CN203820418U - Clutch cover screwing apparatus of linear type pump cover cover-screwing machine - Google Patents
Clutch cover screwing apparatus of linear type pump cover cover-screwing machine Download PDFInfo
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- CN203820418U CN203820418U CN201420211647.4U CN201420211647U CN203820418U CN 203820418 U CN203820418 U CN 203820418U CN 201420211647 U CN201420211647 U CN 201420211647U CN 203820418 U CN203820418 U CN 203820418U
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- cap rotating
- seat
- cover
- straight line
- side plate
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Abstract
A clutch cover screwing apparatus of a linear type pump cover cover-screwing machine comprises a frame front side plate, torque cover screwing parts, rotation driving parts, a centering linear driving adjusting mechanism, sliding stands, sliding guide rails and a frame rear side plate. The two sliding guide rails are fixedly arranged on the frame front side plate and the frame rear side plate in a horizontal and parallel manner. The two sliding stands sleeve the two sliding guide rails. Each torque cover screwing part is disposed on the lower transverse plane of each corresponding sliding stand, and each rotation driving part is arranged on the upper transverse plane of each corresponding sliding stand. The rotation driving parts drive the torque cover screwing parts. The centering linear driving adjusting mechanism is arranged between the frame front side plate and the frame rear side plate. A drive motor of the centering linear driving adjusting mechanism is connected with the sliding stands. The clutch cover screwing apparatus of a pump cover cover-screwing machine helps to solve problems of manual cover screwing, enables continuous linear type cover screwing work to be achieved, enables a lot of manpower to be saved, is high in cover screwing efficiency which is 100 times higher than manual cover screwing, and can meet requirements of people who need diversified bottles from the aesthestic perspective.
Description
Technical field:
The utility model relates to a kind of straight line packaging cap rotating machine, relates in particular to a kind of cap rotating device of cap rotating machine.
Background technology:
At present, in daily use chemicals, food, in the industries such as medicine, in order to meet the diversification of people's aesthetic conceptions, the setting position of packaging bottle and bottle cap is not identical with Traditional Packing, Packaging Bottle shown in Fig. 1～2 is one wherein, this Packaging Bottle is by bottle 01, handle 02 and bottle cap 03 form, handle 02 and bottle cap 03 lineal layout, and the width of handle 02 is greater than the diameter of bottle cap 03, bottle cap 03 can be both conventional bottle cap, also can be present pump cover structure all the fashion, the requirement of this class Packaging Bottle increases gradually, but, this class Packaging Bottle can not utilize existing straight line cap rotating machine to carry out spiral cover, , upper and lower retractable vertical cap rotating machine also can only be carried out spiral cover to conventional bottle cap, can not spiral cover for the bottle cap of pump cover structure, can only carry out at present artificial spiral cover for pump cover, rely on some workmans to carry out manual spiral cover filling good bottle, artificial spiral cover efficiency is very low, cost of labor is high.Spiral cover workman repeats the uninteresting work of spiral cover all day, and artificial spiral cover is easy to hinder hand, and spiral cover workman is easy to foaming on hand at the end of the day, arm is ached, and labour intensity is large, and spiral cover moment of torsion is unstable, spiral cover tense-lax differs, and spiral cover quality can not ensure, it is higher that spiral cover finishes rear leakage; Meanwhile, the efficient linear filling machine that this artificial spiral cover mode can not Yu Qian road matches.
Utility model content:
The purpose of this utility model is to provide a kind of clutch cap rotating device of straight line pump cover cap rotating machine, and it can realize the operation of continuous linear flowing water spiral cover, overcomes the defect of existing manual spiral cover, and production efficiency is high, and torque is adjustable, and spiral cover degree of tightness is even, steady quality.
