CN204999438U - Electric control's solenoid relaxs overspeed device tensioner - Google Patents
Electric control's solenoid relaxs overspeed device tensioner Download PDFInfo
- Publication number
- CN204999438U CN204999438U CN201520624919.8U CN201520624919U CN204999438U CN 204999438 U CN204999438 U CN 204999438U CN 201520624919 U CN201520624919 U CN 201520624919U CN 204999438 U CN204999438 U CN 204999438U
- Authority
- CN
- China
- Prior art keywords
- sliding
- arm mechanism
- fixed
- clutch
- free
- 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.)
- Withdrawn - After Issue
Links
Landscapes
- Handcart (AREA)
Abstract
The utility model discloses an electric control's solenoid relaxs overspeed device tensioner, include: motor, reducing gear box, main drive, follower, deck plate, left arm mechanism, right arm mechanism, wire winding mechanism, headstock and tailstock, the upper surface at the deck plate is fixed to headstock and tailstock, right arm mechanism and left arm mechanism correspond the setting respectively on headstock and tailstock, the one end of wire winding mechanism is fixed in right arm mechanism, and the other end setting of wire winding mechanism is in left arm mechanism, main drive and follower setting are on the lower surface of deck plate, and main drive and follower correspond left arm mechanism and right arm mechanism respectively, and main drive passes through the conveyer belt and drives the follower and move, the motor passes through the reducing gear box and is connected with main drive, main drive and follower pass the deck plate and control left arm mechanism and right arm mechanism respectively. In this way, the utility model discloses can adjust the elasticity of solenoid through the motor aplit -second control, need not manual operation, simple structure is clear, convenient to use.
Description
Technical field
The utility model relates to mechanical device field, and the line bag particularly relating to a kind of Electronic control loosens tightening device.
Background technology
In coiling whole set equipment, each winding mechanism needs according to the extremely suitable position of the size adjustment self of coiling bag.Because the dimensions of coiling bag is different, make winding mechanism need to regulate frequently, but the adjustment of winding mechanism is all manually-operated now, manual operation is bothersome effort not only, and accuracy is not high yet, is difficult to regulate quickly.
Utility model content
The line bag that the technical matters that the utility model mainly solves is to provide a kind of Electronic control loosens tightening device, and can be controlled to adjust the degree of tightness of line bag fast by motor, without the need to manual operation, structure is simple and clear, easy to use.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide a kind of line bag of Electronic control to loosen tightening device, comprising: motor, drop-gear box, driving mechanism, follower, deck plate, left arm mechanism, right arm mechanism, winding mechanism, spindle stock and tailstock; Described spindle stock and tailstock are fixed on the upper surface of described deck plate; Described right arm mechanism and left arm mechanism respectively correspondence are arranged on described spindle stock and tailstock; One end of described winding mechanism is fixed in described right arm mechanism, and the other end of winding mechanism is arranged in described left arm mechanism; Described driving mechanism and follower are arranged on the lower surface of described deck plate, and driving mechanism and follower corresponding described left arm mechanism and right arm mechanism respectively, driving mechanism drives follower action by belt conveyor; Described motor is connected with described driving mechanism by drop-gear box, and motor provides power for driving mechanism; Described driving mechanism and follower control described left arm mechanism and right arm mechanism respectively through described deck plate, and driving mechanism and follower are by left arm mechanism and right arm mechanism thus control described winding mechanism.
Preferably, described winding mechanism comprises position plate and two coiling square shafts; Described position plate one end is fixed on the center of described right arm mechanism, and position plate other end correspondence is arranged in left arm mechanism; One end symmetry of described two coiling square shafts is fixed in the right arm mechanism on position plate both sides, and the other end correspondence of two coiling square shafts is arranged in left arm mechanism; One end of described left arm mechanism and right arm mechanism is respectively equipped with in left clutch, and dish and right clutch are coiled, and rotate in left clutch and the distance controlling described two coiling square shaft relative orientation plates is coiled in dish and right clutch.
