CN205529424U - Two -way dyeing equipment with shock absorber structure - Google Patents
Two -way dyeing equipment with shock absorber structure Download PDFInfo
- Publication number
- CN205529424U CN205529424U CN201620266864.2U CN201620266864U CN205529424U CN 205529424 U CN205529424 U CN 205529424U CN 201620266864 U CN201620266864 U CN 201620266864U CN 205529424 U CN205529424 U CN 205529424U
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- Prior art keywords
- main operation
- operation cylinder
- plate
- shock
- shell
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Abstract
The utility model relates to a mechanical equipment technical field especially relates to a two -way dyeing equipment with shock absorber structure, the utility model discloses a two -way dyeing equipment with shock absorber structure, including a master operation section of thick bamboo, still include dyeing compartment, propulsive element, second conveyer pipe, first conveyer pipe, service tank, governing valve, first driver part and blast apparatus, propulsive element includes shell, second connecting seat, first connecting seat, second driver part, first propulsion board, second propulsion board, first pushing ram, transmission cover, compresses tightly pole, regulating spring and inner driving medium, the utility model discloses a two -way dyeing equipment with shock absorber structure convenient operation, it is convenient to adjust, and it is efficient to dye.
Description
Technical field
This utility model relates to mechanical equipment technical field, particularly relates to a kind of have the double of anti-vibration structure
To dyeing installation.
Background technology
Need it is dyeed during cloth produces.But, traditional piece dyeing equipment
Inconvenient operation, regulation inconvenience, staining efficiency is low, and Color is poor.Accordingly, it would be desirable to carry
For a kind of easy to operate, easy to adjust, staining efficiency is high, the preferable dyeing installation of Color.
Utility model content
The purpose of this utility model is to provide a kind of two-way dyeing installation with anti-vibration structure, solves to pass
The dyeing installation regulation inconvenience of system, the problem of inconvenient operation.
This utility model be the technical scheme is that by its technical problem of solution
A kind of two-way dyeing installation with anti-vibration structure, including main operation cylinder, also includes along described
The dyeing chamber being axially arranged in described main operation cylinder of main operation cylinder, it is arranged at described main operation cylinder
The propulsive element of upside, one end are connected to the described propulsive element other end and are connected to the of described dyeing chamber
Two conveying pipes, the first conveying being rotatably connected on described propulsive element are managed, are arranged at described first conveying pipe
End service tank, be arranged at described first conveying pipe on regulation valve, be embedded at described main operation
The blowing device on described first driver part is located in the first driver part and rotation in the sidewall of cylinder；Institute
State propulsive element include shell, the second connection seat being embedded at one end of described shell, be embedded at described
A connecting seat of the other end of shell, be arranged at described shell in and be in the middle part of described shell
Second driver part, it is arranged at the first pushing plate of the side of described second driver part, is arranged at institute
State the second pushing plate of the opposite side of the second driver part, be arranged on described first pushing plate sidewall
First pushing ram, it is arranged at the end of described first pushing ram and covers at described second driver part
The transmission shield in outside, it is arranged at the side of close described second driver part of described second pushing plate
Compressor arm on sidewall, the regulation spring being axially sheathed on described compressor arm along described compressor arm
It is located on described second driver part and holds out against the inner driving medium on described compressor arm, described master with rotation
Being additionally provided with anti-vibration structure inside operation tube, described anti-vibration structure includes shock-absorbing plate and lower shock-absorbing plate,
Described upper shock-absorbing plate and lower shock-absorbing plate are rectangular shape, also set up between upper shock-absorbing plate and lower shock-absorbing plate
It is cylindric for having shock absorber strut, load-bearing pillar, shock resistance block, described shock absorber strut, and outer wrap has spring, keeps away
Shake post quantity is two, and described shock absorber strut two ends are additionally provided with sealing ring, and described load-bearing pillar is arranged at two
Between root shock absorber strut, load-bearing pillar quantity is three, load-bearing pillar two ends respectively with upper shock-absorbing plate and lower shock-absorbing
Plate is connected, and described shock resistance block is arranged between every two load-bearing pillars, and shock resistance block is ellipticity, described
Shock absorber strut side is additionally provided with baffle；
Wherein, the structure of described second connection seat is consistent with the structure of described a connecting seat；Described
A connecting seat is hemispherical；The structure of described second pushing plate is consistent with the structure of described first pushing plate；
Described first pushing plate is discoid；Described first pushing ram includes main rod body and is sheathed on described mobile jib
The auxiliary support frame in the outside of body；Described main rod body is cylindric；Sidewall in described first pushing plate
Inside being arranged with support mounting groove, described support mounting groove and described auxiliary support frame adapt；Described biography
The sidewall of the side of close described second driver part of dynamic cover is sphere；Described compressor arm is cylindric；
Being provided with first in the end of described compressor arm and hold out against parts, described first to hold out against parts be round table-like,
Being arranged with rotation engaging groove in described first holds out against parts, described rotation engaging groove is hemispherical；Institute
State inner driving medium and include interior drive link and the drive ball of the end being arranged at described interior drive link；Described biography
Dynamic ball and described rotation engaging groove adapt.
