CN201395692Y - One-way driving mechanism of fur machine feeding wheel - Google Patents
One-way driving mechanism of fur machine feeding wheel Download PDFInfo
- Publication number
- CN201395692Y CN201395692Y CN2009201210798U CN200920121079U CN201395692Y CN 201395692 Y CN201395692 Y CN 201395692Y CN 2009201210798 U CN2009201210798 U CN 2009201210798U CN 200920121079 U CN200920121079 U CN 200920121079U CN 201395692 Y CN201395692 Y CN 201395692Y
- Authority
- CN
- China
- Prior art keywords
- way
- inroller
- roller
- drive mechanism
- fur coat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
The utility model provides a one-way driving mechanism of fur machine feeding wheel, which solves the technical problems that a prior one-way driving mechanism has large abrasion, a tension spring iseasy to fail, thereby leading the feeding amount to be not uniform, the stitch length of sealant to be not uniform, and the service life to be short and the like. The one-way driving mechanism of furmachine feeding wheel comprises a feeding shaft which used to fixedly connect with the feeding wheel, and is characterized in that the outer portion of the feeding shaft is fixedly sleeved with one-way wheels, the outer portions of the one-way wheels are orderly sleeved with a movable ring and a fixed ring from the upper to lower, the movable ring is connected with a power mechanism, the fixed ring is fixedly connected with a shell, movable grooves which are gradually increased towards the clockwise direction of the movable ring are arranged between the one-way wheels, the movable ring and thefixed ring, an upper roller and a lower roller are arranged in various movable grooves, an upper spring and a lower spring are fixedly arranged in various movable grooves, the two ends of the upper spring act on the upper roller and the one-way wheels, and the ends of the lower spring act on the lower roller and the one-way wheels. The one-way driving mechanism of fur machine feeding wheel has low friction, reliable transmission, uniform seeding mount, uniform stitch length of sealant and long service life.
Description
Technical field
The utility model relates to a kind of Sewing machines, particularly relates to a kind of drawing-inroller driving mechanism that is exclusively used in the special-purpose Sewing machines of various fur coats such as making standard mink skin, fox skin, bear's skin.
Background technology
The fur coat machine is a kind of special-purpose Sewing machines, is mainly used in various fur coats such as making standard mink skin, fox skin, bear's skin, but also can makes footwear, cap, gloves etc.The structure of fur coat machine is the same with the ordinary sewing machine, also by the take-up device, collude line apparatus, pay-off, material pressing device and lubricating arrangement etc. and form.Wherein, pay-off comprises the horizontal spindle by driven by motor, horizontal spindle connects feeding rod by eccentric rod gear, feeding rod be positioned at main shaft the below and with the main shaft horizontal vertical, swing by feeding rod makes the unidirectional rotation of feed spool, the top of feed spool is connected with drawing-inroller, in the process of making, lining vertically is clipped between the pressure wheel in drawing-inroller and the material pressing device, by the counterclockwise unidirectional rotation of drawing-inroller, push lining to the place ahead, in order to guarantee the unidirectional all the time rotation of drawing-inroller, between feeding rod and feed spool, be provided with one-way drive mechanism, make drawing-inroller with the step-by-step system feeding.
