CN206823161U - A kind of continuous air supply device for polyaxial Inflatable rotary structure - Google Patents
A kind of continuous air supply device for polyaxial Inflatable rotary structure Download PDFInfo
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- CN206823161U CN206823161U CN201720592279.6U CN201720592279U CN206823161U CN 206823161 U CN206823161 U CN 206823161U CN 201720592279 U CN201720592279 U CN 201720592279U CN 206823161 U CN206823161 U CN 206823161U
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- inflatable
- supply device
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- stayed pole
- air supply
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Abstract
A kind of continuous air supply device for polyaxial Inflatable rotary structure, including revolution movement, conducting ring, cantilever beam, free-wheeling system, air film blower fan, stayed pole and inflatable structure, revolution movement is provided with hollow shaft, conducting ring is arranged with hollow shaft, outrigger horizontal section is provided with air film blower fan, the coaxial socket of its vertical section one end and hollow shaft and with conducting loop-shaped into electrical contact, the other end is hinged on free-wheeling system outer wall, free-wheeling system one end is connected by being coupled pipeline with the air outlet of air film blower fan, the other end coaxially spins with stayed pole, stayed pole one end is connected with free-wheeling system and communicated by stomata, the other end connects the air chamber of inflatable structure.The continuous air supply device can realize uninterrupted continuous air feed during charger does polyaxial rotary motion, so as to maintain charger structure to remain optimum expansion state in motion process, the normal use of equipment and the personal safety of visitor ensure that.
Description
Technical field
It the utility model is related to recreation facility construction applications, it is specifically a kind of for polyaxial Inflatable rotary structure
Continuous air supply device.
Background technology
Inflatable recreation facility manufacturing technology is reached its maturity, and the aerated product injection for containing various moulding and design element is sold
Market is sold, external form is individually pursued and changes and attract the traditional design mode of consumer gradually can not by design factors such as colors
Take, to break through such a increasingly deficient material bottleneck, the necessary Widening Design field of designer, and combine the more of aerated product function
The polytropy of sample and playing method, so as to open up the new design direction of aerated product.
The exhibition method of traditional type inflatable structure relies solely on static moulding and attracts audience, and class production is inflated from now on to cater to
The development trend of product equipment, Conventional pneumatic structure is combined with mechanical structure and realizes inflatable structure and the linkage of mechanical part
It can yet be regarded as a kind of design method of innovation so as to break the static moulding of inflatable structure by the motion principle of mechanical structure.
At present, has there is the product of travelling that charger carrier movement is driven using mechanical realization in the market, so as to be filled
Gas formula recreation facility field brings the playing method of more novelties.But these chargers that can be moved are overall for convenience of aerated film
Movement, mainly using disposable inflatable structure, need to be pre-filled with gas before equipment setting in motion, during equipment moving
Close air inlet/outlet.Shortcomings be present in this disposable airing form, when charger volume is larger and gas leakage occurs,
The equipment repairing time is extended because air leakage point is difficult to search, causes charger to fail, if when charger is swum in visitor
When gas leakage occurring during object for appreciation, because new gas can not be found and be supplemented in time, it can also be brought to the personal safety of visitor hidden
Suffer from.Therefore, exploitation is a kind of can realize that the air supply device continuously supplied will be provided with larger answer in charger motion process
With value.
The content of the invention
Based on above variety of problems and design defect, the utility model provides one kind and is used for polyaxial Inflatable rotary structure
Continuous air supply device, uninterrupted continuous air feed can be realized during charger does polyaxial rotary motion, so as to
Maintain charger structure to remain optimum expansion state in motion process, ensure that normal use and the visitor of equipment
Personal safety.
To achieve the above object, technical solution adopted in the utility model is：
A kind of continuous air supply device for polyaxial Inflatable rotary structure, including revolution movement, conducting ring, cantilever beam,
Free-wheeling system, air film blower fan, stayed pole and inflatable structure, revolution movement are provided with hollow shaft along its center axis direction, revolution
Conducting ring is arranged with axle, the cantilever beam is inverted U support girder construction, its horizontal segment is provided with air film blower fan, its is vertical
Duan Yiduan is socketed and is hinged on conducting loop-shaped into electrical contact, the other end by the way that the hollow shaft of bearing arrangement and revolution movement is coaxial
On the free-wheeling system, the free-wheeling system is the interior hollow shaft housing structure for being provided with rolling bearing, and its one end is by being coupled pipeline
It is connected with the air outlet of air film blower fan, the other end is coaxially spun by rolling bearing and the stayed pole, and the stayed pole is axle
The hollow tube structure of through hole is provided with to insertion, stayed pole one end is connected with free-wheeling system and communicated by stomata, the other end
Connect the air chamber of the inflatable structure.
