny mechanism is connected between shank 40 and protection mechanism, and the upper end of bindiny mechanism is moved axially along shank 40 by the driving of drive division 36, and the lower end of bindiny mechanism is connected driving protection mechanism axially moving up and down along shank 40 with protection mechanism.Protection mechanism is set on shank 40, and when shank 40 is moved upwards up to after certain altitude, the drive division 36 being fixedly installed on shank 40 drives bindiny mechanism to move up, and moves thereby drive on protection mechanism.Protection mechanism can help feeding, thereby prevents from moving past on shank 40 in journey because shank 40 is pullled and embroidered line and destroy the style of having embroidered.
Executing agency is positioned at the bottom of needle bar frame 10, and is set on protection mechanism, shank 40 move up and down the action of simultaneously having carried out cording embroidery with the rotation of executing agency.Bindiny mechanism is connected between shank 40 and protection mechanism; moving up and down of shank 40 is transferred on protection mechanism; make in shank 40 uphill process, can not pull in cording embroidery process and embroider line and pull bad the style of having fixed, the movement of shank 40 can be delivered to the structure of having saved the parts such as jump motor on protection mechanism and simplified belt embroidery device by bindiny mechanism is set.
Belt embroidery device also comprises the dribbling main body of a side that is fixedly installed on 40 of shanks, and dribbling main body comprises the first synchronous pulley on the output shaft that is fixedly installed on the looper motor of dribbling lower body part and is fixedly installed on looper motor.
Belt embroidery device also comprises the mount pad 311 of the bottom that is fixedly installed on needle bar frame 10, is provided with the hole passing for shank 40 on mount pad 311, and executing agency is arranged on mount pad 311 and is set in outside shank 40.
Protection mechanism comprises sliding sleeve 33 and interlock protective sleeve 314.Sliding sleeve 33 is set on shank 40, and is connected with the lower end of bindiny mechanism.Bindiny mechanism drives sliding sleeve 33 to move up and down along shank 40.Interlock protective sleeve 314 is fixedly installed on the lower end of sliding sleeve 33, and is connected to rotate with executing agency with executing agency.On shank 40, move on to after certain altitude; sliding sleeve 33 move under the drive of bindiny mechanism the interlock protective sleeve 314 that is simultaneously fixed on sliding sleeve 33 lower ends with on move; between the stroke moving on the stroke moving on shank 40 and interlock protective sleeve 314, there is progressive error; the protective sleeve 314 that makes to link is provoked embroidery line; band moving-wire wheel unwrapping wire; thereby can help feeding, and can ensure that shank 40 can not pull bad the style of having embroidered.
Executing agency comprises driven pulley 312 and connector 313.Driven pulley 312 is set in the outside of sliding sleeve 33 and is arranged on rotationally on mount pad 311, driven pulley 312 is driven and is rotated by the first synchronous pulley by belt transmission, driven pulley 312 is fixedly connected with the top of connector 313, and drives connector 313 therewith to rotate.On connector 313, be provided with the hole passing for sliding sleeve 33; the bottom of connector 313 is set in outside interlock protective sleeve 314 and can drives its rotation; sliding sleeve 33 drive interlock protective sleeves 314 axially move up and down along shank 40, and material wheel carrier 32 is fixedly installed on connector 313 and with one and plays rotation.Looper motor drives the first synchronous pulley to rotate, and the rotating drive driven pulley 312 of the first synchronous pulley rotates, thereby drives the rotation that is fixedly installed on the connector 313 on driven pulley 312, and realization drive material wheel carrier 32 rotates and carries out dribbling action then.Moving up and down with the rotation of expecting wheel carrier 32 of shank 40 realizes cording embroidery function simultaneously.
In the present embodiment, connector 313 comprises a transverse slat, is arranged on the first sleeve on transverse slat and is arranged on the riser of a side direction downward-extension of transverse slat.On riser, be provided with chute along the axial direction of the first sleeve, chute extends on the perisporium of the first sleeve, on transverse slat, be provided with first through hole corresponding with the first sleeve, leading to for sliding sleeve 33 of the first through hole and the first sleeve passes, transverse slat is provided with the opening that extends to the first sleeve middle part of the axial setting along the first sleeve being communicated with the first through hole away from a side of riser, transverse slat is also provided with the screwed hole extending to riser away from a side of riser, material wheel carrier 32 is fixedly installed on transverse slat one end away from riser.