Wherein, described dyeing chamber includes main operation cylinder shell, is arranged at the one of described main operation cylinder shell
End the first mounting seat, be arranged at the second mounting seat of the other end of described main operation cylinder shell, setting
In the inside of described dyeing chamber and near described first mounting seat the first flow distribution plate, be arranged at described master
In operation tube housing and near described second mounting seat the second flow distribution plate, be embedded at described main operation cylinder
Side in the sidewall of housing is fixed foot, is axially arranged in described master along described main operation cylinder shell
Operation tube housing is interior and is in the inner bracing piece between described first flow distribution plate and described second flow distribution plate.
Wherein, the structure of described first flow distribution plate is consistent with the structure of described second flow distribution plate；Described
One flow distribution plate is bending；Internal spinning groove, described internal rotation it is arranged with in described first flow distribution plate
Tankage and described inner bracing piece adapt；Described inner bracing piece is cylindric；Foot is fixed in described side
Inside be arranged with and connect and fix groove, described in connect and fix groove and described second flow distribution plate adapts.
The utility model has the advantage of:
The two-way dyeing installation with anti-vibration structure of the present utility model, including main operation cylinder, also includes
Along described main operation cylinder the dyeing chamber being axially arranged in described main operation cylinder, be arranged at described master
The propulsive element of the upside of operation tube, one end are connected to the described propulsive element other end and are connected to described dye
Second conveying pipe of color room, the first conveying pipe being rotatably connected on described propulsive element, it is arranged at described the
One conveying pipe end service tank, be arranged at described first conveying pipe on regulation valve, be embedded at institute
State the first driver part in the sidewall of main operation cylinder and the blowing on described first driver part is located in rotation
Device；Described propulsive element includes shell, is embedded at the second connection seat, embedding of one end of described shell
It is located at a connecting seat of the other end of described shell, is arranged in described shell and is in described shell
Middle part the second driver part, be arranged at the side of described second driver part the first pushing plate,
It is arranged at the second pushing plate of the opposite side of described second driver part, is arranged at described first pushing plate
The first pushing ram on sidewall, it is arranged at the end of described first pushing ram and covers at described second and drive
The transmission shield in the outside of dynamic component, it is arranged at close described second driver part of described second pushing plate
Side sidewall on compressor arm, being axially sheathed on described compressor arm along described compressor arm
The interior transmission that regulation spring and rotation are located on described second driver part and are held out against on described compressor arm
Part；The two-way dyeing installation with anti-vibration structure of the present utility model is easy to operate, easy to adjust, dye
Colour efficiency is high, and Color is good.
Accompanying drawing explanation
Fig. 1 is the front view of the two-way dyeing installation with anti-vibration structure of the present utility model.
Fig. 2 is the front view of propulsive element of the present utility model.
Fig. 3 is the front view of dyeing chamber of the present utility model.
Fig. 4 is the structural representation of anti-vibration structure of the present utility model.
