mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a rectangular semiconductor substrate that includes four corners; a first interconnection (114; 232) formed above the rectangular semiconductor substrate; a guard ring that includes a plurality of first groove-shaped vias formed above the first interconnection (114; 232); and a second interconnection (120; 238) formed above the plurality of first groove-shaped vias, wherein: the first interconnection (114; 232) includes copper; the first groove-shaped vias include copper; the second interconnection (120; 238) includes copper; the plurality of first groove-shaped vias are connected to the first interconnection; characterized in that the plurality of first groove-shaped vias are integral with the second interconnection (120, 238); and that each of the plurality of first groove-shaped vias includes a first pattern bent twice each time at an inner angle of 135 degrees at each of the four corners in a plan view and bent totally at 90 degrees at each of the four corners in a plan view. a rectangular semiconductor substrate that includes four corners; a first interconnection (114; 232) formed above the rectangular semiconductor substrate; a guard ring that includes a plurality of first groove-shaped vias formed above the first interconnection (114; 232); and a second interconnection (120; 238) formed above the plurality of first groove-shaped vias, wherein: the first interconnection (114; 232) includes copper; the first groove-shaped vias include copper; the second interconnection (120; 238) includes copper; the plurality of first groove-shaped vias are connected to the first interconnection; characterized in that the first interconnection (114; 232) includes copper; the first groove-shaped vias include copper; the second interconnection (120; 238) includes copper; the plurality of first groove-shaped vias are connected to the first interconnection; characterized in that
A system comprising an intracardiac pacemaker and a cover made of a biostable material, wherein the cover at least partially surrounds the implant, the implant has a fixation element disposed on the proximal end of the implant, the cover has an opening at the proximal end of the cover, and the fixation element reaches through the opening of the cover.
A mobile device, comprising: a local proxy configured to: determine a first application priority and a second application priority based on user preferences set at the mobile device, wherein the first application priority and second application priority are application-specific priorities set at the mobile device for respective first and second applications stored on the mobile device, wherein the user preferences are set by a user in a user interface of the mobile device; provide the first application priority and the second application priority to a proxy server so that the proxy server modifies communication frequency with the mobile device (250, 350) according to the received first application priority and second application priority; receive data associated with the first application based on the first application priority; and receive data associated with the second application based on the second application priority. determine a first application priority and a second application priority based on user preferences set at the mobile device, wherein the first application priority and second application priority are application-specific priorities set at the mobile device for respective first and second applications stored on the mobile device, wherein the user preferences are set by a user in a user interface of the mobile device; provide the first application priority and the second application priority to a proxy server so that the proxy server modifies communication frequency with the mobile device (250, 350) according to the received first application priority and second application priority; receive data associated with the first application based on the first application priority; and receive data associated with the second application based on the second application priority.
A redundant reciprocal tracking system comprising: a first tracker device and a second tracker device, the first tracker device comprising: at least one optical sensor module comprising at least one image sensor and at least one reticule disposed proximate the at least one image sensor; and at least one processor configured to: generate positional information of the second tracker device in a first reference frame of the first tracker device based on a shadow cast by the at least one reticule on the at least one image sensor upon illumination of at least one sensed element of the second tracker device; and output the positional information via at least one communication link to facilitate determination of one or more of a pose of the second tracker device with respect to the first reference frame or a rigid transformation of the first reference frame relative to a second reference frame of the second tracker device, wherein the second tracker device comprises at least one optical sensor module comprising at least one image sensor, at least one reticule disposed proximate the at least one image sensor, the at least one sensed element, and at least one processor at least one optical sensor module comprising at least one image sensor and at least one reticule disposed proximate the at least one image sensor; and at least one processor configured to: generate positional information of the second tracker device in a first reference frame of the first tracker device based on a shadow cast by the at least one reticule on the at least one image sensor upon illumination of at least one sensed element of the second tracker device; and output the positional information via at least one communication link to facilitate determination of one or more of a pose of the second tracker device with respect to the first reference frame or a rigid transformation of the first reference frame relative to a second reference frame of the second tracker device, generate positional information of the second tracker device in a first reference frame of the first tracker device based on a shadow cast by the at least one reticule on the at least one image sensor upon illumination of at least one sensed element of the second tracker device; and output the positional information via at least one communication link to facilitate determination of one or more of a pose of the second tracker device with respect to the first reference frame or a rigid transformation of the first reference frame relative to a second reference frame of the second tracker device,
