WO2020155066A1 - 一种电子烟花喷射装置和系统 - Google Patents
一种电子烟花喷射装置和系统 Download PDFInfo
- Publication number
- WO2020155066A1 WO2020155066A1 PCT/CN2019/074291 CN2019074291W WO2020155066A1 WO 2020155066 A1 WO2020155066 A1 WO 2020155066A1 CN 2019074291 W CN2019074291 W CN 2019074291W WO 2020155066 A1 WO2020155066 A1 WO 2020155066A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- spray
- float
- electronic firework
- ejection
- liquid
- Prior art date
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F42—AMMUNITION; BLASTING
- F42B—EXPLOSIVE CHARGES, e.g. FOR BLASTING, FIREWORKS, AMMUNITION
- F42B4/00—Fireworks, i.e. pyrotechnic devices for amusement, display, illumination or signal purposes
- F42B4/18—Simulations, e.g. pine cone, house that is destroyed, warship, volcano
Definitions
- This application relates to simulated fireworks, and in particular to an electronic firework spraying device and system. ...
- the traditional gunpowder fireworks also known as fireworks. After being ignited, the fireworks emit various colors and the ignition point is between 800 degrees and 1200 degrees.
- the advantage is that the visual effect of flame burning is good.
- the disadvantage is that the setting off environment requires a fireproof environment, otherwise it is easy to catch fire and emit a lot of dense smoke after burning, which is very serious to environmental pollution, and the high temperature of combustion can easily cause harm to the human body. At the same time, it is also prone to dangers during production, processing and transportation.
- the other is cold fireworks, which are made of metal powder with a lower ignition point. The ignition point is between 60 and 80 degrees.
- the advantage of cold fireworks is that the ignition temperature is low, but the disadvantage is that the visual effect is poor.
- cold fireworks still need to be ignited by fire.
- the setting environment still requires a fireproof environment.
- the combustion temperature can reach a high temperature of 600 degrees, which will also cause dangerous damage to environmental safety and personal safety.
- the use environment of cold fireworks should be careful to avoid chemical reactions with other gases in the air. When the chemical reactions are serious, there is even an explosion hazard. For example, if you use entertainment products such as colored foam sprays in the environment of setting off cold fireworks, chemical reactions or even explosion.
- This application provides an electronic firework spray control device and an electronic firework spray system.
- this application provides an electronic firework ejection device, including:
- a liquid storage tank for holding a material liquid, the material liquid includes water, and an opening is provided on the top of the liquid storage tank;
- a boosting mechanism including an electric hydraulic pump, used to suck the material liquid and discharge it under pressure;
- the spray mechanism is matched with the opening.
- the spray mechanism includes a spray tube and a spray head cover.
- the spray head cover is arranged on the opening.
- One end of the spray tube is connected to the output port of the electric hydraulic pump.
- the other end of the pipe is connected to the spray head cover, the input port of the electric hydraulic pump is connected to the bottom of the liquid storage tank, and the spray pipe and the spray head cover form a spray path;
- the starting mechanism includes a starting control circuit, the starting control circuit is used for electrically connecting with the electric hydraulic pump, and the electric hydraulic pump is also used for driving the material liquid to be ejected through the injection path;
- the light-emitting mechanism includes an LED lamp, and the start-up control circuit is also used to drive the LED lamp to emit light, and irradiate the material liquid in the spray path to guide light.
- the present application provides an electronic firework ejection system, including a plurality of the above-mentioned electronic firework ejection devices, and the plurality of the electronic firework ejection devices are connected through a connecting pipe.
- the embodiment of the application includes a liquid storage tank with an opening on the top of the liquid storage tank; a boosting mechanism, including an electric hydraulic pump, used to suck and pressurize the material liquid; a spraying mechanism, which is matched with the opening, and the spraying mechanism includes a spray tube and a spray head
- the cover, the spray tube and the nozzle cover form the spray path;
- the start control circuit is used to electrically connect with the electric hydraulic pump, and the electric hydraulic pump is also used to drive the material to be sprayed through the spray path;
- the light-emitting mechanism includes LED lights, and the start control circuit is also used The LED lamp is driven to emit light, and the material liquid in the spray path is irradiated to guide the light.
- a safe and non-fire liquid firework spraying effect can be achieved by spraying safe and harmless materials, which can not only avoid the hidden dangers of existing fireworks caused by the use of open flames, but also avoid the transportation The resulting explosion and other safety hazards.
- the device and system of the embodiment of the present application can not only produce continuous automatic spraying effect, but also can be used repeatedly, which reduces the cost.
- FIG. 1 is a schematic structural diagram of an electronic firework ejection device according to this application in an embodiment
- Fig. 2 is a schematic diagram of the structure of the electronic firework ejection device of this application in another embodiment
- Fig. 3 is a schematic structural diagram of the electronic firework spraying system of this application in an embodiment.
- Figure 2 Shown, the electronic firework ejection device of the present application 100 , One of its implementations includes:
- Liquid storage tank 110 Used to hold material liquid, material liquid 111 Including water, storage tank 110 There is an opening at the top.
- Booster mechanism including electric hydraulic pump 121 , Used to absorb liquid storage tank 110 Liquid 111 And pressurized to discharge.
- Spray mechanism matched with opening, spray mechanism includes spray tube 131 And nozzle cover 132 , Nozzle cover 132 Set on the opening, spray tube 131 Pass through the opening, jet tube 131 Can extend out of the opening, spray tube 131 It can also be flush with the opening, the spray tube 131 One end is connected to the electric hydraulic pump 121 Output port, injection pipe 131 Connect the nozzle cover to the other end 132 , Electric hydraulic pump 121 The input port is connected to the bottom of the liquid storage tank and the spray pipe 131 And nozzle cover 132 Form the jet path.
