mhurhangee/ep-ind-claims huggingface dataset:
A radiation detector comprising: - a semiconductor body having at least one radiation entrance face, - a plurality of first electrodes, and - at least one second electrode, wherein - each one of the first electrodes comprises a tip (4, 41) comprising a pillar and a head that extends into the semiconductor body, - a penetration depth (Th) of the tips into the semiconductor body exceeds a maximum width (Td) of the tips, and - the tips are configured to collect charge carriers generated in the semiconductor body by the radiation to be detected, - the pillar starts at the radiation entrance face of the semiconductor body and the head terminates the pillar within the semiconductor body, - an electrical insulation layer is located directly between the pillar and the semiconductor body and - an end of the electrical insulation layer defines an intersection between the pillar and the head so that the head is in direct electrical contact with the semiconductor body and not the pillar. - a semiconductor body having at least one radiation entrance face, - a plurality of first electrodes, and - at least one second electrode, - each one of the first electrodes comprises a tip (4, 41) comprising a pillar and a head that extends into the semiconductor body, - a penetration depth (Th) of the tips into the semiconductor body exceeds a maximum width (Td) of the tips, and - the tips are configured to collect charge carriers generated in the semiconductor body by the radiation to be detected, - the pillar starts at the radiation entrance face of the semiconductor body and the head terminates the pillar within the semiconductor body, - an electrical insulation layer is located directly between the pillar and the semiconductor body and - an end of the electrical insulation layer defines an intersection between the pillar and the head so that the head is in direct electrical contact with the semiconductor body and not the pillar.
A method of forming a medical device element comprising: mixing a first polymeric component comprising a polyurethane, a second polymeric component comprising a methyl vinyl ether and maleic anhydride copolymer, and a photoactivatable cross-linking agent to form a polymer mixture; forming the polymer mixture into the medical device element; wherein the medical device element is formed into a tube or a shaft, wherein the tube or shaft defines a luminal surface having one or more functional properties comprising lubriciousness or hemocompatibility; exposing the medical device element to ultraviolet radiation; drying the medical device element; and treating the medical device element with at least one of an acid or a base. mixing a first polymeric component comprising a polyurethane, a second polymeric component comprising a methyl vinyl ether and maleic anhydride copolymer, and a photoactivatable cross-linking agent to form a polymer mixture; forming the polymer mixture into the medical device element; wherein the medical device element is formed into a tube or a shaft, wherein the tube or shaft defines a luminal surface having one or more functional properties comprising lubriciousness or hemocompatibility; exposing the medical device element to ultraviolet radiation; drying the medical device element; and treating the medical device element with at least one of an acid or a base.
Closing device for a door or flap, in particular of a vehicle, with a covering element, with a cylinder lock which has a cylinder liner and a cylinder core rotatably mounted in the cylinder liner, with a bearing bracket which can be fastened to the door or flap and which has a mounting for the cylinder lock, and with a screw which establishes a mechanical connection of the cylinder liner with the covering element of the closing device for the door or flap, wherein a bracket element that radially encompasses the cylinder liner at least in areas is provided and is arranged to be displaceably mounted on the bearing bracket and has at least one engagement means (20"') for engaging in a recess of the cylinder liner, wherein the screw interacts with a threaded hole of the bracket element in order to displace it, wherein the cylinder liner has a radial indentation that forms a pressure surface, wherein the screw has, at its end facing the cylinder liner, a pressure tip which, introduced into the radial indentation, interacts with the pressure surface for the axial and radial support of the screw, characterized in that the pressure surface of the radial indentation is formed to be conical, wherein the pressure tip of the screw is formed to be complementary to the pressure surface, and in that the covering element has an opening through which the screw is passed, wherein the screw has a screw head whose diameter is greater than the diameter of the opening of the covering element.
A method in a communications device comprising: maintaining an identification of a trusted source; receiving a message prompting an emergency call setup; determining (6-1, 6-3) whether a message source indicated by the message is a the same as the identification of the trusted source; and attempting the emergency call setup only if the message source indicated by the message is determined to be the same as the identification of the trusted source. maintaining an identification of a trusted source; receiving a message prompting an emergency call setup; determining (6-1, 6-3) whether a message source indicated by the message is a the same as the identification of the trusted source; and attempting the emergency call setup only if the message source indicated by the message is determined to be the same as the identification of the trusted source.
