CN201924147U - Setting cover device of computer hosiery machine - Google Patents
Setting cover device of computer hosiery machine Download PDFInfo
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- CN201924147U CN201924147U CN2010206863810U CN201020686381U CN201924147U CN 201924147 U CN201924147 U CN 201924147U CN 2010206863810 U CN2010206863810 U CN 2010206863810U CN 201020686381 U CN201020686381 U CN 201020686381U CN 201924147 U CN201924147 U CN 201924147U
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- gram
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- annulus
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- holes
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Abstract
The utility model discloses a setting cover device of a computer hosiery machine, which comprises a setting cover, a generation-inhibition motor frame, three driving motors, an inner generation-inhibition triangle, four outer generation-inhibition triangle, an upper generation-inhibition regulating circular ring and a lower generation-inhibition regulating circular ring, wherein the upper generation-inhibition regulating circular ring and the lower generation-inhibition regulating circular ring are respectively controlled by a first driving motor and a second driving motor, eight circular round holes parallel in pairs are formed on the setting cover and are sequentially and clockwise distributed at the same circumference of the setting cover, and in addition, two groups of formed parallel lines are intersected to form an include angle being 40 degrees to 50 degrees. Eight circular arc holes are formed on the generation-inhibition regulating circular rings and are sequentially and clockwise distributed at the same circumference of the generation-inhibition regulating circular rings, wherein axial lines of the fourth circular arc hole and the fifth circular arc hole are overlapped with circumferential lines of the generation-inhibition regulating circular rings, and axial lines of the first circular arc hole, the second circular arc hole, the third circular arc hole, the sixth circular arc hole, the seventh circular arc hole and the eighth circular arc hole clockwise and inwards deviate for 1 to 3 degrees correspondingly to the circumferential lines of the generation-inhibition regulating circular rings. The tail end of the first circular arc hole is also provided with a long circular hole, and the axial line of the long circular hole is intersected with the axial line of the first circular arc hole to form an included angle being 150 degrees to 160 degrees.
Description
Technical field
The utility model belongs to technical field of knitting machinery, relates in particular to a kind of computer stocking sedimentation closure assembly.
Background technology
In knitting industry, knitting machine sedimentation dress closure assembly is a vitals on the knitting machine,, domestic use for knitting machine sedimentation closure assembly treats the improvement stage that especially the sinker device that uses on the hosiery machine is very outstanding to the quality and the appearance effects of socks product but also being in.
Though, the more existing technical schemes of domestic sedimentation cover to hosiery machine, as the Chinese patent publication number be: CN201588059 disclosed a kind of " high speed silk stocking machine give birth to gram cover control device ", comprise give birth to gram cover, extension spring, down controll block, go up controll block, little eyebrow fixed cover, little eyebrow hold-down screw, four little eyebrows, big eyebrow, lower tooth wheel seat, the seat that cogs, adjusting knob, three stepper motors, upper transfer gear, lower transmissioning gear, tooth bar, sector gear, carrier gear, bearing, fixed head, locking nut, inductive rod, adjustment screw, installing plate etc.It has cheap, easy to use, compact conformation and adjust advantages such as simple.
Yet, proof is used in practice, and the position, hole on the upper and lower controll block of above-mentioned this class hosiery machine sedimentation closure assembly is provided with unreasonable, thereby causes the cooperation of four little eyebrows to be lack of consistency, aborning, the density elasticity that can't control, regulate fabric according to different socks product demands; Simultaneously, also cause the cooperation between each parts accurate inadequately, make fabric can not move back circle, accurately knocking over smoothly, and the socks pin can cause yarn breakage to cause flotation line, broken hole, fold phenomenon because of syringe needle withstands old coil when rising, both increase the production cost of socks product, also had a strong impact on the quality of socks product.
The utility model content
The utility model provides a kind of computer stocking sedimentation closure assembly, and is unreasonable owing to the position, hole is provided with solution, has a strong impact on the problem of socks product quality.
