CN202347253U

CN202347253U - Hosiery cutting machine

Info

Publication number: CN202347253U
Application number: CN2011204596519U
Authority: CN
Inventors: 王进木; 林冈钿; 叶国宣
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-11-18
Filing date: 2011-11-18
Publication date: 2012-07-25
Anticipated expiration: 2021-11-18

Abstract

The utility model discloses a hosiery cutting machine, comprising a frame, a drive device arranged in the frame, and a rotating seat and a cutting device, which are arranged on the frame, wherein the drive device comprises a driving mechanism, a rotating mechanism and a climbing mechanism; the rotating seat is provided with multiple sleeved assemblies, which are radially arranged, a jacking seat of the cutting device is provided with a thrust gear, a locating assembly and a tool, and the toll comprises a rotary motor and a cutting knife; a leg of a stocking is respectively sleeved on each sleeved assembly, the rotating mechanism and the climbing mechanism are driven by the driving mechanism, each sleeved assembly is rotated and located below the cutting devices, after the cutting device is descended by the climbing mechanism, the rotary cutting knife is pushed to the leg of the stocking by the thrust gear and a suture mouth is cut, and the original manual processing process is automated so as to reduce the manufacturing cost and improve the percent of pass of production.

Description

Cut hosiery machine

Technical field

The utility model is about a kind of hosiery machine of cutting, especially in regard to a kind of hosiery machine of cutting that the monolateral stocking leg is processed a stitching mouth.

Background technology

Panty hose is the clothes of hard-pressed bale waist to foot's body; Material has cotton, nylon, wool blended etc.; Panty hose is regarded as a kind of women clothing form of specialty, and in the public affair occasion that needs are worn formal dress, the skin that panty hose can reduce shank exposes; Strengthen dignified sense, warming effect is also arranged in cool weather dress.

See also shown in Figure 11ly, be the pattern of a kind of panty hose of the prior art, this panty hose 70 includes two stockings leg 71; Two stockings leg, 71 top ends join and are formed with a crotch portion 72, and the shape of panty hose 70 is quite similar with trousers, and user's both legs can generally pass the stocking leg 71 and be coated on waist and buttocks with crotch portion 72 as wearing trousers; This kind panty hose is when making; See also shown in Figure 12ly, be processed with the stocking leg 71 of two long tubulars earlier, and cut out one in a side on the stocking leg 71 tops and sew up mouthfuls 710; Two stockings leg 71 are to sew up mouthful 710 stitchings relatively, to form crotch portion 72.

Yet; Prior art is to cut with manual work when the stocking leg 71 top end cutting and stitching mouths 710, and not only processing cost is high; Because during the manpower cutting; The strength or the position of cutting all possibly produce deviation, can produce stitching mouth 710 and tear or crooked situation, make qualification rate and also remain further to be improved.

The utility model content

Because prior art is with the processing method of manual work in stocking leg top end cutting and stitching mouth; High and the artificial situation that produces error of processing cost; The purpose of the utility model provides a kind of hosiery machine of cutting of automation; Can cut down finished cost, and with strength accurately in the same position cutting and stitching mouth of each stocking leg, solve the existing in prior technology shortcoming.

The utility model cut hosiery machine, it includes a frame, a drive unit, a rotating seat and a cutting device;

This frame is a hollow support body, and its end face forms a workbench;

This drive unit is arranged in this frame; It includes a transmission mechanism, a rotating mechanism, a lifting body and a starting drive; This transmission mechanism is connected with this rotating mechanism, lifting body and starting drive; This rotating mechanism has one can drive the rotating shaft that rotates by transmission mechanism; This rotating shaft is rotating vertically to be located on this workbench, and this lifting body includes one can drive the lifting pin that carries out the longitudinal direction displacement by transmission mechanism, and this lifting pin is being located on this workbench of slippage vertically;