1-main operation cylinder；101-upper shock-absorbing plate；Shock-absorbing plate under 102-；103-shock absorber strut；104-load-bearing
Post；105-shock resistance block；106-sealing ring；107-baffle；2-second carries pipe；3-propulsive element；
31-second connects seat；32-the second pushing plate；33-compressor arm；34-inner driving medium；35-second drives
Parts；36-transmission shield；37-the first pushing ram；38-the first pushing plate；39-a connecting seat；310-
Regulation spring；311-shell；4-first carries pipe；5-regulates valve；6-service tank；7-first drives
Parts；8-blowing device；9-dyeing chamber；91-the first mounting seat；92-main operation cylinder shell；93-
One flow distribution plate；94-inner bracing piece；95-the second flow distribution plate；96-the second mounting seat；97-side is fixed
Foot.
Detailed description of the invention
For the technological means making this utility model realize, creation characteristic, reach purpose and be prone to effect
Understand and understand, below in conjunction with diagram and specific embodiment, this utility model is expanded on further.
In conjunction with Fig. 1 to Fig. 4, the two-way dyeing installation with anti-vibration structure of the present utility model is carried out in detail
Describe in detail bright.
The two-way dyeing installation with anti-vibration structure of the present utility model, including main operation cylinder 1, also includes
Along described main operation cylinder 1 the dyeing chamber 9 being axially arranged in described main operation cylinder 1, be arranged at institute
State the propulsive element 3 of the upside of main operation cylinder 1, one end is connected to described propulsive element 3 other end and connects
To described dyeing chamber 9 second conveying pipe 2, be rotatably connected on described propulsive element 3 first conveying pipe 4,
It is arranged at the service tank 6 of the end of described first conveying pipe 4, is arranged on described first conveying pipe 4
Regulation valve 5, the first driver part 7 being embedded in the sidewall of described main operation cylinder 1 and rotation are located at described
Blowing device 8 on first driver part 7；Described propulsive element 3 includes shell 311, is embedded at institute
State shell 311 one end second connection seat 31, be embedded at described shell 311 the other end first
Connect seat 39, be arranged at described shell 311 in and be in second driving at middle part of described shell 311
Parts 35, it is arranged at the first pushing plate 38 of the side of described second driver part 35, is arranged at institute
State the second pushing plate 32 of the opposite side of the second driver part 35, be arranged at described first pushing plate 38
The first pushing ram 37 on sidewall, it is arranged at the end of described first pushing ram 37 and covers at described
The transmission shield 36 in the outside of two driver parts 35, it is arranged at the close described of described second pushing plate 32
Compressor arm 33 on the sidewall of the side of the second driver part 35, axial along described compressor arm 33
It is sheathed on the regulation spring 310 on described compressor arm 33 and rotation is located on described second driver part 35
And holding out against the inner driving medium 34 on described compressor arm 33, internal being additionally provided with of described main operation cylinder 1 is kept away
Shake structure, described anti-vibration structure includes shock-absorbing plate 101 and lower shock-absorbing plate 102, described upper shock-absorbing plate
101 with lower shock-absorbing plate 102 be rectangular shape, also set between upper shock-absorbing plate 101 and lower shock-absorbing plate 102
Being equipped with shock absorber strut 103, load-bearing pillar 104, shock resistance block 105, described shock absorber strut 103 is cylindric, outward
Portion is enclosed with spring, and shock absorber strut 103 quantity is two, and described shock absorber strut 103 two ends are additionally provided with close
Seal 106, described load-bearing pillar 104 is arranged between two shock absorber struts 103, and load-bearing pillar 104 quantity is
Three, load-bearing pillar 104 two ends are connected with upper shock-absorbing plate 101 and lower shock-absorbing plate 102 respectively, described
Shock resistance block 105 is arranged between every two load-bearing pillars 104, and shock resistance block 105 is ellipticity, described in keep away
Shake post 103 side is additionally provided with baffle 107；
The structure of described second connection seat 31 is consistent with the structure of described a connecting seat 39；Described
A connecting seat 39 is hemispherical；The structure of described second pushing plate 32 and described first pushing plate 38
Structure is consistent；Described first pushing plate 38 is discoid；Described first pushing ram 37 includes main rod body
Auxiliary support frame with the outside being sheathed on described main rod body；Described main rod body is cylindric；In described
The concave side wall of the first pushing plate 38 is provided with support mounting groove, and described support mounting groove and described auxiliary are propped up
Support adapts；The sidewall of the side of close described second driver part 35 of described transmission shield 36 is
Sphere；Described compressor arm 33 is cylindric；The end of described compressor arm 33 is provided with first hold out against
Parts, described first to hold out against parts be round table-like, is arranged with rotation and connects in described first holds out against parts
Closing groove, described rotation engaging groove is hemispherical；Described inner driving medium 34 includes interior drive link and is arranged at
The drive ball of the end of described interior drive link；Described drive ball and described rotation engaging groove adapt.