For this reason, the technical solution adopted in the utility model is such: computer stocking sedimentation closure assembly, comprise the sedimentation cover of circular ring type and give birth to gram motor frame that the described gram motor frame of giving birth to is packed in by a fixed mount in the arc groove of sedimentation cover one side, gives birth on the gram motor frame three drive motors also are housed; Have eight slotted holes on the described sedimentation cover, its upper surface is provided with down living gram from bottom to top successively and regulates annulus and the last gram adjusting annulus of giving birth to, and the lower surface inboard is fixed with the Nei Shengke triangle, and the outside also is provided with four external gram triangles; Described upper and lower giving birth on the gram adjusting annulus all has eight circular holes, and be corresponding with described slotted hole; Described four external gram triangles also respectively have two through holes, and are corresponding with slotted hole and circular hole; The sedimentation cover, go up to give birth to gram and regulate annulus and give birth to gram down and regulate annulus and four external gram triangles and wear connecting axle by slotted hole, circular hole and through hole and flexibly connect and be integral; The described upper and lower gram of giving birth to is regulated the annulus outside and is also respectively had curved tooth, respectively be fixed on first and second drive motors rotating shaft on gear be meshed, wherein go up and give birth to gram and regulate annulus and controlled by first drive motors, the following gram adjusting annulus of giving birth to is controlled by second drive motors; The rotating shaft lower end of described the 3rd drive motors is fixed with gives birth to gram motor gear wheel, is meshed with adjusting gear on being loaded on the hosiery machine top bottom-disc; It is characterized in that: described eight slotted holes are distributed on the same circumference of sedimentation cover, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight slotted holes, wherein second and third, four, five, six, seven, eight slotted holes big or small identical, the length of first slotted hole is greater than the length of all the other seven slotted holes; Described first and second, the axis of five, six slotted holes is parallel to each other, and constitutes one group of parallel lines, third and fourth, the axis of seven, eight slotted holes is parallel to each other, and constitutes another group parallel lines, two groups of parallel lines intersect, and form the angles of 40～50 degree; Described eight circular holes are distributed on the same circumference of giving birth to gram adjusting annulus, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight circular holes, wherein to regulate the circumference of annulus overlapped with giving birth to gram for the axis of fourth, fifth circular hole, first, second and third, the axis of six, seven, eight circular holes regulates the circumference of annulus and inwardly departs from 1～3 degree in the direction of the clock with respect to giving birth to gram; The described first circular hole tail end of giving birth on the gram adjusting annulus also has a slotted hole, and the axes intersect of the axis of this slotted hole and first circular hole forms 150～160 angles of spending.
The angle in each hole of the utility model all is to obtain through repetition test, can control Cam Track.In use, begin to rotate by the rotating shaft after receiving pulse signal of order first and second drive motors of control, and regulate annulus by the corresponding upper and lower gram of giving birth to of gear driven that is fixed in first and second drive motors rotating shaft respectively, with the connecting axle is fulcrum, regulate the track of the circular hole on the annulus by giving birth to gram, do circumferentially to rotate clockwise or counterclockwise; Simultaneously, the external gram triangle on the interlock sedimentation cover lower surface outside is a fulcrum with the connecting axle, by the slotted hole track on the sedimentation cover, does radial motion; It is inboard that described Nei Shengke triangle is packed in below the sedimentation cover table, do not do any motion, places the interior sinker of track that forms between Nei Shengke triangle and external gram triangle to do radial motion thereby can make; Because the position of eight slotted holes on the sedimentation cover is for parallel in twos, and then can make two symmetrical external gram triangles inwardly or outwards do radial motion simultaneously, can be consistent when moving radially with the sinker in the track of guaranteeing to form between the external gram triangle of Nei Shengke trigonometric sum.And, first and second drive motors not only can be adjusted the radial position of four external gram triangles simultaneously, also can adjust the radial position of two external gram triangles of symmetry by a drive motors wherein separately, guarantee to move radially more accurately in the track that sinker forms between the external gram triangle of Nei Shengke trigonometric sum.
When external gram triangle is outwards done radial motion, connecting axle can move to maximum position by the last slotted hole that restrains the adjusting annulus or give birth to down on the gram adjusting annulus of giving birth to, with an external gram triangle interlock of correspondence to being extrapolated to maximum position, thereby guarantee the more replacing sinker of simple and fast of equipment.
Described the 3rd drive motors since the gram motor gear wheel of giving birth to of its rotating shaft lower end be meshed with adjusting gear on being loaded on the hosiery machine top bottom-disc, make whole group sedimentation closure assembly can do circumferentially to move, the position thereby four one-tenth on the adjustment Nei Shengke triangle are punctuated, closer cooperation syringe moving back of fabric in lifting process enclosed and knocking-over action.
Compared with prior art, the angle that the setting of each position, hole and living gram are regulated each hole on the annulus on the utility model sedimentation cover all is to obtain through repetition test, the requirement of more realistic use, can not only make four external gram triangles under the effect of two drive motors, do radial motion simultaneously, can also make under two external gram triangles effect of a drive motors therein of symmetry and do simultaneously to move, thereby the density elasticity that can control, regulate fabric according to different socks product demands aborning is to guarantee the comfortableness of socks product; And, cooperation between each parts is more close, make fabric can move back circle, accurately knocking over smoothly, and the socks pin can not cause yarn breakage to cause flotation line, broken hole, fold phenomenon because of syringe needle withstands old coil when rising, both reduce the production cost of socks product, also improved the quality of socks product greatly.