Lighting device including a series of optical waveguides, each waveguide being adapted to enable light rays to be guided between an entry face and an exit face, and formed of two subassemblies (2, 4) produced separately and each including a portion of said series of optical waveguides and structural elements for retaining the waveguides in position, the two subassemblies being adapted to be assembled to form said device by cooperation of said structural elements, characterized in that the first subassembly includes a first structural element adapted to connect the proximal ends of the optical waveguides and a second structural element distinct from the first structural element and adapted to connect the distal ends of the optical waveguides.
Motor apparatus for a switch drive of an electrical switch, having an electric motor and a control apparatus for controlling the electric motor, wherein the control apparatus has - an energy supply device for supplying electrical energy to the electric motor, having - a rectifier unit, - a voltage measuring unit for measuring the supply voltage or a rectifier output voltage of the rectifier unit and - a switching unit for producing a drive voltage for the electric motor from the supply voltage or from the rectifier output voltage, and - a control unit for controlling the switching unit on the basis of the measured supply voltage or rectifier output voltage, wherein the energy supply device is an energy supply device for supplying electrical energy to the electric motor and the control unit, characterized in that for the purpose of supplying electrical energy to the control unit the energy supply device has - a further voltage measuring unit for measuring the supply voltage or a rectifier output voltage of the rectifier unit and - a further switching unit for producing a supply voltage for the control unit from the supply voltage or from the rectifier output voltage; and having a motor housing that, in addition to the electric motor, houses at least a part of the energy supply device and/or at least a part of the control unit. - an energy supply device for supplying electrical energy to the electric motor, having - a rectifier unit, - a voltage measuring unit for measuring the supply voltage or a rectifier output voltage of the rectifier unit and - a switching unit for producing a drive voltage for the electric motor from the supply voltage or from the rectifier output voltage, and - a control unit for controlling the switching unit on the basis of the measured supply voltage or rectifier output voltage, the energy supply device is an energy supply device for supplying electrical energy to the electric motor and the control unit, characterized in that for the purpose of supplying electrical energy to the control unit the energy supply device has - a further voltage measuring unit for measuring the supply voltage or a rectifier output voltage of the rectifier unit and - a further switching unit for producing a supply voltage for the control unit from the supply voltage or from the rectifier output voltage; - a further voltage measuring unit for measuring the supply voltage or a rectifier output voltage of the rectifier unit and - a further switching unit for producing a supply voltage for the control unit from the supply voltage or from the rectifier output voltage; and having a motor housing that, in addition to the electric motor, houses at least a part of the energy supply device and/or at least a part of the control unit.
Industrial robot with parallel kinematics with a robot base, with a carrier element for holding a gripper, a tool or a machine element, with at least two moveable actuating units that are connected at one end to actuating unit drives arranged on the robot base and that are moveably connected at the other end to the carrier element, with a telescope that is moveably arranged between the robot base and the carrier element and takes the form of a telescopic axis and/or the form of a hollow body, whereby the hollow body receives supply lines for a gripper, tool or machine element arranged on the robot base and leads these supply lines from the robot base to the carrier element, with a first joint having multiple degrees of freedom by means of which the telescope is moveably received in the robot base, with a second joint having multiple degrees of freedom by means of which the telescope is moveably received in the carrier element, characterised in that the first joint is displaceably arranged in respect of its position relative to the robot base.
Home appliance having a control field (A, B) for selecting and setting a program and program options, the control field comprising: a plurality of program indicators (2.1-2.5) each having at least one dedicated program symbol (2.1a-2.5a), a plurality of program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) each having at least one dedicated program option symbol (4.1a-4.5a, 6.1a-6.4a, 8.1a-8.4a), a user-operable program selector, and a plurality of user-operable program option selectors (4, 6, 8), wherein the program selector and the program option selectors (4, 6, 8) are arranged in an inner region of the control field (A, B), wherein the program indicators (2.1-2.5) and program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) are arranged in a first region at least partially surrounding the inner region, wherein the program symbols and the program option symbols are arranged in a second region at least partially surrounding the first region, wherein each one of the program symbols (2.1a-2.5a) is arranged proximate to the respective one of the program indicators (2.1-2.5) it is dedicated to, and wherein each one of the program option symbols (4.1a-4.5a, 6.1a-6.4a, 8.1a-8.4a) is arranged proximate to the respective one of the program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) it is dedicated to. a plurality of program indicators (2.1-2.5) each having at least one dedicated program symbol (2.1a-2.5a), a plurality of program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) each having at least one dedicated program option symbol (4.1a-4.5a, 6.1a-6.4a, 8.1a-8.4a), a user-operable program selector, and a plurality of user-operable program option selectors (4, 6, 8), wherein the program selector and the program option selectors (4, 6, 8) are arranged in an inner region of the control field (A, B), wherein the program indicators (2.1-2.5) and program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) are arranged in a first region at least partially surrounding the inner region, wherein the program symbols and the program option symbols are arranged in a second region at least partially surrounding the first region, wherein each one of the program symbols (2.1a-2.5a) is arranged proximate to the respective one of the program indicators (2.1-2.5) it is dedicated to, and wherein each one of the program option symbols (4.1a-4.5a, 6.1a-6.4a, 8.1a-8.4a) is arranged proximate to the respective one of the program option indicators (4.1-4.5, 6.1-6.4, 8.1-8.4) it is dedicated to.