- the spray tube 131 One end can pass through the first connecting pipe 133 Connect electric hydraulic pump 121 Output port, electric hydraulic pump 121 The input port can be through the second connecting pipe 134 Connect the reservoir 110 bottom.
- Start control circuit is used with electric hydraulic pump 121 Electric connection, electric hydraulic pump 121 Also used to drive feed liquid 111 Eject through the jet path.
- Light-emitting mechanism including led light 151 , Start the control circuit 141 Also used to drive led light 151 Luminous, illuminate the liquid in the spray path 111 Conduct light guide.
- led light 151 Set in the liquid storage tank 110 Inside, led light 151 The emitted light can be irradiated into the ejection path.
- the electronic firework spraying device of the application 100 Can include one or more spraying mechanisms, for electronic firework spraying devices with multiple spraying mechanisms 100 , Each injection mechanism can be equipped with an input pipe 135 And output tube 136 , Input tube 135 And output tube 136 Respectively with liquid storage tank 110 Connected. Multiple injection mechanisms can pass through the input pipe 135 And output tube 136 End to end. Multiple spray mechanisms can also be connected in other ways.
- multiple injection mechanisms are connected in an agreed order, and the output pipe of the previous injection mechanism 136 And the input pipe of the latter injection mechanism 135 Connection, the input pipe of the first injection mechanism 135 Can be sealed, the output tube of the last spray mechanism 136 It can also be sealed.
- the electronic firework spraying device of the application 100 Can also include a liquid level switch mechanism, the liquid level switch mechanism is set in the liquid storage tank 110 Inside, liquid level switch mechanism and start control circuit 141 Electrical connection, the liquid level switch mechanism is used to close the start control circuit after spraying is completed 141 .
- the liquid level switch mechanism includes a float mechanism and a micro switch 164 ,
- the float mechanism includes float limit tube 161 Float rod 162 And float 163 , Float 163 Set on the float rod 162
- the end of the float limit tube 161 It is a frame structure, used to pierce the float limit tube 161 Float rod 162 Limit, when the material liquid 111 Before spraying or before spraying, the float 163 The position is high, the micro switch on the float mechanism 164 Is normally open, when the liquid is sprayed, the float 163 As the height of the liquid drops, the float rod 162 Drive the micro switch 164 ,Micro Switch 164 Disconnect to realize the start control circuit of the firework after the spray is completed 141 The closure.
- Material liquid of this application 111 Can also include vegetable starch and / Or organic fluorescent pigments. led The light can also be a single color or full color led light. Start control circuit 141 drive led Lamp, for the liquid in the spray path 111 Conduct light guide and feed liquid 111 Diffuse reflection when mixed with plant starch-based diffuse reflection material, and material liquid 111 Diffuse reflection when mixed with light-absorbing and light-emitting materials of organic phosphors, to achieve the effect of colored light in the ejected liquid.
- the electronic firework ejection device of the present application 100 can also include a drive motor (not shown), drive motor and jet pipe 131 with / Or nozzle cover 132 Electric connection, the drive motor is used to drive the injection tube 131 with / Or nozzle cover 132 Shake, which increases the shaking effect of the fireworks.
- the drive motor can be set separately to drive the jet tube 131
- the drive motor can control the injection tube 131 Shake and swing to produce the effect of fireworks shaking.
- Drive nozzle cover 132 The drive motor can control the nozzle cover 132 The gap between them can realize the function of opening and contracting fireworks, so that the fireworks can be clustered into a straight line or spread out into a flower shape.
- the electronic firework spraying device of the application 100 After starting, the electric hydraulic pump 121 Start working, through the first connecting pipe 133 And the second connecting pipe 134 Extraction tank 110 Liquid inside 111 . led The light source is lit at the same time, and the light is guided through the material liquid and the spray tube, and with the spray of the material liquid, a monochrome or color spray effect is realized.
- the float of the liquid level switch mechanism 163 When the material liquid 111 Before spraying or the liquid is not sprayed, the float of the liquid level switch mechanism 163 The position is high, the micro switch on the float mechanism 164 It is normally closed, when the material is liquid 111 After being sprayed, the float 163 With feed liquid 111 The height of the floater rod 162 Drive the micro switch 164 , Put the micro switch 164 Disconnect, realize that the circuit of the whole firework is closed after the spray is completed. At the same time, the jet pipe 131 The drive motor can be connected separately (not shown), 131 Add different shaking and shaking effects to add extra shaking and shaking to the firework effect.
- Spray cap 132 It can also be connected to the drive motor separately, by adjusting the spray cover 132 Gap, let the spray cover 132
- the sprayed firework effect can increase the dispersion and clustering effect of the firework.
- multiple spray mechanisms that can be driven by an electric hydraulic pump can be placed in a liquid storage tank. 110 Above, multiple spraying mechanisms are added for spraying, and multiple spraying mechanisms can improve the visual beauty of fireworks.
- the working mode of injection is the same as that of an injection mechanism.
- the electronic firework ejection system of the present application includes a plurality of electronic firework ejection devices 100 , Multiple electronic firework ejection devices 100 Through the pipe connector 170 Connected.
- the electronic firework spraying device of the application 100 includes:
- Liquid storage tank 110 Used to hold material liquid, material liquid 111 Including water, storage tank 110 There is an opening at the top.
- Booster mechanism including electric hydraulic pump 121 , Used to absorb liquid storage tank 110 Liquid 111 And pressurized to discharge.
