CN204746727U - Novel three -dimensional flame projecting device - Google Patents
Novel three -dimensional flame projecting device Download PDFInfo
- Publication number
- CN204746727U CN204746727U CN201520502737.3U CN201520502737U CN204746727U CN 204746727 U CN204746727 U CN 204746727U CN 201520502737 U CN201520502737 U CN 201520502737U CN 204746727 U CN204746727 U CN 204746727U
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- secondary axes
- main shaft
- flame
- rotating seat
- pair
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Abstract
Novel three -dimensional flame projecting device. Relate to the sprinkler structure field of water scenery fountain, including hollow base, hollow runing rest, rotating assembly no. 1, rotating assembly no. 2 and flame projecting subassembly, rotating assembly no. 1 includes motor no. 1, main shaft and main shaft roating seat, motor no. 1 and the equal fixed connection of main shaft roating seat are in the base and the two equal vertical setting, the main shaft is pegged graft in the main shaft roating seat and wear out outside the base on its top, motor no. 1 and main shaft linkage, the utility model discloses the nozzle that finally can make secondary axis middle part connect can move towards arbitrary direction torching, has effectually realized full angle flame projecting, has splendid aesthetic measure and flexibility ratio.
Description
Technical field
The utility model relates to the nozzle structure field of waterscape fountain, particularly relates to the improvement of full angle flame device wherein for jetting out flames.
Background technology
Along with the development of waterscape fountain building technology, increasing special-effect incorporates among fountain view, mostly traditional various fountain nozzles are under the pressure of water pump, the water column of ejection differing heights and angle, coordinate the light that other position of fountain is fixing, or additional music of playing forms music fountain view.Domestic flame is also all be fixed in an angle, needs manual adjustment, limit its expressive force when need adjust angle.The fountain view of such combination is seen everywhere, lack new meaning, the style of fountain can not be changed at any time, lack to the fraicheur creation of people, in the traditional concept of people, extreme misery can not blend, and be therefore applied to by fiery scape in the view of waterscape fountain just little, any rotary oscillation that can be controlled by the fire in water scenery is just rareer.
Utility model content
The utility model, for above problem, proposes a kind of delicate structure, easy to use, aesthetic measure is high and the novel three-dimensional flame device that security is good.
The technical solution of the utility model is: comprise hollow pedestal, hollow runing rest, rotary components one, rotary components two and flame assembly; Described rotary components one comprises motor one, main shaft and main shaft rotating seat, described motor one and main shaft rotating seat are all fixedly connected in pedestal and the two is all vertically arranged, described main shaft is plugged in main shaft rotating seat and its top passes to outside pedestal, described motor one and main shaft interlock;
Described runing rest is U-shaped and the center of its bottom surface is fixedly connected on the top of main shaft, described rotary components two comprises motor two, secondary axes and secondary axes rotating seat, described motor two and secondary axes rotating seat are all fixedly connected in runing rest, described motor two and secondary axes rotating seat lay respectively at the bottom of runing rest and top and the two is all horizontally disposed with, described secondary axes are located in the opening part of the U-shaped of runing rest and its one end is plugged in secondary axes rotating seat, described motor two and secondary axes interlock;
Described flame assembly comprises fuel nozzle, at least one pair of ignition electrode, at least one pair of needle stand and a pair flame frame, described fuel nozzle is fixedly connected on the middle part of secondary axes, flame frame described in a pair to be fixedly connected on the surface at the middle part of secondary axes along the radial direction of secondary axes and to be divided into the both sides of fuel nozzle, the surface that needle stand described in a pair is fixedly connected on secondary axes is divided into the side of flame frame away from fuel nozzle, and one end of described ignition electrode is fixedly connected on the top of needle stand and the other end stretches between a pair flame frame.
