Abstract:
Aspects of the present invention relates to a solar powered LED lighting system for an umbrella. In certain embodiments, the solar powered LED lighting system has (a) a rechargeable battery, (b) a solar panel, (c) one or more LED lights, (d) one or more touch control sensors, and (e) an unipath touch control circuit. The rechargeable battery is used to provide electricity to the solar powered LED lighting system. The solar panel converts optical energy to electrical energy and charges the rechargeable battery. The LED lights are installed on the umbrella to provide lighting. The touch control sensors are used to sense a user's touch event, and responsively generate a control signal. The unipath touch control circuit receives the control signals from the touch control sensors, and controls the solar powered LED lighting system according to the received control signal.
Abstract:
L'invention a pour objet un parasol (1) émettant de la lumière comprenant un socle (3), un tube (2) de parasol, monté sur le socle (3), une toile (4) de parasol fixée sur des baleines (5), caractérisé par le fait que le tube (2) de parasol est transparent ou partiellement transparent et comprend dans celui-ci au moins un module lumineux (7, 8, 9) et un module de commande et d'alimentation (10) du ou des modules lumineux (7, 8, 9), alimentant en électricité le ou les modules lumineux (7, 8, 9) et commandant la couleur et l'intensité de la lumière émise par chacun de ceux-ci, le ou les modules lumineux (7, 8, 9) et le module de commande et d'alimentation (10) étant superposés les uns au-dessus des autres dans la direction longitudinale du tube (2) de parasol et portant des connecteurs pour une connexion bout à bout en série du ou des modules lumineux (7, 8, 9) et du module de commande et d'alimentation (10) à l'intérieur du tube (2).
Abstract:
An air cooled sunshade, e.g., umbrella, provides cooling under the canopy of the umbrella. The foldable canopy of the umbrella comprises of a plurality of segments of elongated panels that have embedded solar panels and a plurality of segments of foldable material to allow the canopy to easily stretch when in the open position and collapse in the closed position, typically arrange having one elongated panel connected on foldable material segment arranged around a center piece. In an embodiment of the invention the foldable material is formed as a pipe having an upper layer and a lower layer, the lower layer having pours through which air can flow to the area under the canopy. The air can then flow from a fan or an air conditioner mounted on the center piece and allowing air to evenly flow under the canopy. The solar panels are connected to provide the necessary energy.
Abstract:
The invention describes a rotatable shade-providing oasis, with a reclining surface (1) which is mounted rotatably on a standing base (3) by means of an axle (2), wherein the rotational movement via a rotary disc (5) connected fixedly to the standing base (3) can be carried out manually by a user or via a motorized device. In this case, a pivotably mounted tube (6) for receiving a shade dispenser (7) is provided in a bearing bracket (8), which tube, when the reclining surface (1) is rotated, can be brought via a frictional connection or by means of a motorized drive or manually into an oblique position corresponding to the altitude of the sun.
Abstract:
A solar lighting system, which is incorporated with an outdoors umbrella, includes a solar energy collector mounted on top of the outdoors umbrella, a chain lighting arrangement, an attachable lighting system, and a light support, which is adjustably mounted along a supporting shaft of the outdoors umbrella at a position within the shadowing area of the awning frame, including a plurality of supporting arms radially extended from the supporting shaft, and a plurality of illuminators connecting to the supporting arms respectively in a movably suspended manner such that by selectively adjusting a position of the light support along the supporting shaft, the illuminators are suspendedly self-repositioned for maximizing a light coverage area within the shadowing area
Abstract:
An intelligent umbrella, includes a shading expansion assembly, a support assembly, coupled to the shading expansion assembly, to provide support for the shading expansion assembly and a base assembly, coupled to the support assembly, to provide contact with a surface. The intelligent umbrella may further comprise one or more wireless communication transceivers, one or more microphones to capture audible commands, one or more memory modules, one or more processors, and computer-readable instructions stored in the one or more memory modules are executed by a processor to convert the captured audible commands into one or more audio files and perform noise reduction or noise cancellation on the one or more audio files to generate one or more noise-reduced audio files
Abstract:
A shading system includes a base assembly, core assembly, a sensor expansion module coupled to the core assembly module, wherein the sensor expansion module includes one or more arm support assemblies; one or more arms connected to the one or more arm support assemblies. The base assembly includes one or more motors, one or more processors; one or more memory modules; a base motor controller; and computer-readable instructions, which when executed communicate movement direction and distance instructions to a base motor controller. The base assembly includes one or more motors, wherein the base motor controller converts the received movement direction and/or distance instructions to movement direction and/or distance commands, and communicates the movement direction and/or distance commands to the one or more motors to physically move the base assembly.