- Spray mechanism matched with opening, spray mechanism includes spray tube 131 And nozzle cover 132 , Nozzle cover 132 Set on the opening, spray tube 131 Pass through the opening, jet tube 131 Can extend out of the opening, spray tube 131 It can also be flush with the opening, the spray tube 131 One end is connected to the electric hydraulic pump 121 Output port, injection pipe 131 Connect the nozzle cover to the other end 132 , Electric hydraulic pump 121 The input port is connected to the bottom of the liquid storage tank and the spray pipe 131 And nozzle cover 132 Form the jet path.
- the spray tube 131 One end can pass through the first connecting pipe 133 Connect electric hydraulic pump 121 Output port, electric hydraulic pump 121 The input port can be through the second connecting pipe 134 Connect the reservoir 110 bottom.
- Start control circuit is used with electric hydraulic pump 121 Electric connection, electric hydraulic pump 121 Also used to drive feed liquid 111 Eject through the jet path.
- Light-emitting mechanism including led light 151 , Start the control circuit 141 Also used to drive led light 151 Luminous, illuminate the liquid in the spray path 111 Conduct light guide.
- led light 151 Set in the liquid storage tank 110 Inside, led light 151 The emitted light can be irradiated into the ejection path.
- the electronic firework spraying device of the application 100 Can include one or more spraying mechanisms, for electronic firework spraying devices with multiple spraying mechanisms 100 , Each injection mechanism can be equipped with an input pipe 135 And output tube 136 , Input tube 135 And output tube 136 Respectively with liquid storage tank 110 Connected. Multiple injection mechanisms can pass through the input pipe 135 And output tube 136 End to end. Multiple spray mechanisms can also be connected in other ways.
- multiple injection mechanisms are connected in an agreed order, and the output pipe of the previous injection mechanism 136 And the input pipe of the latter injection mechanism 135 Connection, the input pipe of the first injection mechanism 135 Can be sealed, the output tube of the last spray mechanism 136 It can also be sealed.
- the electronic firework spraying device of the application 100 Can also include a liquid level switch mechanism, the liquid level switch mechanism is set in the liquid storage tank 110 Inside, liquid level switch mechanism and start control circuit 141 Electrical connection, the liquid level switch mechanism is used to close the start control circuit after spraying is completed 141 .
- the liquid level switch mechanism includes a float mechanism and a micro switch 164 ,
- the float mechanism includes float limit tube 161 Float rod 162 And float 163 , Float 163 Set on the float rod 162
- the end of the float limit tube 161 It is a frame structure, used to pierce the float limit tube 161 Float rod 162 Limit, when the material liquid 111 Before spraying or before spraying, the float 163 The position is high, the micro switch on the float mechanism 164 Is normally open, when the liquid is sprayed, the float 163 As the height of the liquid drops, the float rod 162 Drive the micro switch 164 ,Micro Switch 164 Disconnect to realize the start control circuit of the firework after the spray is completed 141 The closure.
- Material liquid of this application 111 Can also include vegetable starch and / Or organic fluorescent pigments. led The light can also be a single color or full color led light. Start control circuit 141 drive led Lamp, for the liquid in the spray path 111 Conduct light guide and feed liquid 111 Diffuse reflection when mixed with plant starch-based diffuse reflection material, and material liquid 111 Diffuse reflection when mixed with light-absorbing and light-emitting materials of organic phosphors, to achieve the effect of colored light in the ejected liquid.
- the electronic firework ejection device of the present application 100 can also include a drive motor (not shown), drive motor and jet pipe 131 with / Or nozzle cover 132 Electric connection, the drive motor is used to drive the injection tube 131 with / Or nozzle cover 132 Shake, which increases the shaking effect of the fireworks.
- Multiple electronic firework ejection devices 100 Can be connected in the agreed order, the previous electronic firework spray device 100 Output tube and an electronic firework ejector 100
- the input pipe can be passed through the pipe connector 170 Connection, in one embodiment, the previous electronic firework ejection device 100 The output pipe of the injection mechanism 136 And the latter electronic firework ejector 100 The input pipe of the injection mechanism 135 Through the pipe connector 170 connection.
- the first electronic firework spray device 100 The input tube is sealed, and the last electronic firework spray device 100 The output tube is sealed.
- the electronic firework spraying device of the application 100 After starting, the electric hydraulic pump 121 Start working, through the first connecting pipe 133 And the second connecting pipe 134 Extraction tank 110 Liquid inside 111 . led The light source is lit at the same time, and the light is guided through the material liquid and the spray tube, and with the spray of the material liquid, a monochrome or color spray effect is realized.
- the float of the liquid level switch mechanism 163 When the material liquid 111 Before spraying or the liquid is not sprayed, the float of the liquid level switch mechanism 163 The position is high, the micro switch on the float mechanism 164 It is normally closed, when the material is liquid 111 After being sprayed, the float 163 With feed liquid 111 The height of the floater rod 162 Drive the micro switch 164 , Put the micro switch 164 Disconnect, realize that the circuit of the whole firework is closed after the spray is completed. At the same time, the jet pipe 131 The drive motor can be connected separately (not shown), 131 Add different shaking and shaking effects to add extra shaking and shaking to the firework effect.
- Spray cap 132 It can also be connected to the drive motor separately, by adjusting the spray cover 132 Gap, let the spray cover 132
- the sprayed firework effect can increase the dispersion and clustering effect of the firework.
- multiple spray mechanisms that can be driven by an electric hydraulic pump can be placed in a liquid storage tank. 110 Above, multiple spraying mechanisms are added for spraying, and multiple spraying mechanisms can improve the visual beauty of fireworks.
