Abstract:
RECEPTACULO CONTENEDOR PARA SUPOSITORIOS Y SIMILARES, DEL TIPO CONSTITUIDO POR AL MENOS DOS HOJAS (20) SELLADAS ENTRE SI DE MODO QUE DEFINAN, EN FASES OPERATIVAS SUCESIVAS, AL MENOS UN ASIENTO (1), COMUNICANDO ESTE ULTIMO CON EL EXTERIOR Y SIENDO CAPAZ DE RECIBIR UN CORRESPONDIENTE SUPOSITORIO (10), EN UNA PRIMERA FASE OPERATIVA, QUEDANDO DICHO ASIENTO AISLADO DEL EXTERIOR, EN UNA SEGUNDA FASE OPERATIVA, MEDIANTE SELLADO, PRESENTANDO DICGAS HOJAS (20), ADEMAS, RESPECTIVOS BORDES (2) ENFRENTADOS PERO SEPARADOS, ESTANDO CARACTERIZADO DICHO RECEPTACULO CONTENEDOR (100) POR EL HECHO DE QUE DICHOS BORDES (2) SON POR LO MENOS UNO PARA CADA HOJA (20) Y DEFINEN RESPECTIVAS ZONAS (2A) DE SUJECION EN RELIEVE, VUELTAS HACIA PARTES OPUESTAS, POR LO MENOS UNA POR CADA BORDE (2), SIENDO DICHAS ZONAS 92A) DE SUJECION CAPACES DE SER SUJETAS PARA PERMITIR LA SEPARACION DE DICHAS HOJAS (100), ESTANDO DETERMINADA DICHA SEPARACION POR LA SEPARACION DE DICHOS BORDES (2), IMPUESTA EN CORRESPONDENCIA CON DICHAS ZONAS (2A) DE SUJECION.
Abstract:
A paper document (1), wherein a radiofrequency identifying device (4) comprising an antenna (5) and a microchip (6) is incorporated, comprises a first element (2) in plastic-coated paper and a second element (3) in plastic-coated paper between which the radiofrequency identifying device (4) is enclosed, said antenna (5) being made of a wire in electrically conductive material.
Abstract:
The present invention relates to a device (1) for facilitating the bidirectional opening of leaves of door or similar structures, which can be housed all through the extension thereof within a seat (17) inside each leaf (9) and comprising a lobed pivot (4) being fastened to the frame (8) of the door and a tracer element (5) pressed against the lobed element (4) with an adjustable pressure. The number and location of the lobes (10) along the outer perimeter of the lobed element (4) define the open/closed preset positions for the leaf (9).
Abstract:
The present invention relates to a solar module (1) comprising a plurality of superimposed layers (13, 2, 14, 2', 15, 2'', 16), among which a first layer (13), exposed to the heat is made up of a thermal conductor material, i.e. glass, at least one second layer (2; 2'; 2'') is electrically insulated, said second layer (2; 2'; 2'') providing a first side (3) which is exposed to heat and a second side (4) which dissipates heat, each of said first (3) and second (4) sides providing at least two plates (10, 12, 10', 12', 10'', 12'') made up of a material with high thermal conductivity, said at least two plates (10, 10', 10'') of said first side (3) being connected to corresponding said at least two plates (12, 12', 12'') of said second side (4) respectively by means of a first cable (8) electronically positive and a second cable (9) electronically negative, said first (8) and second (9) cables being welded together at a point (11).
Abstract:
A device for removing microchips (2) from a wafer (1) placed on a support element (5), comprising lifting means (6) of said microchips (2) associated with said support element (5), removing means (7) of said microchips (2) and transferring means (11) of said microchips (2), said lifting means comprises a plurality of lifting elements (6) and said removing means (7) comprises a plurality of gripping elements (8). A method of removing microchips (2) from a wafer (1) placed on a substratum (3), said method comprising arranging said substratum (3) with said wafer (1) on a support element. (5), positioning said support element (5) to bring a first microchip to a removing position, raising a plurality of microchips (2) in sequence or simultaneously from said substratum and removing the microchips (2) of said plurality of microchips in sequence or simultaneously.
Abstract:
An apparatus (1) for making an antenna for wire transponders (7) of electrically conductive material, comprising depositing means (6; 6') for depositing said wire on a substrate (8) placed on support means (9), said depositing means (6; 6') and said substrate (8) being movable with respect to each other; said support means (9) being movable along directions parallel to at least two axis of a Cartesian reference system. A method for making an antenna comprising providing a substrate (8) intended to receive said antenna, providing a lamina or wire (19) of electrically conductive material wound on at least one reel (18), unwinding said lamina (19), or said wire (19a) from said at least one reel (18; 18a), pressing said lamina, or wire, (19) on a surface of said substrate (8) by means of pressing means (22), fixing said lamina, or wire, (19), to said substrate (8), separating, by means of cutting means (23) a stretch of lamina, or wire, (19), fixed to said substrate (8) from the remaining lamina, or wire, (19) wound on said reel (18), said substrate (8) being movable with respect to an assembly comprised of said at least one reel (18), said pressing means (22) and said cutting means (24), along at least one direction substantially parallel to an axis of a Cartesian reference system.
Abstract:
An apparatus (1) for making an antenna for wire transponders (7) of electrically conductive material, comprising depositing means (6; 6') for depositing said wire on a substrate (8) placed on support means (9), said depositing means (6; 6') and said substrate (8) being movable with respect to each other; said support means (9) being movable along directions parallel to at least two axis of a Cartesian reference system. A method for making an antenna comprising providing a substrate (8) intended to receive said antenna, providing a lamina or wire (19) of electrically conductive material wound on at least one reel (18), unwinding said lamina (19), or said wire (19a) from said at least one reel (18; 18a), pressing said lamina, or wire, (19) on a surface of said substrate (8) by means of pressing means (22), fixing said lamina, or wire, (19), to said substrate (8), separating, by means of cutting means (23) a stretch of lamina, or wire, (19), fixed to said substrate (8) from the remaining lamina, or wire, (19) wound on said reel (18), said substrate (8) being movable with respect to an assembly comprised of said at least one reel (18), said pressing means (22) and said cutting means (24), along at least one direction substantially parallel to an axis of a Cartesian reference system.
Abstract:
The present invention relates to a device (1) for facilitating the bidirectional opening of leaves of door or similar structures, which can be housed all through the extension thereof within a seat (17) inside each leaf (9) and comprising a lobed pivot (4) being fastened to the frame (8) of the door and a tracer element (5) pressed against the lobed element (4) with an adjustable pressure. The number and location of the lobes (10) along the outer perimeter of the lobed element (4) define the open/closed preset positions for the leaf (9).
Abstract:
A device for removing microchips (2) from a wafer (1) placed on a support element (5), comprising lifting means (6) of said microchips (2) associated with said support element (5), removing means (7) of said microchips (2) and transferring means (11) of said microchips (2), said lifting means comprises a plurality of lifting elements (6) and said removing means (7) comprises a plurality of gripping elements (8). A method of removing microchips (2) from a wafer (1) placed on a substratum (3), said method comprising arranging said substratum (3) with said wafer (1) on a support element. (5), positioning said support element (5) to bring a first microchip to a removing position, raising a plurality of microchips (2) in sequence or simultaneously from said substratum and removing the microchips (2) of said plurality of microchips in sequence or simultaneously.