TWM495337U - Inflatable apparatus with solar energy - Google Patents

Description

Solar aerator

The present invention relates to an inflator, and more particularly to an inflator made of a material that uses solar energy to generate electricity.

Water transportation or water sports have long been one of the indispensable activities in human life. In recent years, water activities have evolved into a popular entertainment activity. Both men, women and children may be exposed to water activities. If an accident occurs, How to improve the chances of survival is even more important, so many experts and scholars are committed to the development of life-saving devices.

At present, when engaged in water transportation or water sports, the general public will be equipped with inflatable devices such as swimming laps or life jackets to avoid misfortune. When an accident occurs, the buoyant device can only be used passively to float on the water surface for rescue. Proactive outbound help to speed up the rescue time and increase the chances of survival. When floating on the water, it is often affected by ocean currents or waves. It is taken away from the accident site and even taken to distant places, which increases the difficulty of rescuers, especially at night, which increases the difficulty of search and rescue. Make it difficult for the victims who could survive.

Therefore, how to enable the victims to take the initiative to actively seek help and improve the chances of being rescued is an urgent problem to be solved in the relevant research and development field.

In view of this, the present invention proposes a solar inflator comprising: a gas chamber for inflating and expanding with a gas; and a flexible thin film solar cell diaphragm located on the surface of the air chamber for receiving sunlight or visible light for conversion It is electrical energy; and an electrical storage component for storing electrical energy.

In addition, the solar inflator device proposed by the present invention further includes: a light-emitting element that uses a stored energy of the storage element to project a light source, wherein the light-emitting method can be an continuous manner, or the light source can be projected in an intermittent blinking manner. The effect of lighting and the search and rescue personnel find their location.

The solar inflator proposed by the present invention further comprises: a warning component, which uses the electric energy stored by the electric storage component to emit a warning sound, so that the rescuer can quickly go to the rescue.

The solar inflator proposed by the present invention further comprises: a positioning module, which converts the position into a position signal by using the electric energy stored by the electric storage component, and transmits the information to the search and rescue personnel to shorten the search time of the search and rescue personnel.

The inflator manufactured by the flexible thin film solar cell diaphragm proposed by the present invention provides the electric energy required for the survival device or other equipment by adding a flexible thin film solar cell diaphragm, when the user has an accident, The survival device can actively seek out assistance through the light-emitting component, the warning component or the positioning module, so that the search and rescue personnel can quickly find the user's location, thereby improving the chance of the user being rescued in the event of an accident, effectively solving the life-saving lifebuoy, Inflators such as life jackets can only passively wait for the rescuers to find the problem of rescue.

The detailed features of this creation are described in detail below in the embodiments. And the advantages thereof are sufficient for any skilled person to understand the technical content of the present invention and implement it according to the content, patent application scope and schema disclosed in the specification, and any skilled person can easily understand the creation. Related purposes and advantages.

10‧‧‧ air chamber

20‧‧‧Flexible thin film solar cell diaphragm

21‧‧‧ Hollow

211‧‧‧Perforation

22‧‧‧ Carrying area

30‧‧‧Power storage components

40‧‧‧Lighting elements

50‧‧‧Warning components

60‧‧‧Inflatable module

70‧‧‧Inflatable mouth

80‧‧‧Reinforced diaphragm

90‧‧‧Drive Module

91‧‧‧Motor

92‧‧‧ blades

100‧‧‧film

110‧‧‧Wireless transmission module

111‧‧‧Antenna

112‧‧‧Intercom module

113‧‧‧ Positioning Module

120‧‧‧Temperature adjustment module

121‧‧‧ Thermal output film

122‧‧‧temperature control button

130‧‧‧ toilet

131‧‧‧ toilet cover

132‧‧‧ Toilet Seat

Fig. 1A is a perspective view of the first embodiment of the creation.

Fig. 1B is a cross-sectional view of the arrow AA along the line A-A.

Figure 2 is a cross-sectional view showing a second embodiment of the creation.

Figure 3 is a cross-sectional view showing a third embodiment of the creation.

Fig. 4A is an exploded view of the fourth embodiment of the present invention.

Fig. 4B is a perspective view of the fourth embodiment of the creation.