Interlock protective sleeve 314 comprises second sleeve, be arranged on the extension board that on the perisporium of the second sleeve, the axis direction along the second sleeve extends and be arranged on the second sleeve away from the projection of radially extending along the second sleeve on the perisporium of a side of extension board.The second sleeve is fixedly connected with sliding sleeve 33, and the external diameter of the second sleeve is less than the internal diameter of the first through hole, and also the second sleeve can be in the interior slip of connector 313.Projection stretches in chute, can move up and down along chute, when connector 313 rotates, drives interlock protective sleeve 314 to rotate together by projection.On the extension board of interlock protective sleeve 314, be provided with for embroider material through through hole, embroider line and pass in this through hole, and realize line sending action by the rotation of interlock protective sleeve 314.In the process of rotating at connector 313, thereby material wheel carrier 32 rotates with connector 313 and unwrapping wire is realized dribbling action.
Preferably, be provided with the clutch shaft bearing 315 for driven pulley 312 is installed on mount pad 311, clutch shaft bearing 315 is set in outside driven pulley 312.
Preferably, the bottom that shank is 40 is also provided with the second bearing of the rigidity for strengthening the first lining 33, and the second bearing is arranged on the top of the first lining 33.
Bindiny mechanism comprises guide post 34, shift fork portion 35 and draws high portion 38.Guide post 34 is located in 40 of shanks, and above one end of drive division 36 is set on guide post 34 and can moves up and down along guide post 34, and the other end is fixedly installed on shank 40 and moves up and down with shank 40.Shift fork portion 35 one end are set on guide post 34 and can move up and down along guide post 34, and the other end is connected driving the first lining 33 and moves up and down with the first lining 33.Spring 37 is between drive division 36 and shift fork portion 35, the lower end of spring 37 and shift fork portion 35 butts apply downward active force to shift fork portion 35, shift fork portion 35 by downward force transmission to sliding sleeve 33, anti-anti-skid sheath 33 rotate process in because unbalance stress produces bob.Shift fork portion 35 comprises the slide block 351 being set on guide post 34 and the shift fork 352 that is fixedly installed on slide block 351 lower ends.The first end that draws high portion 38 has the first hook portion that is positioned at drive division 36 tops, drive division 36 contacts with the first hook portion and drives it to move up along guide post 34 after moving on to certain altitude on shank 40, the second end that draws high portion 38 has the second hook portion of the below that is positioned at shift fork portion 35, the second hook portion is hooked on the bottom of shift fork portion 35, when the first end of the portion of drawing high 38 with drive division 36 when moving on guide post 34, draw high the second end of portion 38 by 35 pull-ups of shift fork portion, then the sliding sleeve 33 being connected with shift fork 352 and the interlock protective sleeve 314 being connected with sliding sleeve 33 have been drawn high, thereby realizing interlock protective sleeve 314 helps feeding to prevent from pulling bad the function of the style of having embroidered.
Preferably, between slide block 351 and guide post 34, be provided with lining, lining axially moves up and down along guide post 34 with slide block 351.
Preferably, one end that shift fork 352 contacts with sliding sleeve 33 is " Y " type, on sliding sleeve 33, being provided with the ring-shaped depression adapting with this " Y " type is also notch, two bifurcated forks of shift fork 352 are located in ring-shaped depression, thereby drive sliding sleeve 33 to move up and down, and then ensure the precision that is connected of shift fork 352 and sliding sleeve 33.
In the present embodiment, belt embroidery device also comprises the jump height control part 39 that moves up and down height of spacing shift fork portion 35, and this jump height control part 39 comprises expansion link 391 and locating part 392.The first end of locating part 392 is fixed in shift fork portion 35.Preferably, the first end of locating part 392 is fixedly installed on slide block 351.The second end of locating part 392 has a bending plate that is positioned at shift fork portion 35 tops, between bending plate and slide block 351, form the spacing space of jumping, the external part of expansion link 391 stretches in this hop limit space, external part is positioned in the part in this hop limit space and is provided with backstop head, and expansion link 391 is by the height that moves up and down of backstop head restriction shift fork portion 35.On locating part 392, be provided with stopper slot, stopper slot width is less than a backstop circumscribed circle diameter, can be by a backstop backstop between slide block 351 and bending plate.The lower end of expansion link 391 is provided with a screw rod, and screw rod jumps in spacing space through entering after this stopper slot, and backstop head is the stop nut coordinating with screw rod.
When expansion link 391 stretches out after certain length, its length is fixed, locating part 392 moves with shift fork portion 35 owing to being fixedly connected with shift fork portion 35, in the time that shift fork portion 35 moves upward, after motion certain altitude, can be subject to the barrier effect of expansion link 391 and cannot continue up, in the time that shift fork portion 35 moves downward, shift fork portion 35 drops to after certain height, locating part 392 can be subject to the barrier effect of stop nut, and cannot continue descending, shift fork portion 35 also stops descending, therefore, by the cooperation of the stop nut on locating part 392 and expansion link 391, can effectively limit the uplink and downlink position of shift fork portion 35, prevent that embroidery pattern from being pulled bad.In the time that needs promote shift fork portion 35 and the first lining 33, can promote shift fork portion 35 and sliding sleeve 33 by the length that reduces expansion link 391.