One-way drive mechanism such as Fig. 4 of existing drawing-inroller, shown in Figure 5, comprise a driving wheel 1 ' and driven pulley 2 ', driving wheel 1 ' outer wall be provided with shift fork 1a ' with feeding rod 8 ' be connected, driven pulley 2 ' be provided with hollow core shaft 2a ', feed spool 3 ' fixedly sleeved in mandrel 2a ', driving wheel 1 ' be socketed in mandrel 2a ' outward, driving wheel 1 ' outer wall also be provided with the symmetry two draw-in groove 1b ', driven pulley 2 ' the end face periphery be provided with annular gib block 2b ', annular gib block 2b ' be fixed on casing on scotch 7 ' clamping mutually, and annular gib block 2b ' be provided with two transmission bars 4 that are slidingly matched with it ', transmission bar 4 ' the other end and the interior end wall clamping mutually of draw-in groove 1b ' by driving wheel 1 ' point to clockwise, driving wheel 1 ' outer wall on be positioned at transmission bar 4 ' the front (by driving wheel 1 ' clockwise direction) also be installed with pin 5 ', pin 5 ' and transmission bar 4 ' between be provided with extension spring 6 ', extension spring 6 ' two act on respectively pin 5 ' and transmission bar 4 ', when feeding rod 8 ' when swinging backward, feeding rod 8 ' drive driving wheel 1 ' counter clockwise direction is rotated, two transmission bars 4 ' block driven pulley 2 ', with driven pulley 2 ' drive together, driven pulley 2 ' with feed spool 3 ' Joint, thereby drive the drawing-inroller feeding; When feeding rod 8 ' when swinging forward, feeding rod 8 ' drive driving wheel 1 ' clockwise direction rotates, driving wheel 1 ' by pin 5 ', extension spring 6 ' spur transmission bar 4 ', transmission bar 4 ' along driven pulley 2 ' on annular gib block 2b ' skid, add scotch 7 ' prevention driven pulley 2 ' clockwise rotate again, therefore annular gib block 2b ' can't drive driven pulley 2 ', thereby reach the purpose of unidirectional delivery.
Above-mentioned unidirectional drive structure is owing to be to rely on the static friction between driven pulley and the transmission bar to come transferring power, and wearing and tearing between the two are very big, and extension spring is easy to failure, cause the feeding amount inhomogeneous, and the sewing stitch length is inhomogeneous, and service life is short.
Summary of the invention
The utility model provides a kind of one-way drive mechanism of fur coat machine drawing-inroller, and this device relies on rolling friction to realize unidirectional delivery power, and rolling friction is little, long service life.
The purpose of this utility model can realize by following technical proposal: the one-way drive mechanism of fur coat machine drawing-inroller, be located in the casing of fur coat machine, this mechanism comprises the feed spool of the drawing-inroller that is used to be connected, it is characterized in that, the outer fixed cover of described feed spool is connected to one-way wheel, one-way wheel is socketed with the rotating ring of energy axial restraint one-way wheel outward from top to bottom successively and decides ring, rotating ring is driven by the actuating unit of fur coat machine, fixed ring is connected mutually with casing, between one-way wheel and rotating ring and fixed ring, be provided with and somely evenly distribute by circumference, and the loose slot that increases gradually towards the dextrorotation veer of rotating ring, be respectively equipped with stacked up and down last roller and following roller in each loose slot, last roller can contact rotating ring and one-way wheel simultaneously, following roller can contact simultaneously decides ring and one-way wheel, and be positioned in each loose slot on the distolateral wall of maximum groove width and be installed with upper spring and lower spring respectively, the two ends of upper spring act on roller and one-way wheel respectively, and the two ends of lower spring act on down roller and one-way wheel respectively.
The one-way drive mechanism of the utility model fur coat machine drawing-inroller, mainly by rotating ring, fixed ring and one-way wheel constitute, rotating ring is driven by the actuating unit of fur coat machine, so-called actuating unit is meant the feeding rod that links to each other with the eccentric rod gear of main shaft drive, feeding rod can be done swing, fixed ring fixes with casing, between one-way wheel and rotating ring and fixed ring, be provided with some by the equally distributed loose slot of circumference, and the groove width of loose slot increases gradually towards the dextrorotation veer of rotating ring, be respectively equipped with stacked up and down last roller and following roller in each loose slot, its operation principle is as follows: when feeding rod (towards direction of operator) when the forward swing, feeding rod drives rotating ring and clockwise rotates, rotating ring impel go up roller also clockwise direction move toward the big end of loose slot, cause roller can't contact rotating ring and one-way wheel simultaneously, the above roller of institute at this moment can't transmission, and fixed ring is fixing with casing, and under the effect that rotating ring clockwise rotates, fixed ring counterclockwise compresses roller to the small end of loose slot, descend roller just can make one-way wheel remain inactive state like this, therefore, feed spool does not change; Otherwise, when feeding rod is put backward, feeding rod drives rotating ring and rotates counterclockwise, and rotating ring impels the small end direction motion of last roller to loose slot, and makes the cooperation between one-way wheel, last roller and the rotating ring three more and more tightr, make roller play gearing, and this at present roller fail to contact simultaneously and decide ring and one-way wheel, therefore roller is inoperative down, like this, one-way wheel just can drive drawing-inroller by feed spool and rotate counterclockwise under the effect of last roller, thereby realizes the purpose of step feeding.