Fig. 5 is a perspective view showing a fifth embodiment of the creation.

Figure 6 is a block diagram showing the application of the radio module of the fifth embodiment of the present invention.

Figure 7 is a perspective view of the sixth embodiment of the creation.

Figure 8 is a perspective view of the seventh embodiment of the creation.

Please refer to Figure 1A and Figure 1B for the first implementation of this creation. For example, FIG. 1A is a perspective view, and FIG. 1B is a cross-sectional view of the arrow AA along line A-A.

The solar inflator of the present invention comprises: a gas chamber 10, flexible The thin film type solar cell film 20 and the electricity storage element 30.

The flexible film type solar cell film 20 can be in the form of a sheet And having flexibility, the composition of which can be a single crystal germanium or polycrystalline germanium solar cell with a small number of small cells attached to the flexible substrate, or a flexible thin-film solar cell. The solar cell light source can be converted into electric energy, and the flexible thin film solar cell can be a dye-sensitized solar cell or an organic polymer solar cell. Or other amorphous silicon solar cells, micro-crystal Si solar cells, and compound solar cells. The accommodating space is formed in the flexible thin film solar cell film 20 by bonding the periphery of the flexible thin film solar cell film 20 by means of gluing or hot pressing.

The flexible thin film solar cell membrane 20 described above The color can be red, orange, yellow, green, blue, ochre, purple, black, gray, white or a combination thereof, and the decorative effect of the creation is enhanced by different colors or combinations thereof.

The gas chamber 10 is filled with gas to inflate and expand, and is then located In the accommodating space formed by the periphery of the flexible film type solar cell film 20, an inflation port 70 is additionally provided on the flexible film type solar cell film 20 to fill the gas in the gas chamber 10, and further Can also be in the air chamber 10 and flexible thin A reinforcing film 80 is disposed between the film type solar cell films 20, thereby reinforcing the strength of the flexible film type solar cell film 20, wherein the reinforcing film 80 can be required according to the flexible film type solar cell film 20. Set up for enhanced partial areas. In the present embodiment, one piece of the flexible film type solar cell film 20 is formed, but not limited thereto.

The storage element 30 is used to store a flexible thin film type solar cell The power storage element 30 can be disposed in the air chamber 10, or can be disposed on one side of the air chamber 10, or directly disposed on the flexible thin film solar cell diaphragm 20. The plurality of sets of power storage elements 30 can be simultaneously disposed at the above-mentioned position for storing the electrical energy converted by the flexible thin film solar cell diaphragm 20. Further, the storage element 30 can be selected from a conventional lead-acid battery and a lithium battery. One of a group consisting of a polymer lithium battery, a lithium ion battery, a nickel hydrogen battery, and a nickel cadmium battery.

The solar inflator of the present invention further comprises: a light-emitting element 40. The warning component 50 and the inflation module 60.

The light emitting element 40 is disposed on the flexible film type solar cell film The light source 40 can be a light bulb or an LED, and the light emitting element 40 can emit light in a continuous manner or intermittently. The way of illuminating projects the light source.

The warning element 50 is disposed on the flexible film type solar cell film The sheet 20 can also be disposed in the air chamber 10, and the warning sound can be emitted by using the electric energy stored in the storage element 30, wherein the warning sound of the warning component 50 can be continued. Broken sounds can also be intermittent warnings.

The inflatable module 60 is disposed on the flexible film type solar cell film On the sheet 20, the gas stored in the gas chamber 10 is filled with the electric energy stored in the electricity storage element 30. When the gas chamber 10 is provided with the gas inlet 70, the gas can be filled into the gas chamber 10 via the gas inlet 70, and the gas is filled. The gas chamber 10 may also be disposed in the gas chamber 10 to directly fill the gas in the gas chamber 10.

When needed, the inflator module 60 is used by the storage element 30 The stored electric energy is filled into the gas chamber 10 through the inflation port 70 provided on the flexible film type solar cell membrane 20, and after the gas chamber 10 is inflated, the gas inlet port 70 is closed to close the gas chamber 10, so that the gas chamber 10 is closed. The air chamber 10 maintains the state of inflation and inflation, achieves the effect of automatic inflation, eliminates the manual blowing method, accelerates the inflation time, and saves time and is more efficient.