This rotating seat has a pedestal, and this pedestal is positioned at the top of this workbench and is connected with the rotating shaft of this rotating mechanism, on this pedestal, is interval with a plurality of sheathed assemblies that are radial arrangement, and this sheathed assembly includes the two sheathed bars that are set in distance;

This cutter sweep has a thrust gear, certain hyte part and a cutter;

This thrust gear has a slide; This slide can be towards the horizontal direction displacement; This thrust gear is positioned at the top of this workbench and is connected with the lifting pin of this lifting body, and this thrust gear is positioned at the wherein place, top of a sheathed assembly, and this thrust gear is electrically connected with this starting drive;

This positioning component is connected with the lifting pin of this lifting body, and this positioning component includes two briquettings, and two briquettings lay respectively at two sheathed bar tops of this sheathed assembly;

This cutter includes a tool rest, a rotation motor and cutter; This tool rest is connected on the slide of this thrust gear; This rotation motor is arranged on this tool rest; Rotating this tool rest front end that is arranged on of these cutter, and interconnect with this rotation motor, this rotation motor is electrically connected with this starting drive.

Preferably, this cutter sweep has a jacking seat, and this jacking seat is positioned at the top of this workbench and is connected with the lifting pin of this lifting body, and this thrust gear and positioning component are arranged on this jacking seat.

Preferably, this thrust gear is a flat pneumatic cylinder, and a side of this pneumatic cylinder has a slide rail, being positioned on this slide rail of this slide slip.

Preferably, this rotating shaft is a hollow cylinder, the inner hollow place that is located in rotating shaft of this lifting pin slip.

Preferably, this transmission mechanism includes a drive motor and a reducing gear;

This drive motor is arranged in this frame;

This reducing gear includes a wheel for inputting and an output shaft, and this wheel for inputting and this drive motor interconnect, and is respectively equipped with a gear, a jacking cam and a starting cam group on this output shaft.

Preferably, this workbench is circular, and around being provided with a hack lever, a side of this hack lever is formed with a breach above the outside of this workbench, and the external diameter of this hack lever is greater than the external diameter of this workbench;

On this frame, further be provided with a gathering-device, this gathering-device includes bar, an outer catch, a clamping mechanism and a peg in one;

Should be the bending body of rod by interior bar, body of rod two ends connect a side outside wall surface of this frame respectively, and it is outstanding that middle section, the body of rod outside is circular arc;

Should outer catch be a circular arc lamellar body, the lamellar body two ends connect an outer side surface of this frame and are positioned at the outside of this bar, lamellar body and the long axis direction that is somebody's turn to do the interior bar in edge between the interior bar are formed with the spacing of convergent;

This clamping mechanism has an interconnective pneumatic cylinder and a pushing block, and the pneumatic cylinder of this clamping mechanism is arranged on this frame, and this pushing block is toward the interior sidewall surface of outer catch;

This starting cam group includes one and collects cam; This starting drive includes one and collects switch; It is electromagnetic switch and is electrically connected with the pneumatic cylinder of this clamping mechanism; This collects the rotatable contact of cam, and this collects switch, collect switch control pneumatic cylinder drive pushing block move release and against contact to should outside the interior sidewall surface or the withdrawal of catch;

This peg is connected on this frame and is positioned at the side that this bar and outer catch have less spacing.

Preferably, this rotating mechanism includes a drive link, and this drive link is rotating to be vertically set in this frame, and an end of this drive link has a gear, and the gear of this drive link and the gear of this output shaft are meshing with each other;

The other end of this drive link has one first drive; The outer side surface of this first drive is provided with an outstanding shifting block; This rotating shaft one end has one second drive, and this second drive has the tooth portion of concave arc shape, and the tooth portion of the shifting block of this first drive and second drive stirs each other.