Preferably, described driving mechanism comprises: driving wheel, left cylinder mounting plate, two left cylinders, two left floating junctions, two left lengthening bars, left sliding panel, four left sliding bars, left free-sliding spline axle, left spline fitting and left clutch lower walls; Described two left cylinders are separately fixed at the two ends of described left cylinder mounting plate lower surface, and left cylinder piston rod is connected with described left floating junction through left cylinder mounting plate, and left floating junction is fixed on described left sliding panel by described left lengthening bar; Described four left sliding bars are rectangular to be distributed on described left sliding panel, and left sliding bar passes perpendicularly through left sliding panel, and left sliding bar one end is fixed on described left cylinder mounting plate, and the left sliding bar other end is fixed on described deck plate; Described driving wheel is arranged on the upper surface of described left cylinder mounting plate, and the corresponding driving wheel of described drop-gear box is fixed on the lower surface of described left cylinder mounting plate, and drop-gear box controls the rotation of described driving wheel; Described left free-sliding spline axle passes perpendicularly through described left sliding panel and is arranged on the centre hole of described driving wheel, and driving wheel drives left free-sliding spline axle to rotate; Described left clutch lower wall is fixed on the top of described left free-sliding spline axle, and left clutch lower wall matches with described left clutch is coiled, and left free-sliding spline axle rotates and drives dish in left clutch to rotate; Described left spline fitting is enclosed within left free-sliding spline axle, and left spline fitting one end is fixed on described driving wheel, and the left spline fitting other end is arranged on described left sliding panel.
Preferably, described follower comprises: flower wheel, right cylinder mounting plate, two right cylinders, two right floating junctions, two right lengthening bars, right sliding panel, four right sliding bars, right free-sliding spline axle, right spline fitting and right clutch lower walls; Described two right cylinders are separately fixed at the two ends of described right cylinder mounting plate lower surface, and right cylinder piston rod is connected with described right floating junction through right cylinder mounting plate, and right floating junction is fixed on described right sliding panel by described right lengthening bar; Described four right sliding bars are rectangular to be distributed on described right sliding panel, and right sliding bar passes perpendicularly through right sliding panel, and right sliding bar one end is fixed on described right cylinder mounting plate, and the right sliding bar other end is fixed on described deck plate; Described flower wheel is arranged on described right cylinder mounting plate, and flower wheel is connected with described driving wheel by belt conveyor; Described right free-sliding spline axle passes perpendicularly through described right sliding panel and is arranged on the centre hole of described flower wheel, and flower wheel drives right free-sliding spline axle to rotate; Described right clutch lower wall is fixed on the top of described right free-sliding spline axle, and right clutch lower wall matches with described right clutch is coiled, and right free-sliding spline axle rotates and drives dish in right clutch to rotate; Described right spline fitting is enclosed within right free-sliding spline axle, and right spline fitting one end is fixed on described flower wheel, and the right spline fitting other end is arranged on described right sliding panel.
Preferably, described deck plate lower surface is fixed with tension wheel, belt conveyor described in tension wheel tensioning.
The beneficial effects of the utility model are: the utility model can control to adjust the degree of tightness of line bag fast by motor.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram that the line bag of a kind of Electronic control of the utility model loosens tightening device one preferred embodiment;
Fig. 2 is the plan structure schematic diagram after the line bag of a kind of Electronic control of the utility model loosens the mechanism of tightening device removing deck plate and setting table panel upper surface;
In accompanying drawing, the mark of each parts is as follows: 1, deck plate; 2, tailstock; 3, spindle stock; 4, left arm mechanism; 5, right arm mechanism; 6, position plate; 7, coiling square shaft; 8, left clutch is coiled; 9, right clutch is coiled; 10, drop-gear box; 11, motor; 12, driving wheel; 13, left cylinder mounting plate; 14, left cylinder; 15, left floating head; 16, left lengthening bar; 17, left sliding panel; 18, left sliding bar; 19, left free-sliding spline axle; 20, left clutch lower wall; 21, left spline fitting; 22, flower wheel; 23, right cylinder mounting plate; 24, right cylinder; 25, right floating junction; 26, right lengthening bar; 27, right sliding panel; 28, right sliding bar; 29, right free-sliding spline axle; 30, right clutch lower wall; 31, right spline fitting; 32, belt conveyor; 33, tension wheel.