When the solar inflator of the present invention is filled with gas in the air chamber 10 After that, it can be placed in water to form a floating buoy for the user to use, and the light source projected by the light-emitting element 40 can be illuminated without illumination, or the light source can be projected to let others know the light-emitting element. The location of the 40, in addition, can also be sent through the warning component 50 warning, call for help to quickly go to the rescue, speed up the search and rescue time. When the solar inflator of the present invention is filled with gas in the air chamber 10, it can also be placed on the table top for use as an inflatable pillow.

When used, the gas contained in the gas chamber 10 only needs to be The inflation port 70 is opened, the gas leaks out of the air chamber 10 through the inflation port 70, and then the inflation port 70 is closed to close the air chamber 10 to close the air, so that there is no gas in the air chamber 10, and the gas in the air chamber 10 is discharged, which reduces the volume and is convenient to carry. Storage.

Please refer to FIG. 2 for a cross-sectional view of the second embodiment of the present invention.

The solar inflator of the present invention, wherein the air chamber 10 can be Gluing or hot pressing is formed directly on the periphery of a film 100, or may be formed by the periphery of two or more films 100. After the film 100 is passed, the flexible film solar cell film 20 is attached to the film. The light-emitting solar cell membrane 20 can be completely covered on the surface of the film 100, or the partial film can be attached to the surface of the film 100. The surface of 100.

Please refer to FIG. 3 for a cross-sectional view of a third embodiment of the present invention.

In this embodiment, the reinforcing film 80 is disposed on the film 100 and The solar inflator of the present invention, which is manufactured by the flexible thin film solar cell membrane 20, may be disposed between the gas chamber 10 and the film 100 to enhance the strength of the solar inflator of the present invention.

Please refer to Figures 4A and 4B for the fourth implementation of this creation. For example, Figure 4A is an exploded view and Figure 4B is a perspective view.

In this embodiment, the flexible film type solar cell film 20 The hollow portion 21 is formed, and the perforation 211 is formed through the periphery of the hollow portion 21, so that the solar inflator of the present invention has a swimming ring shape. When the water is active, the user is less likely to adhere to the creation due to the sea wave or other factors. The solar inflator is disengaged from the solar inflator, or the solar inflator made of the flexible thin film solar cell membrane 20 is disengaged. Unfortunately, in order to avoid this, the user can wear through the perforation 211. The solar inflator made of the flexible film type solar cell diaphragm 20 enables the creation The solar inflator sleeve is attached to the user, so that the solar inflator of the present invention is not easily detached from the user, causing an accident.

In the present embodiment, the periphery of one hollow portion 21 is followed by The form of the swimming ring forming a perforation 211 is taken as an example, but not limited thereto, a plurality of hollow portions 21 may be formed on the flexible film type solar cell film 20 to form a plurality of perforations 211, thereby making a difference. Life jackets or other forms of solar inflators required.

Please refer to FIG. 5 and FIG. 6 for the fifth embodiment of the present invention. Figure 5 is a perspective view, and Figure 6 is a block diagram of a radio module application.

In this embodiment, the flexible film type solar cell film 20 A plurality of hollow portions 21 are formed, and a plurality of perforations 211 are formed through the periphery of each hollow portion 21, so that the solar inflator of the present invention is in the form of a life jacket, and is disposed on one side of the flexible thin film solar cell membrane 20 The wireless transmission module 110 is connected to the wireless transmission module by using the power stored in the storage element 30. The wireless transmission module 110 can also be disposed in the air chamber 10. The wireless signal transmitted by the wireless transmission module 110 can be an audio signal or a position signal. The wireless signal transmitted by the wireless transmission module 110 is transmitted to the wireless signal receiver through the antenna 111 to contact the outside world.

When the signal transmitted by the wireless transmission module 110 is an audio signal When the user transmits the voice to the voice signal through the antenna 111 to communicate with the outside world through the antenna module 112, the user can directly seek assistance. When the signal transmitted by the wireless transmission module 110 is a position signal, the positioning module is transmitted through the positioning module. 113 convert the user's location into a location signal to let the outside world know the current location, so that The rescuers can rescue quickly.

