TWM592486U - Solar energy blowing lamp - Google Patents

Abstract

The present invention is to provide a solar blowing lamp with very intuitive application, environmental protection and safety. Technical means: the solar blower lamp includes a light emitting part and a power supply part, characterized in that the light emitting part includes a first housing provided with a first accommodating space, a hollow lampshade, a control component, a light emitting element, a sensing element and The second housing, the light emitting element can emit light to the outside, the sensing element can detect the change of airflow, the second housing can also be used for rotating the light emitting portion; the power supply portion includes a third housing with a second accommodating space, a battery, and a solar panel , Electronic control components and control switches. The solar blowing lamp is not a real oil lamp, so there is no actual burning behavior and high safety. With solar energy, it can solve the problem of no emergency lighting in the disaster area.

Description

Solar blowing lamp

The present invention relates to a realistic oil lamp structure that can be used as an emergency strain lamp, especially a solar blowing lamp.

Taiwan is a place with frequent natural disasters. Whenever the typhoon season or the rainy season comes, there are often roads blocked by falling rocks or ground loss, forming "isolated islands". Once an isolated island is formed, it threatens the safety and life of local residents, and the disaster situation is controlled and rescued Strain is extremely difficult.

When a disaster occurs, the residents in the disaster area are relatively nervous and helpless when facing power and water cuts, and people's hearts are floating. Therefore, at night, the lack of lighting sources may cause safety hazards.

In view of this, how to provide a solar blower lamp structure that can solve the aforementioned problems has become a subject to be improved by the new model.

The purpose of the new model is to provide a solar blowing lamp with very intuitive application, environmental protection and safety.

In order to solve the above problems and achieve the purpose of the present invention, the technical means of the present invention is realized in this way, is a solar blowing lamp, the solar blowing lamp (100) includes at least a light emitting part (1), and a power supply Part (2), characterized in that the light-emitting part (1) includes a first housing (11) provided with a first accommodating space (10), and a top end of the first housing (11) In place An empty lampshade (12), a control component (13) provided in the first accommodating space (10), a light-emitting element (14) provided in the first housing (11), at least one provided in the first A sensing element (15) in an accommodating space (10) and a second casing (16) provided at the bottom end of the first casing (11), the light-emitting element (14) also corresponds to the hollow The lampshade (12) is electrically connected with the control component (13) and can emit light through the corresponding part of the hollow lampshade (12), and the sensing element (15) is also electrically connected with the control component (13) and can detect The airflow changes are detected to generate a sensing signal, and the control component (13) can control the light emitting effect of the light emitting element (14) according to the sensing signal, and the second housing (16) can also rotate the light emitting part (1) Use; The power supply part (2) includes a third housing (21), a device that is embedded with the bottom end of the second housing (16) and has a second accommodating space (20), The battery (22) in the second accommodating space (20) and several solar panels (23) respectively disposed on the vertical surface of the third housing (21) and one in the second accommodating space (20) ) And an electronic control component (24) in the third housing (21) at the bottom surface of the control switch (25), the electronic control component (24) and the control component (13), the The battery (22), the solar panel (23), and the control switch (25) are electrically connected.

More preferably, the control assembly (13) further includes a circuit board (131) disposed in the first accommodating space (10), and a brightness adjustment switch electrically connected to the circuit board (131) (132), a control switch (133), a power indicator (134), a charging port (135), a charging indicator (136), one end of the brightness adjustment switch (132) also protrudes from the first shell The left side surface of the body (11), one end of the control switch (133) protrudes from the rear surface of the first housing (11), and one end of the power indicator (134) protrudes from the first housing (11) The rear surface is located on the side of the control switch (133). One end of the charging port (135) protrudes from the front surface of the first housing (11), and one end of the charging indicator (136) protrudes from the The front side surface of the first casing (11) is located below the charging port (135).

More preferably, the hollow lampshade (12) further includes a lower lampshade (121) disposed at the top of the first housing (11), and a top that is locked to the top of the lower lampshade (121) Lampshade (122); the lower lampshade (121) is also provided with an opening (1211) corresponding to the sensing element (15), And a light bulb modeling part (1212) corresponding to the light emitting element (14).

More preferably, the third housing (21) is provided with a foot pad (26) at each corner of the bottom end; the electronic control component (24) is also provided with at least one energy Electric control unit (241) for regulating electric power.

More preferably, the second housing (16) has a limiting portion (161) protruding from the bottom of the second housing (16) where the third housing (21) is fitted.