- the working mode of injection is the same as that of an injection mechanism. When you need to add more nozzles according to different spray arrangements to achieve visual fireworks beauty needs, if an electric hydraulic pump cannot push more spray mechanisms, you can change the number of spray mechanisms that an electric hydraulic pump can push. As a single unit, multiple combinations can be used to satisfy more visual aesthetic effects of fireworks.
- the working mode of injection is the same as that of an injection mechanism.
- the holographic method created by the optical transmission process designed by the human visual senses does not have any fire source during the discharge process, and can show the discharge effect of fireworks.
- This application is a highly simulated firework that can be seen by consumers intuitively.
- the spray used in this application is only a safe liquid, such as water, such as water added with vegetable starch, such as vegetable starch and organic phosphor Water, etc., are completely safe and environmentally friendly.
- the device and system of this application can be reused to meet the requirements of safe and fire-free fireworks.
- This application adopts hydraulic propulsion structure, photoelectric structure and mechanical structure.
- spraying liquid at the same time, by adjusting the plant starch mixed in the liquid and other materials that have diffuse reflection or light absorption properties, the system structure and optics can be completed. Safe and fire-free liquid color firework spray effect, for safe spraying.
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
一种烟花喷射装置和系统，包括：顶部设有开口的贮液罐（110），用于吸取料液（111）并加压排出的电动液压泵（121），与开口配合的喷射机构，启动控制电路（141）和发光机构；喷射机构包括喷射管（131）和喷头盖（132），喷射管（131）和喷头盖（132）形成喷射路径；启动控制电路（141）用于和电动液压泵（121）电连接，电动液压泵（121）用于驱动料液（111）经喷射路径喷出；发光机构包括LED灯（151），启动控制电路（141）还用于驱动LED灯（151）发光，照射喷射路径内的料液（111）。该装置和系统通过喷射安全无害的料液，实现了安全无火的液体烟花喷射效果。
Description
本申请涉及仿真烟花，尤其涉及一种电子烟花喷射装置和系统。
燃放有火烟花庆祝节日，是中华民族几千年的传统习俗，也为世界各地很多人所喜爱。
目前的市场有两种烟花，一种是传统的火药药剂的烟花，又称礼花，点燃后烟花喷射出各种颜色，燃点在800度到1200度之间，优点是火焰燃烧的视觉效果好。缺点是燃放的环境要求防火环境，否则容易失火，且燃烧后发出大量的浓烟，对环境污染非常严重，燃烧的高温容易对人体造成伤害。同时，制作生产加工和运输过程中也容易产生危险。另一种是冷焰火，其使用燃点较低的金属粉末加工而成，燃点在60度到80度，冷焰火的优点是燃点温度低，缺点是视觉效果差，同时冷焰火仍然需要用火点燃，燃放的环境仍然要求防火环境。另外，如果冷焰火在燃放过程中，如果被燃烧，燃烧温度可达600度的高温，对环境安全和人身安全也会有危险伤害。冷焰火的使用环境要注意避免空气中有其他气体出现化学反应，化学反应严重时甚至有爆炸危险，比如燃放冷焰火的环境下如果使用彩色泡沫喷剂之类的娱乐产品，容易出现化学反应甚至爆炸。
本申请提供一种电子烟花喷射控制装置和电子烟花喷射系统。
根据本申请的第一方面，本申请提供一种电子烟花喷射装置，包括：
贮液罐，用于盛放料液，所述料液包括水，所述贮液罐顶部设有开口；
增压机构，包括电动液压泵，用于吸取所述料液并加压排出；
喷射机构，与所述开口配合，所述喷射机构包括喷射管和喷头盖，所述喷头盖设置在所述开口上，所述喷射管的一端连接所述电动液压泵的输出口，所述喷射管的另一端连接所述喷头盖，所述电动液压泵的输入口连接贮液罐底部，所述喷射管和所述喷头盖形成喷射路径；
启动机构，包括启动控制电路，所述启动控制电路用于和所述电动液压泵电连接，所述电动液压泵还用于驱动所述料液经所述喷射路径喷出；