Please refer to FIG. 7 for a perspective view of the sixth embodiment of the present invention.

The solar inflator of the present invention further comprises: a driving module 90.

The driving module 90 includes a motor 91 and blades 92, which are arranged to be flexible The side of the thin film type solar cell membrane 20 drives the motor 91 to rotate the blade 92 by the electric energy stored in the storage element 30, thereby generating a propulsive force to make the flexible thin film solar cell membrane 20 and the gas chamber 10 in the water. The same direction displacement is generated, wherein the driving module 90 is composed of the motor 91 and the blade 92, but not limited thereto.

In this embodiment, the flexible film type solar cell film 20 In some parts of the area, the solar inflator of the present invention is in the form of a lifeboat by forming the carrying area 22, and a driving module 90 is disposed on the side of the flexible thin film solar cell film 20, thereby making the flexible type The solar inflator made of the thin film type solar cell membrane 20 can move on the water surface, and more people can be carried by the solar inflator having the carrying area 22.

Please refer to FIG. 8 for a perspective view of the seventh embodiment of the present invention.

The solar inflator of the present invention further includes: a temperature adjustment mode Group 120.

The temperature adjustment module 120 includes an electrothermal conversion unit (not shown) The heat output film 121 and the temperature control button 122 are disposed on the flexible film type solar cell film 20, or may be disposed on the film 100, and use the electric energy stored in the electricity storage element 30 to achieve the effect of adjusting the temperature. The electrothermal conversion unit converts electrical energy into thermal energy, and the temperature is increased by the output temperature of the thermal energy output film 121. The temperature adjustment module 120 is composed of an electrothermal conversion unit, a thermal energy output film 121, and a temperature control button 122, but is not limited thereto.

When an accident occurs in a water activity, the most fatal factor, It is often caused by temperature loss. By adding the temperature adjustment module 120, the user can attach the thermal energy output film 121 to obtain thermal energy, and can adjust the temperature through the temperature control button 122 to avoid the problem of temperature loss in the water.

Another embodiment of the creation can be a flexible film type sun The solar inflator made of the battery membrane 20 is disposed on the toilet seat 132. As long as the visible light flexible thin film solar cell membrane 20 can absorb the visible light of the indoor light, the light energy can be converted into electric energy by means of electric heating. The conversion unit converts the electrical energy stored in the electrical storage device 30 into thermal energy, and outputs the thermal energy output film 121 through the temperature adjustment module 120. The temperature of the temperature control button 122 can be adjusted according to the individual needs of the user. The thermal energy output film 121 It is disposed on one side of the solar inflator made of the flexible film type solar cell film 20.

When the weather is cold, it is often inconvenient to use the toilet 130. The thing, especially when the toilet lid 131 is to be seated on the toilet seat 132, often feels a cold and uncomfortable. By this embodiment, the user does not feel cold and uncomfortable when sitting on the toilet seat 132, and is mad. The gas filled in the chamber 10 makes the user feel soft and comfortable sitting on the solar inflator of the creation, and will not be uncomfortable.

The solar inflator of the present invention is provided by adding a flexible film Solar cell diaphragm 20 converts solar light energy into electrical energy to provide survival The power source required by the device or other device can actively seek out assistance through the light-emitting component 40, the warning component 50 or the positioning module 113 when the user has an accident, so that the search and rescue personnel can quickly find the user's location. In order to improve the chances of users being rescued in the event of an accident, effectively solving the problem of using inflatable devices such as lifebuoys and life jackets can only passively wait for the rescuers to find and rescue them.

Although the technical content of the present creation has been disclosed in the preferred embodiment As above, it is not intended to limit the creation of this work. Anyone who is familiar with this art, and some changes and refinements that do not deviate from the spirit of this creation should be covered in the scope of this creation. Therefore, the scope of protection of this creation is regarded as a The scope defined in the patent application is subject to change.