Compared with the existing technology, the effects of the new model are as follows:

The new solar blowing lamp (100) through the cooperation of the light emitting part (1) and the power supply part (2), so that the people in the disaster area can have a warm bright lamp can be used, with the first shell (11), hollow lampshade ( 12), the control unit (13), the light emitting element (14), the sensing element (15) and the second housing (16) are combined to form a light emitting part (1), which can detect the change of air flow to control whether to emit light, That is, the light-emitting part (1) can be controlled by the blowing action, and the design of the second housing (16) can facilitate the rotation of the light-emitting part (1), so that the new solar blowing lamp (100) can be easily installed and applied The power supply unit (2) composed of a third casing (21), a battery (22), a solar panel (23), an electronic control component (24) and a control switch (25) to solve the problem of no electricity and lighting in the disaster area , Charging during the day and lighting at night, this new type of solar blower lamp (100) will increase the warmth and confidence of the victims, increase the fighting spirit of survival, and improve the disaster response and self-help self-help capabilities of the residents. The first time can help each other.

1‧‧‧Lighting Department

11‧‧‧First shell

12‧‧‧Hollow lampshade

121‧‧‧Lower lamp shade

1211‧‧‧Opening

1212‧‧‧bulb modeling department

122‧‧‧Up lampshade

13‧‧‧Control components

131‧‧‧ circuit board

132‧‧‧Brightness adjustment switch

133‧‧‧Control switch

134‧‧‧Power indicator

135‧‧‧ charging port

136‧‧‧Charging indicator

14‧‧‧Lighting element

15‧‧‧sensing element

16‧‧‧Second shell

161‧‧‧Limiting Department

2‧‧‧Power Supply Department

21‧‧‧The third shell

22‧‧‧Battery

23‧‧‧Solar Panel

24‧‧‧Electronic control components

241‧‧‧Electronic control unit

25‧‧‧Control switch

26‧‧‧Foot pad

10‧‧‧ First accommodation space

20‧‧‧Second accommodation space

100‧‧‧Solar blowing lamp

Figure 1: The three-dimensional schematic diagram of the new model.

Figure 2: The three-dimensional exploded schematic diagram of the new model.

Figure 3: Schematic diagram of the implementation of the new model when charging with solar energy.

Figure 4: Schematic diagram of the implementation of the new model at night.

Figure 5: Schematic diagram of the implementation of the new blow-off lamp.

The following detailed description is as follows according to the embodiment shown in the figure:

As shown in FIG. 1 and FIG. 2, the figure reveals that it is a solar blowing lamp, and the solar blowing lamp (100) includes at least a light emitting part (1) and a power supply part (2), The utility model is characterized in that the light-emitting part (1) comprises a first housing (11) provided with a first accommodating space (10), and a hollow lampshade (at the top of the first housing (11)) 12), a control component (13) disposed in the first accommodating space (10), a light-emitting element (14) disposed in the first housing (11), at least one disposed in the first accommodating space (10) the sensing element (15) and a second casing (16) provided at the bottom of the first casing (11), the light-emitting element (14) also corresponds to the hollow lampshade (12) ) And is electrically connected to the control component (13) and can emit light through the corresponding part of the hollow lampshade (12), the sensing element (15) is also electrically connected to the control component (13) and can detect changes in airflow 2. Generate a sensing signal, and the control component (13) can control the light-emitting effect of the light-emitting element (14) according to the sense signal, and the second housing (16) can also rotate the light-emitting portion (1) The power supply part (2), which includes a third housing (21) embedded in the bottom of the second housing (16) and having a second accommodating space (20), a The batteries (22) in the two accommodating spaces (20), several solar panels (23) respectively provided on the vertical surfaces of the third housing (21), and one in the second accommodating space (20) An electronic control component (24) and a control switch (25) provided on the bottom surface of the third casing (21), the electronic control component (24) is also connected with the control component (13) and the battery (22) ), the solar panel (23), and the control switch (25) are electrically connected.

Among them, the new solar blowing lamp (100) through the cooperation of the light emitting part (1) and the power supply part (2), so that the people in the disaster area can have a warm bright lamp to use, which will provide a certain degree of warmth and confidence for the victims , And increase the fighting spirit of survival, and enhance the disaster response and self-help ability of residents, When a sudden disaster occurs, you can help yourself in the first place.