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, described loose slot is located on the outer circumferential walls of one-way wheel.Make the groove of keeping supplying roller and the motion of following roller as long as open on this part of one-way wheel, and need not to slot respectively at the inwall of rotating ring and fixed ring, it is quite convenient to make.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, the outer circumferential walls of described fixed ring is provided with the draw-in groove that is used to block casing.Can fix the card article that matches with draw-in groove on the casing, thereby anti-fastening ring rotates.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, be fixed with the drive plate that can stop that one-way wheel moves upward on the described rotating ring, drive plate is actively socketed on outside the feed spool.Drive plate and rotating ring rotate simultaneously, and all the time one-way wheel are limited in the rotating ring.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, the outer circumferential walls of described drive plate is provided with the shift fork that is used to connect power.Here the power of indication is meant from the feeding rod that can do swing in the actuating unit of fur coat machine.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, the below of described fixed ring is provided with the one-way wheel Joint and is socketed in the outer driving sleeve of feed spool, and one-way wheel is by driving sleeve and feed spool Joint.One-way wheel connects feed spool by driving sleeve, and is easy for installation.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, the top of described driving sleeve is fixed with the baffle plate that can stop that one-way wheel moves downward.Be convenient to make compact conformation.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, described driving sleeve radially is connected by screw with feed spool.Connect reliable, difficult loosening.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, be arranged with fore-set in described upper spring and the lower spring respectively, the active force of upper spring and lower spring is delivered to corresponding last roller and following roller by fore-set respectively.Upper spring and lower spring contact with last roller and following roller by fore-set, and the active area of fore-set is big, transmit reliable.
In the one-way drive mechanism of above-mentioned fur coat machine drawing-inroller, described loose slot is 4 or 5.Take all factors into consideration from making angle and driving angle, open 4 loose slot the bests of system.
Compared with prior art, the one-way drive mechanism of this fur coat machine drawing-inroller is provided with upper and lower two-layer roller, when the feeding rod forward swing, following roller restriction feed spool rotates, when putting behind the feeding rod, last roller transferring power rotates counterclockwise feed spool, thereby play the purpose of unidirectional rotation, always rely on the rolling friction between the outer circumferential walls of roller and rotating ring, the one-way wheel to come transferring power in the work, rolling friction is little, and reliable transmission makes that not only the feeding amount is even, the sewing stitch length is even, and long service life.
Description of drawings
Fig. 1 is that the master of the one-way drive mechanism of Ben Qiupi machine drawing-inroller looks schematic diagram;
Fig. 2 is the schematic top plan view of the one-way drive mechanism of Ben Qiupi machine drawing-inroller;
Fig. 3 is the decomposing schematic representation of the one-way drive mechanism of Ben Qiupi machine drawing-inroller;
Fig. 4 is the schematic top plan view of the one-way drive mechanism of existing drawing-inroller;
Fig. 5 is that the master of the one-way drive mechanism of existing drawing-inroller looks schematic diagram.
Among the figure, 1 feed spool; 2 one-way wheels; The 2a loose slot; 3 rotating rings; The 3a drive plate; The 3b shift fork; 4 fixed rings; The 4a draw-in groove; Roller on 5; 6 times rollers; 7 upper springs; 8 lower springs; 9 fore-sets; 10 driving sleeves; The 10a baffle plate; The 10b screw; 11 casings; 12 drawing-inrollers; 13 card articles; 14 feeding rods; 15 main shafts; 16 feeding eccentric wheels; 17 feeding connecting rods; 18 needle gage adjusting devices; 1 ' driving wheel; 1a ' shift fork; 1b ' draw-in groove; 2 ' driven pulley; 2a ' mandrel; The annular gib block of 2b '; 3 ' feed spool; 4 ' transmission bar; 5 ' pin; 6 ' extension spring; 7 ' scotch; 8 ' feeding rod.
