CN201245747Y - Needle cylinder apparatus of knitting machinery - Google Patents
Needle cylinder apparatus of knitting machinery Download PDFInfo
- Publication number
- CN201245747Y CN201245747Y CNU2008201623067U CN200820162306U CN201245747Y CN 201245747 Y CN201245747 Y CN 201245747Y CN U2008201623067 U CNU2008201623067 U CN U2008201623067U CN 200820162306 U CN200820162306 U CN 200820162306U CN 201245747 Y CN201245747 Y CN 201245747Y
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- urceolus
- cylinder
- inner core
- health dish
- needle cylinder
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Abstract
The utility model relates to a needle cylinder device, which comprises an outer sheng ke plate, an inner sheng ke and a needle cylinder consisting of a top cylinder, an inner cylinder and an outer cylinder, wherein, the needle cylinder is embedded and connected through the inner sheng ke and the outer sheng ke plate; the inner cylinder far away from a supporting body of the inner sheng ke is sleeved into the outer cylinder; the length of the supporting body is identical with that of the outer cylinder; the external diameter of the supporting body and the internal diameter of the outer cylinder are in clearance fit; the inner cylinder is fixedly connected with the outer cylinder through the axial end surface; the inner cylinder close to the fixing end of the inner sheng ke is sleeved into the top cylinder; the length of the fixing end is identical with the width of the top cylinder; the external diameter of the fixing end and the internal diameter of the top cylinder are in clearance fit; and the inner cylinder is fixedly connected with the top cylinder through the axial end surface. By adopting the needle cylinder device, the traditional needle cylinder can be divided into three parts, and the needle cylinder device adopts different parts made of different raw materials for different abrasion degrees, thereby effectively reducing abrasion, enhancing neatness of textile fabrics, and reducing loss of sheng ke plates, jacquard needles and sock needles. The utility model particularly provides the novel needle cylinder device with low use cost.
Description
Technical field
The utility model relates to a kind of needle cylinder device of Knitting Machinery, especially relates to a kind of needle cylinder device of being made up of outside health dish, Nei Shengke, syringe.
Background technology
The needle cylinder device of existing Knitting Machinery mainly is made up of outside health dish, Nei Shengke, syringe three parts.Wherein outside health dish, Nei Shengke, syringe three all independently become one, and are unitary construction, employing be that metal material is made (referring to Fig. 1, Fig. 2).There is following problem in prior art: 1, outside health dish, Nei Shengke, syringe and sinker, knitting needle, socks pin all adopt high duty metal to make in the existing needle cylinder device, phase mutual friction between the two is in operation, cause wearing and tearing too fierce, can produce dirty oil, stained braided fabric; 2, because excessive wear, can cause between health dish and the sinker, the excesssive gap between syringe and knitting needle, the socks pin, finally influence the stability of the sensitivity and the signal transmission of needle cylinder device; 3,, caused the service life of sinker, knitting needle and socks pin short, consumption is big because undue wear.4, since health dish and syringe be metal integral and be made, the cost height of product not only, and cause easily that the syringe swing is big, the motor power consumption is big; 5, when health dish and syringe need to change because of wearing and tearing, need to shut down and whole needle cylinder device is pulled down, the time of at every turn changing is oversize, inefficiency.
Summary of the invention
The utility model mainly solves existing in prior technology use cost height, long, inefficient technical problem of maintenance dismounting time, the needle cylinder device of the Knitting Machinery that provide a kind of and can effectively save use cost and maintenance dismounting time period, efficient is high.
The utility model also solves serious wear between the outside health dish of existing in prior technology, Nei Shengke, syringe and sinker, knitting needle, the socks pin simultaneously, easily causes that dirty oil, sensitivity are low, the technical problem that differs is stablized in the signal transmission, provide a kind of wearing and tearing little, be difficult for to produce dirty oil, highly sensitive, needle cylinder device that signal transmits stable Knitting Machinery.
The utility model also solves existing in prior technology sinker, knitting needle and the big technical problem of socks pin consumption simultaneously, and a kind of needle cylinder device that can reduce the Knitting Machinery of material cost and sinker, knitting needle, socks pin consumption is provided.
Above-mentioned technical problem of the present utility model is mainly solved by following technical proposals: the utility model comprises outside health dish, Nei Shengke, syringe, syringe is connected with outside health dish is chimeric by Nei Shengke, syringe is by the top tube, inner core, urceolus three parts are formed, inner core is inserted in the urceolus away from the supporter of the end of Nei Shengke, the length of supporter is identical with the length of urceolus, matched in clearance between the external diameter of supporter and the internal diameter of urceolus, inner core and urceolus are by the axial end Joint, inner core is inserted in the tube of top near the stiff end of the end of Nei Shengke, the length of stiff end is identical with the width of top tube, matched in clearance between the internal diameter of the external diameter of stiff end and top tube, inner core and top tube are by the axial end Joint.
