CN207952808U - A kind of booster of fast quick-detach - Google Patents
A kind of booster of fast quick-detach Download PDFInfo
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- CN207952808U CN207952808U CN201820140160.XU CN201820140160U CN207952808U CN 207952808 U CN207952808 U CN 207952808U CN 201820140160 U CN201820140160 U CN 201820140160U CN 207952808 U CN207952808 U CN 207952808U
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- sheath
- pressurized cylinder
- cylinder
- booster
- swelling
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Abstract
The utility model belongs to booster technical field,A kind of booster of the fast quick-detach proposed,Including pressurized cylinder and high pressure cylinder,Pressurized cylinder both ends pass through Quick Release flanged joint high pressure cylinder,Quick Release flange includes flange body,The nearlyr one end of pressurized cylinder is provided with sheath in flange body,Sheath is coaxially disposed with flange body,Annular groove is formed between sheath and flange body,Pressurized cylinder is located in annular groove,Also rotation is provided with dismounting set outside sheath,Dismounting set inner wall is provided with several swelling edges in an axial direction or along wall hand of helix,Swelling edge is circumferentially successively increased away from sheath axial line distance,Swelling is identical along setting direction,Jacket outer surface is relatively set with several expanding troughs with swelling edge,It is difficult to solve booster demolition and maintenance in the prior art,The sealing of flange and pressurized cylinder high pressure cylinder is limited simultaneously,It is easy to happen leakage oil leakage phenomenon.
Description
Technical field
The utility model belongs to booster technical field, is related to a kind of booster of fast quick-detach.
Background technology
Water jet cutting is a kind of economical cutting technique, almost all of material can practical water jet cut
It cuts, therefore the application of water jet is almost omnipotent, and in water jet system, it is exactly to be pressurized to provide the heart of power for it
Device.
Booster demolition and maintenance in the prior art are difficult, while the sealing of flange and pressurized cylinder high pressure cylinder is limited, are easy
Leakage oil leakage phenomenon occurs.
Utility model content
The utility model proposes a kind of boosters of fast quick-detach, and it is tired to solve booster demolition and maintenance in the prior art
Difficulty, while the sealing of flange and pressurized cylinder high pressure cylinder is limited, is easy to happen leakage oil leakage phenomenon.
What the technical solution of the utility model was realized in：
A kind of booster of fast quick-detach, including pressurized cylinder and high pressure cylinder, the pressurized cylinder both ends pass through Quick Release flange
The high pressure cylinder is connected, the Quick Release flange includes flange body, is set away from the nearlyr one end of the pressurized cylinder in the flange body
It is equipped with sheath, the sheath is coaxially disposed with the flange body, and annular groove is formed between the sheath and the flange body,
The pressurized cylinder is inserted into the annular groove,
Also rotation is provided with dismounting set outside the sheath, and the dismounting set inner wall is arranged in an axial direction or along wall hand of helix
There are several swelling edges, the swelling away from the sheath axial line distance along circumferentially successively increasing, and the swelling is along setting direction phase
Together, the jacket outer surface is relatively set with several expanding troughs with swelling edge.
As further technical solution, the annular groove slot bottom is provided with sealing ring.
As further technical solution, the sheath is more distally arrived away from the high pressure cylinder outside the gradual increase of other end internal diameter
Diameter remains unchanged, and the swelling is more distally gradually increased to the other end along height and the swelling groove depth away from the high pressure cylinder.
As further technical solution, circumferentially arranged flute profile on inner wall of the sheath away from the high pressure cylinder relatively distal end
Convex edge, the flute profile convex edge are several, and the minimum range of the flute profile convex edge away from the flange body is more than the pressurized cylinder
Wall thickness is correspondingly arranged on several type recess on the pressurized cylinder with the flute profile convex edge.
As further technical solution, the section of the flute profile convex edge is triangle, and the flute profile convex edge is away from the height
The plane of cylinder pressure farther out and the pressurized cylinder outer wall vertical, the annular groove slot bottom are provided with sealing ring.
As further technical solution, the dismounting set is rotatably arranged on outside the sheath and outside the flange body,
The dismounting, which is put on, is provided with threaded hole one, and cone is correspondingly arranged on the threaded hole one on the sheath or the flange body
Shape hole, the bellmouth bottom hole are provided with threaded hole two, and screw thread, the screw thread, the threaded hole one are provided in the bellmouth
Screw thread it is consistent with the screw thread specification of the threaded hole two.
It the utility model use principle and has the beneficial effect that：
1, in the utility model, high pressure cylinder is plugged in annular groove, and the sheath on the outside of annular groove can be to high pressure cylinder
It playing a protective role, while sealing function of the Quick Release flange to high pressure cylinder can be improved, rotation, which is provided with, outside sheath dismantles set,
When along direction rotation dismounting set is increased, swelling on expanding trough along sliding, simultaneously because swelling edge and expanding trough are away from the shield
Set axial line distance is circumferentially successively increased or is reduced, and the total height of swelling edge and expanding trough is continuously increased, and then sheath is inside
Pressurized cylinder is held in portion tightly, and pressurized cylinder receives external pressure and internally compresses sealing with flange body, while expanding trough and swelling are along energy
Enough realize self-locking, Quick Release flange falls off in preventing booster from working, and the reliability of booster is increased, simultaneously as Quick Release method
Blue setting can make booster be easier to dismantle, be easily installed and safeguard, when booster needs replacing part, edge and peace
The negative direction rotation dismounting set of rotation dismounting set can contact holding of the sheath to pressurized cylinder when dress, and then realize Quick Release, setting
It is scientific and reasonable.
2, in the utility model, annular groove can be enhanced to pressurized cylinder in the sealing ring that the slot bottom of annular groove is arranged
Sealing effect, and then sealing effect of the Quick Release flange to pressurized cylinder is enhanced, prevent the gap of Quick Release flange and pressurized cylinder from occurring
The phenomenon of leakage, setting are scientific and reasonable.
3, in the utility model, sheath is remoter away from high pressure cylinder, and the deformation extent that can allow for is bigger, while the wall of sheath
It is thick thinner, deformability of the sheath away from high pressure cylinder relatively distal end is further increased, pressurized cylinder can be played more preferably when holding tightly
Holding and sealing effect, prevent the junction of Quick Release flange and pressurized cylinder from the phenomenon of leakage occur, setting is scientific and reasonable.
4, in the utility model, minimum range of the flute profile convex edge away from the flange body is more than the pressurized cylinder wall thickness, makes
The setting of flute profile convex edge does not influence pressurized cylinder and stretches into annular groove, and when rotation dismounting set, dismounting set holds sheath tightly, and by sheath
On flute profile convex edge be pressed into and with it correspond the type recess of pressurized cylinder, worked in coordination energy by flute profile convex edge and type recess
Enough enhance sealing effect, while the intensity at interception can also be enhanced, prevent pressurized cylinder from falling off, setting is scientific and reasonable.
5, in the utility model, since the section of flute profile convex edge is triangle, when flute profile convex edge is pressed into type recess,
The inclined-plane of flute profile convex edge slides on the inclined-plane of type recess, and pressurized cylinder can be driven to be moved to slot bottom, and by sealing ring pressure
It is real, enhance sealing effect, setting is scientific and reasonable.
6, in the utility model, dismounting set can be fixed by screw, is when screw screws in threaded hole one, it can be into
Enter into bellmouth, screw thread is provided on bellmouth side wall to be oriented to screw, and screw is made smoothly to screw in threaded hole two
In, since dismounting set needs to rotate when mounted, threaded hole one and threaded hole two have difficulties to it, and bellmouth, which plays, leads
To effect, while by screw revolve threaded hole two when, screw can by threaded hole one drive dismounting set rotation, by screw thread
Hole one and threaded hole two are aligned, and further enhance the sealing effect of Quick Release flange, and setting is scientific and reasonable.
Description of the drawings
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the structural schematic diagram of the utility model flange body；
Fig. 3 is close-up schematic view at A in Fig. 2；
Fig. 4 is the utility model dismounting set end view；
Fig. 5 is the utility model flange body end view；
In figure：1- pressurized cylinders, 2- high pressure cylinders, 3- Quick Release flanges, 31- flange bodies, 32- sheaths, 33- annular grooves, 34-
Dismounting set, 35- swellings edge, 36- expanding troughs, 37- sealing rings, 38- flute profiles convex edge, 39- bellmouths, 4- type recess.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
As shown in fig. 1~fig. 5,
A kind of booster of fast quick-detach, including pressurized cylinder 1 and high pressure cylinder 2,1 both ends of pressurized cylinder pass through Quick Release flange 3
High pressure cylinder 2 is connected, Quick Release flange 3 includes flange body 31, and 1 nearlyr one end of pressurized cylinder is provided with sheath in flange body 31
32, sheath 32 is coaxially disposed with flange body 31, and annular groove 33 is formed between sheath 32 and flange body 31, and pressurized cylinder 1 is inserted into
Annular groove 33,
Also rotation is provided with dismounting set 34 outside sheath 32, and dismounting 34 inner walls of set are provided in an axial direction or along wall hand of helix
Several swellings are along 35, and swelling is circumferentially successively increased along 35 away from 32 axial line distance of sheath, and swelling is identical along 35 setting directions, sheath
32 outer surfaces are relatively set with several expanding troughs 36 with swelling along 35.
In the utility model, high pressure cylinder 2 is plugged in annular groove 33, and the sheath 32 in 33 outside of annular groove can be right
High pressure cylinder 2 plays a protective role, while can improve sealing function of the Quick Release flange 3 to high pressure cylinder 2, rotates and sets outside sheath 32
It is equipped with dismounting set 34, when along direction rotation dismounting set 34 are increased, swelling is slided along 35 on expanding trough 36, simultaneously because swelling
Circumferentially successively increase or reduce away from 32 axial line distance of the sheath along 35 and expanding trough 36, swelling along 35 and expanding trough 36 it is total
Height is continuously increased, and then internally holds sheath 32 tightly pressurized cylinder 1, pressurized cylinder 1 receive external pressure internally with flange sheet
Body 31 compresses sealing, while expanding trough 36 and swelling can realize self-locking along 35, and Quick Release flange 3 is de- in preventing booster from working
It falls, increases the reliability of booster, simultaneously as the setting of Quick Release flange 3, can make booster be easier to dismantle, be convenient for
Installation and safeguard, when booster needs replacing part, along and installation when rotation dismounting set 34 negative direction rotation dismounting set 34
Holding of the sheath 32 to pressurized cylinder 1 is can contact, and then realizes Quick Release, setting is scientific and reasonable.
Further, 33 slot bottom of annular groove is provided with sealing ring 37.
In the utility model, annular groove 33 can be enhanced to increasing in the sealing ring 37 that the slot bottom of annular groove 33 is arranged
The sealing effect of cylinder pressure 1, and then sealing effect of the Quick Release flange 3 to pressurized cylinder 1 is enhanced, prevent Quick Release flange 3 and pressurized cylinder 1
Gap occur the phenomenon of leakage, setting it is scientific and reasonable.
Further, sheath 32 gradually increases outer diameter to other end internal diameter away from the relatively distal end of high pressure cylinder 2 and remains unchanged, and swelling is along 35
Height and 36 depth of expanding trough are gradually increased away from the relatively distal end of high pressure cylinder 2 to the other end.
In the utility model, sheath 32 is remoter away from high pressure cylinder 2, and the deformation extent that can allow for is bigger, while sheath 32
Wall thickness it is thinner, further increase deformability of the sheath 32 away from the relatively distal end of high pressure cylinder 2, hold tightly when can be to pressurized cylinder 1
Preferably holding and sealing effect are played, prevents the junction of Quick Release flange 3 and pressurized cylinder 1 from the phenomenon of leakage occur, science is set
Rationally.
Further, circumferentially arranged flute profile convex edge 38 on inner wall of the sheath 32 away from the relatively distal end of high pressure cylinder 2, flute profile convex edge 38 is
Several, minimum range of the flute profile convex edge 38 away from flange body 31 is more than 1 wall thickness of pressurized cylinder, on pressurized cylinder 1 with flute profile convex edge 38
It is correspondingly arranged on several type recess 4.
In the utility model, minimum range of the flute profile convex edge 38 away from the flange body 31 is more than 1 wall thickness of the pressurized cylinder,
So that the setting of flute profile convex edge 38 is not influenced pressurized cylinder 1 and stretch into annular groove 33, when rotation dismounting set 34, dismounting set 34 holds shield tightly
Set 32, and the flute profile convex edge 38 on sheath 32 is pressed into and corresponds the type recess 4 of pressurized cylinder 1 with it, pass through flute profile convex edge
38 and type recess 4 work in coordination and can enhance sealing effect, while the intensity at interception can also be enhanced, prevent pressurized cylinder 1
It falls off, setting is scientific and reasonable.
Further, the section of flute profile convex edge 38 is triangle, and flute profile convex edge 38 is away from the plane farther out of high pressure cylinder 2 and pressurized cylinder
1 outer wall vertical, 33 slot bottom of annular groove are provided with sealing ring 37.
In the utility model, since the section of flute profile convex edge 38 is triangle, when flute profile convex edge 38 is pressed into type recess 4
When, the inclined-plane of flute profile convex edge 38 slides on the inclined-plane of type recess 4, and pressurized cylinder 1 can be driven to be moved to slot bottom, and will be close
Seal 37 is compacted, and enhances sealing effect, and setting is scientific and reasonable.
Further, dismounting set 34 is rotatably arranged on outside sheath 32 and outside flange body 31, and screw thread is provided on dismounting set 34
Bellmouth 39 is correspondingly arranged in Kong Yi, sheath 32 or flange body 31 with threaded hole one, 39 bottom hole of bellmouth is provided with threaded hole
Two, screw thread is provided in bellmouth 39, and screw thread, the screw thread of threaded hole one are consistent with the screw thread specification of threaded hole two.
In the utility model, dismounting set 34 can be fixed by screw, be when screw screws in threaded hole one, it can be into
Enter into bellmouth 39, screw can be oriented to by being provided with screw thread on 39 side wall of bellmouth, and screw is made smoothly to screw in screw thread
Kong Erzhong, since dismounting set 34 needs to rotate when mounted, threaded hole one and threaded hole two have difficulties to it, bellmouth 39
Play the role of guiding, while when screw is revolved threaded hole two, screw can drive dismounting set 34 by threaded hole one
Rotation, threaded hole one and threaded hole two are aligned, and further enhance the sealing effect of Quick Release flange 3, and setting is scientific and reasonable.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (6)
1. a kind of booster of fast quick-detach, including pressurized cylinder (1) and high pressure cylinder (2), which is characterized in that the pressurized cylinder (1)
Both ends connect the high pressure cylinder (2) by Quick Release flange (3), and the Quick Release flange (3) includes flange body (31), the method
The nearlyr one end of the pressurized cylinder (1) is provided with sheath (32), the sheath (32) and the flange body on blue ontology (31)
(31) it is coaxially disposed, forms annular groove (33) between the sheath (32) and the flange body (31), the pressurized cylinder (1) is inserted
Enter the annular groove (33),
Also rotation is provided with dismounting set (34) to the sheath (32) outside, and the dismounting covers (34) inner wall in an axial direction or along wall helix
Direction is provided with several swellings along (35), and the swelling is circumferentially successively increased along (35) away from the sheath (32) axial line distance,
The swelling is identical along (35) setting direction, and sheath (32) outer surface is relatively set with the swelling along (35) several swollen
Tight slot (36).
2. a kind of booster of fast quick-detach according to claim 1, which is characterized in that annular groove (33) slot bottom
It is provided with sealing ring (37).
3. a kind of booster of fast quick-detach according to claim 1, which is characterized in that the sheath (32) is away from the height
Cylinder pressure (2) relatively distal end gradually increases outer diameter to other end internal diameter and remains unchanged, the swelling edge (35) highly with the expanding trough
(36) depth is gradually increased away from the high pressure cylinder (2) relatively distal end to the other end.
4. a kind of booster of fast quick-detach according to claim 3, which is characterized in that the sheath (32) is away from the height
Circumferentially arranged flute profile convex edge (38) on the inner wall of cylinder pressure (2) relatively distal end, the flute profile convex edge (38) be several, the flute profile
Minimum range of the convex edge (38) away from the flange body (31) is more than the pressurized cylinder (1) wall thickness, on the pressurized cylinder (1) and institute
It states flute profile convex edge (38) and is correspondingly arranged on several type recess (4).
5. a kind of booster of fast quick-detach according to claim 4, which is characterized in that the flute profile convex edge (38) is cut
Face is triangle, the flute profile convex edge (38) away from the high pressure cylinder (2) plane farther out and the pressurized cylinder (1) outer wall vertical,
Annular groove (33) slot bottom is provided with sealing ring (37).
6. a kind of booster of fast quick-detach according to claim 1, which is characterized in that dismounting set (34) rotation is set
Set in the sheath (32) outside with the flange body (31) outside, is provided with threaded hole one, the shield on the dismounting set (34)
On set (32) or the flange body (31) bellmouth (39), bellmouth (39) hole are correspondingly arranged on the threaded hole one
Bottom is provided with threaded hole two, and screw thread, the screw thread, the screw thread of the threaded hole one and the spiral shell are provided in the bellmouth (39)
The screw thread specification of pit two is consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140160.XU CN207952808U (en) | 2018-01-27 | 2018-01-27 | A kind of booster of fast quick-detach |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140160.XU CN207952808U (en) | 2018-01-27 | 2018-01-27 | A kind of booster of fast quick-detach |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207952808U true CN207952808U (en) | 2018-10-12 |
Family
ID=63735501
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820140160.XU Active CN207952808U (en) | 2018-01-27 | 2018-01-27 | A kind of booster of fast quick-detach |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207952808U (en) |
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2018
- 2018-01-27 CN CN201820140160.XU patent/CN207952808U/en active Active
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