As a kind of preferred scheme, stayed pole body is divided into straight length and by some supply being connected with straight length tube chamber
It is in charge of the divergent section of composition, straight length one end is connected with free-wheeling system, and divergent section one end is bolted to connection ties in inflation
In film layer in structure air chamber.
As a kind of preferred scheme, opening for interspersed drawing club shaft is provided with the inflatable structure air chamber outer membrane
Mouthful, stayed pole divergent section is arranged at the plenum interior of inflatable structure, and the tube wall of stayed pole straight length is adopted with edge of opening
Use airtight connection.
As a kind of preferred scheme, the stayed pole, which is located on the tube wall inside inflatable structure film layer, to be radially arranged
Some air outlets are to strengthen air-out efficiency.
As a kind of preferred scheme, the divergent section of the stayed pole is by some gas supply pipes by star ring around joint group
Into using multiple spot bolt connection between divergent section and inflatable structure film layer.
As a kind of preferred scheme, the cantilever beam is provided with cant beam in the corner connection of its horizontal segment and vertical section and added
Strong part, cant beam reinforcer is resisting the stayed pole shearing force downward to cantilever beam.
As a kind of preferred scheme, the cantilever beam and a drawing club shaft structure of an essay are provided with angular adjustment pull bar.
As a kind of preferred scheme, the air film blower fan slides electrical contact mode by brush with conductive interannular and connects confession
A variety of generic components such as carbon brush, metallic brush can be selected in electricity, brush.
As a kind of preferred scheme, the bearing arrangement of the revolution movement by the clutch shaft bearing that is coaxially arranged in parallel up and down and
Second bearing is formed to keep hollow shaft not glance off.
As a kind of preferred scheme, the revolution movement is anchored on ground by bolt.
Beneficial effect：
1st, continuous air supply device prepared by the utility model employs what hollow structure stayed pole was connected with air film blower fan
On the one hand set-up mode, stayed pole play a part of carrying inflatable structure equipment and transmit kinetic energy, on the other hand act as air feed
The function of pipeline.
2nd, continuous air supply device prepared by the utility model employs the electric connection structure of conducting ring and brush sliding contact,
It ensure that air film blower fan remains with cantilever beam while rotating around hollow shaft with conducting ring to electrically connect, realize uninterrupted supply
Electricity.
3rd, continuous air supply device stayed pole one end prepared by the utility model employs more gas supply pipe star ring windings
Into divergence expression structure, the diverging end can both serve as steam line, can serve as being coupled between stayed pole and inflatable structure again
Frame, inflation film layer and stayed pole tie point can be avoided between end and inflatable structure film layer using the bolted mode of multiple spot by dissipating
The stress concentration at place.
4th, continuous air supply device prepared by the utility model is drawn in cantilever beam and a drawing club shaft structure of an essay provided with angular adjustment
Bar, by adjusting yoke adjustable in length free-wheeling system and the angle on ground, realize free-wheeling system axial line and inflatable structure axle
Heart line infinite approach overlap effect so that inflatable structure be pivoted it is lighter.
5th, continuous air supply device prepared by the utility model optionally offers radial direction on stayed pole tube wall
Air outlet, so as to strengthen the air output of stayed pole and air feeding efficiency.
6th, be hinged connected mode is used between continuous air supply device stayed pole and cantilever beam prepared by the utility model, from
And ensure that inflatable structure and stayed pole possess certain activity surplus in upper and lower dimension direction, when surface state out-of-flatness according to
It can so ensure that inflatable structure close proximity to ground moves, preventing inflatable structure, profile shrinks caused by gas leakage or ground does not occur usually not
Suffer the hanging phenomenon on ground.
7th, continuous air supply device prepared by the utility model, conductive module lead, which is hidden, to be arranged in mechanical axle sleeve structure
Portion, avoid wire intertwist and Danger Electric shock risk.
8th, the junction of continuous air supply device revolution movement and cantilever beam prepared by the utility model is provided with duplex bearing, together
When the corner location of cantilever beam is provided with cant beam reinforcer, so as to be effective against shear stress of the cantilever beam to hollow shaft,
Maintain hollow shaft not shift, extend the service life of equipment.
Brief description of the drawings
Fig. 1 is the electromechanical assembly part structural representation of continuous air supply device；
Fig. 2 is the scheme of installation of polyaxial Inflatable rotary structure；
Brief description of the drawings：1st, revolution movement, 2, conducting ring, 3, hollow shaft, 4, cantilever beam, 5, air film blower fan, 6, free-wheeling system,
7th, it is coupled pipeline, 8, stayed pole, 9, inflatable structure, 10, gas supply pipe, 11, air outlet, 12, cant beam reinforcer, 13, angle adjusts
Save pull bar, 14, brushgear, 15, bearing arrangement.