10‧‧‧ air chamber

20‧‧‧Flexible thin film solar cell diaphragm

30‧‧‧Power storage components

80‧‧‧Reinforced diaphragm

100‧‧‧film

Claims (16)

A solar inflator device comprising: at least one flexible film type solar cell diaphragm for receiving a daylight and converting into an electric energy, and forming a gas chamber via a periphery of the flexible film type solar cell film, The gas chamber is filled with a gas and is inflated, wherein the flexible film type solar cell membrane is disposed as at least one hollow portion, and at least one perforation is formed through the periphery of the hollow portion; Storing the electrical energy on the flexible thin film solar cell membrane; and an electronic survival device located on the flexible thin film solar cell membrane, connected to the electrical storage element, and using the electrical energy of the electrical storage component Actively and actively seek help. A solar inflator device comprising: at least one flexible film type solar cell diaphragm for receiving a daylight and converting into an electric energy, and forming a gas chamber via a periphery of the flexible film type solar cell film, The gas chamber is filled with gas and inflated, wherein a portion of the flexible thin film solar cell membrane is formed to form a load bearing region; a storage element for storing the electrical energy is disposed in the flexible region a thin film type solar cell film; and an electronic survival device disposed on the flexible film type solar cell film, connected to the electricity storage element, and the electric energy of the electricity storage element is used Acting and taking the initiative to seek help. A solar inflator comprising: at least one film; at least one flexible film type solar cell film attached to the film for receiving a daylight and converting it into an electric energy, and then passing the flexible film type solar energy a gas chamber is formed on the periphery of the battery membrane, and the gas chamber is filled with a gas to be inflated, wherein the flexible thin film solar cell membrane comprises at least one hollow portion formed by the periphery of the hollow portion. At least one perforation; a storage element for storing the electrical energy, disposed on the flexible thin film solar cell membrane; and an electronic survival device disposed on the flexible thin film solar cell membrane and connected to the storage The component uses the electrical energy of the electrical storage component to actively seek outward assistance. A solar inflator comprising: at least one film; at least one flexible film type solar cell film attached to the film for receiving a daylight and converting it into an electric energy, and then passing the flexible film type solar energy a gas chamber is formed on the periphery of the battery membrane, and the gas chamber is filled with gas to be inflated, wherein a portion of the flexible thin film solar cell membrane is formed to form a load bearing region; For storing the electrical energy, disposed on the flexible thin film solar cell membrane; and An electronic survival device is disposed on the flexible thin film solar cell membrane, connected to the electrical storage element, and actively uses the electrical energy of the electrical storage component to actively seek outward assistance. The solar inflator of any one of claims 1 to 4, further comprising: a light-emitting element located on the flexible thin film solar cell film, and projecting a light source using the electric energy stored by the electric storage element . The solar inflator of claim 5, wherein the light emitting element projects the light source in one of an intermittent manner and a continuous manner. The solar inflator of any one of claims 1 to 4, wherein the electronic survival device is a warning component that uses the electrical energy stored by the electrical storage component to emit a warning sound. The solar inflator of any one of claims 1 to 4, wherein the electronic survival device is a wireless transmission module that transmits a wireless signal using the electrical energy stored by the electrical storage component. The solar inflator of claim 8, wherein the wireless signal is a position signal. The solar inflator of claim 9, wherein the electronic survival device is a positioning module located on the flexible thin film solar cell diaphragm, and the electric energy stored by the storage element is used to convert the position to The location signal. The solar inflator of claim 8, wherein the wireless signal For an audio signal. The solar inflator of claim 11, wherein the electronic survival device is a pair of speaking modules, located on the flexible thin film solar cell diaphragm, and converting the sound by using the electrical energy stored by the electrical storage component The sound signal. The solar inflator of any one of claims 1 to 4, wherein the electronic survival device is a driving module located on one side of the flexible thin film solar cell diaphragm and stored by the storage element The electric energy drives the flexible film type solar cell film and the gas chamber displacement. The solar inflator of any one of claims 1 to 4, wherein the electronic survival device is a temperature adjustment module located on the flexible thin film solar cell membrane, and the storage element is stored by the storage element Adjust the temperature with electrical energy. The solar inflator of any one of claims 1 to 4, wherein the electronic survival device is an inflatable module located on the flexible thin film solar cell diaphragm, and the electrical energy stored by the electrical storage component is used The gas is filled into the gas chamber. The solar inflator of any one of claims 1 to 4, further comprising: at least one reinforcing membrane between the flexible thin film solar cell membrane and the gas chamber.