Described dyeing chamber 9 includes main operation cylinder shell 92, is arranged at the one of described main operation cylinder shell 92
The first mounting seat 91 held, the second mounting seat being arranged at the other end of described main operation cylinder shell 92
96, be arranged at described dyeing chamber 9 inside and near described first mounting seat 91 the first flow distribution plate 93,
In being arranged at described main operation cylinder shell 92 and near described second mounting seat 96 the second flow distribution plate 95,
The side being embedded in the sidewall of described main operation cylinder shell 92 fixes foot 97, along described main operation cylinder
Housing 92 be axially arranged in described main operation cylinder shell 92 in and be in described first flow distribution plate 93 He
Inner bracing piece 94 between described second flow distribution plate 95.
The structure of described first flow distribution plate 93 is consistent with the structure of described second flow distribution plate 95；Described
One flow distribution plate 93 is bending；Internal spinning groove it is arranged with in described first flow distribution plate 93, described
Internal spinning groove and described inner bracing piece 94 adapt；Described inner bracing piece 94 is cylindric；In institute
State in side fixes foot 97 to be arranged with and connect and fix groove, described in connect and fix groove and described second flow distribution plate
95 adapt.
Of the present utility model ultimate principle, principal character and of the present utility model have more than been shown and described
Advantage.Skilled person will appreciate that of the industry, this utility model is not restricted to the described embodiments,
Principle of the present utility model is simply described, without departing from this reality described in above-described embodiment and description
Various changes and modifications are also had, these changes with this utility model on the premise of novel spirit and scope
In the range of both falling within claimed this utility model with improvement.This utility model claim scope by
Appending claims and equivalent thereof define.
Claims (4)
1. there is a two-way dyeing installation for anti-vibration structure, including main operation cylinder (1), it is characterised in that:
Also include the dyeing being axially arranged in described main operation cylinder (1) along described main operation cylinder (1)
Room (9), be arranged at the propulsive element (3) of the upside of described main operation cylinder (1), one end is connected to institute
State propulsive element (3) other end to be connected to the second conveying pipe (2) of described dyeing chamber (9), spin
The first conveying on described propulsive element (3) is managed (4), is arranged at described first conveying pipe (4)
End service tank (6), be arranged at described first conveying pipe (4) on regulation valve (5), be embedded
The first driver part (7) and rotation in the sidewall of described main operation cylinder (1) are located at described first and are driven
Blowing device (8) on dynamic component (7)；Described propulsive element (3) includes shell (311), embedding
It is located at second connection seat (31) of one end of described shell (311), is embedded at described shell (311)
The other end a connecting seat (39), be arranged in described shell (311) and be in described shell
(311) second driver part (35) at middle part, it is arranged at described second driver part (35)
First pushing plate (38) of side, be arranged at described second driver part (35) opposite side second
Pushing plate (32), the first pushing ram (37) being arranged on described first pushing plate (38) sidewall,
It is arranged at the end of described first pushing ram (37) and covers at described second driver part (35)
The transmission shield (36) in outside, it is arranged at close described second drive division of described second pushing plate (32)
Compressor arm (33) on the sidewall of the side of part (35), axially overlapping along described compressor arm (33)
Described second driver part (35) is located in the regulation spring (310) being located on described compressor arm (33) and rotation
Go up and hold out against the inner driving medium (34) on described compressor arm (33), in described main operation cylinder (1)
Portion is additionally provided with anti-vibration structure, and described anti-vibration structure includes shock-absorbing plate (101) and lower shock-absorbing plate (102),
Described upper shock-absorbing plate (101) and lower shock-absorbing plate (102) are rectangular shape, upper shock-absorbing plate (101)
And it is additionally provided with shock absorber strut (103), load-bearing pillar (104), shock resistance block (105) between lower shock-absorbing plate (102),
Described shock absorber strut (103) is cylindric, and outer wrap has spring, shock absorber strut (103) quantity to be two
Root, described shock absorber strut (103) two ends are additionally provided with sealing ring (106), described load-bearing pillar (104)
Being arranged between two shock absorber struts (103), load-bearing pillar (104) quantity is three, load-bearing pillar (104)
Two ends are connected with upper shock-absorbing plate (101) and lower shock-absorbing plate (102) respectively, described shock resistance block (105)
Being arranged between every two load-bearing pillars (104), shock resistance block (105) is ellipticity, described shock absorber strut
(103) side is additionally provided with baffle (107).