The technical scheme that the utility model is taked is:
A kind of clutch cap rotating device of straight line pump cover cap rotating machine, it is characterized in that: comprise frame front side plate, moment of torsion spiral cover parts, rotary driving part, centering linear drives regulating mechanism, cliding seat and slide rail and frame rear quarter panel, two slide rail levels and be fixedly mounted on abreast frame front side plate and frame rear quarter panel on, on the left and right side of cliding seat, be provided with two pilot holes that are parallel to upper and lower end face, on the upper and lower end face of cliding seat, be provided with connecting through hole, connecting through hole is positioned on the line of centers of two pilot hole axis, the axis of connecting through hole is perpendicular to upper and lower end face, cliding seat is sleeved on two slide rails by the pilot hole on it, on two slide rails, be set with two cliding seats, moment of torsion spiral cover parts are installed on the lower surface of cliding seat, on the upper surface of cliding seat, rotary driving part is installed, rotary driving part driving torque spiral cover parts, between frame front side plate and frame rear quarter panel, be provided with centering linear drives regulating mechanism, described centering linear drives regulating mechanism comprises front screw, rear screw rod, coupler and control hand wheel, front screw and rear screw rod dock by coupler, front screw, the conjunction of rear screw rod and coupler is rotatably supported between frame front side plate and frame rear quarter panel, and front screw, the axis coaxle of rear screw rod is also parallel with slide rail, in front screw and rear screw rod, have at least one control hand wheel is housed, the pitch of front screw and rear screw rod is identical, thread rotary orientation is contrary, nut block before being rotary with on front screw, on rear screw rod, be rotary with back nut piece, on front nut block and back nut piece, be installed with straight line cylinder, the piston exposed junction of straight line cylinder is connected with cliding seat.
Further, in centering linear drives regulating mechanism, front screw and rear screw rod are all arranged on respectively on frame front side plate and frame rear quarter panel by lining; The piston exposed junction of straight line cylinder is connected with cliding seat by I-shaped cover.
Further, in centering linear drives regulating mechanism, be also provided with jam nut in the outside of control hand wheel, when nut block and back nut piece reach desired location before driving by rotation control hand wheel, by jam nut, control hand wheel locked.
Further, at the exposed junction of front screw and rear screw rod, control hand wheel is all installed.
Further, described moment of torsion spiral cover parts comprise propeller shaft sleeve, hollow shaft, neck bearing, main shaft, outer bearing, bearing seat, torque adjustment parts and spiral cover wheel, the epimere of main shaft is arranged on by neck bearing in the endoporus of hollow shaft, torque adjustment parts are sleeved on the stage casing of main shaft, spiral cover wheel is arranged on the hypomere of main shaft, hollow shaft is arranged in the endoporus of bearing seat by outer bearing, and propeller shaft sleeve is fixed on hollow shaft.
Further, hollow shaft is stepped shaft nested structure, its endoporus is provided with tapped bore, cooperation endoporus, hole, axle rank and friction film perforation from top to bottom successively, its cylindrical is provided with successively from top to bottom and connects cylindrical, cooperation cylindrical, axle rank cylindrical and pedestal cylindrical, the epimere of main shaft is arranged on by neck bearing in the cooperation endoporus of hollow shaft, the cooperation cylindrical of hollow shaft is sleeved in the endoporus of outer bearing, the cylindrical of outer bearing is arranged in the endoporus of bearing seat, upper Friction disk in torque adjustment parts is arranged in friction film perforation, and propeller shaft sleeve is screwed in the tapped bore of upper end of hollow shaft.
Further, described torque adjustment parts comprise the upper friction plate being sleeved on successively on main shaft stage casing, lower friction lining, elastomeric element, adjusting nut seat and torque adjustment handwheel, upper friction plate is arranged in the friction film perforation of hollow shaft, in adjusting nut seat, be provided with step seat hole and torque adjustment screw, step seat hole is positioned at the top of torque adjustment screw, lower friction lining and elastomeric element are arranged in the step seat hole of adjusting nut seat, the upper end of torque adjustment handwheel is screwed in by screw thread in the torque adjustment screw of adjusting nut seat, torque adjustment handwheel is fixedly connected with main shaft.
Further, described elastomeric element is spring or dish spring.
Further, between lower friction lining and elastomeric element, be provided with pad.
Further, main shaft epimere is arranged in the cooperation endoporus of hollow shaft by two groups of neck bearings spaced apart, is provided with neck bearing spacer ring between two groups of neck bearings.
Further, the upper surface of the outer bearing between bearing seat and hollow shaft is also provided with spacing lining ring and lining ring cover.
Further, on propeller shaft sleeve and hollow shaft attachment face, be provided with also cap.
Further, described rotary driving part comprises motor and change speed gear box, the output shaft rotation of driven by motor change speed gear box, and the output sleeve of change speed gear box is contained in propeller shaft sleeve.