Described flame device is also circumscribed with fuels sources;
The outer wall of described main shaft bottom offers annular recess one and in main shaft, offers C font passage one, described main shaft rotating seat offers the through hole one be communicated with annular recess one, one end of described C font passage one is communicated with annular recess one and the other end extend out to the top of pedestal; The outer wall that described secondary axes are positioned at one end of secondary axes rotating seat offers annular recess two and secondary axes offer C font passage two, described secondary axes rotating seat offers the through hole two be communicated with annular recess two, one end of described C font passage two is communicated with annular recess two and the other end extend out in the opening of the U-shaped of runing rest;
Be communicated with by fuel hose one between described fuels sources and through hole one, one end that described C font passage one extend out to above pedestal is communicated with by fuel hose two with between through hole two, and described C font passage two stretches between one end in the opening of the U-shaped of runing rest and fuel nozzle by fuel hose tee joint.
Described flame device is also circumscribed with power supply;
Offer axis hole in the middle part of described main shaft, the bottom of described axis hole is socketed with the brush one be fixedly connected with pedestal; Described secondary axes offer axial trough away from one end of secondary axes rotating seat, described axial trough is provided with the radial direction through hole be communicated with secondary axes outward near one end of fuel nozzle, described axial trough is socketed with away from the one end open place of fuel nozzle the brush two be fixedly connected in runing rest;
The side of described secondary axes needle stand dorsad is also mounted with a pair with needle stand one_to_one corresponding and the Burn Ray Control Valve be connected, and is also serially connected with a fuel control valve in described fuel hose three;
Described power supply is connected by electric wire one with brush one, and described brush one is connected by electric wire two with between brush two, and described electric wire two to be contained in runing rest and to be arranged in axis hole bottom it; Be connected by electric wire three between described Burn Ray Control Valve with brush two, be connected between described fuel control valve with brush two by electric wire four, described electric wire three and electric wire four are all arranged in axial trough and radial direction through hole.
Described flame device is also circumscribed with controller, and described fuels sources, power supply, fuel control valve are all connected with controller with a pair Burn Ray Control Valve.
Described flame frame offers the accommodating hole that aperture is greater than ignition electrode external diameter, ignition electrode described in described accommodating hole empty set; Between a pair flame frame one section of described ignition electrode has one to the curved corners of lower recess.
Be socketed with flame-resistant insulation plate in the middle part of described needle stand, described flame-resistant insulation plate and needle stand are fixedly linked; The top of described flame frame is also provided with the lagging be connected as a single entity with flame frame, and described lagging is positioned at the top of needle stand.
The side opening part of described nozzle between a pair flame frame is also connected with pressure valve.
When the utility model uses, during use, pedestal can be immersed in water, and be lighted the fuel sprayed in fuel nozzle by ignition electrode, thus effectively produce the view of Water-fire fountain in conjunction with fountain.Meanwhile, main shaft can be that axle center rotates with vertical direction under the drive of motor one, thus driven rotary support entirety rotates; And secondary axes can be that axle center rotates with horizontal direction under the drive of motor two, thus flame component integration is driven to rotate; And then the nozzle connected in the middle part of secondary axes finally can be made can to jet out flames towards any direction, effectively achieve full angle flame, there is splendid aesthetic measure and flexibility ratio.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model,
Fig. 2 is the top view of Fig. 1,
Fig. 3 be the A-A of Fig. 2 to sectional view,
Fig. 4 is the B place partial enlarged drawing of Fig. 3,
Fig. 5 is the C place partial enlarged drawing of Fig. 3,
Fig. 6 is the D place partial enlarged drawing of Fig. 3;
In figure, 1 is pedestal, 2 is runing rests, 3 is rotary components one, 31 is motors one, 32 is main shafts, 321 is annular recess one, 322 is C font passages one, 323 is axis holes, 324 is brushes one, 33 is main shaft rotating seats, 331 is through holes one, 4 is rotary components two, 41 is motors two, 42 is secondary axes, 421 is annular recess two, 422 is C font passages two, 423 is axial troughs, 424 is brushes two, 43 is secondary axes rotating seats, 431 is through holes two, 5 is flame assemblies, 51 is fuel nozzles, 52 is ignition electrodes, 53 is needle stands, 531 is flame-resistant insulation plates, 54 is flame framves, 541 is accommodating holes, 542 is laggings, 55 is Burn Ray Control Valves, 56 is fuel control valves.