Preferably; This lifting body has a link assembly; This link assembly includes a first connecting rod, a second connecting rod and a spring element, and the bottom of this first connecting rod and spring element uprightly is arranged on respectively in the frame, and the top of this second connecting rod one end and this first connecting rod articulates; The other end of this second connecting rod articulates with the top of this spring element and the bottom of this lifting pin respectively; This second connecting rod is positioned at the top of this jacking cam and replaces contact each other, and this second connecting rod of the rotatable ejection of this jacking cam makes second connecting rod drive this lifting pin and rises or descend.

Preferably, this starting cam group includes one and passes a cam and a cutter cam;

This starting drive includes one and passes a switch and a cutter switch; This passing switch and cutter switch are all electromagnetic switch; This is passed switch and is electrically connected with this thrust gear; This cutter switch is electrically connected with this rotation motor; This passes the rotatable contact of cam, and this passes switch, this cutter switch of the rotatable contact of this cutter cam.

Preferably, this sheathed assembly further is provided with a hyoplastron in the place, below of this two sheathed bar, and this hyoplastron front end bends towards the below.

Utilization by above-mentioned technological means; Can on each sheathed assembly, distinguish a sheathed stocking leg; With transmission mechanism driven rotary mechanism and lifting body; Drive the below that each sheathed assembly rotated and be positioned at cutter sweep with rotating mechanism; After lifting body is fallen cutter sweep; Thrust gear is passed and is cut out one with the cutter of rotation towards the stocking leg and sews up mouth; With original processing procedure automation by artificial; Not only can promote production capacity; Reduce manufacturing cost; Owing to positioning component the stocking leg is positioned on the sheathed assembly during cutting; The round cutter that reaches with rotation cuts; Therefore the strength and the position of each cutting are all identical; It is sharp keen that cutter also can keep, and cuts out smooth stitching mouth, improves the production qualification rate;

This gathering-device is replaced the two sides of contact in stocking leg bottom each other through pushing block and outer catch; When making rotating seat drive stocking leg rotation; The sheathed assembly of the removable disengaging of the stocking leg also is suspended on the peg, and the convenient stocking leg of collecting after mouth is sewed up in processing improves the convenience on using.

Description of drawings

Fig. 1 is the stereo appearance figure of the utility model.

Fig. 2 is the schematic appearance of the drive unit of the utility model.

Fig. 3 is the schematic appearance of the starting drive of the utility model.

Fig. 4 is the schematic appearance of the lifting body of the utility model.

Fig. 5 is the schematic top plan view of the rotating mechanism of the utility model.

Fig. 6 is the action sketch map of the lifting body of the utility model.

Fig. 7 is the schematic appearance of the rotating seat and the cutter sweep of the utility model.

Fig. 8 is the local appearance sketch map of the cutter sweep of the utility model.

Fig. 9 is the action sketch map of the utility model.

Figure 10 is another action sketch map of the utility model.

Figure 11 is the schematic appearance of the panty hose of prior art.

Figure 12 is the decomposing schematic representation of the panty hose of prior art

The specific embodiment

The preferred embodiment of following conjunction with figs. and the utility model, further setting forth the utility model is to reach the technological means that predetermined utility model purpose is taked.

The utility model be a kind of can on the socks bucket of long tubular, cut out one sew up mouthful cut hosiery machine, see also Fig. 1 and shown in Figure 2, it includes a frame 10, a drive unit 20, a rotating seat 30 and a cutting device 40.

This frame 10 is a hollow support body; Its end face forms a workbench 11, and in the specific embodiment shown in the figure, this workbench 11 is a round table surface; And the place, outer peripheral edges top in this workbench 11 further is provided with a hack lever 12; This hack lever 12 is bent to form circular arc and is formed with a breach 120 in a side with the loop-drive shape, and the external diameter of this hack lever 12 is greater than the external diameter of this workbench 11, and these hack lever 12 inboards are connected on this workbench 11 with a plurality of rod members 121.

