Source: https://patents.google.com/patent/CN205663817U/en
Timestamp: 2020-08-11 14:33:22
Document Index: 505966561

Matched Legal Cases: ['art 21', 'art 22', 'art 21', 'art 22', 'art 21', 'art 22', 'art 70', 'art 22', 'art 70']

CN205663817U - Damping device of printing and dyeing cloth hydroextractor - Google Patents
Damping device of printing and dyeing cloth hydroextractor Download PDF
CN205663817U
CN205663817U CN201620541485.XU CN201620541485U CN205663817U CN 205663817 U CN205663817 U CN 205663817U CN 201620541485 U CN201620541485 U CN 201620541485U CN 205663817 U CN205663817 U CN 205663817U
CN201620541485.XU
湖州吉昌丝绸有限公司
2016-06-03 Application filed by 湖州吉昌丝绸有限公司 filed Critical 湖州吉昌丝绸有限公司
2016-06-03 Priority to CN201620541485.XU priority Critical patent/CN205663817U/en
2016-10-26 Publication of CN205663817U publication Critical patent/CN205663817U/en
239000004744 fabric Substances 0.000 title claims abstract description 16
230000003139 buffering Effects 0.000 claims abstract description 20
The utility model discloses a damping device of printing and dyeing cloth hydroextractor, including the hydroextractor base, the outside radial connecting portion that extend have on the lateral wall of hydroextractor base, connecting portion one side is equipped with upper adjusting rod and lower adjusting rod, peg graft in upper adjusting rod in the upper end of middle guide bar, the lower extreme is pegged graft in lower adjusting rod, in the buffering through -hole that the middle part plug bush of middle guide bar has on connecting portion, on the middle guide bar of connecting portion tops and below respectively the plug bush have upper buffer spring and lower buffer spring, upper buffer spring's upper end is fixed on upper adjusting rod's outer wall, the upper end at connecting portion is fixed to the lower extreme, lower buffer spring's lower extreme is fixed on lower adjusting rod's outer wall, the lower extreme at connecting portion is fixed to the upper end, the last shaping of lower adjusting rod has vertical rack portion, and the rack portion meshing has drive gear, drive gear fixed connection driving motor's output shaft. The utility model discloses adjustable buffer spring's compression ability to guarantee the elastic reaction power of buffer spring to the hydroextractor.
A kind of damping device of cloth dewaterer of printing and dyeing
This utility model relates to the technical field of textile machine equipment, is specifically related to subtracting of a kind of cloth dewaterer of printing and dyeing Shake device.
The structure of the buffer unit that existing printing and dyeing cloth dewaterer uses is to arrange vertical axes, vertical axes in bumper bracket Upper sleeve has two buffer springs, and the lobe sleeve that the sidewall of dewaterer main body has on a vertical axis, and is clamped in two Between individual buffer spring.Above-mentioned buffer unit has the disadvantage in that buffer spring is due to bullet after buffer spring use is of long duration Fatigue service life reduction, affects elastic force, now needs to be replaced buffer spring and realizes regulation, frequently changes buffer spring big Add greatly maintenance maintenance cost, and reduce the service efficiency of dewaterer.
The purpose of this utility model aims to solve the problem that the problem that prior art exists, it is provided that the pressure of a kind of scalable buffer spring Contracting ability, thus ensure the buffer spring elastic acting force to dewaterer, it is to avoid the printing and dyeing cloth frequently changing buffer spring takes off The damping device of water machine.