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, to make advantage of the present utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Refer to Fig. 1 and Fig. 2, the utility model embodiment comprises:
The line bag of Electronic control loosens a tightening device, comprising: motor 11, drop-gear box 10, driving mechanism, follower, deck plate 1, left arm mechanism 4, right arm mechanism 5, winding mechanism, spindle stock 3 and tailstock 2; Described spindle stock 3 and tailstock 2 are fixed on the upper surface of described deck plate 1; Described right arm mechanism 5 and left arm mechanism 4 respectively correspondence are arranged on described spindle stock 3 and tailstock 2; One end of described winding mechanism is fixed in described right arm mechanism 5, and the other end of winding mechanism is arranged in described left arm mechanism 4; Described driving mechanism and follower are arranged on the lower surface of described deck plate 1, and driving mechanism and follower corresponding described left arm mechanism 4 and right arm mechanism 5 respectively, driving mechanism drives follower action by belt conveyor 32; Described motor 11 is connected with described driving mechanism by drop-gear box 10, and motor 11 provides power for driving mechanism, and the rotating speed of motor 11 can pass and replace on driving mechanism after drop-gear box 10 deceleration; Described driving mechanism and follower control described left arm mechanism 4 and right arm mechanism 5 respectively through described deck plate 1, and driving mechanism and follower are by left arm mechanism 4 and right arm mechanism 5 thus control described winding mechanism.Described winding mechanism comprises position plate 6 and two coiling square shafts 7; Described position plate 6 one end is fixed on the center of described right arm mechanism 5, and position plate 6 other end correspondence is arranged in left arm mechanism 4; One end symmetry of described two coiling square shafts 7 is fixed in the right arm mechanism 5 on position plate 6 both sides, and the other end correspondence of two coiling square shafts 7 is arranged in left arm mechanism 4; One end of described left arm mechanism 4 and right arm mechanism 5 is respectively equipped with in left clutch coils dish 9 in 8 and right clutch, rotate and dish 9 in 8 and right clutch is coiled in left clutch control the distance of described two coiling square shaft 7 relative orientation plates 6, thus the loosening or tensioning degree of coiling bag on adjustment winding mechanism.Described driving mechanism comprises: driving wheel 12, the left cylinder of left cylinder mounting plate 13, two 14, two left floating junctions 15, two left lengthening bars 16, left sliding panel 17, four left sliding bars 18, left free-sliding spline axle 19, left spline fitting 21 and left clutch lower wall 20; Described two left cylinders 14 are separately fixed at the two ends of described left cylinder mounting plate 13 lower surface, left cylinder 14 piston rod is connected with described left floating junction 15 through left cylinder mounting plate 13, left floating junction 15 is fixed on described left sliding panel 17 by described left lengthening bar 16, and the action of left cylinder 14 can drive the relatively left cylinder mounting plate 13 of left sliding panel 17 to move up and down; Described four left sliding bars 18 are rectangular to be distributed on described left sliding panel 17, left sliding bar 18 passes perpendicularly through left sliding panel 17, left sliding bar 18 one end is fixed on described left cylinder mounting plate 13, left sliding bar 18 other end is fixed on described deck plate 1, can left cylinder mounting plate 13 be fixed on deck plate 1, and under the effect of left cylinder 14, left sliding panel 17 sliding up and down on left sliding bar 18; Described driving wheel 12 is arranged on the upper surface of described left cylinder mounting plate 13, the corresponding driving wheel of described drop-gear box 10 12 is fixed on the lower surface of described left cylinder mounting plate 13, drop-gear box 10 controls the rotation of described driving wheel 12, and drop-gear box 10 rotates and driving wheel 12 can be driven to rotate; Described left free-sliding spline axle 19 passes perpendicularly through described left sliding panel 17 and is arranged on the centre hole of described driving wheel 12, and driving wheel 12 drives left free-sliding spline axle 19 to rotate, and left free-sliding spline axle 19 can slide on the centre hole of driving wheel 12; Described left clutch lower wall 20 is fixed on the top of described left free-sliding spline axle 19, left clutch lower wall 20 with described left clutch coil 8 match, left free-sliding spline axle 19 rotates and drives dish 8 in left clutch to rotate, the knee-action of left sliding