The specific embodiment
Below be specific embodiment of the utility model and in conjunction with the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
As Fig. 1, Fig. 2 and shown in Figure 3, the one-way drive mechanism of this fur coat machine drawing-inroller, be located in the casing 11 of fur coat machine, this mechanism comprises the feed spool 1 of the drawing-inroller 12 that is used to be connected, feed spool 1 outer fixed cover is connected to one-way wheel 2, be socketed with the rotating ring 3 of energy axial restraint one-way wheel 2 outside the one-way wheel 2 from top to bottom successively and encircle 4 surely, rotating ring 3 is driven by the actuating unit of fur coat machine, this actuating unit belongs to prior art, its structure as shown in Figure 3, comprise horizontal spindle 15 by driven by motor, horizontal spindle 15 outer pivot bush unit feeding eccentric wheels 16, the bottom of feeding eccentric wheel 16 connects the feeding connecting rod 17 that vertically is provided with, the bottom of feeding connecting rod 17 is provided with adjusting device and the feeding rod 14 that is used for the metering needle distance, feeding rod 14 be positioned at main shaft 15 the below and with main shaft 15 horizontal vertical, surely encircling 4 is connected mutually with casing 11, be provided with at one-way wheel 2 and rotating ring 3 with between encircling 4 surely and somely evenly distribute by circumference, and the loose slot 2a that increases gradually towards the dextrorotation veer of rotating ring 3, be respectively equipped with stacked up and down last roller 5 and following roller 6 in each loose slot 2a, last roller 5 can contact rotating ring 3 and one-way wheel 2 simultaneously, following roller 6 can contact simultaneously decides ring 4 and one-way wheel 2, and be positioned in each loose slot 2a on the distolateral wall of maximum groove width and be installed with upper spring 7 and lower spring 8 respectively, the two ends of upper spring 7 act on roller 5 and one-way wheel 2 respectively, and the two ends of lower spring 8 act on down roller 6 and one-way wheel 2 respectively.
Its course of work is as follows: at first lining vertically is clipped between the pressure wheel in drawing-inroller 12 and the material pressing device (eedle that is used to sew is the level of state), when swinging forward under the effect of feeding rod 14 at actuating unit, feeding rod 14 drives rotating ring 3 and clockwise rotates, rotating ring 3 impel go up roller 5 also clockwise direction move toward the big end of loose slot 2a, cause roller 5 can't contact rotating ring 3 and one-way wheel 2 simultaneously, the above roller of institute 5 at this moment can't transmission, and encircle 4 fixing surely with casing 11, and under the effect that rotating ring 3 clockwise rotates, surely encircling 4 counterclockwise compresses roller 6 to the small end of loose slot 2a, descend roller 6 just can make one-way wheel 2 remain inactive state like this, therefore, feed spool 1 does not change; Otherwise, when feeding rod 14 is put backward, feeding rod 14 drives rotating ring 3 and rotates counterclockwise, rotating ring 3 impels goes up the small end direction motion of roller 5 to loose slot 2a, and make the cooperation between one-way wheel 2, last roller 5 and rotating ring 3 threes more and more tightr, make roller 5 play gearing, and this at present roller 6 fail to contact simultaneously and decide ring 4 and one-way wheel 2, therefore roller 6 is inoperative down, like this, one-way wheel 2 just can drive drawing-inroller 12 by feed spool 1 and rotate counterclockwise under the effect of last roller 5, thereby lining is pushed to the place ahead of operator.
For the ease of making and guarantee the precision of loose slot 2a, the loose slot 2a that is used for roller 5 and 6 motions of following roller only can be located at one-way wheel 2 these parts.
Surely encircle 4 more with the fixed form of casing 11, can draw-in groove 4a be set encircling surely on 4 the outer circumferential walls, and at the correspondence position fixing strip 13 of casing 11, make draw-in groove 4a and card article 13 clamping mutually, also can card article be set on 4 encircling surely, and the draw-in groove match with card article is set on casing, can also be directly with encircle surely 4 and casing 11 fix by securing member.