An electrical connection structure comprising: a current collector which comprises a conductive resin layer comprising a polymer material and a conductive filler; and a conductive member which is in electrical contact with the conductive filler; wherein: the conductive member has a conductive material having a fiber-like shape, a plate-like shape, a lump shape, a cloth shape, or a mesh-like shape, or the conductive member has a conductive material having a granular shape having an average particle diameter of 0.01 to 10 μm; a content of the conductive material in the conductive member is higher than a content of the conductive filler in the conductive resin layer; and the electrical connection structure has a structure in which at least a part of the conductive member extends beyond the surface of the conductive resin layer and is present inside the conductive resin layer. a current collector which comprises a conductive resin layer comprising a polymer material and a conductive filler; and a conductive member which is in electrical contact with the conductive filler; wherein: the conductive member has a conductive material having a fiber-like shape, a plate-like shape, a lump shape, a cloth shape, or a mesh-like shape, or the conductive member has a conductive material having a granular shape having an average particle diameter of 0.01 to 10 μm; a content of the conductive material in the conductive member is higher than a content of the conductive filler in the conductive resin layer; and the electrical connection structure has a structure in which at least a part of the conductive member extends beyond the surface of the conductive resin layer and is present inside the conductive resin layer. the conductive member has a conductive material having a fiber-like shape, a plate-like shape, a lump shape, a cloth shape, or a mesh-like shape, or the conductive member has a conductive material having a granular shape having an average particle diameter of 0.01 to 10 μm; a content of the conductive material in the conductive member is higher than a content of the conductive filler in the conductive resin layer; and the electrical connection structure has a structure in which at least a part of the conductive member extends beyond the surface of the conductive resin layer and is present inside the conductive resin layer.
An elevator apparatus comprising: a driving machine that is installed inside a hoistway; a car that can be raised and lowered inside the hoistway by the driving machine; and a ventilating duct that has an upper portion air supply and exhaust opening that is positioned higher than a landing entrance of an uppermost floor inside the hoistway, and a lower portion air supply and exhaust opening that is positioned lower than the upper portion air supply and exhaust opening inside the hoistway, characterized in that the lower portion air supply and exhaust opening is positioned above a floor surface level of the uppermost floor inside the hoistway, wherein the ventilating duct is bent approximately at a right angle in a vicinity of the upper portion air supply and exhaust opening such that an end portion near the upper portion air supply and exhaust opening of the ventilating duct is horizontal and an end portion near the lower portion air supply and exhaust opening is vertical. a driving machine that is installed inside a hoistway; a car that can be raised and lowered inside the hoistway by the driving machine; and a ventilating duct that has an upper portion air supply and exhaust opening that is positioned higher than a landing entrance of an uppermost floor inside the hoistway, and a lower portion air supply and exhaust opening that is positioned lower than the upper portion air supply and exhaust opening inside the hoistway, characterized in that
A MEMS pressure sensor (10; 30; 50; 70) comprising: a first plate (22; 42; 62; 82) with a central hole (23; 43; 63; 83); a first surface of a diaphragm (18; 38; 58; 78) bonded to the first plate (22; 42; 62; 82) around a rim of the first plate (22; 42; 62; 82) with the diaphragm (18; 38; 58; 78) positioned over the hole (23; 43; 63; 83); an isolation frame (16; 36; 56; 76) bonded to a second surface of the diaphragm (18; 38; 58; 78); and a second plate (11; 32; 52; 72) with a central pillar bonded to the isolation frame (16; 36; 56; 76) around a rim of the isolation frame (16; 36; 56; 76) to form a cavity such that an end of the pillar in the cavity is proximate the first surface of the diaphragm (18; 38; 58; 78); wherein the diaphragm (18; 38; 58; 78) and second plate (11; 32; 52; 72) form a capacitive sensor that changes output upon deflection of the diaphragm (18; 38; 58; 78) relative to the second plate (11; 32; 52; 72); and the first plate (22; 42; 62; 82) is composed of silicon, the diaphragm (18; 38; 58; 78) is composed of silicon, characterized in that the isolation frame (16; 36; 56; 76) is composed of quartz. a first plate (22; 42; 62; 82) with a central hole (23; 43; 63; 83); a first surface of a diaphragm (18; 38; 58; 78) bonded to the first plate (22; 42; 62; 82) around a rim of the first plate (22; 42; 62; 82) with the diaphragm (18; 38; 58; 78) positioned over the hole (23; 43; 63; 83); an isolation frame (16; 36; 56; 76) bonded to a second surface of the diaphragm (18; 38; 58; 78); and a second plate (11; 32; 52; 72) with a central pillar bonded to the isolation frame (16; 36; 56; 76) around a rim of the isolation frame (16; 36; 56; 76) to form a cavity such that an end of the pillar in the cavity is proximate the first surface of the diaphragm (18; 38; 58; 78); wherein the diaphragm (18; 38; 58; 78) and second plate (11; 32; 52; 72) form a capacitive sensor that changes output upon deflection of the diaphragm (18; 38; 58; 78) relative to the second plate (11; 32; 52; 72); and the first plate (22; 42; 62; 82) is composed of silicon, the diaphragm (18; 38; 58; 78) is composed of silicon, characterized in that the isolation frame (16; 36; 56; 76) is composed of quartz.