Please cooperate and consult shown in Figure 3ly, this drive unit 20 includes a transmission mechanism 21, a rotating mechanism 22, a lifting body 23 and a starting drive 24;

This transmission mechanism 21 includes a drive motor 210 and a reducing gear 211;

This drive motor 210 is arranged in this frame 10;

This reducing gear 211 includes a wheel for inputting 212 and an output shaft 213; This wheel for inputting 212 interconnects with a driving belt with this drive motor 210; The rotating speed of drive motor 210 outputs is exported with this output shaft 213 after reducing gear 211 decelerating effects; Please cooperate consult shown in Figure 4; Be respectively equipped with a gear 214, a jacking cam 215 and a starting cam group 216 on this output shaft 213, this gear 214 is a bevel gear, and this starting cam group 216 includes one and passes a cam 2160 and a cutter cam 2161;

See also shown in Figure 2ly, this rotating mechanism 22 includes a drive link 220 and a rotating shaft 221, these drive link 220 rotating being vertically set in this frame 10; The inside of this rotating shaft 221 is hollow form, its outside rotating being located on this workbench 11, and an end of this drive link 220 has a gear 222; This gear 222 is a bevel gear; This gear 222 is meshing with each other with the gear 214 of this output shaft 213, and the other end of this drive link 220 has one first drive 223, please cooperate consult shown in Figure 5; The outer side surface of this first drive 223 is provided with an outstanding shifting block; This rotating shaft 221 is provided with one second drive 224, and this second drive 224 has the tooth portion that is concave arc shape, and stirs each other with the shifting block of this first drive 223;

See also shown in Figure 4; This lifting body 23 has a lifting pin 230 and a link assembly 231; This lifting pin 230 is located in inner middle vacancy of this rotating shaft 221 and vertical being located on this workbench 11 of slippage; This link assembly 231 includes a first connecting rod 232, a second connecting rod 233 and a spring element 234; This first connecting rod 232 and spring element 234 uprightly are arranged in the frame 10 with its bottom respectively, and the top of these second connecting rod 233 1 ends and this first connecting rod 232 articulates, and the other end of this second connecting rod 233 articulates with the top of this spring element 234 and the bottom of this lifting pin 230 respectively; This spring element 234 can make the lower side wall of second connecting rod 233 replace with this jacking cam 215 and contact; Please cooperate and consult shown in Figure 6ly, this this second connecting rod 233 of jacking cam 215 rotatable ejections makes second connecting rod 233 drive this lifting pin 230 and rises or descend;

See also shown in Figure 3; This starting drive 24 includes one and passes a switch 240 and a cutter switch 241; This passing switch 240 and cutter switch 241 are all electromagnetic switch, and this passes cam 2160 rotatable contacts should pass switch 240, these cutter cam 2161 rotatable these cutter switches 241 of contact.

This rotating seat 30 has the pedestal 31 of a rounded plate body; This pedestal 31 is positioned at the top of this workbench 11 and is connected with the rotating shaft 221 of this rotating mechanism 22; On this pedestal 31, be provided with a plurality of sheathed assemblies 32 that are radial arrangement; This sheathed assembly 32 includes two sheathed bars 320 and a hyoplastron 321; This two sheathed bar 320 is interval two bodies of rod that a body of rod is bent to form; This hyoplastron 321 is positioned at the place, below of this two sheathed bar 320, and these hyoplastron 321 front ends bend towards the below;

See also shown in Figure 7ly, this cutter sweep 40 has a jacking seat 41, a thrust gear 42, certain hyte part 43 and a cutter 44;

This jacking seat 41 is positioned at the top of this workbench 11 and is connected with the lifting pin 230 of this lifting body 23;

This thrust gear 42 is a flat pneumatic cylinder; The one of which end connects the top end that is arranged on this jacking seat 41; This pneumatic cylinder is connected with a pneumatic supply; One side of this thrust gear 42 has a slide rail 420; On this slide rail 420, be provided with a slide 421; This is passed switch 240 and is electrically connected with thrust gear 42, can control that this slide 421 is subjected to gas pressure and along slide rail 420 displacements, and this slide rail 420 is positioned at wherein the top of a sheathed assembly 32 and locates;