Description of drawings
Below in conjunction with accompanying drawing embodiment of the present utility model is further described.
Fig. 1 is the utility model structure chart.
Fig. 2 is the utility model rearview.
Fig. 3 is the utility model upward view.
Fig. 4 is the utility model partial sectional view.
Fig. 5 is sedimentation cover structure figure.
Fig. 6 is that the last gram of giving birth to is regulated circular ring structure figure.
Fig. 7 regulates circular ring structure figure for giving birth to gram down.
The specific embodiment
Referring to accompanying drawing.Present embodiment comprises the sedimentation cover 8 and the Sheng Ke motor frame 28 of circular ring type, the described gram motor frame 28 of giving birth to is packed in the arc groove of sedimentation cover 8 one sides by a fixed mount 9, give birth on the gram motor frame 28 three drive motors 1 are housed, wherein respectively be fixed with in the rotating shaft of first and second drive motors 1 and restrain motor gear 20 all one's life, give birth to gram motor frame 28 and have respectively first and second two through holes with first and second drive motors 1 relative usefulness, all be equipped with transmission gear wheel 21 and drawn cup needle roller bearing 23 successively in first and second two through holes, transmission gear wheel 21 lower ends are connected with drive pinion 22.Described gram motor frame 28 lower ends of giving birth to also have inside and outside two holes, and endoporus is equipped with straight pin 24 and deep groove ball bearing 26, matches with deep groove ball bearing 26 by straight pin 24, links to each other with idler gear 27; Outer hole also is equipped with straight pin 24 and deep groove ball bearing 26, matches with deep groove ball bearing 26 by straight pin 24, links to each other with adjusting gear wheel 25; The drive pinion 22 that described idler gear 27 links to each other with transmission gear wheel 21 lower ends in second through hole respectively and regulate gear wheel 25 and be meshed.The rotating shaft lower end of described the 3rd drive motors 1 is fixed with gives birth to gram motor gear wheel 19, is meshed with adjusting gear 29 on being loaded on hosiery machine top bottom-disc 30.Described gram motor frame 28 both sides of giving birth to also are provided with left and right two small racks 13, and left small rack 13 is fixed on by two screws and gives birth to gram motor frame 28 1 sides, also is screwed with one in the stomidium under it and is used for spacing hexagon-headed bolt 18; Be screwed with a thread cylinder 14 in 13 times stomidiums of right small rack, thread cylinder 14 is built-in with the plug-in strip pin 15 of strap brake cutter spring 16.
Have eight slotted holes on the described sedimentation cover 8, its upper surface is provided with down living gram from bottom to top successively and regulates annulus 6 and the last gram adjusting annulus 5 of giving birth to, and the lower surface inboard is fixed with Nei Shengke triangle 12, and the outside also is provided with four external gram triangles 11; Eight slotted holes are distributed on the same circumference of sedimentation cover 8, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight slotted holes, wherein second and third, four, five, six, seven, eight slotted holes big or small identical, the length of first slotted hole is greater than the length of all the other seven slotted holes; Described first and second, the axis of five, six slotted holes is parallel to each other, and constitutes one group of parallel lines, third and fourth, the axis of seven, eight slotted holes is parallel to each other, and constitutes another group parallel lines, two groups of parallel lines intersect, and form the angles of 40～50 degree; Described upper and lower giving birth on the gram adjusting annulus 5,6 all has eight circular holes, and be corresponding with described slotted hole; Eight circular holes are distributed on the same circumference of giving birth to gram adjusting annulus, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight circular holes, wherein to regulate the circumference of annulus overlapped with giving birth to gram for the axis of fourth, fifth circular hole, first, second and third, the axis of six, seven, eight circular holes regulates the circumference of annulus and inwardly departs from 1～3 degree in the direction of the clock with respect to giving birth to gram; The described first circular hole tail end of giving birth on the gram adjusting annulus also has a slotted hole, and the axes intersect of the axis of this slotted hole and first circular hole forms 150～160 angles of spending.Described four external gram triangles 11 also respectively have two through holes, and are corresponding with slotted hole and circular hole; Sedimentation cover 8, go up to give birth to gram and regulate annulus 5 and give birth to gram down and regulate annulus 6 and four external gram triangles 11 and wear connecting axle 7 flexible connection that matches with axial screw 10 by slotted hole, circular hole and through hole and be integral; The described gram of go up giving birth to is regulated annulus 5 outsides and is had curved tooth, is meshed with drive pinion 22 in first through hole; Described gram adjusting annulus 6 outsides of giving birth to down also have curved tooth, are meshed with adjusting gear wheel 25.