Secondly, the light emitting part (1) cooperates with the first housing (11), the hollow lampshade (12), the control assembly (13), the light emitting element (14), the sensing element (15) and the second housing (16) , Can control the light-emitting part (1) through the action of blowing, very intuitive to use, using the design of the second housing (16), can rotate the light-emitting part (1), so that the new solar blowing lamp (100 ) Can easily set up the application.

Furthermore, the power supply unit (2) is composed of a third casing (21), a battery (22), a solar panel (23), an electronic control unit (24), and a control switch (25). Under the control of the electronic control component (24), the solar panel (23) can charge the battery (22), the control switch (25) can be used to turn on and off the power supply and charging, and the new solar blowing lamp (100) can solve the disaster area The problem of no electricity can be illuminated. Charging during the day and lighting at night can also extend the use time.

In addition, the application of the new solar blowing lamp (100) not only looks similar to the traditional oil lamp, but also has a high degree of simulation, but also uses the sensing element (15) to detect the change of airflow, and controls the component (13) to make the light emitting element (14) Generate corresponding luminous effects. Users can use blowing to control the light of the device, such as brightness and blinking frequency, to provide a simulated oil lamp that is closer to the real oil lamp.

As shown in Figure 3, during the daytime, when the solar panel (23) receives sunlight, it can generate electricity. Through the electronic control component (24), the electricity is stored in the battery (22), so that the new solar blowing lamp ( 100) It can provide lighting for the people in the disaster area at night, so that the people can help themselves.

As shown in Figure 4, at night, without moving to the power supply part (2), the light emitting part (1) can be rotated to confirm whether the power is sufficient through the power indicator (134), it is very easy to operate and control, let the people It is easy to use.

As shown in Figure 5, when the user blows on the hollow lampshade (12), the sensing element (15) detects the change of the airflow and generates a sensing signal, the control component (13) according to the sensing signal, Judge the change of air flow, let the light-emitting element (14) react accordingly, if it is judged that the change of air flow is small, let The light-emitting element (14) blinks. If it is judged that the airflow changes greatly, the light-emitting element (14) is turned off, more like a traditional oil lamp.

Please refer to FIG. 2, the control component (13) further includes a circuit board (131) disposed in the first accommodating space (10), and a brightness adjustment electrically connected to the circuit board (131) Switch (132), a control switch (133), a power indicator (134), a charging port (135), a charging indicator (136), one end of the brightness adjustment switch (132) also protrudes from the first The left side surface of the housing (11), one end of the control switch (133) protrudes from the rear surface of the first housing (11), and one end of the power indicator (134) protrudes from the first housing (11 ) On the rear surface and located on the side of the control switch (133), one end of the charging port (135) protrudes from the front surface of the first housing (11), and one end of the charging indicator (136) protrudes from The front surface of the first casing (11) is located below the charging port (135).

Among them, through the application of the brightness adjustment switch (132), the brightness of the light emitting element (14) can be adjusted very conveniently and intuitively, and the appearance can be closer to the traditional oil lamp; through the control switch (133) Application, can freely control the operation of the new solar blowing lamp (100) to avoid waste; through the application of the power indicator (134), it can be used to indicate whether the power supply section (2) has electricity and is using solar panels ( 23) Charge the battery (22); use the charging port (135) to allow users to easily charge the new solar blower lamp (100); use the charging indicator (136) to indicate the charging port (135) Whether it is charging.

Please refer to FIG. 2, the hollow lampshade (12) further includes a lower lampshade (121) disposed at the top of the first housing (11), and a lower lampshade (121) snapped at the top of the lower lampshade (121) An upper lampshade (122); the lower lampshade (121), which is further provided with an opening (1211) corresponding to the sensing element (15), and a light bulb modeling portion (1212) corresponding to the light emitting element (14) ).

Among them, through the cooperation of the lower lampshade (121) and the upper lampshade (122), after the light emitting element (14) emits light, the overall visual effect can be presented in a softer manner to improve consumer acceptance, in addition, It can make people recognize the use of the new solar blowing lamp (100) at a glance, let people Can quickly access the application.

Secondly, through the application of the opening (1211), the sensing element (15) can smoothly detect the change of airflow, and through the application of the bulb modeling section (1212), the light-emitting element (14) can emit light as traditional , People can quickly accept and immediately put into application to improve application efficiency.

Please refer to FIG. 2, the third casing (21) is provided with a foot pad (26) at each corner of the bottom end; the electronic control component (24) is further provided with at least one An electronic control unit (241) that can be used to regulate and control electricity.