Illuminated ceiling having a frame, in which a translucent front film, a film and a rear wall are provided, lighting means being provided, the front film and the film being fixed on the frame of the illuminated ceiling by way of beading provided on the edges thereof, which are inserted in a clamping manner in grooves (7, 8), which are provided in parts of the frame of the illuminated ceiling, and the groove for the fixing of the front film being provided below the lighting means in the operating position of the illuminated ceiling, characterized in that the film is an opaque film, which is arranged between the front film and the rear wall, in that the lighting means are provided between the front film and the opaque film, and in that the groove is provided for the fixing of the opaque film is provided above the lighting means in the operating position of the illuminated ceiling.
Semiconductor chip comprising - a monolithically integrated circuit arrangement, - a light-sensitive element (34, 35, 36) and - a flip-flop as switching means, characterized in that - the flip-flop is provided for the purpose that a reset command is given to the circuit arrangement in the case of a light attack, wherein the reset command is triggered depending on the state of the light-sensitive element (34, 35, 36), and - at the same time the flip-flop is also reset such that, in the case of renewed light attack, the protection of the circuit arrangement is brought about once again. - a monolithically integrated circuit arrangement, - a light-sensitive element (34, 35, 36) and - a flip-flop as switching means, - the flip-flop is provided for the purpose that a reset command is given to the circuit arrangement in the case of a light attack, wherein the reset command is triggered depending on the state of the light-sensitive element (34, 35, 36), and - at the same time the flip-flop is also reset such that, in the case of renewed light attack, the protection of the circuit arrangement is brought about once again.
A filter system comprising: a filter (1010, 1012) comprising: a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion; a cover member; a housing body having a central cavity for receiving the filter, the housing body including a support flange for supporting and locating the filter (1010, 1012) within the central cavity; a latch comprising a hook portion, wherein in a latched state the latch secures the cover member to the housing body by axially engaging the housing body, the tab extending axially beyond the support flange when the filter (1010, 1012) is installed in the central cavity; and wherein the housing body includes a tapered region that prevents the hook portion of the latch from maintaining axial engagement with the housing body when the tab is not present, such that the latch cannot be maintained in the latched state to secure the cover member to the housing body without the tab being present. a filter (1010, 1012) comprising: a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion; a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion; a cover member; a housing body having a central cavity for receiving the filter, the housing body including a support flange for supporting and locating the filter (1010, 1012) within the central cavity; a latch comprising a hook portion, wherein in a latched state the latch secures the cover member to the housing body by axially engaging the housing body, the tab extending axially beyond the support flange when the filter (1010, 1012) is installed in the central cavity; and wherein the housing body includes a tapered region that prevents the hook portion of the latch from maintaining axial engagement with the housing body when the tab is not present, such that the latch cannot be maintained in the latched state to secure the cover member to the housing body without the tab being present.
A method of forming a solid body using a two-dimensional image printer, wherein materials of different colours are applied in liquid droplets (16, 18, 20, 22) for solidifying in several layers one upon the other, and colours of the liquids for forming a surface layer of the body are selected from a specific set of surface colours, the surface layer being formed by mixed printing of transparent droplets and surface colour droplets, characterized in that the thickness of the surface layer measured in the direction along the normal to the surface is varied such that it increases with increasing slope of the surface of the body.