发光机构，包括LED灯，所述启动控制电路还用于驱动所述LED灯发光，照射所述喷射路径内的料液进行光线的导光。
根据本申请的第二方面，本申请提供一种电子烟花喷射系统，包括多个上述电子烟花喷射装置，多个所述电子烟花喷射装置通过连接管连通。
由于采用了以上技术方案，使本申请具备的有益效果在于：
本申请实施例包括贮液罐，贮液罐顶部设有开口；增压机构，包括电动液压泵，用于吸取料液并加压排出；喷射机构，与开口配合，喷射机构包括喷射管和喷头盖，喷射管和喷头盖形成喷射路径；启动控制电路用于和电动液压泵电连接，电动液压泵还用于驱动料液经喷射路径喷出；发光机构，包括LED灯，启动控制电路还用于驱动LED灯发光，照射所述喷射路径内的料液进行光线的导光。使用本申请的装置和系统可通过喷射安全无害的料液，实现了安全无火的液体烟花喷射效果，不仅可避免现有烟花因使用明火而产生的火灾等隐患，而且还可避免运输途中所产生的爆炸等安全隐患。
本申请实施例可通过调整料液中混合成的植物淀粉等对光学有漫反射或者吸光特性的材料，形成安全无火的液体彩色烟花喷射效果。
本申请实施例的装置和系统不仅可以产生连续自动喷射效果，还可以重复使用，降低了成本。
图1为本申请的电子烟花喷射装置在一种实施方式中的结构示意图；
图2为本申请的电子烟花喷射装置在另一种实施方式中的结构示意图；
图3为本申请的电子烟花喷射系统在一种实施方式中的结构示意图。
具体实施方式
下面通过具体实施方式结合附图对本发明作进一步详细说明。本申请可以以多种不同的形式来实现，并不限于本实施例所描述的实施方式。提供以下具体实施方式的目的是便于对本申请公开内容更清楚透彻的理解，其中上、下、左、右等指示方位的字词仅是针对所示结构在对应附图中位置而言。
然而，本领域的技术人员可能会意识到其中的一个或多个的具体细节描述可以被省略，或者还可以采用其他的方法、组件或材料。在一些例子中，一些实施方式并没有描述或没有详细的描述。
本文中为部件所编序号本身，例如“第一”、“第二”等，仅用于区分所描述的对象，不具有任何顺序或技术含义。
此外，本文中记载的技术特征、技术方案还可以在一个或多个实施例中以任意合适的方式组合。对于本领域的技术人员来说，易于理解与本文提供的实施例有关的方法的步骤或操作顺序还可以改变。因此，附图和实施例中的任何顺序仅仅用于说明用途，并不暗示要求按照一定的顺序，除非明确说明要求按照某一顺序。
实施例一：
如图
1
、图
2
所示，本申请的电子烟花喷射装置
100
，其一种实施方式，包括：
贮液罐
110
，用于盛放料液，料液
111
包括水，贮液罐
110
顶部设有开口。
增压机构，包括电动液压泵
121
，用于吸取贮液罐
110
里的料液
111
并加压排出。
喷射机构，与开口配合，喷射机构包括喷射管
131
和喷头盖
132
，喷头盖
132
设置在开口上，喷射管
131
穿设于开口，喷射管
131
可以伸出开口，喷射管
131
也可以与开口平齐，喷射管
131
的一端连接电动液压泵
121
的输出口，喷射管
131
的另一端连接喷头盖
132
，电动液压泵
121
的输入口连接贮液罐底部，喷射管
131
和喷头盖
132
形成喷射路径。在一种实施方式中，喷射管
131
的一端可以通过第一连接管
133
连接电动液压泵
121
的输出口，电动液压泵
121
的输入口可以通过第二连接管
134
连接贮液罐
110
底部。
启动机构，包括启动控制电路
141
，启动控制电路用于和电动液压泵
121
电连接，电动液压泵
121
还用于驱动料液
111
经喷射路径喷出。
发光机构，包括
LED
灯
151
，启动控制电路
141
还用于驱动
LED
灯
151
发光，照射喷射路径内的料液
111
进行光线的导光。在一种实施方式中，
LED
灯
151
设置在贮液罐
110
内，
LED
灯
151
发出的光可照射到喷射路径内。
本申请的电子烟花喷射装置
100
，可以包括一个或多个喷射机构，对于设有多个喷射机构的电子烟花喷射装置
100
，每个喷射机构均可以设有输入管
135
和输出管
136
，输入管
135
和输出管
136
分别与贮液罐
110
连通。多个喷射机构可通过输入管
135
和输出管
136
首尾相连。多个喷射机构也可按照其他方式相连。
在一种实施方式中，多个喷射机构按约定的顺序连接，前一个喷射机构的输出管
136
和后一个喷射机构的输入管
135
连接，第一个喷射机构的输入管
135
可以密封，最后一个喷射机构的输出管
136
也可以密封。
本申请的电子烟花喷射装置
100
，还可以包括液位开关机构，液位开关机构设置在贮液罐
110
内的，液位开关机构和启动控制电路
141
电连接，液位开关机构用于在完成喷射后关闭启动控制电路
141
。
在一种实施方式中，液位开关机构包括浮子机构和微动开关
164
，浮子机构包括浮子限位管
161
、浮子杆
162
和浮子
163
，浮子
163
设置在浮子杆
162
的末端，浮子限位管
161
为一框型结构，用于对穿设在浮子限位管
161
内的浮子杆
162
进行限位，当料液
111
没有喷射或者未被喷射完之前，浮子
163
位置是高位置，浮子机构上的微动开关
164
是常开的，当液体被喷射完之后，浮子
163
随着液体的高度进行下降，浮子杆
162
带动微动开关
164
，微动开关
164
断开，实现烟花在喷射完成之后的启动控制电路
141
的关闭。
本申请的料液
111
，还可以包括植物淀粉和
/
或有机荧光颜料。
LED
灯也可以选用单色灯或全彩
LED
灯。启动控制电路
141
驱动
LED
灯，对喷射路径内的料液
111
进行光线的导光，以及料液
111
混合有植物淀粉类的漫反射材质时的漫反射，以及料液
111
混合有机荧光粉类的吸光发光材质时的漫反射，实现喷射液体具有彩色光线效果。
在一种实施方式中，本申请的电子烟花喷射装置
100
还可以包括驱动电机（图未示），驱动电机与喷射管
131
和
/
或喷头盖
132
电连接，驱动电机用于驱动喷射管
131
和
/
或喷头盖
132
摇晃，使喷射出的烟花增加的摇动摆晃效果。其中驱动喷射管
131
的和驱动喷头盖
132
的驱动电机可单独设置，驱动喷射管
131
的驱动电机可控制喷射管
131
进行摇晃摆动，产生烟花晃动的效果。驱动喷头盖