Preferably, expansion link 391 is cylinder.
Belt embroidery device also comprises the upper bottom dead centre that is fixedly installed on shank 40, and upper bottom dead centre moves up and down for driving needle bridge.
When drive division 36 in the process that shank 40 moves down moves down Compress Spring 37 with shank 40, spring 37 applies downward active force to slide block 351, downward active force is delivered on sliding sleeve 33 by slide block 351 and the shift fork being fixedly installed on slide block 351, thereby make in the time that the sliding sleeve 33 that sliding sleeve 33 causes due to frictional force or other resistances in the process moving down with shank 40 can not move down into precalculated position smoothly, spring 37 can make it move down into precalculated position for sliding sleeve 33 provides enough downforce.When drive division 36 in the process of moving on shank 40 is with shank 40 trip spring 37 that moves up, when moving on to after certain altitude on shank 40, drive division 36 contact with the first hook portion of the portion of drawing high 38 and drive together with it on move, thereby shift fork portion 35 is drawn high, thereby the interlock protective sleeve 314 that drives sliding sleeve 33 and be fixed on sliding sleeve 33 moves up, in moving process due to shank 40 and interlock protective sleeve 314, there is progressive error, the protective sleeve 314 that makes to link can be provoked embroidery line, make to expect that wheel carrier 32 emits a part of line, prevent from moving and pulling line and destroy the style of having embroidered on shank 40.
According to embodiments of the invention, a kind of cording embroidery machine comprises belt embroidery device, and this belt embroidery device is above-mentioned belt embroidery device.
As can be seen from the above description, the above embodiments of the present invention have realized following technique effect: belt embroidery device comprises needle bar frame, shank, executing agency, bindiny mechanism, protection mechanism and drive division.Needle bar frame has shank through hole, and the interior drive division of shank through hole that shank can be located in needle bar frame vertically is up or down fixed on shank up or down with shank.Bindiny mechanism is connected between shank and protection mechanism, and the upper end of bindiny mechanism is moved axially along shank by the driving of drive division, and the lower end of bindiny mechanism is connected driving protection mechanism axially moving up and down along shank with protection mechanism.Protection mechanism is set on shank; when shank is moved upwards up to after certain altitude; the drive division being fixedly installed on shank drives bindiny mechanism to move up; thereby move on drive protection mechanism; protection mechanism can help feeding, thereby prevents from moving past on shank in journey because shank is pullled and embroidered line and destroy the style of having embroidered.Executing agency is positioned at the bottom of needle bar frame, and is set on protection mechanism, shank move up and down the action that simultaneously completes cording embroidery with the rotation of executing agency.Bindiny mechanism is connected between shank and protection mechanism; moving up and down of shank is transferred on protection mechanism; make in shank uphill process, can not pull in cording embroidery process and embroider line and pull bad the style of having fixed, the movement of shank can be delivered to the structure of having saved the parts such as jump motor on protection mechanism and simplified belt embroidery device by bindiny mechanism is set.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (9)
1. a belt embroidery device, is characterized in that, comprising:
Needle bar frame (10), has shank through hole;
Shank (40), can be located in the shank through hole of described needle bar frame (10) vertically up or down, has drive division (36) on described shank (40);
Protection mechanism, along axially can being set in up or down outside described shank (40) of described shank (40);
Bindiny mechanism, described bindiny mechanism is connected between described shank (40) and described protection mechanism, upper end is driven and is moved by drive division (36) on described shank (40), and lower end is connected with described protection mechanism and moves up and down with the described protection mechanism of axial driving along described shank (40);
Executing agency, described executing agency is positioned at the bottom of described needle bar frame (10), and it is outer to carry out dribbling action to be set in rotationally described protection mechanism;
Described bindiny mechanism comprises:
Guide post (34), is fixedly located on described needle bar frame (10);
Shift fork portion (35), it is upper that one end can be set in described guide post (34) up or down, and the other end is connected with described protection mechanism and drives described protection mechanism to move up and down;
Draw high portion (38), the described first end that draws high portion (38) has the first hook portion that is positioned at described drive division (36) top, and described drive division (36) contacts with described the first hook portion and drives described the first hook portion to move up along described guide post (34) after moving on to certain altitude on described shank (40); Described the second end that draws high portion (38) has the second hook portion of the below that is positioned at described shift fork portion (35).
2. belt embroidery device according to claim 1, is characterized in that, also comprises mount pad (311), and described mount pad (311) is fixedly installed on the bottom of described needle bar frame (10); Described executing agency is arranged on described mount pad (311).