This utility model relates to the damping device of a kind of cloth dewaterer of printing and dyeing, including dewaterer base, described dewaterer There is on the sidewall of base the connecting portion extended radially outwards, the ground that described connecting portion is corresponding is fixed with buffering support body, institute The upper end stating buffering support body has upper supporting part, lower end has lower supporting part, described upper supporting part is plugged with adjusting rod, institute State and on lower supporting part, be plugged with lower dolly bar, the bottom surface of described upper adjusting rod forms jack, the top of described lower dolly bar Forming lower jack on face, the upper end of intermediate guide bar is plugged in described upper jack, lower end is plugged in described lower jack, institute State in the buffering through hole that the middle part sleeve of intermediate guide bar has on connecting portion, the intermediate guide bar above and below connecting portion Upper being inserted with buffer spring and lower buffer spring respectively, the upper end sleeve of described upper buffer spring and is fixed on upper adjusting rod Outer wall upper and lower end at upper adjusting rod is fixed on the upper end of connecting portion, and the lower end sleeve of described lower buffer spring is at lower dolly bar Go up and be fixed on the outer wall of lower dolly bar, upper end is fixed on the lower end of connecting portion；
Forming vertical tooth-strip part on the lower sides of described lower dolly bar, the engagement connection of described tooth-strip part has driving tooth Taking turns, described driving gear is fixed and is connected the output shaft driving motor, and described driving motor is fixed on buffering support body.
By technique scheme, in use, dewaterer works this utility model, and the connecting portion of dewaterer base is to upper Buffer spring or lower buffer spring produce pressure, after dewaterer has used of long duration, by driving driven by motor to drive tooth Wheel rotates, and drives gear driven tooth-strip part to move up and down, so that lower dolly bar moves in intermediate guide bar up and down Dynamic, the lower end of lower buffer spring is fixed on lower dolly bar, thus the lower buffer spring elastic force to connecting portion of regulation, in like manner, logical Cross adjusting rod in manual adjustment to move up and down in intermediate guide bar, it is also possible to the buffer spring work to connecting portion in regulation Firmly, the regulation of the damping to dewaterer base is realized.
By such scheme, damping device of the present utility model can regulate buffer spring and lower buffer spring to connection The compressed capability in portion, thus ensure upper buffer spring and the lower buffer spring elastic acting force to connecting portion, it is to avoid frequently change Buffer spring, reduces maintenance maintenance cost, improves the service efficiency of dewaterer.
A kind of as such scheme preferably forms vertical screwed hole on the upper surface of described upper adjusting rod, described Being bolted with adjusting screw rod in screwed hole, the upper end of described adjusting screw rod is stretched out screwed hole and forms regulation handle.By above-mentioned side Case, makes adjusting screw rod rotate by rotating regulation handle, and adjusting screw rod rotates and drives the upper adjusting rod being spirally connected therewith to move up and down Dynamic, thus the upper buffer spring active force to connecting portion of regulation.
A kind of as such scheme preferably forms the two pieces of articulated slabs being oppositely arranged on described buffering support body, described Being fixed with rotating shaft on articulated slab, sleeve is fixed in described rotating shaft in the middle part of described driving gear, and one end of rotating shaft is fixing to be connected The output shaft of described driving motor, drives motor to be fixed on lower supporting part by motor plate.
One as such scheme is preferred, is inserted with wear-resistant sleeve, the lateral wall of described wear-resistant sleeve in described buffering through hole Being fixed on the medial wall of buffering through hole, described intermediate guide bar sleeve is in wear-resistant sleeve.
One as such scheme is preferred, and described upper supporting part forms vertical through hole, described upper adjusting rod grafting In described vertical through hole, the upper surface of described lower supporting part forms inserting groove, and the lower end of described lower dolly bar is plugged on institute State in inserting groove.
A kind of as such scheme preferably has at least three connecting portion on the bottom sidewall of described dewaterer base, Three connecting portions are evenly distributed on the bottom sidewall of dewaterer base.
As such scheme a kind of preferably, the diameter of described intermediate guide bar is straight less than upper adjusting rod and lower dolly bar Footpath.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model Art means, and can being practiced according to the content of description, below with preferred embodiment of the present utility model and coordinate accompanying drawing detailed Describe in detail bright as after.
The following drawings is only intended to, in schematically illustrating this utility model and explaining, not limit model of the present utility model Enclose.Wherein:
Fig. 2 is the partial structurtes schematic diagram of Fig. 1；
Fig. 3 is to buffer support body in this utility model and drive the structural representation between motor.
Below in conjunction with the accompanying drawings and embodiment, detailed description of the invention of the present utility model is described in further detail.Below Embodiment is used for illustrating this utility model, but is not limited to scope of the present utility model.