132
的驱动电机可控制喷头盖
132
的间隙，实现烟花的张开和收缩功能，使烟花可以集束成直线也可以散开成花朵状。
本申请的电子烟花喷射装置
100
启动之后，电动液压泵
121
开始工作，通过第一连接管
133
和第二连接管
134
抽取贮液罐
110
内的料液
111
。
LED
光源同时被点亮，光线通过料液和喷射管进行导光，随着料液的喷出，实现单色或彩色的喷射效果。当料液
111
没有喷射或者液体没有被喷射完之前，液位开关机构的浮子
163
位置是高位置，浮子机构上的微动开关
164
是常闭的，当料液
111
被喷射完之后，浮子
163
随着料液
111
的高度进行下降，浮子杆
162
带动微动开关
164
，把微动开关
164
断开，实现整体烟花在喷射完成之后的电路关闭。同时，喷射管
131
可以单独接驱动电机（图未示），对喷射管
131
增加不同的摇动摆晃效果，让喷射出的烟花效果增加额外的摇动摆晃功能。喷射盖
132
也可以单独接驱动电机，通过调节喷射盖
132
的间隙，让喷射盖
132
喷出的烟花效果能够增加烟花分散和集束的效果。本申请可根据不同的喷射排布实现视觉上的烟花美观需求时，一个电动液压泵能够推动的多个喷射机构，可以在一个贮液罐
110
上，增加多个喷射机构进行喷射，多个喷射机构可以提高视觉上的烟花美观效果。喷射的工作运行方式与一个喷射机构相同。
实施例二：
如图
1
至图
3
所示，图中的箭头方向为料液移动的方向。本申请的电子烟花喷射系统，其一种实施方式，包括多个电子烟花喷射装置
100
，多个电子烟花喷射装置
100
通过管道连接头
170
连通。
本申请的电子烟花喷射装置
100
，其一种实施方式，包括：
贮液罐
110
，用于盛放料液，料液
111
包括水，贮液罐
110
顶部设有开口。
增压机构，包括电动液压泵
121
，用于吸取贮液罐
110
里的料液
111
并加压排出。
喷射机构，与开口配合，喷射机构包括喷射管
131
和喷头盖
132
，喷头盖
132
设置在开口上，喷射管
131
穿设于开口，喷射管
131
可以伸出开口，喷射管
131
也可以与开口平齐，喷射管
131
的一端连接电动液压泵
121
的输出口，喷射管
131
的另一端连接喷头盖
132
，电动液压泵
121
的输入口连接贮液罐底部，喷射管
131
和喷头盖
132
形成喷射路径。在一种实施方式中，喷射管
131
的一端可以通过第一连接管
133
连接电动液压泵
121
的输出口，电动液压泵
121
的输入口可以通过第二连接管
134
连接贮液罐
110
底部。
启动机构，包括启动控制电路
141
，启动控制电路用于和电动液压泵
121
电连接，电动液压泵
121
还用于驱动料液
111
经喷射路径喷出。
发光机构，包括
LED
灯
151
，启动控制电路
141
还用于驱动
LED
灯
151
发光，照射喷射路径内的料液
111
进行光线的导光。在一种实施方式中，
LED
灯
151
设置在贮液罐
110
内，
LED
灯
151
发出的光可照射到喷射路径内。
本申请的电子烟花喷射装置
100
，可以包括一个或多个喷射机构，对于设有多个喷射机构的电子烟花喷射装置
100
，每个喷射机构均可以设有输入管
135
和输出管
136
，输入管
135
和输出管
136
分别与贮液罐
110
连通。多个喷射机构可通过输入管
135
和输出管
136
首尾相连。多个喷射机构也可按照其他方式相连。
在一种实施方式中，多个喷射机构按约定的顺序连接，前一个喷射机构的输出管
136
和后一个喷射机构的输入管
135
连接，第一个喷射机构的输入管
135
可以密封，最后一个喷射机构的输出管
136
也可以密封。
本申请的电子烟花喷射装置
100
，还可以包括液位开关机构，液位开关机构设置在贮液罐
110
内的，液位开关机构和启动控制电路
141
电连接，液位开关机构用于在完成喷射后关闭启动控制电路
141
。
在一种实施方式中，液位开关机构包括浮子机构和微动开关
164
，浮子机构包括浮子限位管
161
、浮子杆
162
和浮子
163
，浮子
163
设置在浮子杆
162
的末端，浮子限位管
161
为一框型结构，用于对穿设在浮子限位管
161
内的浮子杆
162
进行限位，当料液
111
没有喷射或者未被喷射完之前，浮子
163
位置是高位置，浮子机构上的微动开关
164
是常开的，当液体被喷射完之后，浮子
163
随着液体的高度进行下降，浮子杆
162
带动微动开关
164
，微动开关
164
断开，实现烟花在喷射完成之后的启动控制电路
141
的关闭。
本申请的料液
111
，还可以包括植物淀粉和
/
或有机荧光颜料。
LED
灯也可以选用单色灯或全彩
LED
灯。启动控制电路
141
驱动
LED
灯，对喷射路径内的料液
111
进行光线的导光，以及料液
111
混合有植物淀粉类的漫反射材质时的漫反射，以及料液
111
混合有机荧光粉类的吸光发光材质时的漫反射，实现喷射液体具有彩色光线效果。
在一种实施方式中，本申请的电子烟花喷射装置
100
还可以包括驱动电机（图未示），驱动电机与喷射管
131
和
/
或喷头盖
132
电连接，驱动电机用于驱动喷射管
131
和
/
或喷头盖
132
摇晃，使喷射出的烟花增加的摇动摆晃效果。
多个电子烟花喷射装置
100
可以按约定的顺序连接，前一个电子烟花喷射装置
100
的输出管和后一个电子烟花喷射装置
100
的输入管具体可通过管道连接头
170
连接，在一种实施方式中，具体可由前一个电子烟花喷射装置
100
的喷射机构均的输出管
136
和后一个电子烟花喷射装置
100
的喷射机构的输入管
135
通过管道连接头
170
连接。第一个电子烟花喷射装置
100
的输入管密封，最后一个电子烟花喷射装置
100
的输出管密封。
本申请的电子烟花喷射装置
100
启动之后，电动液压泵
121
开始工作，通过第一连接管
133
和第二连接管
134
抽取贮液罐
110
内的料液
111
。
LED
光源同时被点亮，光线通过料液和喷射管进行导光，随着料液的喷出，实现单色或彩色的喷射效果。当料液
111
没有喷射或者液体没有被喷射完之前，液位开关机构的浮子
163
位置是高位置，浮子机构上的微动开关
164
是常闭的，当料液
