CN214782452U - Magnetic moving needle selecting mechanism of high-speed glove knitting machine - Google Patents
Magnetic moving needle selecting mechanism of high-speed glove knitting machine Download PDFInfo
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- CN214782452U CN214782452U CN202120765789.5U CN202120765789U CN214782452U CN 214782452 U CN214782452 U CN 214782452U CN 202120765789 U CN202120765789 U CN 202120765789U CN 214782452 U CN214782452 U CN 214782452U
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Abstract
The utility model provides a high-speed glove machine magnetism removes selects needle mechanism, the utility model discloses a magnetism selects the adsorption surface of needle ware to realize magnetism or demagnetization through the break-make electricity, magnetism select needle ware fixed mounting along with aircraft nose lateral shifting on the aircraft nose of glove machine, magnetism select needle ware walking orbit pass through the top of select the needle piece; the needle pressing triangle is arranged below the adsorption surface of the magnetic needle selector in a matching way, and a selector positioning area is formed between the needle pressing triangle and the magnetic adsorption surface; the machine head is provided with a combined triangle matched with the butt on the needle selecting sheet. When the utility model works, when the needle selecting sheet does not need to work, the tails of all the needle selecting sheets are adsorbed and positioned in the needle selecting sheet positioning area through the magnetic needle selector; when the needle selection piece needs to participate in the knitting work, the degaussing of the needle selector enables the needle selection piece to leave the adsorption surface, and the needle selection piece enters the knitting work position under the action of the machine head combination triangle.
Description
Technical Field
The utility model belongs to the technical field of glove machine part device, especially, it is relevant with a high-speed glove machine magnetism removes selects needle mechanism.
Background
The high-speed glove knitting machine mainly drives a knitting needle and a sinker to move respectively through a machine head triangle knitting system and a sinker triangle to realize knitting, and the sinker triangle and the sinker constitute a knitting line pressing mechanism to play a role in pressing lines and assisting in looping. The knitting pattern of the high-speed glove machine is relatively single, so that the knitting speed of the glove machine is required to be high, the needle selection assembly of the existing glove machine adopts a roller mode to select needles, the needle change of the mechanism is troublesome, and the knitting efficiency of the glove machine is reduced.
SUMMERY OF THE UTILITY MODEL
The utility model discloses aim at solving current glove machine and select the mode that the needle subassembly adopted the cylinder to select the needle and have the mechanism to trade the problem of the comparatively trouble of needle, reduce the knitting efficiency of glove machine, provide a structure simple relatively reasonable, and can adapt to the high-speed glove machine magnetism removal of knitting and select needle mechanism.
Therefore, the utility model adopts the following technical scheme: a magnetic moving needle selecting mechanism of a high-speed glove knitting machine comprises a needle plate and a plurality of needle selecting sheets, wherein a plurality of needle grooves for accommodating the needle selecting sheets are formed in the needle plate; the magnetic moving needle selecting mechanism of the high-speed glove machine is characterized by further comprising a magnetic needle selector and a needle pressing triangle, wherein the adsorption surface of the magnetic needle selector is magnetized or demagnetized by switching on or off, the magnetic needle selector is fixedly arranged on a machine head of the glove machine and transversely moves along with the machine head, and the traveling track of the magnetic needle selector passes through the upper part of the needle selecting sheet; the needle pressing triangle is arranged below the adsorption surface of the magnetic needle selector in a matching way, and a selector positioning area is formed between the needle pressing triangle and the magnetic adsorption surface; the machine head is provided with a combined triangle matched with the butt on the needle selecting sheet. When the utility model works, when the needle selecting sheet does not need to work, the tails of all the needle selecting sheets are adsorbed and positioned in the needle selecting sheet positioning area through the magnetic needle selector; when the needle selection piece needs to participate in the knitting work, the degaussing of the needle selector enables the needle selection piece to leave the adsorption surface, and the needle selection piece enters the knitting work position under the action of the machine head combination triangle.
As the supplement and improvement to the technical proposal, the utility model also comprises the following technical characteristics.
The magnetic needle selector is provided with two magnetic needle selectors, the two magnetic needle selectors are fixed on the rear side of the machine head in an interval arrangement mode, the needle pressing cams are fixedly connected to the magnetic needle selectors, a needle pressing maintaining cam is arranged between the needle pressing cams, two sides of the needle pressing maintaining cam are fixedly connected with the two magnetic needle selectors respectively, and the needle pressing maintaining cam can be used for enabling the needle pressing maintaining cam to continue to press and position the needle selectors after the magnetic needle selectors leave the needle selectors through the needle pressing maintaining cam.