Embodiment
The technical solution of the utility model is discussed further below in conjunction with drawings and Examples.
Embodiment：
A kind of continuous air supply device electromechanics assembly part for polyaxial Inflatable rotary structure provided by the utility model
Structure is as shown in figure 1, the base of revolution movement 1 is secured by bolts on ground, in its base end face centrally along axis direction
It is vertically arranged with hollow shaft 3 upwards；It is arranged with conducting ring 2 on hollow shaft 3, conducting ring 2 passes through the lead that is embedded in hollow shaft 3
It is connected with externally fed power supply；The cantilever beam 4 is inverted U support girder construction, is bolted and is provided with its horizontal segment
Fan supporter, air film blower fan 5 are installed on above-mentioned fan supporter；One end of the vertical section of cantilever beam 4 passes through bearing arrangement and revolution
The hollow shaft 3 of mechanism 1 coaxially connects together, and the vertical section of cantilever beam 4 is used to pacify with offering on the inwall of the socket place of conducting ring 2
The groove of brushgear 14 is filled, brushgear 14 is embedded with groove, when the vertical section of cantilever beam 4 rotates around hollow shaft 3, electricity
Brush forms with conducting ring 2 and slides electrical contact, it is achieved thereby that by external power source while not influenceing cantilever beam 4 and being pivoted
Electric energy by conducting ring 2 pass to brushgear and then by the lead between brush and air film blower fan 5 by electrical energy transportation to
Air film blower fan 5, complete continuously to power while rotation, the other end of the vertical section of cantilever beam 4 is hinged on rotation by movable dog
On the outer wall of mechanism 6；Free-wheeling system 6 is hollow shaft housing structure, is embedded with rolling bearing on its inwall, the one of free-wheeling system 6
End is connected by being coupled pipeline 7 with the air outlet of air film blower fan 5, and the other end is spun by rolling bearing and stayed pole 8, drawing
Bar 8 is that the one end of stayed pole 8 is coaxially connected with free-wheeling system 6 and passes through gas axially through the hollow tube structure for being provided with through hole
Hole communicates, and the other end connects the air chamber of inflatable structure 9, so as to realize that the air quantity that air film blower fan 5 exports passes sequentially through connection pipeline
7th, free-wheeling system 6 and stayed pole 8, the air chamber of inflatable structure 9 is eventually entered into.
The polyaxial Inflatable rotary structure scheme of installation that the air supply device is applied to is as shown in Fig. 2 inflatable structure 9 selects
The nearly conical structure for being arranged to shuttlecock profile makees annular rolling to facilitate around axle；It is provided with the outer membrane of the air chamber of inflatable structure 9
For interting the opening of the body of rod of stayed pole 8, the body of stayed pole 8 is divided into straight length and is connected by some with straight length tube chamber
The divergent section that gas supply pipe 10 forms, the straight length of stayed pole 8 intert the air chamber into inflatable structure 9 and by bolt by divergent section one
End is fixedly connected in the reinforcing film layer in the air chamber of inflatable structure 9, to avoid producing stress concentration at tie point, dissipates end and film
Interlayer uses the bolted fixed form of multiple spot, to strengthen air feeding efficiency, is located at the plenum interior of inflatable structure 9 in stayed pole 8
Straight length and the tube wall of gas supply pipe 10 on be radially arranged some air outlets 11, for ensure the air-tightness of inflatable structure 9 it is good
Good, the tube wall of stayed pole 8 uses packing cloth airtight connection with opening edge set by air chamber.
Manned cavity is provided with inflatable structure 9, visitor is placed in cavity and inflatable structure 9 can be promoted to surround free-wheeling system
6 rotary shaft rolls clockwise or counterclockwise, and the axial rotation of inflatable structure 9 then involves cantilever beam 4 and made around revolution movement 1
Annular revolution, while the rotation of inflatable structure 9 and revolution, air film blower fan 5 is continuously the continuous air feed of air chamber so as to protect
Card air chamber is in optimum expansion state all the time；The portability to be revolved round the sun for enhancing inflatable structure 9 around axle, in cantilever beam 4 and stayed pole 8
A body of rod structure of an essay is provided with angular adjustment pull bar 13, by adjusting yoke adjustable in length free-wheeling system 6 and the angle on ground, realizes certainly
The effect that the axial line of rotation mechanism 6 overlaps with the axial line infinite approach of inflatable structure 9, so that inflatable structure 9 is pivoted more
It is light；The stationarity being integrally pivoted for guarantee structure, on the one hand connected in the horizontal segment of cantilever beam 4 and the turning of vertical section
Place is across to being provided with cant beam reinforcer 12 with resisting the shearing force downward to cantilever beam 4 of stayed pole 8, while revolution movement 1
The bearing arrangement 15 at place uses the clutch shaft bearing being coaxially arranged in parallel up and down and the duplex bearing of second bearing to combine to keep revolving round the sun
Axle 3 does not glance off.