3. belt embroidery device according to claim 2, is characterized in that, described protection mechanism comprises:
Sliding sleeve (33), is set in described shank (40) upper, and is connected with the lower end of described bindiny mechanism;
Interlock protective sleeve (314), is fixedly connected on the lower end of described sliding sleeve (33), and is connected to rotate with described executing agency with described executing agency.
4. belt embroidery device according to claim 3, is characterized in that, described executing agency comprises:
Driven pulley (312), described driven pulley (312) is set in outside described sliding sleeve (33), and is arranged on rotationally on described mount pad (311);
Connector (313), top is fixedly connected with described driven pulley (312), bottom can be set in up or down outside it and can drive it to rotate relative to described interlock protective sleeve (314), and described sliding sleeve (33) is located in described connector (313) and drives described interlock protective sleeve (314) axially moving up and down along described shank (40);
Material wheel carrier (32), is fixedly connected on described connector (313).
5. belt embroidery device according to claim 1, it is characterized in that, described bindiny mechanism also comprises spring (37), described spring (37) is set on described guide post (34), the upper end of described spring (37) contacts with described drive division (36), and the lower end of described spring (37) and described shift fork portion (35) connect.
6. belt embroidery device according to claim 1, is characterized in that,
Described shift fork portion (35) comprises the slide block (351) being set on described guide post (34) and is fixedly installed on the shift fork (352) of described slide block (351) lower end;
On described protection mechanism, be provided with the notch coordinating with described shift fork (352).
7. belt embroidery device according to claim 6, it is characterized in that, described belt embroidery device also comprises: jump height control part (39), comprise expansion link (391) and locating part (392), described locating part (392) is fixedly installed in described shift fork portion (35), and described locating part (392) comprises the bending plate that is arranged on described shift fork portion (35) top, between described bending plate and described slide block (351), form the spacing space of jumping, the part that the external part of described expansion link (391) stretches into the spacing space of described jump is provided with backstop head, a described backstop backstop in described spacing space to limit the scope that moves up and down of described shift fork portion (35).
8. belt embroidery device according to claim 4, is characterized in that,
Described connector (313) comprises a transverse slat, the riser that is arranged on the first sleeve on described transverse slat and is arranged on a side of described transverse slat and extends to the direction away from described the first sleeve, on described riser, be provided with chute along the axial direction of described the first sleeve, described chute extends on the perisporium of described the first sleeve, on described transverse slat, be provided with first through hole corresponding with described the first sleeve, described the first through hole is communicated with described the first sleeve, described transverse slat is provided with the opening being communicated with described the first through hole away from a side of described riser, described opening axially extends away from a side of described transverse slat to described the first sleeve along described the first sleeve, material wheel carrier (32) is fixedly installed on the side away from described riser on described transverse slat,
Interlock protective sleeve (314) comprises second sleeve, be arranged on the extension board that on the perisporium of described the second sleeve, the axis direction along described the second sleeve extends and be arranged on described the second sleeve away from the perisporium of a side of described extension board and the projection of radially extending along described the second sleeve;
Described projection coordinates with described chute, and moves up and down along described chute.
9. an embroidery machine, comprises belt embroidery device, it is characterized in that, described belt embroidery device is the belt embroidery device described in any one in claim 1 to 8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210539447.7A CN102995328B (en) | 2012-12-11 | 2012-12-11 | Cording embroidery device and embroidery machine with cording embroidery device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210539447.7A CN102995328B (en) | 2012-12-11 | 2012-12-11 | Cording embroidery device and embroidery machine with cording embroidery device |
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| CN102995328A CN102995328A (en) | 2013-03-27 |
| CN102995328B true CN102995328B (en) | 2014-08-27 |
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| CN201210539447.7A Active CN102995328B (en) | 2012-12-11 | 2012-12-11 | Cording embroidery device and embroidery machine with cording embroidery device |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102995328B (en) * | 2012-12-11 | 2014-08-27 | 温州欧罗华实业有限公司 | Cording embroidery device and embroidery machine with cording embroidery device |
| CN103668816B (en) * | 2013-12-06 | 2015-09-23 | 湖州冠炯机电科技有限公司 | A kind of rope embroidery machine head |
| CN113584748B (en) * | 2021-08-31 | 2023-06-02 | 浙江镨美科智能刺绣设备有限公司 | Tape coiling embroidery device and tape coiling embroidery feeding control method |
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| CN202519459U (en) * | 2012-04-27 | 2012-11-07 | 温州欧罗华实业有限公司 | Taping embroidery device and embroidery machine with same |
| CN102995328A (en) * | 2012-12-11 | 2013-03-27 | 温州欧罗华实业有限公司 | Cording embroidery device and embroidery machine with cording embroidery device |
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| CN202519459U (en) * | 2012-04-27 | 2012-11-07 | 温州欧罗华实业有限公司 | Taping embroidery device and embroidery machine with same |
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