panel 17 can drive left free-sliding spline axle 19 knee-action, thus makes the left clutch lower wall 20 on left free-sliding spline axle 19 top and left clutch is coiled 8 and engage or separate; When left clutch lower wall 20 with left clutch is coiled 8 engage time, driving wheel 12 rotates to drive and left clutch coils 8 rotates, thus the distance between adjustment coiling square shaft 7 and position plate 6; Described left spline fitting 21 is enclosed within left free-sliding spline axle 19, and left spline fitting 21 one end is fixed on described driving wheel 12, left spline fitting 21 other end is arranged on described left sliding panel 17, left spline fitting 21 can limit the extension elongation of left free-sliding spline axle 19, and left free-sliding spline axle 19 can be assisted to move up and down.Described follower comprises: flower wheel 22, the right cylinder of right cylinder mounting plate 23, two 24, two right floating junctions 25, two right lengthening bars 26, right sliding panel 27, four right sliding bars 28, right free-sliding spline axle 29, right spline fitting 31 and right clutch lower wall 30; Described two right cylinders 24 are separately fixed at the two ends of described right cylinder mounting plate 23 lower surface, right cylinder 24 piston rod is connected with described right floating junction 25 through right cylinder mounting plate 23, right floating junction 25 is fixed on described right sliding panel 27 by described right lengthening bar 26, and the action of right cylinder 24 can drive the relatively right cylinder mounting plate 23 of right sliding panel 27 to move up and down; Described four right sliding bars 28 are rectangular to be distributed on described right sliding panel 27, right sliding bar 28 passes perpendicularly through right sliding panel 27, right sliding bar 28 one end is fixed on described right cylinder mounting plate 23, right sliding bar 28 other end is fixed on described deck plate 1, can right cylinder mounting plate 23 be fixed on deck plate 1, and under the effect of right cylinder 24, right sliding panel 27 sliding up and down on right sliding bar 28; Described flower wheel 22 is arranged on described right cylinder mounting plate 23, flower wheel 22 is connected with described driving wheel 12 by belt conveyor 32, belt conveyor 32 is enclosed within driving wheel 12 and flower wheel 22, and driving wheel 12 rotates and drives flower wheel 22 to synchronously rotate by driving band 32; Described right free-sliding spline axle 29 passes perpendicularly through described right sliding panel 27 and is arranged on the centre hole of described flower wheel 22, and flower wheel 22 drives right free-sliding spline axle 27 to rotate, and right free-sliding spline axle 29 can slide on the centre hole of flower wheel 22; Described right clutch lower wall 30 is fixed on the top of described right free-sliding spline axle 29, right clutch lower wall 30 with described right clutch coil 9 match, right free-sliding spline axle 29 rotates and drives dish 9 in right clutch to rotate, the knee-action of right sliding panel 27 can drive right free-sliding spline axle 29 knee-action, thus makes the right clutch lower wall 30 on right free-sliding spline axle 29 top and right clutch is coiled 9 and engage or separate; When right clutch lower wall 30 with right clutch is coiled 9 engage time, flower wheel 22 rotates to drive and right clutch coils 9 rotates, thus the distance between adjustment coiling square shaft 7 and position plate 6; Described right spline fitting 31 is enclosed within right free-sliding spline axle 29, and right spline fitting 31 one end is fixed on described flower wheel 22, right spline fitting 31 other end is arranged on described right sliding panel 27, right spline fitting 31 can limit the extension elongation of right free-sliding spline axle 29, and right free-sliding spline axle 29 can be assisted to move up and down.Described deck plate 1 lower surface is fixed with tension wheel 33, belt conveyor 32 described in tension wheel 33 tensioning, can ensures that driving wheel 12 rotational synchronization drives described flower wheel 22 to rotate.
During use, the piston rod first controlling left cylinder 14 and right cylinder 24 stretches out, and left sliding panel 17 and right sliding panel 27 are moved up, thus ensures that left clutch lower wall 20 and right clutch lower wall 30 plate 1 that spreads from the table 8 and right clutch coil 9 engages with left clutch is coiled respectively; Need tensioning according to coiling bag again or loosen the rotation controlling motor 11; Motor 11 rotates forward control two coiling square shafts 7 near position plate 6, completes loosening of line bag; Motor 11 reverses control two coiling square shafts 7 away from position plate 6, completes the tensioning of line bag.