Break away from rotating ring 3 in order to prevent one-way wheel 2 from moving upward, the drive plate 3a that can on rotating ring 3, be connected, the suitable for reading of rotating ring 3 can be sealed in the bottom surface of drive plate 3a, and drive plate 3a is actively socketed on outside the feed spool 1.
In addition, also can be provided for connecting the shift fork 3b of feeding rod 14 in the outer circumferential walls of drive plate 3a, be convenient to transferring power.
Because one-way wheel 2 is positioned at and decides ring 4 and rotating ring 3, so when assembling, be difficult to directly one-way wheel 2 and feed spool 1 be fixed, so can encircle surely 4 below be provided with one-way wheel 2 Joints and be socketed in driving sleeve 10 feed spool 1 outside, one-way wheel 2 is by driving sleeve 10 and feed spool 1 Joint.Can also be fixed with the baffle plate 10a that can stop that one-way wheel 2 moves downward on the top of driving sleeve 10, the end face of baffle plate 10a can seal the end opening of deciding ring 4, can radially be connected by screw 10b between driving sleeve 10 and the feed spool 1.
In order to improve the reliability of transmission, can realize by the effective active area that increases upper spring 7 and lower spring 8, concrete way is the sheathed fore-set 9 of difference in upper spring 7 and lower spring 8, and the active force of upper spring 7 and lower spring 8 is delivered to corresponding last roller 5 and following roller 6 by fore-set 9 respectively.
In actual manufacture process, the loose slot 2a that keeps supplying roller 5 and 6 motions of following roller can evenly distribute 4 or 5 by circumference, but takes all factors into consideration from making angle and driving angle, opens 4 loose slot the bests of system.
Claims (10)
1, the one-way drive mechanism of fur coat machine drawing-inroller, be located in the casing (11) of fur coat machine, this mechanism comprises the feed spool (1) of drawing-inroller (12) that are used to be connected, it is characterized in that, the outer fixed cover of described feed spool (1) is connected to one-way wheel (2), outer rotating ring (3) He Dinghuan (4) that is socketed with energy axial restraint one-way wheel (2) from top to bottom successively of one-way wheel (2), rotating ring (3) is driven by the actuating unit of fur coat machine, fixed ring (4) is connected mutually with casing (11), between one-way wheel (2) and rotating ring (3) He Dinghuan (4), be provided with and somely evenly distribute by circumference, and the loose slot (2a) that increases gradually towards the dextrorotation veer of rotating ring (3), be respectively equipped with stacked last roller (5) and following roller (6) up and down in each loose slot (2a), last roller (5) can contact rotating ring (3) and one-way wheel (2) simultaneously, following roller (6) can contact simultaneously decides ring (4) and one-way wheel (2), and be positioned in each loose slot (2a) on the distolateral wall of maximum groove width and be installed with upper spring (7) and lower spring (8) respectively, the two ends of upper spring (7) act on roller (5) and one-way wheel (2) respectively, and the two ends of lower spring (8) act on down roller (6) and one-way wheel (2) respectively.
2, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 1 is characterized in that, described loose slot (2a) is located on the outer circumferential walls of one-way wheel (2).
3, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 1 is characterized in that, the outer circumferential walls of described fixed ring (4) is provided with the draw-in groove (4a) that is used to block casing (11).
4, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 1 is characterized in that, is fixed with the drive plate (3a) that can stop that one-way wheel (2) moves upward on the described rotating ring (3), and drive plate (3a) is actively socketed on outside the feed spool (1).
5, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 4 is characterized in that, the outer circumferential walls of described drive plate (3a) is provided with the shift fork (3b) that is used to connect power.
6, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 1, it is characterized in that, the below of described fixed ring (4) is provided with one-way wheel (2) Joint and is socketed in the outer driving sleeve (10) of feed spool (1), and one-way wheel (2) is by driving sleeve (10) and feed spool (1) Joint.
7, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 6 is characterized in that, the top of described driving sleeve (10) is fixed with the baffle plate (10a) that can stop that one-way wheel (2) moves downward.
8, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 6 is characterized in that, described driving sleeve (10) radially is connected by screw (10b) with feed spool (1).