The principle of work of the clutch cap rotating device of this pump cover cap rotating machine is:
The first, regulate the spacing between two spiral cover wheels
According to treating spiral cover bottle and bottle cap size dimension, regulate the distance of two spiral cover wheels with respect to bottle cap by the control hand wheel in centering linear drives regulating mechanism, guarantee that spacing between two spiral covers wheels can make to pack bottle normal straight and pass through, concrete control method is: unclamp jam nut, rotation control hand wheel drives front screw, rear screw rod and coupler synchronously rotate, because front screw and rear screw rod are constant pitch positive/negative thread, the front nut block that spun respectively on front screw and rear screw rod and back nut piece, be installed with straight line cylinder in front nut block and back nut piece, the piston exposed junction of straight line cylinder is connected with cliding seat, therefore, can make two cliding seat synchronous centerings near or separate, because moment of torsion spiral cover parts are fixedly mounted on the lower surface of cliding seat, two or separation close with two cliding seat synchronous centerings of spiral cover wheel, so just can regulate two spacing between spiral cover wheel.
The second, the stroke of adjusting straight line cylinder
Regulate the stroke of straight line cylinder according to bottle width and bottle cap diameter, guarantee that the inner side of straight line cylinder two spiral cover wheels in the time of extended configuration is clamped bottle cap symmetrically, in the time of the rotation of spiral cover wheel, can effectively rotate bottle cap.
When packaging bottle is by tape transport during to assigned address, be that bottle cap center and two spiral covers wheel center are in the time of same straight line, two straight line cylinder synchronous extension, drive two cliding seats synchronously close, make spiral cover wheel push down the two sides of bottle cap simultaneously, because two spiral cover wheels are synchronized contrarotation, therefore can be rotated bottle cap, complete after spiral cover, two straight line cylinder synchronous, drive the two cliding seats return of synchronously shrinking back, abdicate the front line width of Packaging Bottle, so circulation, in order to improve spiral cover efficiency, can organize the utility model (clutch cap rotating device) along bottle throughput direction lineal layout more, each group spiral cover certain angle.And the tense-lax of spiral cover, spiral cover torque is controlled by torque adjustment parts.
The 3rd, the adjusting of spiral cover moment of torsion
The degree of tightness of spiral cover is controlled by torque adjustment parts, and concrete control method is as follows:
Unclamp the holding screw being arranged between adjusting nut seat and torque adjustment handwheel, rotary torque control hand wheel, the upper surface extruding elastomeric element in the step seat hole of adjusting nut seat, thus the friction force between upper friction plate and lower friction lining, the i.e. moment of torsion of spiral cover adjusted.
The clutch cap rotating device of this pump cover cap rotating machine has solved the problem of manual spiral cover, can realize the Detroit automation of continuous linear spiral cover, without spiral cover workman, save a large amount of manpowers, centering linear drives regulating mechanism can regulate the distance of two spiral cover wheels with respect to bottle cap according to the size of bottle and bottle cap, guarantee that spacing between two spiral covers wheels can make to pack bottle normal straight and pass through, arranging of torque adjustment parts can regulate two spiral cover wheel rotary torques, bottle cap is through moment of torsion spiral cover parts, spiral cover quality is good, do not have the phenomenon of leakage, spiral cover efficiency is high, 100 times of manual spiral cover, meet the requirement of the diversification bottle of people's aesthetic conceptions.
Brief description of the drawings:
Fig. 1 is a kind of structural representation of pump cover Packaging Bottle;
Fig. 2 is the right elevation of Fig. 1;
Fig. 3 is structural representation of the present utility model;
Fig. 4 is the birds-eye view of Fig. 3;
Fig. 5 is mounting structure schematic diagram between moment of torsion spiral cover parts 2, rotary driving part 3, cliding seat 5;
Fig. 6 is the left view of Fig. 5;
Fig. 7 is the structural representation of moment of torsion spiral cover parts;
Fig. 8 is the structural representation of hollow shaft;
Fig. 9 is the structural representation of adjusting nut seat;
Figure 10 is the structural representation of cliding seat;
Figure 11 is the structural representation of torque adjustment parts;
Figure 12 is that the utility model is arranged on the structural representation in cap rotating machine;
Figure 13 is the left view of Figure 12;
In figure: 01-bottle; 02-handle; 03-bottle cap; 1-frame front side plate; 2-moment of torsion spiral cover parts; 3-rotary driving part; 4-centering linear drives regulating mechanism; 5-cliding seat; 6-slide rail; 7-frame rear quarter panel; 8-spacing lining ring; 9-lining ring cover; 10-cap; 21-propeller shaft sleeve; 22-hollow shaft; 23-neck bearing; 24-main shaft; 25-outer bearing; 26-bearing seat; 27-torque adjustment parts; 28-spiral cover wheel; 29-neck bearing spacer ring; 221-tapped bore; 222-coordinates endoporus; Hole, 223-axle rank; The 224-film perforation that rubs; 225-connects cylindrical; 226-coordinates cylindrical; 227-axle rank cylindrical; 228-pedestal cylindrical; 271-upper friction plate; Friction lining under 272-; 273-elastomeric element; 274-adjusting nut seat; 275-torque adjustment handwheel; 276-pad; 2741-step seat hole; 2742-torque adjustment screw; 31-motor; 32-change speed gear box; 40-jam nut; 41-front screw; Screw rod after 42-; 43-coupler; 44-control hand wheel; Nut block before 45-; 46-back nut piece; 47-straight line cylinder; 48-lining; 49-I-shaped cover; 51-pilot hole; 52-connecting through hole.
