mhurhangee/ep-ind-claims huggingface dataset:
A securing module comprising a) a housing having a contour, which is a first opening for plugging in or putting on a securing component, b) conductor insertion openings (6, 7) for inserting conductor ends (8, 9) into connection devices (10, 11) in the housing, c) having actuation openings (12, 13) for actuating the connection devices to connect the conductor ends, d) wherein one of the two conductor connection devices for a conductor end is directly conductively connected to a first connection contact for connection to a higher-order assembly, and e) wherein the other of the two connection devices for a conductor end is conductively connectable via the securing component and an isolating contact to a second connection contact for connection to a higher-order assembly, characterized in that f) in addition to the securing component, a multifunction element movable in relation to the housing is provided, i. which is designed as an isolating and/or switching element, using which the isolating contact can be closed and/or opened and ii. which is also designed as a cover element, using which one or more of the actuation openings (12, 13) of the housing can be covered or exposed so that they are not accessible or are accessible for the actuation of the connection devices (10, 11) for the conductor ends. a) a housing having a contour, which is a first opening for plugging in or putting on a securing component, b) conductor insertion openings (6, 7) for inserting conductor ends (8, 9) into connection devices (10, 11) in the housing, c) having actuation openings (12, 13) for actuating the connection devices to connect the conductor ends, d) wherein one of the two conductor connection devices for a conductor end is directly conductively connected to a first connection contact for connection to a higher-order assembly, and e) wherein the other of the two connection devices for a conductor end is conductively connectable via the securing component and an isolating contact to a second connection contact for connection to a higher-order assembly, f) in addition to the securing component, a multifunction element movable in relation to the housing is provided, i. which is designed as an isolating and/or switching element, using which the isolating contact can be closed and/or opened and ii. which is also designed as a cover element, using which one or more of the actuation openings (12, 13) of the housing can be covered or exposed so that they are not accessible or are accessible for the actuation of the connection devices (10, 11) for the conductor ends. i. which is designed as an isolating and/or switching element, using which the isolating contact can be closed and/or opened and ii. which is also designed as a cover element, using which one or more of the actuation openings (12, 13) of the housing can be covered or exposed so that they are not accessible or are accessible for the actuation of the connection devices (10, 11) for the conductor ends.
A system comprising a box for extracting electrical contacts, a "ribbon cable" and a finishing panel, suited to cover an underlying wall; and said system comprises: a. said box for extracting electrical contacts is configured to operate with a live electric line made with said "ribbon cable", and b. said "ribbon cable" is configured to be laid on said underlying wall which is configured to be covered with said surface finishing panel of a wall or ceiling or floor; and c. said "ribbon cable" comprises at least one conductive strip, made of a flat, wide and thin conductor, and one of its faces is adhering to said underlying wall, and d. when installed, the box is partially inserted in an opening in the surface finishing panel, above the trait of said electric line where it is intended to extract the contacts to be made available outside, and it is inserted only for a first thickness corresponding to the thickness of said surface finishing panel in such a way that said underlying wall remains intact even when said box for extracting electrical contact is installed; and e. the box comprises at least one contact electrode, having a face designed to be pressed onto the "ribbon cable" of said electric line, and said face has a substantially flat shape, and it is adapted to realize electric contact with the face of said at least one conductive strip opposite the face adhering to the underlying wall. a. said box for extracting electrical contacts is configured to operate with a live electric line made with said "ribbon cable", and b. said "ribbon cable" is configured to be laid on said underlying wall which is configured to be covered with said surface finishing panel of a wall or ceiling or floor; and c. said "ribbon cable" comprises at least one conductive strip, made of a flat, wide and thin conductor, and one of its faces is adhering to said underlying wall, and d. when installed, the box is partially inserted in an opening in the surface finishing panel, above the trait of said electric line where it is intended to extract the contacts to be made available outside, and it is inserted only for a first thickness corresponding to the thickness of said surface finishing panel in such a way that said underlying wall remains intact even when said box for extracting electrical contact is installed; and e. the box comprises at least one contact electrode, having a face designed to be pressed onto the "ribbon cable" of said electric line, and said face has a substantially flat shape, and it is adapted to realize electric contact with the face of said at least one conductive strip opposite the face adhering to the underlying wall.