9, the one-way drive mechanism of fur coat machine drawing-inroller according to claim 1, it is characterized in that, be arranged with fore-set (9) respectively in described upper spring (7) and the lower spring (8), the active force of upper spring (7) and lower spring (8) is delivered to corresponding last roller (5) and following roller (6) by fore-set (9) respectively.
According to the one-way drive mechanism of arbitrary described fur coat machine drawing-inroller of claim 1-9, it is characterized in that 10, described loose slot (2a) is 4 or 5.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201210798U CN201395692Y (en) | 2009-05-27 | 2009-05-27 | One-way driving mechanism of fur machine feeding wheel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201210798U CN201395692Y (en) | 2009-05-27 | 2009-05-27 | One-way driving mechanism of fur machine feeding wheel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201395692Y true CN201395692Y (en) | 2010-02-03 |
Family
ID=41618195
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201210798U Expired - Fee Related CN201395692Y (en) | 2009-05-27 | 2009-05-27 | One-way driving mechanism of fur machine feeding wheel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201395692Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101974830A (en) * | 2010-09-08 | 2011-02-16 | 际华三五零二职业装有限公司 | Buttonholing machine for holes of cotton-padded cap |
| CN103074743A (en) * | 2013-01-30 | 2013-05-01 | 台州市佳静衣车有限公司 | Fur sewing machine |
| CN104420085A (en) * | 2013-09-04 | 2015-03-18 | 台州市佳静衣车有限公司 | Direct-drive fur machine |
-
2009
- 2009-05-27 CN CN2009201210798U patent/CN201395692Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101974830A (en) * | 2010-09-08 | 2011-02-16 | 际华三五零二职业装有限公司 | Buttonholing machine for holes of cotton-padded cap |
| CN101974830B (en) * | 2010-09-08 | 2013-06-12 | 际华三五零二职业装有限公司 | Buttonholing machine for holes of cotton-padded cap |
| CN103074743A (en) * | 2013-01-30 | 2013-05-01 | 台州市佳静衣车有限公司 | Fur sewing machine |
| CN104420085A (en) * | 2013-09-04 | 2015-03-18 | 台州市佳静衣车有限公司 | Direct-drive fur machine |
| CN104420085B (en) * | 2013-09-04 | 2017-02-08 | 台州市佳静衣车有限公司 | Direct-drive fur machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201395692Y (en) | One-way driving mechanism of fur machine feeding wheel | |
| CN200984751Y (en) | Stamping and rotating type nylon flat ribbon punch | |
| CN102182017A (en) | Middle presser foot mechanism of sewing machine | |
| CN101487165B (en) | Warp let-off speed-measuring feedback device of multi-axial warp knitting machine | |
| CN208543562U (en) | A kind of slasher | |
| CN216024461U (en) | Fiber mixing device for linen-cotton colored spun yarn | |
| CN205291878U (en) | Circular screen printer's register device | |
| CN107663676A (en) | Cleaning device for spinning rotary cup | |
| CN205152467U (en) | Oscillating feed carrier | |
| CN204673964U (en) | A kind of gear drive injection moulding of melt machine | |
| CN208197793U (en) | The flexo unit driving mechanism of single servo-drive | |
| CN207140525U (en) | A kind of feeding device for raw material band plastic housing automatic screen printer | |
| CN109773853B (en) | Movable cutting device | |
| CN207579192U (en) | Differential separation clutch drive | |
| CN103074743A (en) | Fur sewing machine | |
| CN201485639U (en) | Base line providing device | |
| CN105172369A (en) | Printer | |
| CN201206199Y (en) | Reciprocating movement mechanism for quilter guide shaft | |
| CN201923685U (en) | Rolling machine | |
| CN202137504U (en) | Centrifugation method molding concrete pile reinforcement cage roll welding machine | |
| CN207093231U (en) | A kind of device for rotating large-scale composite material cylinder | |
| CN206377174U (en) | A kind of universal clutch and universal dynamical device | |
| CN206204520U (en) | A kind of doffer reel device | |
| CN205166835U (en) | Take out a device | |
| CN103103647B (en) | Segmental roller of textile machinery |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100203 Termination date: 20120527 |