As preferably, the axial end of inner core and top tube and inner core and urceolus is by the tenon type structure Joint.
As preferably, inner core is processed by high duty metal, and urceolus and top tube are formed by high molecule plastic or processing modified plastics.
As preferably, outside health dish is made up of dials and fixed disk, and fixed disk and dials are affixed by the hoop embedded structure, and fixed disk is connected with Nei Shengke.
As preferably, outside health dish is made up of outside health dish body and outside health dish inlay, one degree of depth is externally arranged greater than the annular groove of needle tray radially on the end face that has needle tray radially of health dish body, outside health dish inlay is a ring bodies, its height and width all are complementary with annular groove, and an one end face have with outside health dish body on the corresponding radially needle tray of radially needle tray, outside health dish body and outside health dish inlay are by radially fixedlying connected after the needle tray alignment.
As preferably, fixed disk is processed by high duty metal, and dials is formed by high molecule plastic or processing modified plastics.
As preferably, outside health dish body is processed by high duty metal, and outside health dish inlay is formed by high molecule plastic or processing modified plastics.
Therefore, the utlity model has rational in infrastructure, owing to taked syringe one is divided into three design, and adopt different raw material to process for the different position of the degree of wear, thereby reduced between health dish and the sinker effectively and knitting needle, socks pin and syringe between wearing and tearing, and and then improved fabric clean-up performance, reduce the characteristics of the loss of sinker, knitting needle and socks pin; Especially provide a kind of use cost cheap novel needle cylinder device.
Description of drawings
Accompanying drawing 2 is working state figures of needle cylinder device;
Accompanying drawing 3 is a kind of structural representations of the present utility model;
Accompanying drawing 4 is A-A cutaway views;
Accompanying drawing 5 is structural representations of a kind of outer health dish of the present utility model;
Accompanying drawing 6 is B-B cutaway views;
Accompanying drawing 7 is structural representations of the outer health dish of another kind of the present utility model;
Accompanying drawing 8 is C-C cutaway views.
The specific embodiment
Below by embodiment, and in conjunction with the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1: the utility model comprises outside health dish, Nei Shengke, syringe, syringe is connected with outside health dish is chimeric by Nei Shengke, syringe is by the top tube, inner core, urceolus three parts are formed, inner core is inserted in the urceolus away from the supporter of the end of Nei Shengke, the length of supporter is identical with the length of urceolus, matched in clearance between the external diameter of supporter and the internal diameter of urceolus, inner core and urceolus use affixed dose of Joint by axial end, inner core is inserted in the tube of top near the stiff end of the end of Nei Shengke, the length of stiff end is identical with the width of top tube, matched in clearance between the internal diameter of the external diameter of stiff end and top tube, inner core and top tube use affixed dose of Joint by axial end.(referring to Fig. 3, Fig. 4)
Owing to adopted the structure of forming syringe by top tube, inner core and urceolus three parts, the main abrading section that uses the back to be caused is pushing up tube and urceolus part, when changing the heavy wear position, needs just need not whole syringe is changed, only need change the function that top tube and urceolus just can have the whole needle cylinder device of efficient recovery, reduce the operation and the use cost of whole needle cylinder device effectively; Simultaneously owing to syringe part has been used the structure of three parts compositions, make when needs are changed the abrading section, need not again whole needle cylinder device to be removed, change urceolus as need, only need urceolus pulled down from inner core and change new urceolus and get final product, change the top tube as need and also only inner core and urceolus partly need be removed promptly replaceablely, need not to remove again whole needle cylinder device, improve the maintenance efficiency of whole needle cylinder device effectively, saved time cost.