A wireless device for receiving composite signals comprising: an antenna; a first amplifier coupled to the antenna for receiving and amplifying a composite signal; wherein the composite signal comprises a first wireless signal based on a first wireless standard and a second wireless signal based on a second wireless standard in the same signal band; a second amplifier coupled to the antenna for receiving and amplifying the composite signal; a first receiver for decoding the amplified composite signal to obtain the first wireless signal; a second receiver for decoding the amplified composite signal to obtain the second wireless signal; a first switch, wherein the first switch couples the first receiver to the output of either the first amplifier or the second amplifier; and a second switch, wherein the second switch couples the second receiver to the output of either the first amplifier or the second amplifier. an antenna; a first amplifier coupled to the antenna for receiving and amplifying a composite signal; wherein the composite signal comprises a first wireless signal based on a first wireless standard and a second wireless signal based on a second wireless standard in the same signal band; a second amplifier coupled to the antenna for receiving and amplifying the composite signal; a first receiver for decoding the amplified composite signal to obtain the first wireless signal; a second receiver for decoding the amplified composite signal to obtain the second wireless signal; a first switch, wherein the first switch couples the first receiver to the output of either the first amplifier or the second amplifier; and a second switch, wherein the second switch couples the second receiver to the output of either the first amplifier or the second amplifier.
A laser lighting device configured, in operation, to emit phosphor-converted light, the laser lighting device comprising: - a laser light source configured to, in operation, emit laser light; - a ceramic phosphor tile configured to receive laser light emitted by the laser light source, wherein the ceramic phosphor tile is configured for at least partly converting the laser light into the phosphor-converted light, the ceramic phosphor tile having a bottom face, a top face, and at least one side face arranged between the bottom face and the top face; - a reflective layer is configured over at least part of one or more of: the top face; the bottom face; and the at least one side face; - a heat sink; - a metal layer arranged between the heat sink and the reflective layer, wherein the metal layer has a melting point below 120°C; - a protective layer arranged between the reflective layer and the metal layer to protect the reflective layer from the metal layer; and - wherein the laser lighting device is configured to have metal of the metal layer in liquid form during operation of the laser light source. - a laser light source configured to, in operation, emit laser light; - a ceramic phosphor tile configured to receive laser light emitted by the laser light source, wherein the ceramic phosphor tile is configured for at least partly converting the laser light into the phosphor-converted light, the ceramic phosphor tile having a bottom face, a top face, and at least one side face arranged between the bottom face and the top face; - a reflective layer is configured over at least part of one or more of: the top face; the bottom face; and the at least one side face; - a heat sink; - a metal layer arranged between the heat sink and the reflective layer, wherein the metal layer has a melting point below 120°C; - a protective layer arranged between the reflective layer and the metal layer to protect the reflective layer from the metal layer; and - wherein the laser lighting device is configured to have metal of the metal layer in liquid form during operation of the laser light source.
A device for chemiluminescence analysis, comprising A reaction chamber, a first inlet opening for introducing a sample gas into the reaction chamber using a first supply line, a second inlet opening for introducing a reaction gas into the reaction chamber using a second supply line, an outlet opening for discharging a mixture of the sample gas and the reaction gas from the reaction chamber using an outlet line, and a sensor unit for detecting chemiluminescence in the reaction chamber, wherein the device comprises a mixer unit in which the sample gas and the reaction gas are mixed, the mixer unit is arranged in a first end area of the reaction chamber, and the sensor unit is arranged in a second end area of the reaction chamber opposite the first end area, wherein the mixer unit has a multitude of alternating first and second inlet openings for introducing the sample gas and the reaction gas into the reaction chamber, wherein each first inlet opening is fluidically connected to the first supply line, and each second inlet opening is fluidically connected to the second supply line. A reaction chamber, a first inlet opening for introducing a sample gas into the reaction chamber using a first supply line, a second inlet opening for introducing a reaction gas into the reaction chamber using a second supply line, an outlet opening for discharging a mixture of the sample gas and the reaction gas from the reaction chamber using an outlet line, and a sensor unit for detecting chemiluminescence in the reaction chamber, wherein the device comprises a mixer unit in which the sample gas and the reaction gas are mixed, the mixer unit is arranged in a first end area of the reaction chamber, and the sensor unit is arranged in a second end area of the reaction chamber opposite the first end area, wherein the mixer unit has a multitude of alternating first and second inlet openings for introducing the sample gas and the reaction gas into the reaction chamber, wherein each first inlet opening is fluidically connected to the first supply line, and each second inlet opening is fluidically connected to the second supply line.