Detailed description of the invention:
For example detailed description of the invention of the present utility model is further described below in conjunction with accompanying drawing:
A kind of clutch cap rotating device of straight line pump cover cap rotating machine, as shown in Fig. 3～Figure 13, comprise frame front side plate 1, moment of torsion spiral cover parts 2, rotary driving part 3, centering linear drives regulating mechanism 4, cliding seat 5 and slide rail 6 and frame rear quarter panel 7, two slide rail 6 levels and be fixedly mounted on abreast frame front side plate 1 and frame rear quarter panel 7 on, on the left and right side of cliding seat 5, be provided with two pilot holes 51 that are parallel to upper and lower end face, on the upper and lower end face of cliding seat 5, be provided with connecting through hole 52, connecting through hole 52 is positioned on the line of centers of two pilot hole 51 axis, the axis of connecting through hole 52 is perpendicular to upper and lower end face, cliding seat 5 is sleeved on two slide rails 6 by the pilot hole 51 on it, on two slide rails 6, be set with two cliding seats 5, moment of torsion spiral cover parts 2 are installed on the lower surface of cliding seat 5, rotary driving part 3 is installed on the upper surface of cliding seat 5, rotary driving part 3 driving torque spiral cover parts 2, described moment of torsion spiral cover parts 2 comprise propeller shaft sleeve 21, hollow shaft 22, neck bearing 23, main shaft 24, outer bearing 25, bearing seat 26, torque adjustment parts 27 and spiral cover wheel 28, hollow shaft 22 is stepped shaft nested structure, its endoporus is provided with tapped bore 221 from top to bottom successively, coordinate endoporus 222, hole, axle rank 223 and friction film perforation 224, its cylindrical is provided with successively from top to bottom and connects cylindrical 225, coordinate cylindrical 226, axle rank cylindrical 227 and pedestal cylindrical 228, main shaft 24 epimeres are arranged in the cooperation endoporus 222 of hollow shaft 22 by two groups of neck bearings 23 spaced apart, between two groups of neck bearings 23, be provided with neck bearing spacer ring 29, the cooperation cylindrical 226 of hollow shaft 22 is sleeved in the endoporus of outer bearing 25, the cylindrical of outer bearing 25 is arranged in the endoporus of bearing seat 26, torque adjustment parts 27 comprise the upper friction plate 271 being sleeved on successively on main shaft 24 stage casings, lower friction lining 272, pad 276, elastomeric element 273, adjusting nut seat 274 and torque adjustment handwheel 275, upper friction plate 271 is arranged in the friction film perforation 224 of hollow shaft 22, in adjusting nut seat 274, be provided with step seat hole 2741 and torque adjustment screw 2742, step seat hole 2741 is positioned at the top of torque adjustment screw 2742, lower friction lining 272, pad 276 and elastomeric element 273 are arranged in the step seat hole 2741 of adjusting nut seat 274, the upper end of torque adjustment handwheel 275 is screwed in by screw thread in the torque adjustment screw 2742 of adjusting nut seat 274, torque adjustment handwheel 275 is fixedly connected with main shaft 24, propeller shaft sleeve 21 is screwed in the tapped bore 221 of upper end of hollow shaft 22, spiral cover wheel 28 is arranged on the hypomere of main shaft 24, described rotary driving part 3 comprises motor 31 and change speed gear box 32, and motor 31 drives the output shaft rotation of change speed gear box 32, and the output sleeve of change speed gear box 32 is contained in propeller shaft sleeve 21, between frame front side plate 1 and frame rear quarter panel 7, be provided with centering linear drives regulating mechanism 4, described centering linear drives regulating mechanism 4 comprises jam nut 40, front screw 41, rear screw rod 42, coupler 43 and control hand wheel 44, front screw 41 and rear screw rod 42 dock by coupler 43, front screw 41 and rear screw rod 42 are all installed in rotation on frame front side plate 1 and frame rear quarter panel 7 by lining 48, and front screw 41, the axis coaxle of rear screw rod 42 is also parallel with slide rail 6, exposed junction at front screw 41 and rear screw rod 42 is all provided with control hand wheel 44, outside at control hand wheel 44 is also provided with jam nut 40, front screw 41 is identical with the pitch of rear screw rod 42, thread rotary orientation is contrary, nut block 45 before being rotary with on front screw 41, on rear screw rod 42, be rotary with back nut piece 46, on front nut block 45 and back nut piece 46, be installed with straight line cylinder 47, the piston exposed junction of straight line cylinder 47 overlaps 49 by I-shaped and is connected with cliding seat 6, described elastomeric element 273 is dish spring, and the upper surface of the outer bearing 25 between bearing seat 26 and hollow shaft 22 is also provided with spacing lining ring 8 and lining ring cover 9, on the attachment face of propeller shaft sleeve 21 and hollow shaft 22, is provided with and cap 10.