Detailed description of the invention
The utility model as shown in figures 1 to 6, comprises hollow pedestal 1, hollow runing rest 2, rotary components 1, rotary components 24 and flame assembly 5; Described rotary components 1 comprises motor 1, main shaft 32 and main shaft rotating seat 33, described motor 1 and main shaft rotating seat 33 are all fixedly connected in pedestal 1 and the two is all vertically arranged, described main shaft 32 is plugged in main shaft rotating seat 33 and its top passes to outside pedestal 1, and described motor 1 and main shaft 32 are by belt or chain interlock;
Described runing rest 2 is in U-shaped and the center of its bottom surface is fixedly connected on the top of main shaft 32, described rotary components 24 comprises motor 2 41, secondary axes 42 and secondary axes rotating seat 43, described motor 2 41 and secondary axes rotating seat 43 are all fixedly connected in runing rest 2, described motor 2 41 and secondary axes rotating seat 43 lay respectively at the bottom of runing rest 2 and top and the two is all horizontally disposed with, described secondary axes 42 are located in the opening part of the U-shaped of runing rest 2 and its one end is plugged in secondary axes rotating seat 43, and described motor 2 41 and secondary axes 42 are by belt or chain interlock;
Described flame assembly 5 comprises fuel nozzle 51, at least one pair of ignition electrode 52, at least one pair of needle stand 53 and a pair flame frame 54, described fuel nozzle 51 is fixedly connected on the middle part of secondary axes 42, flame frame 54 described in a pair is fixedly connected on the surface at the middle part of secondary axes 42 along the radial direction of secondary axes 42, and be divided into the both sides of fuel nozzle 51, needle stand 53 described in a pair is fixedly connected on the surface of secondary axes 42, and be divided into the side of flame frame 54 away from fuel nozzle 51, one end of described ignition electrode 52 is fixedly connected on the top of needle stand 53, and the other end stretches between a pair flame frame 54.During use, pedestal can be immersed in water, and be lighted the fuel sprayed in fuel nozzle by ignition electrode, thus effectively produce the view of fire fountain in conjunction with fountain.Meanwhile, main shaft can be that axle center rotates with vertical direction under the drive of motor one, thus driven rotary support entirety rotates; And secondary axes can be that axle center rotates with horizontal direction under the drive of motor two, thus flame component integration is driven to rotate; And then the nozzle connected in the middle part of secondary axes finally can be made can to jet out flames towards any direction, effectively achieve full angle flame, there is splendid aesthetic measure and flexibility ratio.
Described flame device is also circumscribed with fuels sources;
The outer wall of described main shaft 32 bottom offers annular recess 1 and in main shaft 32, offers C font passage 1, described main shaft rotating seat 33 offers the through hole 1 be communicated with annular recess 1, one end of described C font passage 1 is communicated with annular recess 1 and the other end extend out to the top of pedestal 1; The outer wall that described secondary axes 42 are positioned at one end of secondary axes rotating seat 43 offers annular recess 2 421 and secondary axes 42 offer C font passage 2 422, described secondary axes rotating seat 43 offers the through hole 2 431 be communicated with annular recess 2 421, one end of described C font passage 2 422 is communicated with annular recess 2 421 and the other end extend out in the opening of the U-shaped of runing rest 2;
Be communicated with by fuel hose one between described fuels sources and through hole 1, one end that described C font passage 1 extend out to above pedestal 1 is communicated with by fuel hose two with between through hole 2 431, and described C font passage 2 422 stretches between one end in the opening of the U-shaped of runing rest 2 and fuel nozzle 51 by fuel hose tee joint.Like this, fuel will first be flowed into by through hole one and be full of in annular recess one after flowing out in fuels sources, flow into through C font passage one, fuel hose two and through hole two successively again and be full of in annular groove two, thus finally sending in nozzle via C font passage two and fuel hose three.Wherein fuel hose one maintains static all the time, fuel hose two and runing rest geo-stationary, fuel hose three and secondary axes geo-stationary; Thus there is flow in fuel to clear and with the rotary motion of runing rest and flame assembly without the feature of interfering, good operation stability, reliability are high.