Seeing Fig. 1, Fig. 2, the damping device of a kind of cloth dewaterer of printing and dyeing described in the utility model, including at the bottom of dewaterer Seat 10, the bottom sidewall of described dewaterer base has at least three connecting portion 11, and three connecting portions are evenly distributed on dehydration On the bottom sidewall of machine base 10, the ground of described connecting portion 11 correspondence is fixed with buffering support body 20, described buffering support body Upper end has upper supporting part 21, lower end has lower supporting part 22, and described upper supporting part 21 is plugged with adjusting rod 31, described under Being plugged with lower dolly bar 32 on supporting part 22, described upper supporting part 21 forms vertical through hole 211, described upper adjusting rod 31 is inserted Being connected in described vertical through hole 211, the upper surface of described lower supporting part 22 forms inserting groove 221, described lower dolly bar 32 Lower end is plugged in described inserting groove 221, and the bottom surface of described upper adjusting rod 31 forms jack 311, described lower dolly bar Forming lower jack 321 on the end face of 32, the upper end of intermediate guide bar 40 is plugged in described upper jack 311, lower end is plugged on In described lower jack 321, the diameter of described intermediate guide bar 40 is less than upper adjusting rod 31 and the diameter of lower dolly bar 32, and centre is led In the buffering through hole 111 that the middle part sleeve of bar 40 has on connecting portion 11, described buffering through hole is inserted with wear-resistant sleeve 50, The lateral wall of described wear-resistant sleeve is fixed on the medial wall of buffering through hole 111, and described intermediate guide bar 40 sleeve is at wear-resistant sleeve 50 In, the intermediate guide bar 40 above and below connecting portion 11 is inserted with buffer spring 61 and lower buffer spring 62, institute respectively State the upper end sleeve of buffer spring 61 and to be fixed on the outer wall upper and lower end of adjusting rod 31 and be fixed on even on upper adjusting rod 31 Connecing the upper end in portion 11, the lower end sleeve of described lower buffer spring 62 is on lower dolly bar 32 and is fixed on the outer wall of lower dolly bar 32 Lower end upper, that upper end is fixed on connecting portion 11.
See Fig. 2, Fig. 3, the lower sides of described lower dolly bar 32 forms vertical tooth-strip part 70, described tooth-strip part Engagement connection has driving gear 71, and described buffering support body 20 forms the two pieces of articulated slabs 23 being oppositely arranged, described articulated slab On be fixed with rotating shaft 72, sleeve is fixed in described rotating shaft 72 in the middle part of described driving gear 71, and one end of rotating shaft is fixing to be connected Drive the output shaft of motor 73, drive motor 73 to be fixed on lower supporting part 22 by motor plate 74.
See Fig. 1, the upper surface of described upper adjusting rod 31 forms vertical screwed hole 312, spiral shell in described screwed hole Being connected to adjusting screw rod 80, the upper end of described adjusting screw rod is stretched out screwed hole 312 and forms regulation handle 81.
In the specific implementation, dewaterer works this utility model, and the connecting portion 11 of dewaterer base 10 is to upper buffer spring 61 or lower buffer springs 62 produce pressure, after dewaterer has used of long duration, drive gear by driving motor 73 to drive 71 rotate, and drive gear 71 to drive tooth-strip part 70 to move up and down, so that lower dolly bar 32 is enterprising in intermediate guide bar 40 Row moves up and down, and the lower end of lower buffer spring 62 is fixed on lower dolly bar 32, thus the lower buffer spring 62 of regulation is to connecting portion The elastic force of 11, in like manner, is moved up and down in intermediate guide bar 40 by adjusting rod in manual adjustment 31, it is also possible in regulation The buffer spring 61 active force to connecting portion 11, realizes the regulation of the damping to dewaterer base 10.
In sum, damping device of the present utility model can regulate buffer spring 61 and lower buffer spring 62 to connection The compressed capability in portion 11, thus ensure upper buffer spring 61 and the lower buffer spring 62 elastic acting force to connecting portion 11, it is to avoid Frequently change buffer spring, reduce maintenance maintenance cost, improve the service efficiency of dewaterer.