Embodiment described above is only that preferred embodiment of the present utility model is described, not to this practicality
New design and protection domain is defined, common in this area on the premise of the utility model design conception is not departed from
The all variations and modifications that engineers and technicians make to the technical solution of the utility model, guarantor of the present utility model all should be fallen into
Protect scope.
Claims (10)
1. a kind of continuous air supply device for polyaxial Inflatable rotary structure, including revolution movement（1）, conducting ring（2）, cantilever
Beam（4）, free-wheeling system（6）, air film blower fan（5）, stayed pole（8）And inflatable structure（9）, it is characterised in that：The revolution movement
（1）Its center axis direction is provided with hollow shaft（3）, hollow shaft（3）On be arranged with conducting ring（2）, the cantilever beam（4）For
Inverted U support girder construction, its horizontal segment is provided with air film blower fan（5）, its vertical section one end passes through bearing arrangement and revolution machine
Structure（1）Hollow shaft（3）Coaxial socket and and conducting ring（2）Electrical contact is formed, the other end is hinged on the free-wheeling system（6）
On, the free-wheeling system（6）For the interior hollow shaft housing structure provided with rolling bearing, its one end is by being coupled pipeline（7）With air film
Blower fan（5）Air outlet connection, the other end passes through rolling bearing and the stayed pole（8）Coaxially spin, the stayed pole（8）For
Axially through the hollow tube structure for being provided with through hole, stayed pole（8）One end and free-wheeling system（6）Connect and pass through stomata phase
Logical, the other end connects the inflatable structure（9）Air chamber.
A kind of 2. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The stayed pole（8）Body is divided into straight length and by some gas supply pipe being connected with straight length tube chamber（10）The diverging of composition
Section, straight length one end and free-wheeling system（6）Connection, divergent section one end is bolted to connection in inflatable structure（9）In air chamber
Film layer on.
A kind of 3. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The inflatable structure（9）It is provided with air chamber outer membrane for interting stayed pole（8）The opening of the body of rod, stayed pole（8）Divergent section is set
It is placed in inflatable structure（9）Plenum interior, and stayed pole（8）The tube wall of straight length uses airtight connection with edge of opening.
A kind of 4. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The stayed pole（8）Positioned at inflatable structure（9）Some air outlets have been radially arranged on tube wall inside film layer（11）.
A kind of 5. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The stayed pole（8）Divergent section by some gas supply pipes（10）It is made up of star ring around connection, divergent section and inflatable structure
（9）Multiple spot bolt connection is used between film layer.
A kind of 6. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The cantilever beam（4）The corner connection of its horizontal segment and vertical section is provided with cant beam reinforcer（12）.
A kind of 7. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The cantilever beam（4）And stayed pole（8）A body of rod structure of an essay is provided with angular adjustment pull bar（13）.
A kind of 8. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The air film blower fan（5）And conducting ring（2）Between pass through brushgear（14）Enter line slip electrical contact mode to power.
A kind of 9. continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, it is characterised in that：
The revolution movement（1）Bearing arrangement（15）It is made up of the clutch shaft bearing and second bearing that are coaxially arranged in parallel up and down.
10. a kind of continuous air supply device for polyaxial Inflatable rotary structure according to claim 1, its feature exist
In：The revolution movement（1）It is anchored in by bolt on ground.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720592279.6U CN206823161U (en) | 2017-05-25 | 2017-05-25 | A kind of continuous air supply device for polyaxial Inflatable rotary structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720592279.6U CN206823161U (en) | 2017-05-25 | 2017-05-25 | A kind of continuous air supply device for polyaxial Inflatable rotary structure |
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| CN206823161U true CN206823161U (en) | 2018-01-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110212301B (en) * | 2019-06-20 | 2020-07-24 | 嘉兴敏德汽车零部件有限公司 | Full-angle antenna for electronic communication |
-
2017
- 2017-05-25 CN CN201720592279.6U patent/CN206823161U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110212301B (en) * | 2019-06-20 | 2020-07-24 | 嘉兴敏德汽车零部件有限公司 | Full-angle antenna for electronic communication |
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