Described flame device is also circumscribed with power supply;
Offer axis hole 323 (arrange along a component axial and be called axis hole with the hole of this element coaxial heart) in the middle part of described main shaft 32, the bottom of described axis hole 323 is socketed with the brush 1 be fixedly connected with pedestal; Described secondary axes 42 offer axial trough 423 (arrange along a component axial and be called axial trough with the groove of this element coaxial heart) away from one end of secondary axes rotating seat 43, described axial trough 423 is provided with the radial direction through hole be communicated with secondary axes outward near one end of fuel nozzle 51, described axial trough 423 is socketed with away from the one end open place of fuel nozzle 51 brush 2 424 be fixedly connected in runing rest 2;
The side of described secondary axes 42 needle stand 53 dorsad is also mounted with a pair with needle stand 53 one_to_one corresponding and the Burn Ray Control Valve 55 be connected, and is also serially connected with a fuel control valve 56 in described fuel hose three;
Described power supply is connected by electric wire one with brush 1, and described brush 1 is connected by electric wire two with between brush 2 424, and described electric wire two to be contained in runing rest 2 and to be arranged in axis hole bottom it; Described Burn Ray Control Valve 55 is connected by electric wire three with between brush 2 424, and described fuel control valve 56 is connected by electric wire four with between brush 2 424, and described electric wire three and electric wire four are all arranged in axial trough 423 and radial direction through hole.Like this, 360 ° of runing rest rotate freely and all can not to impact and the laying of circuit also can not bring interference to the motion of runing rest circuit supply; Meanwhile, 360 ° of secondary axes rotate freely and all can not to impact and the laying of circuit also can not bring interference to the motion of secondary axes circuit supply; Thus make the rotary motion of the layout of electric wire and runing rest and flame assembly without interference, there is good operation stability, feature that reliability is high.
Described flame device is also circumscribed with controller, and described fuels sources, power supply, fuel control valve are all connected with controller with a pair Burn Ray Control Valve.
Described flame frame 54 offers the accommodating hole 541 that aperture is greater than ignition electrode 52 external diameter, ignition electrode 52 described in described accommodating hole 541 empty set; Between a pair flame frame 54 one section of described ignition electrode 52 has one to the curved corners of lower recess.Like this, even if having fuel adheres on ignition electrode, also drip along the curved corners to lower recess, instead of flow on needle stand along ignition electrode.
Be socketed with flame-resistant insulation plate 531 in the middle part of described needle stand 53, described flame-resistant insulation plate 531 is fixedly linked with needle stand 53; The top of described flame frame 54 is also provided with the lagging 542 be connected as a single entity with flame frame 54, and described lagging 542 is positioned at the top of needle stand 53.Like this, when flame occurs, lagging and flame-resistant insulation plate can effectively block top-down water, fuel, flame etc., thus effectively avoid the damage of needle stand, extend the service life of Whole Equipment, stability when improving equipment use and security.
The side opening part of described fuel nozzle 51 between a pair flame frame 54 is also connected with pressure valve.Thus after closedown fuel control valve, effectively avoid all kinds of safety problems caused because of the fuel combustion in nozzle.
Claims (7)
1. novel three-dimensional flame device, is characterized in that, comprises hollow pedestal, hollow runing rest, rotary components one, rotary components two and flame assembly; Described rotary components one comprises motor one, main shaft and main shaft rotating seat, described motor one and main shaft rotating seat are all fixedly connected in pedestal and the two is all vertically arranged, described main shaft is plugged in main shaft rotating seat and its top passes to outside pedestal, described motor one and main shaft interlock;
Described runing rest is U-shaped and the center of its bottom surface is fixedly connected on the top of main shaft, described rotary components two comprises motor two, secondary axes and secondary axes rotating seat, described motor two and secondary axes rotating seat are all fixedly connected in runing rest, described motor two and secondary axes rotating seat lay respectively at the bottom of runing rest and top and the two is all horizontally disposed with, described secondary axes are located in the opening part of the U-shaped of runing rest and its one end is plugged in secondary axes rotating seat, described motor two and secondary axes interlock;
Described flame assembly comprises fuel nozzle, at least one pair of ignition electrode, at least one pair of needle stand and a pair flame frame, described fuel nozzle is fixedly connected on the middle part of secondary axes, flame frame described in a pair to be fixedly connected on the surface at the middle part of secondary axes along the radial direction of secondary axes and to be divided into the both sides of fuel nozzle, the surface that needle stand described in a pair is fixedly connected on secondary axes is divided into the side of flame frame away from fuel nozzle, and one end of described ignition electrode is fixedly connected on the top of needle stand and the other end stretches between a pair flame frame.