Regulate tension wheel 33 to ensure the tensioning degree of belt conveyor 32, drive flower wheel 22 to rotate to make driving wheel 12 rotational synchronization.
The utility model can control to adjust the degree of tightness of line bag fast by motor, without the need to manual operation, structure is simple and clear, easy to use.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure transformation utilizing the utility model specification sheets and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (5)
1. the line bag of Electronic control loosens a tightening device, it is characterized in that, comprising: motor, drop-gear box, driving mechanism, follower, deck plate, left arm mechanism, right arm mechanism, winding mechanism, spindle stock and tailstock; Described spindle stock and tailstock are fixed on the upper surface of described deck plate; Described right arm mechanism and left arm mechanism respectively correspondence are arranged on described spindle stock and tailstock; One end of described winding mechanism is fixed in described right arm mechanism, and the other end of winding mechanism is arranged in described left arm mechanism; Described driving mechanism and follower are arranged on the lower surface of described deck plate, and driving mechanism and follower corresponding described left arm mechanism and right arm mechanism respectively, driving mechanism drives follower action by belt conveyor; Described motor is connected with described driving mechanism by drop-gear box, and motor provides power for driving mechanism; Described driving mechanism and follower control described left arm mechanism and right arm mechanism respectively through described deck plate, and driving mechanism and follower are by left arm mechanism and right arm mechanism thus control described winding mechanism.
2. the line bag of a kind of Electronic control according to claim 1 loosens tightening device, it is characterized in that: described winding mechanism comprises position plate and two coiling square shafts; Described position plate one end is fixed on the center of described right arm mechanism, and position plate other end correspondence is arranged in left arm mechanism; One end symmetry of described two coiling square shafts is fixed in the right arm mechanism on position plate both sides, and the other end correspondence of two coiling square shafts is arranged in left arm mechanism; One end of described left arm mechanism and right arm mechanism is respectively equipped with in left clutch, and dish and right clutch are coiled, and rotate in left clutch and the distance controlling described two coiling square shaft relative orientation plates is coiled in dish and right clutch.
3. the line bag of a kind of Electronic control according to claim 2 loosens tightening device, it is characterized in that: described driving mechanism comprises: driving wheel, left cylinder mounting plate, two left cylinders, two left floating junctions, two left lengthening bars, left sliding panel, four left sliding bars, left free-sliding spline axle, left spline fitting and left clutch lower walls; Described two left cylinders are separately fixed at the two ends of described left cylinder mounting plate lower surface, and left cylinder piston rod is connected with described left floating junction through left cylinder mounting plate, and left floating junction is fixed on described left sliding panel by described left lengthening bar; Described four left sliding bars are rectangular to be distributed on described left sliding panel, and left sliding bar passes perpendicularly through left sliding panel, and left sliding bar one end is fixed on described left cylinder mounting plate, and the left sliding bar other end is fixed on described deck plate; Described driving wheel is arranged on the upper surface of described left cylinder mounting plate, and the corresponding driving wheel of described drop-gear box is fixed on the lower surface of described left cylinder mounting plate, and drop-gear box controls the rotation of described driving wheel; Described left free-sliding spline axle passes perpendicularly through described left sliding panel and is arranged on the centre hole of described driving wheel, and driving wheel drives left free-sliding spline axle to rotate; Described left clutch lower wall is fixed on the top of described left free-sliding spline axle, and left clutch lower wall matches with described left clutch is coiled, and left free-sliding spline axle rotates and drives dish in left clutch to rotate; Described left spline fitting is enclosed within left free-sliding spline axle, and left spline fitting one end is fixed on described driving wheel, and the left spline fitting other end is arranged on described left sliding panel.