The needle selection piece comprises a needle pressing adsorption section, a needle selection working section, a needle selection main elastic section and a needle selection auxiliary elastic section, the needle selection main elastic section is connected below the front half section of the needle selection working section in a forming mode, the needle selection main elastic section is arranged in an arc shape, the needle selection auxiliary elastic section is connected below the rear half section of the needle selection working section in a forming mode, both the needle selection main elastic section and the needle selection auxiliary elastic section are provided with stress points which are in contact with a needle plate, the needle pressing adsorption section is integrally formed below the rear half section of the needle selection working section and is positioned between the needle selection working section and the needle selection auxiliary elastic section, and the front side of the needle pressing adsorption section extends forwards and is obliquely arranged; the middle section of the needle selection working section is provided with a rear needle butt protruding upwards, and the front end of the needle selection working section is free of a front needle butt protruding upwards; the needle pressing adsorption section and the needle selection working section are sequentially matched to form a low needle position groove, a high needle position groove and a needle selection initial position groove.
The needle selection piece is connected with the latch needle, and the rear section of the latch needle extends between the needle selection main elastic section and the needle selection working section; the front section of the latch needle forms a crochet needle connecting part connected with the crochet needle, and the crochet needle connecting part extends into a latch needle connecting groove of the crochet needle.
The needle groove is formed by assembling embedded pieces in a matched mode, the top face of the front end of each embedded piece is provided with an inwards concave needle gauge mounting position, the rear top face of each embedded piece is provided with an inwards concave low-needle-angle needle pressing position, and the embedded pieces on the two sides of the low-needle-angle needle pressing positions are provided with steel wire holes used for penetrating limiting steel wires.
The utility model discloses following beneficial effect can be reached: the utility model discloses a set up the needle selector of steerable needle selection piece location at the aircraft nose, replaced traditional high-speed glove machine cylinder to select the needle structure to simplified the structure of selecting the needle mechanism greatly, can realize selecting the needle control of selecting the needle piece through the operation of tucking triangle and combination triangle, need not too much numerous and diverse control action cooperation, move more steadily, also the cost is reduced.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic view of the structure of the handpiece of the present invention.
Fig. 3 is a schematic structural view of the selector jack of the present invention in an inoperative state.
Fig. 4 is a schematic structural view of the selector jack of the present invention in a working state.
Fig. 5 is a schematic view of the selector jack of the present invention.
Figure 6 is a schematic view of the panel of the present invention.
Detailed Description
The following detailed description of embodiments of the present invention will be made with reference to the accompanying drawings.
As shown in fig. 1-6, the utility model comprises a needle plate 1, a plurality of needle selectors 5, a magnetic needle selector 3 and a needle pressing triangle 4, wherein the needle plate is provided with a plurality of needle grooves for accommodating the needle selectors; the adsorption surface 31 of the magnetic needle selector realizes magnetization or demagnetization by switching on and off electricity, the magnetic needle selector is fixedly arranged on the machine head 2 of the glove knitting machine and moves transversely along with the head, and the traveling track of the magnetic needle selector passes through the upper part of the needle selector; the needle pressing triangle is arranged below the adsorption surface of the magnetic needle selector in a matching way, and a selector positioning area is formed between the needle pressing triangle and the magnetic adsorption surface; and a combined triangle matched with the butt on the needle selector is arranged on the machine head. When the utility model works, when the needle selecting sheet does not need to work, the tails of all the needle selecting sheets are adsorbed and positioned in the needle selecting sheet positioning area through the magnetic needle selector; when the needle selection piece needs to participate in the knitting work, the degaussing of the needle selector enables the needle selection piece to leave the adsorption surface, and the needle selection piece enters the knitting work position under the action of the machine head combination triangle.
Preferably, the number of the magnetic needle selectors is two, the two magnetic needle selectors are fixed on the rear side of the machine head in an interval arrangement mode, needle pressing triangles are fixedly connected to the magnetic needle selectors, a needle pressing maintaining triangle 9 is arranged between the needle pressing triangles, two sides of the needle pressing maintaining triangle are fixedly connected with the two magnetic needle selectors respectively, and the needle pressing maintaining triangle can be made to enable the needle pressing maintaining triangle to continue to press and position the needle selectors after the magnetic needle selectors leave the needle selectors through the needle pressing maintaining triangle.
The needle selection piece comprises a needle pressing adsorption section 52, a needle selection working section 51, a needle selection main elastic section 53 and a needle selection auxiliary elastic section 54, the needle selection main elastic section is connected below the first half section of the needle selection working section in a forming mode, the needle selection main elastic section is arranged in an arc shape, the needle selection auxiliary elastic section 54 is connected below the second half section of the needle selection working section in a forming mode, both the needle selection main elastic section and the needle selection auxiliary elastic section are provided with stress points contacted with a needle plate, the needle pressing adsorption section is integrally formed below the second half section of the needle selection working section and is positioned between the needle selection working section and the needle selection auxiliary elastic section, and the front side of the needle pressing adsorption section extends forwards and is arranged obliquely; the middle section of the needle selection working section is provided with a rear butt 55 protruding upwards, and the front end of the needle selection working section is freely provided with a front butt 56 protruding upwards; the needle pressing adsorption section and the needle selection working section are sequentially matched to form a low needle position groove, a high needle position groove and a needle selection initial position groove.
The needle selection piece is connected with the latch needle 6, and the rear section of the latch needle extends between the needle selection main elastic section and the needle selection working section; the front section of the latch needle forms a latch needle connecting part connected with the latch needle 7, and the latch needle connecting part extends into a latch needle connecting groove of the latch needle.