2. novel three-dimensional flame device according to claim 1, is characterized in that, described flame device is also circumscribed with fuels sources;
The outer wall of described main shaft bottom offers annular recess one and in main shaft, offers C font passage one, described main shaft rotating seat offers the through hole one be communicated with annular recess one, one end of described C font passage one is communicated with annular recess one and the other end extend out to the top of pedestal; The outer wall that described secondary axes are positioned at one end of secondary axes rotating seat offers annular recess two and secondary axes offer C font passage two, described secondary axes rotating seat offers the through hole two be communicated with annular recess two, one end of described C font passage two is communicated with annular recess two and the other end extend out in the opening of the U-shaped of runing rest;
Be communicated with by fuel hose one between described fuels sources and through hole one, one end that described C font passage one extend out to above pedestal is communicated with by fuel hose two with between through hole two, and described C font passage two stretches between one end in the opening of the U-shaped of runing rest and fuel nozzle by fuel hose tee joint.
3. novel three-dimensional flame device according to claim 2, is characterized in that, described flame device is also circumscribed with power supply;
Offer axis hole in the middle part of described main shaft, the bottom of described axis hole is socketed with the brush one be fixedly connected with pedestal; Described secondary axes offer axial trough away from one end of secondary axes rotating seat, described axial trough is provided with the radial direction through hole be communicated with secondary axes outward near one end of fuel nozzle, described axial trough is socketed with away from the one end open place of fuel nozzle the brush two be fixedly connected in runing rest;
The side of described secondary axes needle stand dorsad is also mounted with a pair with needle stand one_to_one corresponding and the Burn Ray Control Valve be connected, and is also serially connected with a fuel control valve in described fuel hose three;
Described power supply is connected by electric wire one with brush one, and described brush one is connected by electric wire two with between brush two, and described electric wire two to be contained in runing rest and to be arranged in axis hole bottom it; Be connected by electric wire three between described Burn Ray Control Valve with brush two, be connected between described fuel control valve with brush two by electric wire four, described electric wire three and electric wire four are all arranged in axial trough and radial direction through hole.
4. novel three-dimensional flame device according to claim 3, is characterized in that, described flame device is also circumscribed with controller, and described fuels sources, power supply, fuel control valve are all connected with controller with a pair Burn Ray Control Valve.
5. novel three-dimensional flame device according to claim 1, is characterized in that, described flame frame offers the accommodating hole that aperture is greater than ignition electrode external diameter, ignition electrode described in described accommodating hole empty set; Between a pair flame frame one section of described ignition electrode has one to the curved corners of lower recess.
6. novel three-dimensional flame device according to claim 1, is characterized in that, is socketed with flame-resistant insulation plate in the middle part of described needle stand, and described flame-resistant insulation plate and needle stand are fixedly linked; The top of described flame frame is also provided with the lagging be connected as a single entity with flame frame, and described lagging is positioned at the top of needle stand.
7. novel three-dimensional flame device according to claim 1, is characterized in that, the side opening part of described nozzle between a pair flame frame is also connected with pressure valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520502737.3U CN204746727U (en) | 2015-07-13 | 2015-07-13 | Novel three -dimensional flame projecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520502737.3U CN204746727U (en) | 2015-07-13 | 2015-07-13 | Novel three -dimensional flame projecting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204746727U true CN204746727U (en) | 2015-11-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520502737.3U Withdrawn - After Issue CN204746727U (en) | 2015-07-13 | 2015-07-13 | Novel three -dimensional flame projecting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204746727U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112317592A (en) * | 2020-09-25 | 2021-02-05 | 杭州电子科技大学 | Baking gun device for steel structure machining |
-
2015
- 2015-07-13 CN CN201520502737.3U patent/CN204746727U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112317592A (en) * | 2020-09-25 | 2021-02-05 | 杭州电子科技大学 | Baking gun device for steel structure machining |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151111 Effective date of abandoning: 20170531 |