Embodiment 2: the utility model comprises outside health dish, Nei Shengke, syringe, syringe is connected with outside health dish is chimeric by Nei Shengke, syringe is by the top tube, inner core, urceolus three parts are formed, inner core is inserted in the urceolus away from the supporter of the end of Nei Shengke, the length of supporter is identical with the length of urceolus, matched in clearance between the external diameter of supporter and the internal diameter of urceolus, inner core and urceolus use affixed dose of Joint by axial end, inner core is inserted in the tube of top near the stiff end of the end of Nei Shengke, the length of stiff end is identical with the width of top tube, matched in clearance between the internal diameter of the external diameter of stiff end and top tube, inner core and top tube use affixed dose of Joint by axial end; The axial end of inner core and top tube and inner core and urceolus is by the tenon type structure Joint; Inner core is processed by high duty metal, and urceolus and top tube are processed by high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like).(referring to Fig. 3, Fig. 4)
Present embodiment is owing to adopted the structure of being made of syringe top tube, inner core and urceolus three parts, the main abrading section that uses the back to be caused is pushing up tube and urceolus part, when changing the heavy wear position, needs just need not whole syringe is changed, only need change the function that top tube and urceolus just can have the whole needle cylinder device of efficient recovery, reduce the operation and the use cost of whole needle cylinder device effectively; Simultaneously owing to syringe part has been used the structure of three parts compositions, make when needs are changed the abrading section, need not again whole needle cylinder device to be removed, change urceolus as need, only need urceolus pulled down from inner core and change new urceolus and get final product, change the top tube as need and also only inner core and urceolus partly need be removed promptly replaceablely, need not to remove again whole needle cylinder device, improve the maintenance efficiency of whole needle cylinder device effectively, saved time cost.In addition, because top tube and urceolus are by macromolecular material or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) processes, in use, outer health dish, interior health dish and syringe are done radially rotation, and knitting needle, the socks pin is at syringe (top tube, inner core, urceolus) not only rotates in the axial needle tray of outer surface with needle cylinder device, simultaneously also at the top tube, inner core, move axially in the axial needle tray of outer tube outer surface, because top tube and urceolus have adopted high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) makes, it and knitting needle, coefficient of friction between the socks pin significantly reduces, it is little to wear and tear, like this, not only improved knitting needle, the service life of socks pin, also reduce the generation of dirty oil, improved the cleannes of fabric, reduced the manufacturing cost of whole needle cylinder device.Guarantee the gap between knitting needle and socks pin and the syringe outer wall needle tray simultaneously, thereby improved the sensitivity of equipment and the stability that signal transmits.
Embodiment 3: the utility model comprises outside health dish, Nei Shengke, syringe, syringe is connected with outside health dish is chimeric by Nei Shengke, syringe is by the top tube, inner core, urceolus three parts are formed, inner core is inserted in the urceolus away from the supporter of the end of Nei Shengke, the length of supporter is identical with the length of urceolus, matched in clearance between the external diameter of supporter and the internal diameter of urceolus, inner core and urceolus use affixed dose of Joint by axial end, inner core is inserted in the tube of top near the stiff end of the end of Nei Shengke, the length of stiff end is identical with the width of top tube, matched in clearance between the internal diameter of the external diameter of stiff end and top tube, inner core and top tube use affixed dose of Joint by axial end; The axial end of inner core and top tube and inner core and urceolus is by the tenon type structure Joint; Inner core is processed by high duty metal, and urceolus and top tube process (referring to Fig. 3, Fig. 4) by high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like); Outside health dish is made up of dials and fixed disk, and fixed disk and dials are affixed by the hoop embedded structure, and fixed disk is connected (referring to Fig. 5, Fig. 6) with Nei Shengke.Fixed disk is processed by high duty metal, and dials is formed by high molecule plastic or processing modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like).
Present embodiment is owing to adopted the structure of being made of syringe top tube, inner core and urceolus three parts, the main abrading section that uses the back to be caused is pushing up tube and urceolus part, when changing the heavy wear position, needs just need not whole syringe is changed, only need change the function that top tube and urceolus just can have the whole needle cylinder device of efficient recovery, reduce the operation and the use cost of whole needle cylinder device effectively; Simultaneously owing to syringe part has been used the structure of three parts compositions, make when needs are changed the abrading section, need not again whole needle cylinder device to be removed, change urceolus as need, only need urceolus pulled down from inner core and change new urceolus and get final product, change the top tube as need and also only inner core and urceolus partly need be removed promptly replaceablely, need not to remove again whole needle cylinder device, improve the maintenance efficiency of whole needle cylinder device effectively, saved time cost.In addition, because top tube and urceolus are by macromolecular material or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) processes, in use, outer health dish, interior health dish and syringe are done radially rotation, and knitting needle, the socks pin is at syringe (top tube, inner core, urceolus) not only rotates in the axial needle tray of outer surface with needle cylinder device, simultaneously also at the top tube, inner core, move axially in the axial needle tray of outer tube outer surface, because top tube and urceolus have adopted high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) makes, it and knitting needle, coefficient of friction between the socks pin significantly reduces, it is little to wear and tear, like this, not only improved knitting needle, the service life of socks pin, also reduce the generation of dirty oil, improved the cleannes of fabric, reduced the manufacturing cost of whole needle cylinder device.Guarantee the gap between knitting needle and socks pin and the syringe outer wall needle tray simultaneously, thereby improved the sensitivity of equipment and the stability that signal transmits.Simultaneously, owing to adopted the structure that constitutes the outer health dish of tradition by dials and fixed disk two parts, when making outside needs are changed health dish, need not again whole needle cylinder device to be pulled down replacing, only dials need be pulled down and change new getting final product, like this, not only save raw material, also improved production efficiency widely.In use, outer health dish, Nei Shengke and syringe rotate along center line, and sinker not only rotates with needle cylinder device in the needle tray of dials outer surface, also move radially in the needle tray of dials simultaneously, because dials has adopted high molecule plastic to make, coefficient of friction between it and the sinker significantly reduces, and it is little to wear and tear, like this, not only improved the service life of knitting needle, socks pins, also reduce the generation of dirty oil, improved the cleannes of fabric, reduced the manufacturing cost of needle cylinder device.Guarantee the gap between sinker and the dials needle tray simultaneously, thereby improved the sensitivity of equipment and the stability that signal transmits.