This positioning component 43 has two bodies of rod 430 that are provided with at interval; One end of two bodies of rod 430 connects this jacking seat 41; Below two body of rod other ends, locate to be provided with respectively a briquetting 431; This briquetting 431 is positioned at sheathed bar 320 tops and relative to each other of this sheathed assembly 32; When this jacking seat 41 drives rise by lifting pin 230; Have a spacing between this briquetting 431 and the sheathed bar 320, when this jacking seat 41 is fallen, between this briquetting 431 and the sheathed bar 320 each other against contacting;

Please cooperate consult shown in Figure 8; This cutter 44 includes a tool rest 440, a rotation motor 441 and cutter 442; This tool rest 440 is arranged on the slide 421 of this thrust gear 42, and this rotation motor 441 is arranged on this tool rest 440 and with cutter switch 241 and is electrically connected, and these cutter 442 are circular; And outer peripheral edges are all sharp-edged; These cutter 442 rotating this tool rest 440 front ends that are arranged on, and with this rotation motor 441 between be connected with a driving belt, this motor 441 can drive 442 rotations of this cutter;

The utility model in use, the first sheathed stocking leg 50 on each sheathed assembly 32, the stocking leg 50 is coated on the two sheathed bars 320 of this sheathed assembly 32 and the outside of this hyoplastron 321 respectively;

This drive unit 20 drives this output shaft 213 rotations with this transmission mechanism 21; And driven rotary mechanism 22, lifting body 23 and starting drive 24; Rotating mechanism 22 through rotating shaft 221 driven rotary seats 30 with batch (-type) turn a fixed angle; These lifting body 23 drive lifting pins 230 and cutter sweep 40 rise towards the top or fall towards the below, and this starting drive 24 can start slide 421 slippages of this thrust gear 42 and the rotation of this cutter 442;

See also shown in Figure 9ly, fall when lifting body 23 drives cutter sweeps 40, its positioning component 43 compresses to this sheathed bar 320 location each other with briquetting 431 with the stocking leg 50; Cutter 442 are with respect to a side of this stocking leg 50; The cutter 442 of rotation are with the together displacement of slide 421 of passing, and on the stocking leg 50, cut out one and sew up mouthfuls 51, see also shown in Figure 10; This lifting body 23 drives cutter sweep 40 again and rises; Slide 421 is the displacement towards the rear again, makes cutter 442 return back to original position, prepares to carry out cutting next time.

Please cooperate and consult shown in Figure 1ly, in the preferred embodiment of the utility model, it further is provided with a gathering-device 60, and this gathering-device 60 includes in one the outer catch of bar 61, one 62, a clamping mechanism 63 and a peg 64;

Should be the bending body of rod by interior bar 61, body of rod two ends connect a side outside wall surface of this frame 10 respectively, and it is outstanding that middle section, the body of rod outside is circular arc, and the breach 120 of this hack lever 12 is positioned at the top of this bar 61 and locates;

Should outer catch 62 be a circular arc lamellar body, the lamellar body two ends connect a side outside wall surface of this frame 10 and are positioned at the outside of this bar 61, lamellar body and the long axis direction that is somebody's turn to do the interior bar 61 in edge between the interior bar 61 are formed with the spacing of convergent;

This clamping mechanism 63 has a pneumatic cylinder 631 and a pushing block 632, and this pushing block 632 is connected with pneumatic cylinder 631, and this pushing block 632 can be driven the direction release or the withdrawal of outward catch 62 by pneumatic cylinder 631;

This peg 64 is connected on this frame 10 and is positioned at the side that this bar 61 and outer catch 62 have less spacing;