4. the line bag of a kind of Electronic control according to claim 3 loosens tightening device, it is characterized in that: described follower comprises: flower wheel, right cylinder mounting plate, two right cylinders, two right floating junctions, two right lengthening bars, right sliding panel, four right sliding bars, right free-sliding spline axle, right spline fitting and right clutch lower walls; Described two right cylinders are separately fixed at the two ends of described right cylinder mounting plate lower surface, and right cylinder piston rod is connected with described right floating junction through right cylinder mounting plate, and right floating junction is fixed on described right sliding panel by described right lengthening bar; Described four right sliding bars are rectangular to be distributed on described right sliding panel, and right sliding bar passes perpendicularly through right sliding panel, and right sliding bar one end is fixed on described right cylinder mounting plate, and the right sliding bar other end is fixed on described deck plate; Described flower wheel is arranged on described right cylinder mounting plate, and flower wheel is connected with described driving wheel by belt conveyor; Described right free-sliding spline axle passes perpendicularly through described right sliding panel and is arranged on the centre hole of described flower wheel, and flower wheel drives right free-sliding spline axle to rotate; Described right clutch lower wall is fixed on the top of described right free-sliding spline axle, and right clutch lower wall matches with described right clutch is coiled, and right free-sliding spline axle rotates and drives dish in right clutch to rotate; Described right spline fitting is enclosed within right free-sliding spline axle, and right spline fitting one end is fixed on described flower wheel, and the right spline fitting other end is arranged on described right sliding panel.
5. the line bag of a kind of Electronic control according to claim 4 loosens tightening device, it is characterized in that: described deck plate lower surface is fixed with tension wheel, belt conveyor described in tension wheel tensioning.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520624919.8U CN204999438U (en) | 2015-08-19 | 2015-08-19 | Electric control's solenoid relaxs overspeed device tensioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520624919.8U CN204999438U (en) | 2015-08-19 | 2015-08-19 | Electric control's solenoid relaxs overspeed device tensioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204999438U true CN204999438U (en) | 2016-01-27 |
Family
ID=55156335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520624919.8U Withdrawn - After Issue CN204999438U (en) | 2015-08-19 | 2015-08-19 | Electric control's solenoid relaxs overspeed device tensioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204999438U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105129536A (en) * | 2015-08-19 | 2015-12-09 | 苏州市圣玛特电机设备制造有限公司 | Electrically-controlled coil loosening and tensioning device |
-
2015
- 2015-08-19 CN CN201520624919.8U patent/CN204999438U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105129536A (en) * | 2015-08-19 | 2015-12-09 | 苏州市圣玛特电机设备制造有限公司 | Electrically-controlled coil loosening and tensioning device |
| CN105129536B (en) * | 2015-08-19 | 2017-03-08 | 苏州市圣玛特电机设备制造有限公司 | A kind of line bag of Electronic control loosens tensioner |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203560369U (en) | Belt pulley tensioning device | |
| CN204999402U (en) | Wire winding complete machine device | |
| CN202245428U (en) | Discharge frame | |
| CN104477701B (en) | Automatic winding device | |
| CN206215460U (en) | A kind of belt-type of automatic oil edge machine oils oily side head | |
| CN105110074A (en) | Wire winding complete machine device | |
| CN206665625U (en) | Tipper portable plate governor motion | |
| CN104386291B (en) | A kind of suction pipe, chopsticks packing machine | |
| CN204999438U (en) | Electric control's solenoid relaxs overspeed device tensioner | |
| CN103121608A (en) | Asbestos cord winding machine | |
| CN203921295U (en) | A kind of 90 ° of steering hardwares of carton bander | |
| CN206366894U (en) | A kind of polishing machine | |
| CN105129536A (en) | Electrically-controlled coil loosening and tensioning device | |
| CN108723263A (en) | A kind of hot coiling spring machine for large spring production | |
| CN204236809U (en) | A kind of wrapping machine | |
| CN203946690U (en) | Enameling machine winding displacement control setup | |
| CN202318511U (en) | Driving mechanism of full-automatic linear double-edge sealing machine | |
| CN205496612U (en) | Infinitely variable autofeed drilling machine | |
| CN205808047U (en) | A kind of selvage guide support of dewaterer | |
| CN103832883A (en) | Synchronous winding device | |
| CN203805157U (en) | Device capable of automatically adjusting tension of saw band | |
| CN203127933U (en) | Asbestos cord winding machine | |
| CN203459585U (en) | Copper wire bending device | |
| CN202642990U (en) | Wool collapsing machine | |
| CN202616031U (en) | Dual drive automatic coil winding machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160127 Effective date of abandoning: 20171114 |