111
被喷射完之后，浮子
163
随着料液
111
的高度进行下降，浮子杆
162
带动微动开关
164
，把微动开关
164
断开，实现整体烟花在喷射完成之后的电路关闭。同时，喷射管
131
可以单独接驱动电机（图未示），对喷射管
131
增加不同的摇动摆晃效果，让喷射出的烟花效果增加额外的摇动摆晃功能。喷射盖
132
也可以单独接驱动电机，通过调节喷射盖
132
的间隙，让喷射盖
132
喷出的烟花效果能够增加烟花分散和集束的效果。本申请可根据不同的喷射排布实现视觉上的烟花美观需求时，一个电动液压泵能够推动的多个喷射机构，可以在一个贮液罐
110
上，增加多个喷射机构进行喷射，多个喷射机构可以提高视觉上的烟花美观效果。喷射的工作运行方式与一个喷射机构相同。根据不同的喷射排布实现视觉上的烟花美观需求时，需要增加更多的喷头时，如果一个电动液压泵无法推动更多的喷射机构时，可以将一个电动液压泵能够推动的喷射机构数量，作为一个单体，进行多个组合，满足更多的视觉上的烟花美观效果。喷射的工作运行方式与一个喷射机构相同。
本申请通过人眼视觉感官进行设计的光学传递过程营造的全息方式，在燃放过程中没有任何火源，又能够展现出烟花的燃放效果。最大程度的保护环境减少空气污染，保护消费者的人身安全和燃放环境的安全，填补烟花市场的替代需求，填补禁止燃放烟花环境下的市场空白。本申请为高仿真烟花，可以让消费者直观看到的电子烟花，同时本申请使用的喷射物仅仅是安全的液体，比如水，比如添加植物淀粉的水，比如添加植物淀粉和有机荧光粉的水，等等，完全是安全环保的，同时，本申请的装置和系统可以重复使用，满足安全无火的烟花要求。本申请采用液压推动结构和光电结构以及机械结构，通过喷射液体，同时通过调整液体中混合成的植物淀粉等等对光学有漫反射或者吸光特性的材料，就能够从系统结构和光学方面，完成安全无火的液体彩色烟花喷射效果，进行安全喷射。
以上内容是结合具体的实施方式对本申请所作的进一步详细说明，不能认定本申请的具体实施只局限于这些说明。对于本申请所属技术领域的普通技术人员来说，在不脱离本申请构思的前提下，还可以做出若干简单推演或替换。
Claims (11)
- 一种电子烟花喷射装置，其特征在于，包括：贮液罐，用于盛放料液，所述料液包括水，所述贮液罐顶部设有开口；增压机构，包括电动液压泵，用于吸取所述料液并加压排出；喷射机构，与所述开口配合，所述喷射机构包括喷射管和喷头盖，所述喷头盖设置在所述开口上，所述喷射管的一端连接所述电动液压泵的输出口，所述喷射管的另一端连接所述喷头盖，所述电动液压泵的输入口连接贮液罐底部，所述喷射管和所述喷头盖形成喷射路径；启动机构，包括启动控制电路，所述启动控制电路用于和所述电动液压泵电连接，所述电动液压泵还用于驱动所述料液经所述喷射路径喷出；发光机构，包括LED灯，所述启动控制电路用于驱动所述LED灯发光，照射所述喷射路径内的料液进行光线的导光。
- 如权利要求1所述的电子烟花喷射装置，其特征在于，所述喷射机构包括一个或多个，所述喷射机构设有分别与所述罐体连通的输入管和输出管。
- 如权利要求2所述的电子烟花喷射装置，其特征在于，多个所述喷射机构通过所述输入管和所述输出管首尾相连。
- 如权利要求3所述的电子烟花喷射装置，其特征在于，多个所述喷射机构按约定的顺序连接，前一个所述喷射机构的输出管和后一个所述喷射机构的输入管连接，第一个所述喷射机构的输入管密封，最后一个所述喷射机构的输出管密封。
- 如权利要求1至5中任一项所述的电子烟花喷射装置，其特征在于，还包括设置在所述贮液罐内的液位开关机构，所述液位开关机构和所述启动控制电路电连接，所述液位开关机构用于在完成喷射后关闭所述启动控制电路。
- 如权利要求5所述的电子烟花喷射装置，其特征在于，所述液位开关机构包括浮子机构和微动开关，所述浮子机构包括浮子限位管、浮子杆和浮子，所述浮子设置在所述浮子杆末端，所述浮子限位管用于对所述浮子杆进行限位，当所述料液未喷射完之前，所述浮子处在高位，所述微动开关常开，当所述料液喷射完后，所述浮子的高度下降，所述浮子杆带动所述微动开关断开。
- 如权利要求5所述的电子烟花喷射装置，其特征在于，所述料液还包括植物淀粉和/或有机荧光颜料。
- 如权利要求5所述的电子烟花喷射装置，其特征在于，所述LED灯包括单色或全彩LED灯。
- 如权利要求1至5中任一项所述的电子烟花喷射装置，其特征在于，还包括驱动电机，所述驱动电机与所述喷射管和/或所述喷头盖电连接，所述驱动电机用于驱动所述喷射管和/或所述喷头盖摇晃。
- 一种电子烟花喷射系统，其特征在于，包括多个如权利要求5至9中任一项所述的电子烟花喷射装置，多个所述电子烟花喷射装置通过连接管连通。
- 如权利要求10所述的电子烟花喷射系统，其特征在于，多个所述电子烟花喷射装置按约定的顺序连接，前一个所述电子烟花喷射装置的输出管和后一个所述电子烟花喷射装置的输入管连接，第一个所述电子烟花喷射装置的输入管密封，最后一个所述电子烟花喷射装置的输出管密封。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2019/074291 WO2020155066A1 (zh) | 2019-01-31 | 2019-01-31 | 一种电子烟花喷射装置和系统 |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2019/074291 WO2020155066A1 (zh) | 2019-01-31 | 2019-01-31 | 一种电子烟花喷射装置和系统 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2020155066A1 true WO2020155066A1 (zh) | 2020-08-06 |
Family
ID=71841521
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/CN2019/074291 WO2020155066A1 (zh) | 2019-01-31 | 2019-01-31 | 一种电子烟花喷射装置和系统 |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2020155066A1 (zh) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1302321A (zh) * | 1998-12-25 | 2001-07-04 | 特种制纸株式会社 | 荧光发色粒子及其制造方法,以及使用荧光发色粒子的防伪用纸 |
