Abstract:
Dispositivo luminoso automático en cuyo empleo se excluye el uso de un interruptor manual externo, que se sustituye por uno interno, automático, que acciona el dispositivo sólo cuando aquel se apoya en una superficie metálica de suficiente densidad, así como el uso de un cable de conexión a una fuente de alimentación externa, que se sustituye por una batería, preferentemente recargable. Está concebido como luz de emergencia para vehículos de policía, así como luz auxiliar de apoyo y dotado de una base o carcasa (1) y una mampara traslúcida (2), que acoplados entre sí se configuran como un cuerpo único. Exteriormente la base de la carcasa (1), está dotada de dos o más imanes permanentes (3) en orden a inmovilizar dicha carcasa (1), cuando es dispuesta sobre una plataforma metálica (4) de suficiente densidad. Interiormente, dicha carcasa (1) está dotada de un interruptor de activación automática (5), que es solidario con un conector (6) a través de una pestaña (16) solidaria a su vez con una patilla (7); tal conector (6) a su vez es solidario por medio de cableado convencional con una batería recargable (8), un conector externo auxiliar (9), y con la carga (10), perfectamente aislada del resto de los elementos que componen el dispositivo por medio de un elemento separador cualquiera.
Abstract:
A device is detachably connectable to a surface, like a wall, by means of an adhesion force. The device comprises a flexible element which is provided on a first side with adhesion means and which on a second side remote from the first side cooperates with a rigid element which is movable with respect to the flexible element from a first position in which the flexible element has a rigidity comparable to the rigidity of the rigid element to a second position in which the flexible element is bendable.
Abstract:
Die Erfindung betrifft eine Lampe mit einem an einem Basiskörper befestigten Lampenkopf. Um variable Gestaltungsmöglichkeiten zuzulassen, wird vorgeschlagen, dass an dem Basiskörper mehrere Arme und/oder Beine lösbar befestigt sind. Endseitig können die Arme oder Beine einen Magneten oder einen Saugnapf aufweisen.
Abstract:
An illumination tool for projecting a light beam through a transparent structure that has a portion of the tool detachably securable via a vacuum seal mechanism that engages the transparent structure. A lighting mechanism is electrically attached to the illumination tool and is positioned in contact with the transparent structure via a soft seal positioned about the lighting mechanism. The lighting mechanism may, if desired, be manually activated and deactivated i.e., the illumination tool turned on off. If desired, the illumination tool may be remotely operated by a user depressing a remote operating switch and a radio signal is communicated to the illumination tool. The remote actuator may also be harwire connected to the illumination tool. Further, if desired the lighting mechanism may be illuminated via strobe light, a continous or flashing beam of light.
Abstract:
A window-mounted solar light having: a housing defining a front surface and an opposite back surface; a solar panel disposed on the front surface; a suction cup disposed on the front surface for readily removably attaching the housing to the window; a rechargeable battery disposed inside the housing, the rechargeable battery being electrically coupled with the solar panel; a light emitter disposed on the housing, the light emitter being electrically coupled to the solar panel via the rechargeable battery; wherein during daytime, the solar panel converts sunlight traveling through the window into energy that is stored in the rechargeable battery; and, wherein the energy stored in the rechargeable battery is selectively supplied to the light emitter to produce light.
Abstract:
A window-mounted solar light 100 wherein during daytime, a solar panel 102 converts sunlight traveling through the window 10 into energy that is stored in a rechargeable battery 104; and, wherein the energy stored in the rechargeable battery 104 is selectively supplied to a light emitter 106 to produce light.
Abstract:
The existing tomb lamps my easily be turned over by wind, their cover falls off and the melted candle paraffin spills at and damages the tomb slab marble or granite. The stabile tomb candle-lamp, according to this invention, consists of the housing (A), the sucker (B), the mobile ring (C) and the cover (D). In the housing there is placed the candle. At the neck (2) of the housing (1) there are fitted the springs (E), between whose coils (17) there is placed the neck (15) of the cover (D), this holding the cover firmly on the housing. In the housing bottom (4) there is fitted the sucker (B), that by its bell-shaped body (8), by means of vacuum, holds to the tomb slab. At the base (3) of the housing (1) there is placed the mobile ring (C) with the groove (13) and the support (11). When the mobile ring is lowered to the tomb slab (18), the lamp is lifted until the bottom (4) leans against the support (11) of the mobile ring (C). This being done, the mobile ring stabilises the tomb candle-lamp additionally to the sucker (B), the lamp now not turning over even in strongest wind gushes.