Present embodiment in use, begin to rotate by order control first drive motors 1 rotating shaft after receiving pulse signal, and by being fixed on giving birth to gram motor gear 20 and giving birth on the gram motor frame 28 transmission gear wheel 21 engagements in first through hole and rotate in the first drive motors rotating shaft 1, the drive pinion 22 that drives transmission gear wheel 21 lower ends rotates, at this moment, it is fulcrum that the upward living gram adjusting annulus 5 of sedimentation cover 8 upper surfaces begins with connecting axle 7 from the living zero-bit that restrains on the motor header board 2, by last track of giving birth to the circular hole on the gram adjusting annulus 5, do clockwise circumferentially to rotate; Simultaneously, the external gram triangle 22 on the interlock sedimentation cover 8 lower surfaces outside is a fulcrum with axial screw 10, by the slotted hole track on the sedimentation cover 8, do radial motion, and Nei Shengke triangle 12 is motionless; Regulating annulus 5 when last living gram is fulcrum with connecting axle 7, when doing counterclockwise circumferentially to rotate by last track of giving birth to circular hole on the gram adjusting annulus 5, Nei Shengke triangle 12 is motionless, and external gram triangle 11 is a fulcrum with axial screw 10, inwardly does radial motion by the track of the slotted hole on the sedimentation cover 8.
Begin to rotate by order control second drive motors 1 rotating shaft after receiving pulse signal, and by being fixed on giving birth to gram motor gear 20 and giving birth on the gram motor frame 28 transmission gear wheel 21 engagements in second through hole and rotate in the second drive motors rotating shaft 1, the drive pinion 22 that drives transmission gear wheel 21 lower ends rotates, drive pinion 22 drives the idler gear 27 that is meshed with it again and rotates, idler gear 27 belt wheels are regulated gear wheel 25 and are rotated, it is fulcrum that thereby the living down gram adjusting of drive annulus 6 begins with connecting axle 7 from the zero-bit on the living gram motor header board 2, press and give birth to the track that gram is regulated the circular hole on the annulus 6, do clockwise circumferentially to rotate; Simultaneously, the external gram triangle 11 on the interlock sedimentation cover 8 lower surfaces outside is a fulcrum with axial screw 10, by the slotted hole track on the sedimentation cover 8, do radial motion, and Nei Shengke triangle 12 is motionless; Instantly giving birth to gram adjusting annulus 6 is fulcrum with connecting axle 7, press when the track of giving birth to circular hole on the gram adjusting annulus 6 is counterclockwise to be done circumferentially to rotate, Nei Shengke triangle 12 is motionless, and external gram triangle 11 is a fulcrum with axial screw 10, inwardly does radial motion by the track of the slotted hole on the sedimentation cover 8.
Described first and second drive motors 1 not only can be adjusted the radial position of four external gram triangles 11 simultaneously, also can adjust the radial position of two external gram triangles 11 of symmetry by a drive motors wherein separately, guarantee that sinker can move radially more accurately in the track of Nei Shengke triangle 12 and 11 formation of external gram triangle.
When present embodiment is outwards done radial motion at external gram triangle 11, connecting axle 7 can move to maximum position by the last slotted hole that restrains adjusting annulus 5 or give birth to down on the gram adjusting annulus 6 of giving birth to, with external gram triangle 11 interlocks of correspondence to being extrapolated to maximum position, thereby guarantee the more replacing sinker of simple and fast of equipment.
Adjusting gear 29 on the 3rd drive motors 1 of present embodiment restrains motor gear wheel 19 and is loaded on hosiery machine top bottom-disc 30 owing to giving birth to of its rotating shaft lower end is meshed, make whole group sedimentation closure assembly can do circumferentially to move, the position thereby four one-tenth on the adjustment Nei Shengke triangle 12 are punctuated, closer cooperation syringe moving back of fabric in lifting process enclosed and knocking-over action.