A medical image processing device, comprising: - a receiving unit for receiving a first and a second medical image (72, 74) of an anatomical object of interest, wherein each of the first and the second medical images (72, 74) comprises a different field of view of the anatomical object of interest, and wherein the first medical image and the second medical image (72, 74) show a same anatomical state of the anatomical object of interest; - a registration unit that is configured to determine a transformation from an image space of the second medical image to an image space of the first medical image; - a transformation unit that is configured to transform the second medical image into the image space of the first medical image based on said transformation in order to receive a transformed second medical image; and - a segmentation unit wherein the segmentation unit is configured to perform an overall segmentation of the anatomical object of interest that makes a separate use of both the first medical image and the transformed second medical image by identifying a first set of feature points of the anatomical object of interest within the first medical image and by identifying a second set of feature points of the anatomical object of interest within the transformed second medical image; wherein one and the same segmentation model is simultaneously adapted to both the first medical image and the transformed second medical image by adapting the segmentation model simultaneously to both the first and the second set of feature points (80, 82). - a receiving unit for receiving a first and a second medical image (72, 74) of an anatomical object of interest, wherein each of the first and the second medical images (72, 74) comprises a different field of view of the anatomical object of interest, and wherein the first medical image and the second medical image (72, 74) show a same anatomical state of the anatomical object of interest; - a registration unit that is configured to determine a transformation from an image space of the second medical image to an image space of the first medical image; - a transformation unit that is configured to transform the second medical image into the image space of the first medical image based on said transformation in order to receive a transformed second medical image; and - a segmentation unit wherein the segmentation unit is configured to perform an overall segmentation of the anatomical object of interest that makes a separate use of both the first medical image and the transformed second medical image by identifying a first set of feature points of the anatomical object of interest within the first medical image and by identifying a second set of feature points of the anatomical object of interest within the transformed second medical image; wherein one and the same segmentation model is simultaneously adapted to both the first medical image and the transformed second medical image by adapting the segmentation model simultaneously to both the first and the second set of feature points (80, 82).
A brake disc comprising a pair of disc bodies each having, on a principal surface thereof, a plurality of heat radiating members projecting from the principal surface, the pair of disc bodies being configured to sandwich therebetween a wheel for railway vehicle with the heat radiating members, and the wheel configured to being provided with a second positioning unit, wherein each of the disc bodies includes a first positioning unit projecting more than the plurality of heat radiating members in a height direction of the heat radiating members or a first positioning unit located nearer to a root part of the heat radiating member than a distal end of the plurality of heat radiating members in the height direction of the heat radiating members, wherein the first positioning unit is configured to position each of the pair of the disc bodies with respect to the wheel by being engageable with the second positioning unit; characterised in that the first positioning unit includes a side surface having a pair of flat surfaces opposed to each other, and a pair of curved surfaces connecting the pair of flat surfaces. a plurality of heat radiating members projecting from the principal surface, the pair of disc bodies being configured to sandwich therebetween a wheel for railway vehicle with the heat radiating members, and the wheel configured to being provided with a second positioning unit, wherein each of the disc bodies includes a first positioning unit projecting more than the plurality of heat radiating members in a height direction of the heat radiating members or a first positioning unit located nearer to a root part of the heat radiating member than a distal end of the plurality of heat radiating members in the height direction of the heat radiating members, wherein the first positioning unit is configured to position each of the pair of the disc bodies with respect to the wheel by being engageable with the second positioning unit; characterised in that the first positioning unit includes a side surface having a pair of flat surfaces opposed to each other, and a pair of curved surfaces connecting the pair of flat surfaces.