Among them, through the application of the foot pad (26), the power supply part (2) is improved, the solar panel (23) can receive sunlight more easily, and the new solar blowing lamp (100) can be conveniently placed without worrying about There is a problem that it is not easy to set up.

Secondly, through the application of the electric control unit (241), the electric control component (24) can be operated normally, the flow of electric power is effectively controlled, and the efficiency of the overall power supply and storage is improved.

Please refer to FIG. 2, the second housing (16) has a limiting portion (161) protruding from the bottom of the second housing (16) where the third housing (21) is embedded.

Among them, through the application of the limit portion (161), when the second housing (16) is rotated, it can be rotated on the third housing (21) very stably, effectively ensuring that the light-emitting portion (1) does not self-power Part (2) fell off.

The structure, features, and effects of the present invention are described in detail above based on the embodiments shown in the drawings; however, the above are only preferred embodiments of the present invention, but the present invention does not limit the scope of implementation as shown in the drawings. Modifications that are consistent with the purpose of this new model should fall within the scope of this new patent as long as they are within the scope of equal effects.

1‧‧‧Lighting Department

11‧‧‧First shell

12‧‧‧Hollow lampshade

121‧‧‧Lower lamp shade

1211‧‧‧Opening

1212‧‧‧bulb modeling department

122‧‧‧Up lampshade

135‧‧‧ charging port

136‧‧‧Charging indicator

2‧‧‧Power Supply Department

23‧‧‧Solar Panel

26‧‧‧Foot pad

100‧‧‧Solar blowing lamp

Claims (5)

A solar blowing lamp, the solar blowing lamp (100) includes at least one light emitting part (1), and a power supply part (2), characterized in that: The light emitting part (1) includes a first housing (11) provided with a first accommodating space (10), a hollow lampshade (12) provided at the top of the first housing (11), a A control component (13) disposed in the first accommodating space (10), a light-emitting element (14) disposed in the first housing (11), and at least one disposed in the first accommodating space (10) Sensing element (15) and a second casing (16) provided at the bottom of the first casing (11), the light-emitting element (14) also corresponds to the hollow lampshade (12) and is The control component (13) is electrically connected and can emit light through the corresponding part of the hollow lampshade (12), the sensing element (15) is also electrically connected with the control component (13), and can detect changes in the airflow to produce a sense Signals, and the control component (13) can control the light-emitting effect of the light-emitting element (14) according to the sensing signal, and the second housing (16) can also be used to rotate the light-emitting portion (1); The power supply part (2) includes a third casing (21) embedded in the bottom of the second casing (16) and having a second accommodating space (20), and a third casing (21) A battery (22) in the space (20), a number of solar panels (23) respectively provided on the vertical surface of the third casing (21), and an electric control provided in the second accommodating space (20) An assembly (24) and a control switch (25) provided on the bottom surface of the third casing (21), the electronic control assembly (24) is also connected with the control assembly (13) and the battery (22), The solar panel (23) and the control switch (25) are electrically connected. The solar blowing lamp according to claim 1, wherein the control assembly (13) further includes a circuit board (131) disposed in the first accommodating space (10), and the circuit board (131) 131) A brightness adjustment switch (132), a control switch (133), a power indicator (134), a charging port (135), a charging indicator (136) electrically connected to the brightness adjustment switch (132) One end protrudes from the left side surface of the first housing (11), one end of the control switch (133) protrudes beyond the rear surface of the first housing (11), and one end of the power indicator (134) protrudes On the rear surface of the first shell (11) On one side of the control switch (133), one end of the charging port (135) protrudes from the front surface of the first housing (11), and one end of the charging indicator (136) protrudes from the first housing ( 11) The front side surface is located below the charging port (135). The solar blowing lamp according to claim 2, wherein the hollow lampshade (12) further includes a lower lampshade (121) provided on the top of the first housing (11), and a An upper lampshade (122) at the top of the lower lampshade (121); The lower lampshade (121) is further provided with an opening (1211) corresponding to the sensing element (15), and a bulb modeling portion (1212) corresponding to the light emitting element (14). The solar blowing lamp according to claim 3, wherein: the third housing (21) is provided with a foot pad (26) at each corner of its bottom end; The electronic control component (24) is further provided with at least one electronic control unit (241) capable of regulating power. The solar blowing lamp according to claim 4, wherein: the second housing (16) has a bottom portion and the third housing (21) at a joint, and a convex portion (161) is protruded .

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