Embodiment 4: the utility model comprises outside health dish, Nei Shengke, syringe, syringe is connected with outside health dish is chimeric by Nei Shengke, syringe is by the top tube, inner core, urceolus three parts are formed, inner core is inserted in the urceolus away from the supporter of the end of Nei Shengke, the length of supporter is identical with the length of urceolus, matched in clearance between the external diameter of supporter and the internal diameter of urceolus, inner core and urceolus use affixed dose of Joint by axial end, inner core is inserted in the tube of top near the stiff end of the end of Nei Shengke, the length of stiff end is identical with the width of top tube, matched in clearance between the internal diameter of the external diameter of stiff end and top tube, inner core and top tube use affixed dose of Joint by axial end; The axial end of inner core and top tube and inner core and urceolus is by the tenon type structure Joint; Inner core is processed by high duty metal, and urceolus and top tube process (referring to Fig. 3, Fig. 4) by high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like); Outside health dish is made up of outside health dish body and outside health dish inlay, one degree of depth is externally arranged greater than the annular groove of needle tray radially on the end face that has needle tray radially of health dish body, outside health dish inlay is a ring bodies, its height and width all are complementary with annular groove, and an one end face have with outside health dish body on the corresponding radially needle tray of radially needle tray, outside health dish body and outside health dish inlay use affixed dose by needle tray alignment back radially fixedlys connected; Outside health dish body is processed by high duty metal, and outside health dish inlay is processed by high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like).
Present embodiment is owing to adopted the structure of being made of syringe top tube, inner core and urceolus three parts, the main abrading section that uses the back to be caused is pushing up tube and urceolus part, when changing the heavy wear position, needs just need not whole syringe is changed, only need change the function that top tube and urceolus just can have the whole needle cylinder device of efficient recovery, reduce the operation and the use cost of whole needle cylinder device effectively; Simultaneously owing to syringe part has been used the structure of three parts compositions, make when needs are changed the abrading section, need not again whole needle cylinder device to be removed, change urceolus as need, only need urceolus pulled down from inner core and change new urceolus and get final product, change the top tube as need and also only inner core and urceolus partly need be removed promptly replaceablely, need not to remove again whole needle cylinder device, improve the maintenance efficiency of whole needle cylinder device effectively, saved time cost.In addition, because top tube and urceolus are by macromolecular material or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) processes, in use, outer health dish, interior health dish and syringe are done radially rotation, and knitting needle, the socks pin is at syringe (top tube, inner core, urceolus) not only rotates in the axial needle tray of outer surface with needle cylinder device, simultaneously also at the top tube, inner core, move axially in the axial needle tray of outer tube outer surface, because top tube and urceolus have adopted high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) makes, it and knitting needle, coefficient of friction between the socks pin significantly reduces, it is little to wear and tear, like this, not only improved knitting needle, the service life of socks pin, also reduce the generation of dirty oil, improved the cleannes of fabric, reduced the manufacturing cost of whole needle cylinder device.Guarantee the gap between knitting needle and socks pin and the syringe outer wall needle tray simultaneously, thereby improved the sensitivity of equipment and the stability that signal transmits.Simultaneously, owing to adopted the structure that constitutes the outer health dish of tradition by outside health dish body and outside health dish inlay two parts, when making outside needs are changed health dish, need not again whole needle cylinder device to be pulled down replacing, only outside health dish body need be pulled down and change new getting final product, like this, not only save raw material, also improved production efficiency widely.In use, outer health dish, Nei Shengke and syringe rotate along center line, and sinker externally not only rotates with needle cylinder device in the needle tray of this external surface of health dish, also externally move radially in the needle tray of health dish body simultaneously, because outside health dish body has adopted high molecule plastic or modified plastics (example: PTFE, MCNYLON, UHMW-PE or the like) makes, coefficient of friction between it and the sinker significantly reduces, it is little to wear and tear, like this, not only improved knitting needle, the service life of socks pin, also reduce the generation of dirty oil, improved the cleannes of fabric, reduced the manufacturing cost of needle cylinder device.Guarantee the gap between sinker and the outside health dish body needle tray simultaneously, thereby improved the sensitivity of equipment and the stability that signal transmits.