Claims (1)
1. computer stocking sedimentation closure assembly comprises the sedimentation cover of circular ring type and gives birth to gram motor frame, and the described gram motor frame of giving birth to is packed in by a fixed mount in the arc groove of sedimentation cover one side, gives birth on the gram motor frame three drive motors also are housed; Have eight slotted holes on the described sedimentation cover, its upper surface is provided with down living gram from bottom to top successively and regulates annulus and the last gram adjusting annulus of giving birth to, and the lower surface inboard is fixed with the Nei Shengke triangle, and the outside also is provided with four external gram triangles; Described upper and lower giving birth on the gram adjusting annulus all has eight circular holes, and be corresponding with described slotted hole; Described four external gram triangles also respectively have two through holes, and are corresponding with slotted hole and circular hole; The sedimentation cover, go up to give birth to gram and regulate annulus and give birth to gram down and regulate annulus and four external gram triangles and wear connecting axle by slotted hole, circular hole and through hole and flexibly connect and be integral; The described upper and lower gram of giving birth to is regulated the annulus outside and is also respectively had curved tooth, respectively be fixed on first and second drive motors rotating shaft on gear be meshed, wherein go up and give birth to gram and regulate annulus and controlled by first drive motors, the following gram adjusting annulus of giving birth to is controlled by second drive motors; The rotating shaft lower end of described the 3rd drive motors is fixed with gives birth to gram motor gear wheel, is meshed with adjusting gear on being loaded on the hosiery machine top bottom-disc; It is characterized in that: described eight slotted holes are distributed on the same circumference of sedimentation cover, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight slotted holes, wherein second and third, four, five, six, seven, eight slotted holes big or small identical, the length of first slotted hole is greater than the length of all the other seven slotted holes; Described first and second, the axis of five, six slotted holes is parallel to each other, and constitutes one group of parallel lines, third and fourth, the axis of seven, eight slotted holes is parallel to each other, and constitutes another group parallel lines, two groups of parallel lines intersect, and form the angles of 40～50 degree; Described eight circular holes are distributed on the same circumference of giving birth to gram adjusting annulus, be followed successively by in the direction of the clock first, second, third and fourth, five, six, seven, eight circular holes, wherein to regulate the circumference of annulus overlapped with giving birth to gram for the axis of fourth, fifth circular hole, first, second and third, the axis of six, seven, eight circular holes regulates the circumference of annulus and inwardly departs from 1～3 degree in the direction of the clock with respect to giving birth to gram; The described first circular hole tail end of giving birth on the gram adjusting annulus also has a slotted hole, and the axes intersect of the axis of this slotted hole and first circular hole forms 150～160 angles of spending.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206863810U CN201924147U (en) | 2010-12-29 | 2010-12-29 | Setting cover device of computer hosiery machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206863810U CN201924147U (en) | 2010-12-29 | 2010-12-29 | Setting cover device of computer hosiery machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201924147U true CN201924147U (en) | 2011-08-10 |
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ID=44428011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206863810U Expired - Lifetime CN201924147U (en) | 2010-12-29 | 2010-12-29 | Setting cover device of computer hosiery machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201924147U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102021732A (en) * | 2010-12-29 | 2011-04-20 | 宁波裕人数控科技有限公司 | Settlement cover device of computer sock knitting machine |
| CN105483925A (en) * | 2016-01-22 | 2016-04-13 | 新昌县振兴纺织机械有限公司 | Novel needle cylinder, inner and outer sinker cam-cap and sinker cap structure of computer-controlled hosiery machine |
| CN109440281A (en) * | 2018-11-30 | 2019-03-08 | 晋江雄鑫机械有限公司 | Dials self-checking device on a kind of circular knitting machine |
| CN115432297B (en) * | 2022-10-14 | 2024-01-26 | 绍兴达伽马纺织有限公司 | Assembling equipment for longitudinally installing sinker ring and debugging process thereof |
-
2010
- 2010-12-29 CN CN2010206863810U patent/CN201924147U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102021732A (en) * | 2010-12-29 | 2011-04-20 | 宁波裕人数控科技有限公司 | Settlement cover device of computer sock knitting machine |
| CN102021732B (en) * | 2010-12-29 | 2012-05-23 | 宁波裕人数控科技有限公司 | Settlement cover device of computer sock knitting machine |
| CN105483925A (en) * | 2016-01-22 | 2016-04-13 | 新昌县振兴纺织机械有限公司 | Novel needle cylinder, inner and outer sinker cam-cap and sinker cap structure of computer-controlled hosiery machine |
| CN109440281A (en) * | 2018-11-30 | 2019-03-08 | 晋江雄鑫机械有限公司 | Dials self-checking device on a kind of circular knitting machine |
| CN115432297B (en) * | 2022-10-14 | 2024-01-26 | 绍兴达伽马纺织有限公司 | Assembling equipment for longitudinally installing sinker ring and debugging process thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110810 Effective date of abandoning: 20120523 |