Front end of a vehicle, in particular of a motor vehicle, having two lower longitudinal members (6, 7) which are arranged opposite each other, as seen in the transverse direction (Y direction) of the vehicle and on each of which a spring strut mounting (11, 12) is supported, and having a module cross member which, for its part, extends in the transverse direction (Y direction) of the vehicle between two A-pillars (9, 10) and is fixedly connected thereto, characterized in that each A-pillar (9, 10) is assigned a corner reinforcement (16, 17) which, in the region of the connection of the module cross member to the A-pillar (16, 17), is fixedly connected to the A-pillar (16, 17) on the one hand and to the module cross member on the other hand and is supported on a spring strut mounting (11, 12) by means of at least one integrated crash strut.
A medicament delivery device, comprising: a cartridge comprising: a body adapted to contain a medicament; a bung slidably disposed in the body, the bung having a distal face and a proximal face; and a light element coupled to a component of the cartridge, wherein the light element is coupled to the proximal face of the bung; the medicament delivery device further comprising: a first receiver adapted to receive an optical signal from the light element and convert the optical signal into a first electrical signal; and a second receiver adapted to receive an optical signal from the light element and convert the optical signal into a second electrical signal, wherein the first receiver and the second receiver are axially offset by an axial distance, characterized in that the first receiver and the second receiver are radially offset by a radial distance from a longitudinal axis of the delivery device. a cartridge comprising: a body adapted to contain a medicament; a bung slidably disposed in the body, the bung having a distal face and a proximal face; and a light element coupled to a component of the cartridge, wherein the light element is coupled to the proximal face of the bung; a body adapted to contain a medicament; a bung slidably disposed in the body, the bung having a distal face and a proximal face; and a light element coupled to a component of the cartridge, wherein the light element is coupled to the proximal face of the bung; the medicament delivery device further comprising: a first receiver adapted to receive an optical signal from the light element and convert the optical signal into a first electrical signal; and a second receiver adapted to receive an optical signal from the light element and convert the optical signal into a second electrical signal, a first receiver adapted to receive an optical signal from the light element and convert the optical signal into a first electrical signal; and a second receiver adapted to receive an optical signal from the light element and convert the optical signal into a second electrical signal, wherein the first receiver and the second receiver are axially offset by an axial distance, characterized in that the first receiver and the second receiver are radially offset by a radial distance from a longitudinal axis of the delivery device.
A smoke evacuator or fire shutter comprising: - a valve movable between an armed position and an emergency position; - a housing wherein are provided: - a spring based actuating means for moving said valve from an armed position to an emergency position, thereby using potential energy stored in the spring; - an electrically driven motor designed to arm said spring and moving said valve from an emergency position to an armed position; - an electrical circuit electrically connecting said motor to a mains; characterized in that said smoke evacuator or fire shutter further comprises an electrical battery connector reachable from outside the housing and connected to the electrical circuit powering said motor. - a valve movable between an armed position and an emergency position; - a housing wherein are provided: - a spring based actuating means for moving said valve from an armed position to an emergency position, thereby using potential energy stored in the spring; - an electrically driven motor designed to arm said spring and moving said valve from an emergency position to an armed position; - an electrical circuit electrically connecting said motor to a mains; - a spring based actuating means for moving said valve from an armed position to an emergency position, thereby using potential energy stored in the spring; - an electrically driven motor designed to arm said spring and moving said valve from an emergency position to an armed position; - an electrical circuit electrically connecting said motor to a mains;