A kind of two-way dyeing installation with anti-vibration structure the most according to claim 1, its feature
It is: the structure of described second connection seat (31) is consistent with the structure of described a connecting seat (39)；
Described a connecting seat (39) is hemispherical；The structure of described second pushing plate (32) and described
The structure of one pushing plate (38) is consistent；Described first pushing plate (38) is discoid；Described first
Pushing ram (37) includes main rod body and the auxiliary support frame in the outside being sheathed on described main rod body；Described
Main rod body is cylindric；Concave side wall in described first pushing plate (38) is provided with support mounting groove,
Described support mounting groove and described auxiliary support frame adapt；Described transmission shield (36) close described
The sidewall of the side of the second driver part (35) is sphere；Described compressor arm (33) is cylindric；
Being provided with first in the end of described compressor arm (33) and hold out against parts, described first holds out against parts for circle
Mesa-shaped, is arranged with rotation engaging groove in described first holds out against parts, and described rotation engaging groove is hemisphere
Shape；Described inner driving medium (34) includes interior drive link and the biography of the end being arranged at described interior drive link
Dynamic ball；Described drive ball and described rotation engaging groove adapt.
A kind of two-way dyeing installation with anti-vibration structure the most according to claim 2, its feature
It is: described dyeing chamber (9) includes main operation cylinder shell (92), is arranged at described main operation barrel shell
First mounting seat (91) of one end of body (92), it is arranged at the another of described main operation cylinder shell (92)
Second mounting seat (96) of one end, it is arranged at the inside of described dyeing chamber (9) and near described first
First flow distribution plate (93) of mounting seat (91), be arranged at described main operation cylinder shell (92) in and lean on
Second flow distribution plate (95) of the most described second mounting seat (96), it is embedded at described main operation cylinder shell (92)
Sidewall in side fix foot (97), being axially arranged in along described main operation cylinder shell (92)
Described main operation cylinder shell (92) is interior and is in described first flow distribution plate (93) and described second shunting
Inner bracing piece (94) between plate (95).
A kind of two-way dyeing installation with anti-vibration structure the most according to claim 3, its feature
It is: the structure of described first flow distribution plate (93) is consistent with the structure of described second flow distribution plate (95)；
Described first flow distribution plate (93) is bending；It is arranged with inside in described first flow distribution plate (93)
Spinning groove, described internal spinning groove and described inner bracing piece (94) adapt；Described inner bracing piece (94)
For cylindric；Be arranged with in described side fixes foot (97) and connect and fix groove, described in connect and fix
Groove and described second flow distribution plate (95) adapt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620266864.2U CN205529424U (en) | 2016-03-31 | 2016-03-31 | Two -way dyeing equipment with shock absorber structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620266864.2U CN205529424U (en) | 2016-03-31 | 2016-03-31 | Two -way dyeing equipment with shock absorber structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205529424U true CN205529424U (en) | 2016-08-31 |
Family
ID=57141183
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620266864.2U Expired - Fee Related CN205529424U (en) | 2016-03-31 | 2016-03-31 | Two -way dyeing equipment with shock absorber structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205529424U (en) |
-
2016
- 2016-03-31 CN CN201620266864.2U patent/CN205529424U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 Termination date: 20170331 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |