CN206624591U - A kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system - Google Patents
A kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system Download PDFInfo
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- CN206624591U CN206624591U CN201621245337.XU CN201621245337U CN206624591U CN 206624591 U CN206624591 U CN 206624591U CN 201621245337 U CN201621245337 U CN 201621245337U CN 206624591 U CN206624591 U CN 206624591U
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- rotating shaft
- fluid delivery
- fluid
- delivery system
- overcoat
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Abstract
It the utility model is related to fluid conveyor tool, more particularly to a kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system, the fluid delivery system include fluid inlet end, fluid outlet, at least one rotating shaft end and at least two rigid fluid delivery tubes；Each rotating shaft end includes rotating shaft and can surround the rotating shaft set that the axis of the rotating shaft rotates, and is arranged at least two rotating shaft sets side by side in the circumference of the rotating shaft at each rotating shaft end, each rotating shaft set is connected with corresponding fluid delivery tube；The rotating shaft has axial cavity, and the rotating shaft at each rotating shaft end corresponds to each rotating shaft set being arranged thereon and offers lateral through hole to connect corresponding rotating shaft set and the cavity.
Description
Technical field
It the utility model is related to fluid conveyor tool, and in particular to one kind can provide fluid conveying and energy for elevating mechanism
Enough reduce the fluid delivery system of self space occupancy and the lowering or hoisting gear with the fluid delivery system.
Background technology
Existing elevating mechanism typically carries out the continuous conveying of fluid using low-pressure hose.Low-pressure hose can be with hose reel
Form carry out fluid conveying, but this kind of mode of movement needs to be equipped with independent driving to realize the same of flexible pipe and elevating mechanism
Shi Yundong；Or low-pressure hose can also be laid in the inner chamber of engineering drag chain, drag chain both ends are separately fixed at elevating mechanism
On lift side and fixing end, engineering drag chain is driven to be synchronized with the movement using elevating mechanism, so as to meet the conveying of different height fluid
Demand.
But when needing the Fluid Volume that is conveyed larger, due to the continuous increase of Fluid pressure and flow, flexible pipe
Bending radius also increases, and then causes flexible pipe to occupy larger use space during installation and use, is unfavorable for rising
Descending mechanism carries out fluid conveying in small space.
Therefore, need badly and design and develop one kind and can reduce self space occupancy and make full use of self space effectively to convey
The fluid delivery system of fluid.
Utility model content
The purpose of this utility model, which is to provide, a kind of can make full use of self space and with trandfer fluid function
Fluid delivery system and the lowering or hoisting gear with the fluid delivery system.
The purpose of this utility model is achieved through the following technical solutions：
The utility model provides a kind of fluid delivery system, including fluid inlet end, fluid outlet, at least one turn
Shaft end and at least two rigid fluid delivery tubes；Each rotating shaft end includes rotating shaft and can surround the axis rotation of the rotating shaft
Rotating shaft set, be arranged at least two rotating shaft sets side by side in the circumference of the rotating shaft at each rotating shaft end, each rotating shaft set with it is corresponding
Fluid delivery tube be connected；The rotating shaft has an axial cavity, and the rotating shaft at each rotating shaft end corresponds to and covered thereon
If each rotating shaft set offer lateral through hole to connect corresponding rotating shaft set and the cavity.
The utility model by there is provided with rotating shaft with can the rotating shaft end of rotating shaft set that rotates of relative rotating shaft, using turn
Axle sleeve surrounds axis of rotation relative to the rotation linkage fluid delivery tube of rotating shaft, it is achieved thereby that high in lifting in fluid delivery tube
The stretching, extension and folding in direction are spent, has reached and has saved the purpose that fluid delivery system uses space.And take full advantage of body and
Rotating shaft end inner space is used for trandfer fluid.In addition, fluid delivery system can also be according to adjustable height or dose of fluid delivered
Conditions of demand, the quantity of rotating shaft set carries out reasonable disposition in the quantity at countershaft end and same rotating shaft.
Preferably, the rotating shaft end also includes rotatable support and seal, and each rotating shaft set is towards described turn
The side of axle circumferentially offers at least two first storage tanks and at least two second storage tanks, and first storage tank is used for
The rotatable support is accommodated, second storage tank is used to accommodate the seal.
One embodiment of the present utility model by there is provided the rotatable support that is rotated relative to rotating shaft of support rotating shaft set,
The rotational resistance and power consumption between rotating shaft and rotating shaft set are reduced, makes rotating shaft set more flexible relative to the rotation of rotating shaft.
The embodiment has carried out good sealing by the seal countershaft of setting and the connection of rotating shaft set, is being flowed rotating shaft end
Body is not susceptible to leak when transmitting.
Preferably, each rotating shaft end also includes distance piece and locating part, and the distance piece is located at the rotating shaft at each rotating shaft end
Abutted against between set and with the rotatable support, the locating part is circumferentially embedded at the rotating shaft both ends.It is of the present utility model
One embodiment avoids multiple rotating shaft sets and deviateed both when relative to same axis of rotation by setting distance piece and locating part
Position the transmission for putting, interfering and influenceing fluid.
Preferably, the rotatable support is selected from sliding support ring or bearing.Slidably support ring or bearing can be more preferable
The rotating shaft set rotated relative to rotating shaft is supported, improves the flexibility of revolution of rotating shaft set.
Preferably, the rotating shaft end also includes at least one end cap, the dismountable end with the rotating shaft of the end cap
It is connected.One embodiment of the present utility model occurs what is accumulated by using the end cap being detachably connected in rotating shaft cavity inside
During impurity, it is easy to the cavity of countershaft to be cleared up.
Preferably, the lateral through hole has multiple and uniform laying.One embodiment of the present utility model by using
Uniform laying mode sets lateral through hole, is advantageous to the processing of rotating shaft and keeps the mechanical strength of rotating shaft.
Preferably, the fluid inlet end and/or the fluid outlet each include inner sleeve, overcoat and installation portion；Institute
State overcoat and be set in and put and can be rotated around the axis of the inner sleeve in described, the overcoat be connected to the conveying of corresponding fluid
Pipe；The inner sleeve is fixed or the installation portion, and the inner sleeve has axial cavity and connects the overcoat and institute
State the lateral openings of cavity.In one embodiment of the present utility model, installation portion is easy to fluid delivery system and lowering or hoisting gear
Connection installation, overcoat can coordinate stretching, extension or the folding movement of fluid delivery tube, the transmission of convection body relative to the rotation of inner sleeve
It is more convenient.
The utility model additionally provides a kind of lowering or hoisting gear, including hoistable platform and foregoing fluid delivery system, institute
Fluid outlet is stated with the hoistable platform to be connected.Lowering or hoisting gear provided by the utility model is realized in short transverse convection body
Easier, efficient transmission, and because fluid delivery system is foldable, also save lowering or hoisting gear uses space.
Preferably, the fluid delivery system is configured for use as lifting support and supports the hoistable platform.It is of the present utility model
In one embodiment, fluid delivery system can both be also used as lifting support support hoistable platform lifting, section with trandfer fluid
Save and used space.
Preferably, in addition to guide rail, the guide rail are arranged on the hoistable platform, and the fluid outlet is led described in
The track of rail slides.In one embodiment of the present utility model, the setting of guide rail is easy to fluid delivery tube same what is lifted
When rectilinear direction carry out position regulation.
It should be appreciated that the general description and following detailed description of the above are only exemplary, this can not be limited
Utility model.
Brief description of the drawings
Fig. 1 is the stereogram of the utility model fluid delivery system；
Fig. 2 is the profile at the utility model rotating shaft end；
Fig. 3 is the profile that the utility model fixes infusion set；
1st, fluid delivery system；
10th, rotating shaft end；100th, rotating shaft；101st, rotating shaft set；102nd, lateral through hole；103rd, rotatable support；104th, seal；
105th, distance piece；106th, locating part；107th, end cap；12nd, fluid inlet end；120th, inner sleeve；121st, overcoat；122nd, installation portion；
123rd, lateral openings；14th, fluid outlet；140th, inner sleeve；141st, overcoat；142nd, installation portion；143rd, lateral openings；16th, fluid
Delivery pipe；
2nd, hoistable platform；3rd, pedestal；4th, lifting support.
Embodiment
The utility model is described in further detail below by specific embodiment and with reference to accompanying drawing.Wen Zhong
"front", "rear", "left", "right", " on ", " under " are using the laying state of the fluid delivery system in accompanying drawing as reference.
In order that the purpose of this utility model, technical scheme and advantage are clearer, it is real below in conjunction with the utility model
Example and accompanying drawing are applied, clear, complete description is carried out to the technical solution of the utility model, it is clear that described embodiment is this
The part of the embodiment of utility model, rather than whole embodiments.Based on technical scheme provided by the utility model and given
The embodiment gone out, the other embodiment that those skilled in the art are obtained on the premise of creative work is not made, all belongs to
In the scope of the utility model protection.
As Figure 1-3, the utility model provides a kind of fluid delivery system 1, the device include fluid inlet end 12,
Fluid outlet 14,10 and at least two rigid fluid delivery tube 16 of at least one rotating shaft end.
Fluid inlet end 12 and fluid outlet 14 middle position of multiple fluid delivery tubes 16 with being arranged with folded form respectively
It is connected in the first end with the fluid delivery tube of last position 16 for the importing and export of fluid.
Each rotating shaft end 10 includes rotating shaft 100 and can surround the rotating shaft set 101 that the axis of rotating shaft 100 rotates, along rotating shaft
Axial direction be arranged at least two rotating shaft sets 101 side by side in the circumference of the rotating shaft 100 at each rotating shaft end 10, each rotating shaft set 101 with
Corresponding fluid delivery tube 16 is connected；Rotating shaft 100 has axial cavity, and the rotating shaft 100 at each rotating shaft end 10 corresponds at it
On each rotating shaft set 101 for being arranged offer lateral through hole 102 to connect corresponding rotating shaft set 101 and cavity.
The rotating shaft 100 at rotating shaft end 10 and the cooperation of rotating shaft set 101 can make the fluid delivery tube 16 being connected with rotating shaft set 101
Rotating freely around the axial direction of rotating shaft 100 is realized, by adjusting the anglec of rotation of fluid delivery tube 16, makes fluid delivery system 1
Fluid transmission can be carried out in appropriate adjustable height；Rotating shaft end 10 is also responsible for while rotation is provided for fluid delivery tube 16
The transition of fluid, the fluid in a fluid delivery tube 16 enter via the lateral through hole 102 corresponding to corresponding axle sleeve in rotating shaft 100
Enter the rotating shaft 100 with cavity, through the transition of rotating shaft 100, then pass through the side in the rotating shaft 100 corresponding with other rotating shaft sets 101
To through hole 102, one or more other fluid delivery tube 16 is delivered fluids to.Fluid delivery tube 16 can be internal diameter not
Water-supply-pipe less than DN50.
In one embodiment of the present utility model, multiple fluid delivery tubes 16 are folded to connect by corresponding rotating shaft end 10,
It is constructed to be permeable to the fluid delivery system 1 for bending and stretching in adjustable height direction.This fluid with multiple rule bending
Conveying device 1 can meet the fluid delivery requirements of height, can also be directed to the narrow situation of conveying space, in production
The length of appropriate reduction fluid delivery tube 16, and multiple fluid delivery tubes 16 are set up in short transverse according to demand, both meet to make
With the requirement in space, the dose of fluid delivered of fluid delivery system 1 will not be also reduced.
In one embodiment of the present utility model, in a rotating shaft 100 can along its axial direction it is arranged side by side in rotating shaft 100
Circumference be arranged multiple rotating shaft sets 101, and each rotating shaft set 101 is connected with corresponding fluid delivery tube 16, and rotating shaft set 101 is right
The lateral through hole 102 opened up in the rotating shaft 100 answered is connected with corresponding fluid delivery tube 16, and same rotating shaft 100 can be along axle
Multiple fluid delivery tubes 16 are connected side by side to direction, so as in the case where adjustable height is set, add the conveying capacity of fluid.
One embodiment as shown in Figure 1, including a rotating shaft end 10 and coupled two fluid delivery tubes 16.Should
Rotating shaft end 10 has two rotating shaft sets 101 being set up in parallel vertically, and rotating shaft set 101 is arranged around the circumference of rotating shaft 100, each
Fluid delivery tube 16 is connected with a rotating shaft set 101 being socketed in rotating shaft 100, and rotating shaft set 101 can surround rotating shaft 100
Axis rotates, and the fluid delivery tube 16 being connected with rotating shaft set 101 can also rotate relative to the axis of rotating shaft 100, in rotating shaft 100
Lateral through hole 102 is offered, two fluid delivery tubes 16 are when the relative rotation expansion of rotating shaft end 10 is to required adjustable height, stream
Body delivery pipe 16 can keep connecting to realize the transmission of fluid with the lateral through hole 102 of rotating shaft 100.It is lateral in the utility model
Through hole 102 can be circumferences that are multiple, and being evenly distributed on rotating shaft 100, and the mode uniformly laid is easy to the processing of rotating shaft 100
And keep the mechanical strength of rotating shaft 100.Fluid delivery tube 16 both can also may be used with the completely corresponding connection of a lateral through hole 102
Connected with lateral through hole 102 simultaneously adjacent with two, can so ensure that fluid delivery tube 16 connects with the moment of rotating shaft 100
It is logical, also will not be in fluid even if body delivery pipe does not connect completely when being rotated relative to rotating shaft 100 with a lateral through hole 102
Delivery pipe 16 relative to rotating shaft 100 rotate when stop convection body transmission.
As shown in Fig. 2 rotating shaft end 10 of the present utility model also includes rotatable support 103 and seal 104, each rotating shaft
Set 101 circumferentially offers at least two first storage tanks and at least two second storage tanks in the side towards rotating shaft 100.This
The first storage tank and the second storage tank can be two in utility model, and the first storage tank can be located at each edge of rotating shaft set 101
The both ends of axial direction, the second storage tank can be distributed on the inner side of the first storage tank, and the first storage tank is used to accommodate rotatable support
103, the second storage tank is used to accommodate seal 104.Rotatable support 103 can be support ring or rigid bearing, use
During support ring, it can be copper sheathing or the toroidal support made of nylon.Rotatable support 103 supports the phase of rotating shaft set 101
Rotated for rotating shaft 100, reduce rotational resistance therebetween and power consumption, make rotating shaft set 101 relative to rotating shaft 100
Rotate more flexible.Seal 104 can be sealing ring, and countershaft 100 and the connection of rotating shaft set 101 are sealed, and make rotating shaft
End 10 does not leak when carrying out fluid transmission.
In order to avoid two adjacent rotating shaft sets 101 when being rotated relative to rotating shaft 100, occur axially in same rotating shaft 100
Displacement and there is rotational interference, and then influence the respective normal rotation of adjacent two rotating shaft sets 101, one of the present utility model
Embodiment, as shown in Fig. 2 each rotating shaft end 10 also includes distance piece 105, distance piece 105 is located at the rotating shaft set 101 at each rotating shaft end 10
Between and abut against with rotatable support 103.
In addition, the embodiment can also include locating part 106, locating part 106 can be embedded along the circumference of rotating shaft 100
At the both ends of rotating shaft 100, locating part 106 protrude from the part of rotating shaft 100 with first storage tank at the both ends of rotating shaft 100
Rotatable support 103 abuts against when being rotated with being limited in rotating shaft set 101 relative to rotating shaft 100, rotating shaft set 101 and rotatable support
103 occur axial dipole field.Locating part 106 can select snap ring or axle bumper.
As shown in Fig. 2 employ can at least one end of rotating shaft 100 with cavity in one embodiment of the present utility model
The port for the countershaft 100 of end cap 107 being detachably connected with rotating shaft 100 is blocked, it is preferred to use both ends are dismountable
End cap 107.Preferable end cap 107 can be screwed plug.Using the end cap 107 being detachably connected, it is easy in the cavity of rotating shaft 100
The cavity of countershaft 100 is cleared up when accumulation of foreign matter occurs in portion.
For the ease of installation, and more efficiently convection body is imported and exported, as shown in figure 3, of the present utility model
In one embodiment, fluid inlet end 12 and/or fluid outlet 14 each include inner sleeve 120,140, overcoat 121,141 and peace
Dress portion 122,142；Overcoat 121,141 is set in inner sleeve 120,140, and overcoat 121,141 can surround the axle of inner sleeve 120,140
Line rotates, and overcoat 121,141 is connected to corresponding fluid delivery tube 16, and fluid delivery tube 16 can be together with overcoat 121,141
Axis around inner sleeve 120,140 rotates；Inner sleeve 120,140 can be fixedly connected with installation portion 122,142, for example with welding
The two is fixed, or the two can be integrally formed product, inner sleeve 120,140 has axial cavity, and also have can
The lateral openings 123,143 being connected with overcoat 121,141 and cavity.Lateral openings 123,143 are perfectly even laid in inner sleeve
120th, in 140 circumference.Installation portion 122,142 can be platy structure, circumference of the installation portion 122,142 along inner sleeve 120,140
Mounting hole can be laid, the number of mounting hole can be 4-8, preferably 4, and mounting hole is perfectly even laid in installation portion
122nd, on 142.
In order to more improve the structure at fluid inlet end 12 and fluid outlet 14, fluid inlet end 12 and fluid outlet
14 open up vertically in respective overcoat 121,141 towards the face of inner sleeve 120,140 and the side being in contact with inner sleeve 120,140
First resettlement groove of support ring or rigid bearing of the placement with supporting role and dispose sealing ring with sealing function
Second resettlement groove, the first resettlement groove and the second resettlement groove preferably 2, the first resettlement groove are opened in overcoat 121,141 along axis
Both ends, the second resettlement groove is evenly distributed on the inner side of the first resettlement groove, in order to the overcoat rotated relative to inner sleeve 120,140
121st, 141 axial limiting is carried out, snap ring or axle with limit function can also be embedded in the circumference along inner sleeve 120,140
Gear, and snap ring or axle bumper abut against with support ring or bearing, fluid inlet end 12 and fluid outlet 14 can be only close to ends
The side of mouth sets the axle bumper abutted against with support ring or bearing, and this is due to that inner sleeve 120,140 connects with installation portion 122,142
One end there is ladder platform, the support ring or bearing being placed in the first resettlement groove can have rank with inner sleeve 120,140 just
The side of halfpace abuts against, it is achieved thereby that the effect of the spacing overcoat 121,141 of axle bumper.Fluid inlet end 12 and fluid outlet
14 when being that fluid delivery tube 16 is connected, and the openend of the two is towards preferably consistent, in order to install and connect the stream of outside
Body dispatch tube, fluid delivery tube can be screwed pipes, in the port of fluid inlet end 12 and the inner sleeve 120,140 of fluid outlet 14
Side is provided with the screw thread that can be matched with screwed pipe, is easy to the dismounting of fluid delivery tube and inner sleeve 120,140 and is connected.Installation portion
122nd, 142 are easy to the connection of fluid delivery system 1 and lowering or hoisting gear to install, overcoat 121,141 relative to inner sleeve 120,140 rotation
Turn stretching, extension or the folding movement that can coordinate fluid delivery tube 16, the transmission of convection body is more convenient.
Fluid delivery system 1 of the present utility model has pressure adaptation scope wide, according to the big minor adjustment stream of dose of fluid delivered
The advantage of the structure setting of body conveying device 1, and folded because can be realized in short transverse, reduce the minimum of conveying device
Highly.The main material for structure such as rotating shaft end 10, fluid delivery tube 16, fluid inlet end 12 and fluid outlet 14 of the present utility model are excellent
Stainless steel is selected to make.
As illustrated in figures 4-5, the utility model additionally provides a kind of lowering or hoisting gear, the lowering or hoisting gear include hoistable platform 2 with
And above-mentioned fluid delivery system 1, also pedestal 3 and lifting support 4, lifting support 4 are placed on pedestal 3, the energy of lifting support 4
Hoistable platform 2 is enough supported, the fixed part 202 at fluid inlet end 12 on pedestal 3 with being fixedly linked, the fixed part of fluid outlet 14
302 are connected fluid delivery system 1 with the bottom of hoistable platform 2 can be as the lifting of hoistable platform 2 is stretched or is folded.With stream
The lowering or hoisting gear of body conveying device 1, it is easier, efficient when convection body carries out lifting transmission, and filled because fluid conveys
Put 1 it is foldable, also save lowering or hoisting gear use space.
Fluid delivery system 1 is preferably mounted at the side of lifting support 4.Pedestal 3 can set first to fix in this side
Plate, hoistable platform 2 can set the second fixed plate in its bottom, the installation portion 122 of fluid inlet end 12 and fluid outlet 14,
142 are connected with the first fixed plate and the second fixed plate respectively.In another embodiment of the present utility model, guide rail can conduct
The structure of the installation portion 142 of fluid outlet 14 is supported, the installation portion 142 of fluid outlet 14 has and can slided on guide rail
Guide rail counterpart, guide rail can be the track with guide groove or projection, and installation portion 142 has and guide groove or raised matched
Projection or slot structure.Guide rail can realize high-precision linear motion in the case of higher load, be easy to fluid delivery tube
16 carry out the regulation of position while being lifted in rectilinear direction.
Fluid delivery system 1 can also substitute lifting support 4 to support hoistable platform 2 to carry out elevating movement.So, fluid is defeated
Send device 1 both with trandfer fluid hoistable platform 2 can also be supported to lift, save using space.
Above description is not limited to the utility model as preferred embodiment of the present utility model.For this area
Technical staff for, the utility model can have various modifications and variations.It is all within the spirit and principles of the utility model,
Any modification, equivalent substitution and improvements made etc., should be included within the scope of protection of the utility model.
Claims (10)
- A kind of 1. fluid delivery system, it is characterised in that including fluid inlet end, fluid outlet, at least one rotating shaft end and At least two rigid fluid delivery tubes；Each rotating shaft end includes rotating shaft and can surround the rotating shaft that the axis of the rotating shaft rotates Set, is arranged at least two rotating shaft sets, each rotating shaft set and corresponding fluid side by side in the circumference of the rotating shaft at each rotating shaft end Delivery pipe is connected；The rotating shaft has axial cavity, and the rotating shaft at each rotating shaft end is each corresponding to being arranged thereon Rotating shaft set offers lateral through hole to connect corresponding rotating shaft set and the cavity.
- 2. fluid delivery system according to claim 1, it is characterised in that the rotating shaft end also include rotatable support and Seal, each rotating shaft set circumferentially offer at least two first storage tanks and at least in the side towards the rotating shaft Two the second storage tanks, first storage tank are used to accommodate the rotatable support, and second storage tank is used to accommodate institute State seal.
- 3. fluid delivery system according to claim 2, it is characterised in that each rotating shaft end also includes distance piece and spacing Part, the distance piece are located between the rotating shaft set at each rotating shaft end and abutted against with the rotatable support, the locating part Circumferentially it is embedded at the rotating shaft both ends.
- 4. the fluid delivery system according to Claims 2 or 3, it is characterised in that the rotatable support, which is selected from, slides branch Pushing out ring or bearing.
- 5. according to the fluid delivery system described in claim any one of 1-3, it is characterised in that the rotating shaft end is also included at least One end cap, end of the end cap removably with the rotating shaft are connected.
- 6. according to the fluid delivery system described in claim any one of 1-3, it is characterised in that the lateral through hole has multiple And uniformly lay.
- 7. according to the fluid delivery system described in claim any one of 1-3, it is characterised in that the fluid inlet end and/or The fluid outlet each includes inner sleeve, overcoat and installation portion；The overcoat is set in described and put and can be around described interior The axis of set rotates, and the overcoat is connected to corresponding fluid delivery tube；The inner sleeve is fixed or the installation Portion, the inner sleeve have axial cavity and connect the lateral openings of the overcoat and the cavity.
- 8. a kind of lowering or hoisting gear, it is characterised in that including the fluid conveying described in hoistable platform and claim any one of 1-7 Device, the fluid outlet are connected with the hoistable platform.
- 9. lowering or hoisting gear according to claim 8, it is characterised in that the fluid delivery system is configured for use as lifting support Support the hoistable platform.
- 10. lowering or hoisting gear according to claim 8 or claim 9, it is characterised in that be also arranged on institute including guide rail, the guide rail State on hoistable platform, track of the fluid outlet along the guide rail slides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245337.XU CN206624591U (en) | 2016-11-18 | 2016-11-18 | A kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245337.XU CN206624591U (en) | 2016-11-18 | 2016-11-18 | A kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system |
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| Publication Number | Publication Date |
|---|---|
| CN206624591U true CN206624591U (en) | 2017-11-10 |
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ID=60213254
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621245337.XU Active CN206624591U (en) | 2016-11-18 | 2016-11-18 | A kind of fluid delivery system and the lowering or hoisting gear with the fluid delivery system |
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| CN (1) | CN206624591U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110440242A (en) * | 2019-09-04 | 2019-11-12 | 长沙有色冶金设计研究院有限公司 | Integrated superheater |
-
2016
- 2016-11-18 CN CN201621245337.XU patent/CN206624591U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110440242A (en) * | 2019-09-04 | 2019-11-12 | 长沙有色冶金设计研究院有限公司 | Integrated superheater |
| CN110440242B (en) * | 2019-09-04 | 2024-04-09 | 长沙有色冶金设计研究院有限公司 | Integrated superheater |
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