System for monitoring physical and/or analogue parameters relating to parts of an engine, said system comprising at least one electronic control unit (30 a) configured to interrogate, via at least one antenna (20 a), a surface acoustic wave sensor situated on one of said parts, being characterized in that: - the engine is divided up into compartments, each compartment (M a,..., M f) comprising a number of moving or fixed parts of which the physical and/or analogue parameters have to be monitored, - each of these parts to be monitored is provided with a surface acoustic wave sensor (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f), these sensors each having a distinct resonance frequency which is specific to them, - an antenna (20 a,..., 20 f) is installed inside each of the compartments (M a,..., M f), each of these antennas being linked, alone or in pairs, to an electronic control unit (30 a,..., 30 f, 30 ab,..., 30 ef), - each antenna (20 a,..., 20 f) is controlled by the electronic control unit (30 a,..., 30 f, 30 ab,..., 30 ef) to which it is linked to simultaneously emit a number of distinct frequencies close to the resonance frequencies of the sensors (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f) which are situated in the engine compartment (M a,..., M f) of said antenna, so as to simultaneously communication with all these sensors (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f). - the engine is divided up into compartments, each compartment (M a,..., M f) comprising a number of moving or fixed parts of which the physical and/or analogue parameters have to be monitored, - each of these parts to be monitored is provided with a surface acoustic wave sensor (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f), these sensors each having a distinct resonance frequency which is specific to them, - an antenna (20 a,..., 20 f) is installed inside each of the compartments (M a,..., M f), each of these antennas being linked, alone or in pairs, to an electronic control unit (30 a,..., 30 f, 30 ab,..., 30 ef), - each antenna (20 a,..., 20 f) is controlled by the electronic control unit (30 a,..., 30 f, 30 ab,..., 30 ef) to which it is linked to simultaneously emit a number of distinct frequencies close to the resonance frequencies of the sensors (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f) which are situated in the engine compartment (M a,..., M f) of said antenna, so as to simultaneously communication with all these sensors (10 1a, 10 2a, 10 3a,..., 10 1f, 10 2f, 10 3f).
A track system, in particular for a camera dolly, formed from two bearing and guiding rails (4, 6) that are substantially equidistant from one another and running substantially horizontally, the distance between which is set and maintained by ties running between them, with a support fitting for height-adjustable support of the bearing and guiding rails (4, 6), the support fitting comprising a fitting body which, in the region of a side defined as the upper side, has a bearing surface for directly or indirectly underpinning the bearing and guiding rails (4, 6); and which on a side which is defined as the lower side and which is opposite the upper side, has receiving and/or fastening means for fixing at least one support element (12; 112) with which the support fitting can be supported at a certain height in relation to a base, and the fitting body having at least one stop means (28, 30, 32) between the upper and the lower side for connecting components (52, 58, 8, 68) substantially extending under the bearing surface, characterised in that at least three stop means (28, 30, 32) are provided, two (28, 30) of the latter lying in a plane (L1, L2) aligned with a longitudinal axis of the bearing surface, and the third stop means being at a right angle to the latter.
A mounting structure comprising: a semiconductor package having first electrodes; a circuit board having second electrodes; a bonding material containing solder that is disposed between the second electrode and a bump formed on the first electrode and electrically bonds the bump and the second electrode; a first reinforcing resin covering a circumference of the bonding material; and a second reinforcing resin covering a portion between an outer periphery of the semiconductor package disposed on the circuit board and the circuit board, characterized in that a relationship is established: a melting point of the bump > a hardening reaction starting temperature of the second reinforcing resin ≥ a hardening reaction starting temperature of the first reinforcing resin > a melting point of the bonding material. a semiconductor package having first electrodes; a circuit board having second electrodes; a bonding material containing solder that is disposed between the second electrode and a bump formed on the first electrode and electrically bonds the bump and the second electrode; a first reinforcing resin covering a circumference of the bonding material; and a second reinforcing resin covering a portion between an outer periphery of the semiconductor package disposed on the circuit board and the circuit board, characterized in that a relationship is established: a melting point of the bump > a hardening reaction starting temperature of the second reinforcing resin ≥ a hardening reaction starting temperature of the first reinforcing resin > a melting point of the bonding material.
Pressure surge valve, in particular for use in or on building wall openings, comprising a housing, which has approximately mutually flush openings (8, 9), comprising a device, which is located in the housing between the openings (8, 9) and is mounted by way of a resilient mounting device (14, 15, 20, 21) so as to be adjustable in the axial direction of the housing, characterised in that the openings (8, 9) are formed in mutually opposite walls, in that the device consists of a valve body which is mounted within the housing by way of pendulum rods (14, 15), in that the resilient mounting device (14, 15, 20, 21) is formed by two spring devices (20, 21) which are fixed to each pendulum rod (14, 15) on the one hand and to the housing on the other hand, and in that the valve body is mounted so as to be pivotable within the housing by way of the pendulum rods (14, 15), in such a way that it can be positioned fully on one of the openings (8, 9) to seal one of the openings (8, 9).