A ground anchor with tilt compensation, having: an anchor part comprising a wedge-shaped part to be rammed or screwed into ground and a top plate (11; 1011); a post holder (14, 15; 20) for holding the foot of a post; characterized in that the ground anchor comprises; fixing flanges at the anchor part (10; 1010), wherein the fixing flanges are perpendicular to the top plate and through bolts (123, 124;125,126) are attached thereto; a compensation plate, the plane of which is locating above the top plate and is provided with slots for fastening the compensation plate to the post holder with the through bolts, and at least one mounting flange (131, 137) abutting the plane at least at its two opposite edges, protruding downwards and facing the fixing flange and having at least one adjustment slot (132, 133, 225) parallel to the mounting flange enabling the through bolt to run through the slot, wherein adjustment slots allow to adjustment of the compensation plate before the nuts of the through bolts are tightened in order to achieve a horizontal positioning of the compensation plate regardless of the tilt of the top plate. an anchor part comprising a wedge-shaped part to be rammed or screwed into ground and a top plate (11; 1011); a post holder (14, 15; 20) for holding the foot of a post; fixing flanges at the anchor part (10; 1010), wherein the fixing flanges are perpendicular to the top plate and through bolts (123, 124;125,126) are attached thereto; a compensation plate, the plane of which is locating above the top plate and is provided with slots for fastening the compensation plate to the post holder with the through bolts, and at least one mounting flange (131, 137) abutting the plane at least at its two opposite edges, protruding downwards and facing the fixing flange and having at least one adjustment slot (132, 133, 225) parallel to the mounting flange enabling the through bolt to run through the slot, wherein adjustment slots allow to adjustment of the compensation plate before the nuts of the through bolts are tightened in order to achieve a horizontal positioning of the compensation plate regardless of the tilt of the top plate.
A ball joint comprising: a ball stud provided with a spherical head portion; a ball seat configured to surround an outer circumferential surface of the spherical head portion so that the ball stud is movable within an operating angle range; a cap configured to cover the spherical head portion so that a sealed space is formed between the cap and the outer circumferential surface of the spherical head portion; and a socket having an inner space into which the spherical head portion, the ball seat, and the cap are inserted, characterized in that the socket is provided with an inlet through which the ball seat is formed by injection molding, wherein an outer circumferential surface of the cap is provided to communicate with the inlet so as to form a flow path through which solution flows, while forming the ball seat by injection molding. a ball stud provided with a spherical head portion; a ball seat configured to surround an outer circumferential surface of the spherical head portion so that the ball stud is movable within an operating angle range; a cap configured to cover the spherical head portion so that a sealed space is formed between the cap and the outer circumferential surface of the spherical head portion; and a socket having an inner space into which the spherical head portion, the ball seat, and the cap are inserted, characterized in that the socket is provided with an inlet through which the ball seat is formed by injection molding, wherein an outer circumferential surface of the cap is provided to communicate with the inlet so as to form a flow path through which solution flows, while forming the ball seat by injection molding.
A dual-aperture zoom digital camera comprising: a) a Wide imaging section that includes a fixed focal length Wide lens with a Wide field of view FOVw and a Wide sensor, the Wide imaging section operative to provide Wide image data of an object or scene; b) a Tele imaging section that includes a fixed focal length Tele lens with a Tele field of view FOV T that is narrower than FOVw and a Tele sensor, the Tele imaging section operative to provide Tele image data of the object or scene; and c) a camera controller operatively coupled to the Wide and Tele imaging sections characterized in that the camera controller is configured to evaluate if a no-switching criterion to the Tele image data is fulfilled or not fulfilled, in a zoom-in operation between a lower zoom factor value and a higher ZF value at a ZF value greater than a zoom factor ZF T = tangent (FOV Wide)/tangent (FOV Tele), if the no-switching criterion is fulfilled the camera controller is further configured to output a zoom video output image that includes only digitally-zoomed Wide image data, and if the no-switching criterion is not fulfilled, the camera controller is further configured to output a zoom video output image that includes only transformed, digitally zoomed Tele image data wherein the no-switching criterion includes: an effective resolution of the Tele image being lower than an effective resolution of the Wide image and/or a number of corresponding features in the Wide and Tele images being smaller than a third threshold and/or a majority of objects imaged in an overlap area of the Wide and Tele images being calculated to be closer to the camera than a first threshold distance. a) a Wide imaging section that includes a fixed focal length Wide lens with a Wide field of view FOVw and a Wide sensor, the Wide imaging section operative to provide Wide image data of an object or scene; b) a Tele imaging section that includes a fixed focal length Tele lens with a Tele field of view FOV T that is narrower than FOVw and a Tele sensor, the Tele imaging section operative to provide Tele image data of the object or scene; and c) a camera controller operatively coupled to the Wide and Tele imaging sections characterized in that
An insulation displacement terminal (31, 51) in which a slit for press-fitting and retaining a conductive body is provided between a pair of spring portions (32, 52), such that an upper edge of the conductive body retained by the slit is placeable at a fixed push-in amount from an opening of the slit, wherein each spring portion of the pair of spring portions (32, 52) includes a first insulation displacement portion (39, 56) and a second insulation displacement portion, wherein a region is provided where an area of a cross section of at least one of the spring portions (32, 52) on a lower side of the upper edge of the conductive body is smaller than an area of a cross section of the at least one of the spring portions (32, 52) at a position of the upper edge of the conductive body wherein the slit includes a first slit having the opening in one end and a fixed width, and a second slit extending from an other end of the first slit and widening toward a far side, and wherein the first insulation displacement portion (39, 56) and the second insulation displacement portion are pushed outward at the second slit by the conductive body.