Abstract:
Object holder that can be fixed to a support element (11), such as a table, and comprising a containment body (12) defined by a plurality of walls (13a, 13b) which define, on their part, a containment compartment (14) for objects. At least some of the walls (13a) define together between them also a housing seat (15), outside of the containment compartment (14), and into which at least part of the above-mentioned support element (11) can be positioned, when in use. The housing seat (15) extends throughout the entire height of the containment body (12) and has a "C"-shaped laterally open concave shape which, when in use, surrounds part of the support element (11).
Abstract:
Invention; protecting the cottage and open pit in the garden on the balcony of the winter house and the coastal shore overwhelming influence of warm air of the open areas used during the summer and experienced in the winter months, the cold air of harmful and freezer influence innovation new breath tents with air conditioning / canopy (1) is related. The working method of the invention; Awning / canopy (1) as a control item (8), the program will key (8. a- 8.b) and dehumidifying program key (8) and the preparation of the study. Awning / canopy (1) the air conditioning boiler with a specific application (3) opened honeycomb blades (5) with a warning message (3.3) "sound icon" with the opening. Type of energy system of solar panels (6) the preparation of the gel batteries and inventor support. At this stage the user of the air conditioner (3), the digital control panel (3.2) requires the adjustment of temperature. With the beginning of operation (2.4) to the cooling system (2) cooling the refrigerant tank. Awning / canopy (1 ) air conditioning (3) honeycomb wing (5) that the cooling water tank to the water honeycomb (2) connected to transfer water / gas pipe (7) by passing water upward pressure way the system from the preparation of the system. At this stage the priority here awning / canopy (1) opened honeycomb wing (5) of the water nozzle comb (5.1) to open the cold water spraying nozzles into fine dust particles environment. Spraying process realized the discovery of our water spraying simultaneously active evaporation method with outdoor hot air in the space awning / canopy (1) with the lower entrance (3) air conditioner's air filter (3.1) to get into the channel. Awning / canopy (1) of the air conditioner (3) by entering the evaporation plus condensation process itself moisture device (7) transmission pipe from the discovery of our cooler invention of our cooler tank (2) water to gain recycling. Awning / canopy (1) contained in the system after the air conditioner (3) transalpine mountain air (3.7) evaporative cooling of fresh cold air from passing the preparation process of the device. Awning / canopy (1) air conditioning in (3) cool cold air hygiene prepared in the four-way air discharge channel (3.5) blowing in special heat setting temperature at which the user wants to open space. Then optional air conditioning (3) returns (3,6) to the right or left turning operation of the rotating head. Comprising the process steps.
Abstract:
Cargador solar para dispositivos configurado para ser instalado en un espacio publico con objeto de que los usuarios puedan recargar sus dispositivos móviles donde el cargador comprende una columna de sujeción (1), un panel solar fotovoltaico (2) alojado en la parte superior de la columna de sujeción (1), una batería (3) conectada al panel solar fotovoltaico (2), un controlador de carga (5)conectado tanto a la batería (3) como al panel solar fotovoltaico (2), al menos un módulo de conexión a un dispositivo móvil (4)accesible a los usuarios y conectado al controlador de carga (5) y medios de anclaje al suelo configurados para mantener el cargador solar fijado al suelo.