The needle groove is formed by matching and assembling the embedded pieces 8, the top surface of the front end of each embedded piece is provided with an inwards concave needle gauge mounting position 81, the back top surface of each embedded piece is provided with an inwards concave low-needle-angle needle pressing position 82, and the embedded pieces on the two sides of the low-needle-angle needle pressing position are provided with steel wire holes for passing through limiting steel wires.
Claims (5)
1. A magnetic moving needle selecting mechanism of a high-speed glove knitting machine comprises a needle plate and a plurality of needle selecting sheets, wherein a plurality of needle grooves for accommodating the needle selecting sheets are formed in the needle plate; the method is characterized in that: the magnetic moving needle selecting mechanism of the high-speed glove knitting machine further comprises a magnetic needle selector and a needle pressing triangle, wherein the adsorption surface of the magnetic needle selector is magnetized or demagnetized by switching on or off, the magnetic needle selector is fixedly arranged on a machine head of the glove knitting machine and transversely moves along with the machine head, and the traveling track of the magnetic needle selector passes through the upper part of the needle selecting sheet; the needle pressing triangle is arranged below the adsorption surface of the magnetic needle selector in a matching way, and a selector positioning area is formed between the needle pressing triangle and the magnetic adsorption surface; the machine head is provided with a combined triangle matched with the butt on the needle selecting sheet.
2. The magnetic moving needle selecting mechanism of the high-speed glove knitting machine according to claim 1, characterized in that: the magnetic needle selector is provided with two magnetic needle selectors, the two magnetic needle selectors are fixed on the rear side of the machine head in an interval arrangement mode, the needle pressing cams are fixedly connected to the magnetic needle selectors, a needle pressing maintaining cam is arranged between the needle pressing cams, two sides of the needle pressing maintaining cam are fixedly connected with the two magnetic needle selectors respectively, and the needle pressing maintaining cam can be used for enabling the needle pressing maintaining cam to continue to press and position the needle selectors after the magnetic needle selectors leave the needle selectors through the needle pressing maintaining cam.
3. The magnetic moving needle selecting mechanism of the high-speed glove knitting machine according to claim 2, characterized in that: the needle selection piece comprises a needle pressing adsorption section, a needle selection working section, a needle selection main elastic section and a needle selection auxiliary elastic section, the needle selection main elastic section is connected below the front half section of the needle selection working section in a forming mode, the needle selection main elastic section is arranged in an arc shape, the needle selection auxiliary elastic section is connected below the rear half section of the needle selection working section in a forming mode, both the needle selection main elastic section and the needle selection auxiliary elastic section are provided with stress points which are in contact with a needle plate, the needle pressing adsorption section is integrally formed below the rear half section of the needle selection working section and is positioned between the needle selection working section and the needle selection auxiliary elastic section, and the front side of the needle pressing adsorption section extends forwards and is obliquely arranged; the middle section of the needle selection working section is provided with a rear needle butt protruding upwards, and the front end of the needle selection working section is free of a front needle butt protruding upwards; the needle pressing adsorption section and the needle selection working section are sequentially matched to form a low needle position groove, a high needle position groove and a needle selection initial position groove.
4. The magnetic moving needle selecting mechanism of the high-speed glove knitting machine according to claim 3, characterized in that: the needle selection piece is connected with the latch needle, and the rear section of the latch needle extends between the needle selection main elastic section and the needle selection working section; the front section of the latch needle forms a crochet needle connecting part connected with the crochet needle, and the crochet needle connecting part extends into a latch needle connecting groove of the crochet needle.
5. The magnetic moving needle selecting mechanism of the high-speed glove knitting machine according to claim 4, characterized in that: the needle groove is formed by assembling embedded pieces in a matched mode, the top face of the front end of each embedded piece is provided with an inwards concave needle gauge mounting position, the rear top face of each embedded piece is provided with an inwards concave low-needle-angle needle pressing position, and the embedded pieces on the two sides of the low-needle-angle needle pressing positions are provided with steel wire holes used for penetrating limiting steel wires.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120765789.5U CN214782452U (en) | 2021-04-14 | 2021-04-14 | Magnetic moving needle selecting mechanism of high-speed glove knitting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120765789.5U CN214782452U (en) | 2021-04-14 | 2021-04-14 | Magnetic moving needle selecting mechanism of high-speed glove knitting machine |
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| CN214782452U true CN214782452U (en) | 2021-11-19 |
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| CN202120765789.5U Active CN214782452U (en) | 2021-04-14 | 2021-04-14 | Magnetic moving needle selecting mechanism of high-speed glove knitting machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022257467A1 (en) * | 2021-06-08 | 2022-12-15 | 浙江恒强科技股份有限公司 | Novel glove machine needle selection method, and method for charging magnetic material for needle selection |
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2021
- 2021-04-14 CN CN202120765789.5U patent/CN214782452U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022257467A1 (en) * | 2021-06-08 | 2022-12-15 | 浙江恒强科技股份有限公司 | Novel glove machine needle selection method, and method for charging magnetic material for needle selection |
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