The damping device of printing and dyeing cloth dewaterer provided by the utility model, specific embodiment party the most of the present utility model Formula, but protection domain of the present utility model is not limited thereto, and any those familiar with the art is new in this practicality In the technical scope that type discloses, change can be readily occurred in or replace, all should contain within this utility model protection domain.Cause This, protection domain of the present utility model should be as the criterion with described scope of the claims.
1. print and dye the damping device of cloth dewaterer, including dewaterer base (10), on the sidewall of described dewaterer base There is the connecting portion (11) extended radially outwards, the ground that described connecting portion is corresponding is fixed with buffering support body (20), its feature It is:
The upper end of described buffering support body (20) has upper supporting part (21), lower end has lower supporting part (22), described upper supporting part (21) it is plugged with adjusting rod (31) on, described lower supporting part (22) is plugged with lower dolly bar (32), described upper adjusting rod (31) form jack (311) on bottom surface, the end face of described lower dolly bar (32) forms lower jack (321), middle The upper end of guide post (40) is plugged in described upper jack (311), lower end is plugged in described lower jack (321), described centre In the buffering through hole (111) that the middle part sleeve of guide post (40) has on connecting portion (11), above and below connecting portion (11) Intermediate guide bar (40) on be inserted with buffer spring (61) and lower buffer spring (62), described upper buffer spring (61) respectively Upper end sleeve upper at upper adjusting rod (31) and be fixed on the outer wall upper and lower end of upper adjusting rod (31) and be fixed on connecting portion (11) Upper end, the lower end sleeve of described lower buffer spring (62) is gone up at lower dolly bar (32) and is fixed on the outer wall of lower dolly bar (32) Lower end upper, that upper end is fixed on connecting portion (11)；
Forming vertical tooth-strip part (70) on the lower sides of described lower dolly bar (32), the engagement connection of described tooth-strip part is driven Moving gear (71), described driving gear is fixing connects the output shaft driving motor (73), and described driving motor is fixed on bumper bracket On body (20).
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described upper adjusting rod (31) Upper surface on form vertical screwed hole (312), described screwed hole is bolted with adjusting screw rod (80), described adjusting screw rod Upper end stretch out screwed hole and form regulation handle (81).
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described buffering support body (20) On form the two pieces of articulated slabs (23) being oppositely arranged, described articulated slab is fixed with rotating shaft (72), described driving gear (71) Middle part fix sleeve in described rotating shaft (72), the fixing output shaft connecting described driving motor (73) in one end of rotating shaft, drive Galvanic electricity machine (73) is fixed on lower supporting part (22) by motor plate (74).
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described buffering through hole (111) being inserted with wear-resistant sleeve (50) in, the lateral wall of described wear-resistant sleeve is fixed on the medial wall of buffering through hole (111), described Intermediate guide bar (40) sleeve is in wear-resistant sleeve (50).
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described upper supporting part (21) On form vertical through hole (211), described upper adjusting rod (31) is plugged in described vertical through hole (211), described lower supporting part (22) upper surface forms inserting groove (221), and the lower end of described lower dolly bar (32) is plugged in described inserting groove (221).
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described dewaterer base (10) having at least three connecting portion (11) on bottom sidewall, three connecting portions (11) are evenly distributed on dewaterer base (10) Bottom sidewall on.
The damping device of printing and dyeing cloth dewaterer the most according to claim 1, it is characterised in that: described intermediate guide bar (40) diameter is less than upper adjusting rod (31) and the diameter of lower dolly bar (32).
CN201620541485.XU 2016-06-03 2016-06-03 Damping device of printing and dyeing cloth hydroextractor CN205663817U (en)
CN201620541485.XU CN205663817U (en) 2016-06-03 2016-06-03 Damping device of printing and dyeing cloth hydroextractor
CN205663817U true CN205663817U (en) 2016-10-26
ID=57155528
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Address before: 313026 Zhejiang Province, Huzhou city Nanxun district and Fu Zhen Heng Gang Cun
Patentee before: Huzhou Jichang Silk Co., Ltd.
Address after: 529400, No. 68, Bei Bei Industrial Avenue, Enping, Guangdong, Jiangmen
Patentee after: ENPING KAM HING TEXTILE & DYEING CO., LTD.
Granted publication date: 20161026
Termination date: 20180603