A resonator comprising a casing with walls, a lid and a bottom forming a resonator cavity, and an inner conductor arranged to be located in said resonator cavity, wherein the inner conductor includes a first inner conductor part and a second inner conductor part, the first inner conductor part including a base portion and two or more elongated resonator parts including a first resonator part and a second resonator part, and the second inner conductor part including a base portion and two or more resonator parts including a first resonator part and a second resonator part, wherein each of the first and second inner conductor part includes the base portion formed with a conductive material and having a first end and a second end, whose first end is arranged to be attached electrically to a surface of the casing in the resonator cavity, and the first and second resonator parts are formed of a conductive material and have a first end and a second end, wherein the first end of each of the resonator parts is in galvanic connection with the base portion at one end and the other end of the resonator part is galvanically isolated from an inner surface of the resonator cavity, wherein the base portions of the first and second inner conductor parts are attached to opposite surfaces of the resonator cavity, and at least one of the resonator parts of the inner conductor parts is arranged in order to be fastened to the casing within the resonator cavity at a location opposite to the surface to which the base portion of the corresponding inner conductor part is fastened.
Plate with intake and exhaust valves including: - a support plate which includes at least one intake port and a plurality of exhaust ports; - an intake valve configured to seal the at least one intake port, and - an exhaust valve which is configured to seal all the exhaust ports of the plurality of exhaust ports, and the exhaust valve including at least one pressure supply port which is formed in a different part of the exhaust valve from a part of the exhaust valve sealing all the exhaust ports of the plurality of exhaust ports. - a support plate which includes at least one intake port and a plurality of exhaust ports; - an intake valve configured to seal the at least one intake port, and - an exhaust valve which is configured to seal all the exhaust ports of the plurality of exhaust ports, and the exhaust valve including at least one pressure supply port which is formed in a different part of the exhaust valve from a part of the exhaust valve sealing all the exhaust ports of the plurality of exhaust ports.
Vertebral osteosynthesis equipment, comprising at least one U-shaped clip having lateral branches and intermediate branch, and including at least one intervertebral implant designed to be inserted between the vertebrae before positioning the clip, characterizing in that: - said lateral branches have sections and widths such that they may be inserted in the vertebral bodies of the two vertebrae to be treated by impaction on the intermediate branch of the clip, so as to rest along the cortical bones of said vertebral bodies, and said intermediate branch is deformable in such a way as to allow a reduction of the distance between said lateral branches; the intermediate branch, before implantation, has a length such that one of the lateral branches may be positioned slightly above the cortical bone forming the plate of the subjacent vertebra while the other lateral branch may be positioned slightly below the cortical bone forming the plate of the subjacent vertebra, and has, after deformation, a length such that the two lateral branches, and consequently the two vertebrae in which these lateral branches are implanted, may be brought closer to each other, said intermediate branch having a section such that it maintains the position the two treated vertebrae in a suitable manner with relation to each other; - the intermediate branch of each clip is formed by two deformable branches extending one along the other, bent at the level of their median zones. - said lateral branches have sections and widths such that they may be inserted in the vertebral bodies of the two vertebrae to be treated by impaction on the intermediate branch of the clip, so as to rest along the cortical bones of said vertebral bodies, and said intermediate branch is deformable in such a way as to allow a reduction of the distance between said lateral branches; the intermediate branch, before implantation, has a length such that one of the lateral branches may be positioned slightly above the cortical bone forming the plate of the subjacent vertebra while the other lateral branch may be positioned slightly below the cortical bone forming the plate of the subjacent vertebra, and has, after deformation, a length such that the two lateral branches, and consequently the two vertebrae in which these lateral branches are implanted, may be brought closer to each other, said intermediate branch having a section such that it maintains the position the two treated vertebrae in a suitable manner with relation to each other; - the intermediate branch of each clip is formed by two deformable branches extending one along the other, bent at the level of their median zones.