| CN2450264Y (zh) * | 2000-08-24 | 2001-09-26 | 李清洋 | 孔雀开屏式城市环保洒水车 |
| CN1975954A (zh) * | 2005-11-28 | 2007-06-06 | 徐旺 | 液位开关速断装置 |
| CN106959060A (zh) * | 2017-04-20 | 2017-07-18 | 浙江大学 | 一种除霾电子烟花及其方法 |
| CN107270776A (zh) * | 2017-07-19 | 2017-10-20 | 查聿津 | 可回收利用的电子烟花 |
| CN107726925A (zh) * | 2017-11-27 | 2018-02-23 | 田景文 | 发射筒及电子烟花爆竹 |
-
2019
- 2019-01-31 WO PCT/CN2019/074291 patent/WO2020155066A1/zh active Application Filing
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1302321A (zh) * | 1998-12-25 | 2001-07-04 | 特种制纸株式会社 | 荧光发色粒子及其制造方法,以及使用荧光发色粒子的防伪用纸 |
| CN2450264Y (zh) * | 2000-08-24 | 2001-09-26 | 李清洋 | 孔雀开屏式城市环保洒水车 |
| CN1975954A (zh) * | 2005-11-28 | 2007-06-06 | 徐旺 | 液位开关速断装置 |
| CN106959060A (zh) * | 2017-04-20 | 2017-07-18 | 浙江大学 | 一种除霾电子烟花及其方法 |
| CN107270776A (zh) * | 2017-07-19 | 2017-10-20 | 查聿津 | 可回收利用的电子烟花 |
| CN107726925A (zh) * | 2017-11-27 | 2018-02-23 | 田景文 | 发射筒及电子烟花爆竹 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109595993A (zh) | 一种电子烟花喷射控制装置和电子烟花喷射系统 | |
| WO2020155066A1 (zh) | 一种电子烟花喷射装置和系统 | |
| CN109682261B (zh) | 一种电子烟花喷射装置和系统 | |
| CN108230863B (zh) | 一种远程控制粉尘爆炸模拟演示装置 | |
| CN102235839B (zh) | 燃油喷火系统 | |
| CN209689500U (zh) | 电子烟花喷射装置和系统 | |
| CN110595289B (zh) | 一种喷花型烟花 | |
| CN209689499U (zh) | 电子烟花喷射控制装置和电子烟花喷射系统 | |
| WO2020155065A1 (zh) | 一种电子烟花喷射控制装置和电子烟花喷射系统 | |
| CN201259401Y (zh) | 一种室内字幕图案烟花 | |
| CN202018242U (zh) | 烟花爆竹 | |
| WO2020220299A1 (zh) | 一种电子烟花喷射装置 | |
| CN210922363U (zh) | 一种喷花型烟花 | |
| CN109147523B (zh) | 一种模拟粉尘爆炸的装置 | |
| CN204261236U (zh) | 一种城市高层干粉灭火弹 | |
| CN211399811U (zh) | 一种新型安全型高空点火器 | |
| CN112378296A (zh) | 喷花炮竹 | |
| CN107101537A (zh) | 环保鞭炮 | |
| CN214620879U (zh) | 一种改进型电子礼花烟花 | |
| CN211677840U (zh) | 一种化学教学用方便灭火的酒精灯 | |
| CN210374804U (zh) | 电子烟花喷射装置 | |
| CN208816246U (zh) | 一种气泵式火箭发动机 | |
| CN109916238B (zh) | 一种电子烟花喷射装置 | |
| CN218895708U (zh) | 一种环保型机场驱鸟弹 | |
| CN212523023U (zh) | 一种开炮喷烟装置及玩具 |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 121 | Ep: the epo has been informed by wipo that ep was designated in this application |
Ref document number: 19913556 Country of ref document: EP Kind code of ref document: A1 |
|
| NENP | Non-entry into the national phase |
Ref country code: DE |
|
| 122 | Ep: pct application non-entry in european phase |
Ref document number: 19913556 Country of ref document: EP Kind code of ref document: A1 |
|
| 122 | Ep: pct application non-entry in european phase |
Ref document number: 19913556 Country of ref document: EP Kind code of ref document: A1 |