Claims (7)
1. the needle cylinder device of a Knitting Machinery, comprise outside health dish (1), Nei Shengke (2), syringe (3), described syringe (3) is by described Nei Shengke (2) and chimeric connection of described outside health dish (1), it is characterized in that: described syringe (3) is by top tube (4), inner core (5), urceolus (6) three parts are formed, described inner core (5) is inserted in the described urceolus (6) away from the supporter (7) of the end of described Nei Shengke (2), the length of described supporter (7) is identical with the length of described urceolus (6), matched in clearance between the internal diameter of the external diameter of described supporter (7) and described urceolus (6), described inner core (5) and described urceolus (6) are by the axial end Joint, described inner core (5) is inserted in the described top tube (4) near the stiff end (8) of the end of described Nei Shengke (2), the length of described stiff end (8) is identical with the width of described top tube (4), matched in clearance between the internal diameter of the external diameter of described stiff end (8) and described top tube (4), described inner core (5) and described top tube (4) are by the axial end Joint.
2. the needle cylinder device of a kind of Knitting Machinery according to claim 1 is characterized in that: between described inner core (5) and the described top tube (4) and the axial end between described inner core (5) and the described urceolus (6) pass through the tenon type structure Joint.
3. the needle cylinder device of a kind of Knitting Machinery according to claim 1, it is characterized in that: described inner core (5) is processed by high duty metal, and described urceolus (6) and described top tube (4) are formed by high molecule plastic or processing modified plastics.
4. the needle cylinder device of a kind of Knitting Machinery according to claim 1, it is characterized in that: described outside health dish (1) is made up of dials (9) and fixed disk (10), described fixed disk (10) and described dials (9) are affixed by the hoop embedded structure, and described fixed disk (10) is connected with described Nei Shengke (2).
5. the needle cylinder device of a kind of Knitting Machinery according to claim 1, it is characterized in that: described outside health dish (1) is made up of outside health dish body (11) and outside health dish inlay (12), one degree of depth is arranged greater than the annular groove of needle tray (13) radially on the end face that has needle tray radially of described outside health dish body (11), described outside health dish inlay (12) is a ring bodies, its height and width all are complementary with described annular groove (13), and an one end face have with described outside health dish body (11) on the corresponding radially needle tray of radially needle tray, described outside health dish body (11) and described outside health dish inlay (12) are by radially fixedlying connected after the needle tray alignment.
6. the needle cylinder device of a kind of Knitting Machinery according to claim 4, it is characterized in that: described fixed disk (10) is processed by high duty metal, and described dials (9) is formed by high molecule plastic or processing modified plastics.
7. the needle cylinder device of a kind of Knitting Machinery according to claim 5, it is characterized in that: described outside health dish body (11) is processed by high duty metal, and described outside health dish inlay (12) is formed by high molecule plastic or processing modified plastics.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201623067U CN201245747Y (en) | 2008-08-08 | 2008-08-08 | Needle cylinder apparatus of knitting machinery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201623067U CN201245747Y (en) | 2008-08-08 | 2008-08-08 | Needle cylinder apparatus of knitting machinery |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201245747Y true CN201245747Y (en) | 2009-05-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201623067U Expired - Fee Related CN201245747Y (en) | 2008-08-08 | 2008-08-08 | Needle cylinder apparatus of knitting machinery |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201245747Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102995278A (en) * | 2012-12-28 | 2013-03-27 | 浙江理工大学 | Mechanical needle selection cylinder |
-
2008
- 2008-08-08 CN CNU2008201623067U patent/CN201245747Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102995278A (en) * | 2012-12-28 | 2013-03-27 | 浙江理工大学 | Mechanical needle selection cylinder |
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| 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: 20090527 Termination date: 20150808 |
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| EXPY | Termination of patent right or utility model |