Claims (10)
1. the clutch cap rotating device of a straight line pump cover cap rotating machine, it is characterized in that: comprise frame front side plate (1), moment of torsion spiral cover parts (2), rotary driving part (3), centering linear drives regulating mechanism (4), cliding seat (5) and slide rail (6) and frame rear quarter panel (7), two slide rail (6) levels and be fixedly mounted on abreast frame front side plate (1) and frame rear quarter panel (7) on, on the left and right side of cliding seat (5), be provided with two pilot holes (51) that are parallel to upper and lower end face, on the upper and lower end face of cliding seat (5), be provided with connecting through hole (52), connecting through hole (52) is positioned on the line of centers of two pilot holes (51) axis, the axis of connecting through hole (52) is perpendicular to upper and lower end face, cliding seat (5) is sleeved on two slide rails (6) by the pilot hole on it (51), at two slide rails (6), two cliding seats of upper suit (5), moment of torsion spiral cover parts (2) are installed on the lower surface of cliding seat (5), rotary driving part (3) is installed on the upper surface of cliding seat (5), rotary driving part (3) driving torque spiral cover parts (2), between frame front side plate (1) and frame rear quarter panel (7), be provided with centering linear drives regulating mechanism (4), described centering linear drives regulating mechanism (4) comprises front screw (41), rear screw rod (42), coupler (43) and control hand wheel (44), front screw (41) and rear screw rod (42) are by coupler (43) docking, front screw (41), the conjunction of rear screw rod (42) and coupler (43) is rotatably supported between frame front side plate (1) and frame rear quarter panel (7), and front screw (41), the axis coaxle of rear screw rod (42) is also parallel with slide rail (6), in front screw (41) and rear screw rod (42), have at least one control hand wheel (44) is housed, front screw (41) is identical with the pitch of rear screw rod (42), thread rotary orientation is contrary, on front screw (41), be rotary with front nut block (45), on rear screw rod (42), be rotary with back nut piece (46), on front nut block (45) and back nut piece (46), be installed with straight line cylinder (47), the piston exposed junction of straight line cylinder (47) is connected with cliding seat (5).
2. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 1, it is characterized in that: in centering linear drives regulating mechanism (4), front screw (41) and rear screw rod (42) are all arranged on respectively on frame front side plate (1) and frame rear quarter panel (7) by lining (48); The piston exposed junction of straight line cylinder (47) is connected with cliding seat (5) by I-shaped cover (49).
3. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 1, it is characterized in that: in centering linear drives regulating mechanism (4), also be provided with jam nut (40) in the outside of control hand wheel (44), when before driving by rotation control hand wheel (44), nut block (45) and back nut piece (46) reach desired location, by jam nut (40), control hand wheel (44) is locked.
4. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 1, is characterized in that: the exposed junction at front screw (41) and rear screw rod (42) is all provided with control hand wheel (44).
5. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 1, it is characterized in that: described moment of torsion spiral cover parts (2) comprise propeller shaft sleeve (21), hollow shaft (22), neck bearing (23), main shaft (24), outer bearing (25), bearing seat (26), torque adjustment parts (27) and spiral cover wheel (28), the epimere of main shaft (24) is arranged in the endoporus of hollow shaft (22) by neck bearing (23), torque adjustment parts (27) are sleeved on the stage casing of main shaft (24), spiral cover wheel (28) is arranged on the hypomere of main shaft (24), hollow shaft (22) is arranged in the endoporus of bearing seat (26) by outer bearing (25), propeller shaft sleeve (21) is fixed on hollow shaft (22).
6. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 5, it is characterized in that: hollow shaft (22) is stepped shaft nested structure, its endoporus is provided with tapped bore (221) from top to bottom successively, coordinate endoporus (222), hole, axle rank (223) and friction film perforation (224), its cylindrical is provided with successively from top to bottom and connects cylindrical (225), coordinate cylindrical (226), axle rank cylindricals (227) and pedestal cylindrical (228), the epimere of main shaft (24) is arranged on by neck bearing (23) in the cooperation endoporus (222) of hollow shaft (22), the cooperation cylindrical (226) of hollow shaft (22) is sleeved in the endoporus of outer bearing (25), the cylindrical of outer bearing (25) is arranged in the endoporus of bearing seat (26), upper Friction disk (271) in torque adjustment parts (27) is arranged in friction film perforation (224), propeller shaft sleeve (21) is screwed in the tapped bore (221) of upper end of hollow shaft (22).
7. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 5, it is characterized in that: described torque adjustment parts (27) comprise the upper friction plate (271) being sleeved on successively on main shaft (24) stage casing, lower friction lining (272), elastomeric element (273), adjusting nut seat (274) and torque adjustment handwheel (275), upper friction plate (271) is arranged in the friction film perforation (224) of hollow shaft (22), in adjusting nut seat (274), be provided with step seat hole (2741) and torque adjustment screw (2742), step seat hole (2741) is positioned at the top of torque adjustment screw (2742), lower friction lining (272) and elastomeric element (273) are arranged in the step seat hole (2741) of adjusting nut seat (274), the upper end of torque adjustment handwheel (275) is screwed in by screw thread in the torque adjustment screw (2742) of adjusting nut seat (274), torque adjustment handwheel (275) is fixedly connected with main shaft (24).
8. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 7, is characterized in that: described elastomeric element (273) is spring or dish spring.
9. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 5, it is characterized in that: main shaft (24) epimere is arranged in the cooperation endoporus (222) of hollow shaft (22) by two groups of neck bearings spaced apart (23), is provided with neck bearing spacer ring (29) between two groups of neck bearings (23).
10. the clutch cap rotating device of straight line pump cover cap rotating machine according to claim 1, it is characterized in that: described rotary driving part (3) comprises motor (31) and change speed gear box (32), motor (31) drives the output shaft rotation of change speed gear box (32), and the output sleeve of change speed gear box (32) is contained in propeller shaft sleeve (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420211647.4U CN203820418U (en) | 2014-04-26 | 2014-04-26 | Clutch cover screwing apparatus of linear type pump cover cover-screwing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420211647.4U CN203820418U (en) | 2014-04-26 | 2014-04-26 | Clutch cover screwing apparatus of linear type pump cover cover-screwing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203820418U true CN203820418U (en) | 2014-09-10 |
Family
ID=51475938
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420211647.4U Withdrawn - After Issue CN203820418U (en) | 2014-04-26 | 2014-04-26 | Clutch cover screwing apparatus of linear type pump cover cover-screwing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203820418U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103935940A (en) * | 2014-04-26 | 2014-07-23 | 金坛市晨光轻工机械有限公司 | Clutch cap screwing device of linear pump cap screwing machine |
| CN108298486A (en) * | 2018-03-26 | 2018-07-20 | 广东通立工业自动化系统有限公司 | Double end Cover whirling Machine |
-
2014
- 2014-04-26 CN CN201420211647.4U patent/CN203820418U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103935940A (en) * | 2014-04-26 | 2014-07-23 | 金坛市晨光轻工机械有限公司 | Clutch cap screwing device of linear pump cap screwing machine |
| CN103935940B (en) * | 2014-04-26 | 2019-02-26 | 常州市金坛晨光轻工机械有限公司 | The clutch cap rotating device of linear pump cover Cover whirling Machine |
| CN108298486A (en) * | 2018-03-26 | 2018-07-20 | 广东通立工业自动化系统有限公司 | Double end Cover whirling Machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140910 Effective date of abandoning: 20190226 |
|
| AV01 | Patent right actively abandoned |