This starting cam group 216 includes one and collects cam 2162; This starting drive 24 includes one and collects switch 242, and it be electromagnetic switch and is electrically connected with the pneumatic cylinder 631 of this clamping mechanism 63, and this is collected cam 2162 rotatable contacts and is somebody's turn to do collection switch 242; Collect switch 242 start pneumatic cylinder 631 starts and drive pushing block 632 move release and against contact to should outside the interior sidewall surface of catch 62; In cutting during the stocking leg 50, the stocking leg 50 moves in this between the bar 61 and outer catch 62, and pushing block 632 reaches outer catch 62 can replace the two sides of contact in the stocking leg 50 bottoms each other; When making rotating seat 30 drive the stocking leg 50 rotations; The sheathed assembly 32 of the stocking leg 50 removable disengagings also is suspended on the peg 64, and the convenient stocking leg of collecting after processing 50 improves the convenience on using.

The above only is the preferred embodiment of the utility model; Be not that the utility model is done any pro forma restriction; Though the utility model discloses as above with preferred embodiment; Yet be not that any those skilled in the art is in the scope that does not break away from the utility model technical scheme in order to qualification the utility model; Should utilize the technology contents of above-mentioned announcement to make a little change or be modified to the equivalent embodiment of equivalent variations; In every case be the content that does not break away from the utility model technical scheme, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of the utility model technical scheme according to the technical spirit of the utility model.

Claims

1. cut hosiery machine for one kind, it is characterized in that, include a frame, a drive unit, a rotating seat and a cutting device;

This frame is a hollow support body, and its end face forms a workbench;

This cutter sweep has a thrust gear, certain hyte part and a cutter;

2. the hosiery machine of cutting according to claim 1 is characterized in that this cutter sweep has a jacking seat, and this jacking seat is positioned at the top of this workbench and is connected with the lifting pin of this lifting body, and this thrust gear and positioning component are arranged on this jacking seat.

3. the hosiery machine of cutting according to claim 2 is characterized in that, this thrust gear is a flat pneumatic cylinder, and a side of this pneumatic cylinder has a slide rail, being positioned on this slide rail of this slide slip.

4. the hosiery machine of cutting according to claim 3 is characterized in that this rotating shaft is a hollow cylinder, the inner hollow place that is located in rotating shaft of this lifting pin slip.

5. the hosiery machine of cutting according to claim 4 is characterized in that this transmission mechanism includes a drive motor and a reducing gear;

This drive motor is arranged in this frame;

6. the hosiery machine of cutting according to claim 5 is characterized in that, this workbench is circular, and around being provided with a hack lever, a side of this hack lever is formed with a breach above the outside of this workbench, and the external diameter of this hack lever is greater than the external diameter of this workbench;

7. based on claim 5 or the 6 described hosiery machines of cutting; It is characterized in that this rotating mechanism includes a drive link, this drive link is rotating to be vertically set in this frame; One end of this drive link has a gear, and the gear of this drive link and the gear of this output shaft are meshing with each other;

8. the hosiery machine of cutting according to claim 7; It is characterized in that this lifting body has a link assembly, this link assembly includes a first connecting rod, a second connecting rod and a spring element; The bottom of this first connecting rod and spring element uprightly is arranged in the frame respectively; The top of this second connecting rod one end and this first connecting rod articulates, and the other end of this second connecting rod articulates with the top of this spring element and the bottom of this lifting pin respectively, and this second connecting rod is positioned at the top of this jacking cam and replaces contact each other; This second connecting rod of the rotatable ejection of this jacking cam makes second connecting rod drive this lifting pin and rises or descend.

9. cut hosiery machine described in according to Claim 8, it is characterized in that this starting cam group includes one and passes a cam and a cutter cam;

10. the hosiery machine of cutting according to claim 9 is characterized in that, this sheathed assembly further is provided with a hyoplastron in the place, below of this two sheathed bar, and this hyoplastron front end bends towards the below.