mhurhangee/ep-ind-claims huggingface dataset:
A multi-voltage domain device, comprising: a semiconductor layer comprising a first main surface and a second main surface arranged opposite to the first main surface, wherein the semiconductor layer comprises: a first region comprising first circuity that operates in a first voltage domain, a second region comprising second circuity that operates in a second voltage domain different than the first voltage domain, and an isolation region that electrically isolates the first region and the second region in a lateral direction that extends parallel to the first and the second main surfaces, wherein the isolation region comprises at least one deep trench isolation barrier, each of which extends vertically from the first main surface to the second main surface; and a layer stack arranged on the first main surface of the semiconductor layer, the layer stack comprising a plurality of sub-insulator layers that form a stack insulator layer, a first coil (6, 6-1) arranged in the stack insulator layer, and a second coil (7, 7-1) arranged in the stack insulator layer and laterally separated from the first coil in the lateral direction by the stack insulator layer, wherein the first coil (6, 6-1) and the second coil (7, 7-1) are magnetically coupled to each other in the lateral direction, wherein the first coil (6, 6-1) comprises at least two first terminals (6a, 6b) that are arranged vertically over the first region and are electrically coupled to the first circuitry, and wherein the second coil (7, 7-1) comprises at least two second terminals (7a, 7b) that are arranged vertically over the second region and are electrically coupled to the second circuitry. a first region comprising first circuity that operates in a first voltage domain, a second region comprising second circuity that operates in a second voltage domain different than the first voltage domain, and an isolation region that electrically isolates the first region and the second region in a lateral direction that extends parallel to the first and the second main surfaces, wherein the isolation region comprises at least one deep trench isolation barrier, each of which extends vertically from the first main surface to the second main surface; and a layer stack arranged on the first main surface of the semiconductor layer, the layer stack comprising a plurality of sub-insulator layers that form a stack insulator layer, a first coil (6, 6-1) arranged in the stack insulator layer, and a second coil (7, 7-1) arranged in the stack insulator layer and laterally separated from the first coil in the lateral direction by the stack insulator layer, wherein the first coil (6, 6-1) and the second coil (7, 7-1) are magnetically coupled to each other in the lateral direction, wherein the first coil (6, 6-1) comprises at least two first terminals (6a, 6b) that are arranged vertically over the first region and are electrically coupled to the first circuitry, and wherein the second coil (7, 7-1) comprises at least two second terminals (7a, 7b) that are arranged vertically over the second region and are electrically coupled to the second circuitry.
An electronic device, characterized by comprising: a wireless module configured to emit a first radar signal and receive a second radar signal, which is the first radar signal reflected by a user; a gravity sensor configured to sense a status of the electronic device to generate a sensing result; and a control unit coupled to the wireless module and the gravity sensor, and configured to control the wireless module to emit the first radar signal when the sensing result conforms to an emitting condition and determine a physiological status of the user according to the second radar signal received by the wireless module; wherein the emitting condition is satisfied when the electronic device is stationary. a wireless module configured to emit a first radar signal and receive a second radar signal, which is the first radar signal reflected by a user; a gravity sensor configured to sense a status of the electronic device to generate a sensing result; and a control unit coupled to the wireless module and the gravity sensor, and configured to control the wireless module to emit the first radar signal when the sensing result conforms to an emitting condition and determine a physiological status of the user according to the second radar signal received by the wireless module; wherein the emitting condition is satisfied when the electronic device is stationary.
A method for producing an alumina sintered body, comprising: a step of applying an alkaline earth metal compound which is at least one selected from the group consisting of calcium compounds, strontium compounds, and barium compounds onto a surface of an alumina raw material comprising an alumina sintered body; and a step of subjecting the alumina raw material to which the alkaline earth metal compound has been applied to heat treatment at a temperature of 1200°C or more for 5 minutes or more and 300 minutes or less, wherein the alumina raw material is an alumina sintered body obtained by molding alumina powder with a median diameter (d 50) of 3 μm or less, followed by heat treatment at a heat treatment temperature of 1200°C or more. a step of applying an alkaline earth metal compound which is at least one selected from the group consisting of calcium compounds, strontium compounds, and barium compounds onto a surface of an alumina raw material comprising an alumina sintered body; and a step of subjecting the alumina raw material to which the alkaline earth metal compound has been applied to heat treatment at a temperature of 1200°C or more for 5 minutes or more and 300 minutes or less, wherein the alumina raw material is an alumina sintered body obtained by molding alumina powder with a median diameter (d 50) of 3 μm or less, followed by heat treatment at a heat treatment temperature of 1200°C or more.
Protective equipment for security personnel, such as plain clothing and also protective clothing, helmets, protective shields and the like, characterized in that the member of security personnel is provided at least on the front side with at least one retroreflective material (4, 5), which reflects the laser light impinging on it back to the user of the laser light.
An electronic device including a cover device comprising: a protection cover having a Subscriber Identity Module, SIM, card mounting unit electrically connected to a contact terminal provided on one surface of a body of the electronic device by contacting the contact terminal, wherein the protection cover has a terminal unit that is electrically connected to the SIM card mounting unit and electrically contacts the contact terminal. a protection cover having a Subscriber Identity Module, SIM, card mounting unit electrically connected to a contact terminal provided on one surface of a body of the electronic device by contacting the contact terminal, wherein the protection cover has a terminal unit that is electrically connected to the SIM card mounting unit and electrically contacts the contact terminal.
A mobile device comprising a mobile computing platform, the mobile computing platform comprising: an interface for a remote connection to a backend server from the mobile device; a mobile analytics engine communicatively linked by a remote communication handler to the backend server over the remote connection and configured to provide a generic interface to at least one mobile business application developed for the mobile device, and implement a mobile analytics model, wherein the mobile analytics model defines data, query and report structures for analytics of business data stored on the backend server; and a metadata repository coupled to the mobile analytics engine and read/write coupled to a persistence store in the mobile device, the persistence store storing metadata objects conforming to the analytics model and created on the mobile device, the metadata objects for use by the mobile analytics engine to dynamically modify a query from the mobile device, using functions of the mobile business application, to the backend server. an interface for a remote connection to a backend server from the mobile device; a mobile analytics engine communicatively linked by a remote communication handler to the backend server over the remote connection and configured to provide a generic interface to at least one mobile business application developed for the mobile device, and implement a mobile analytics model, wherein the mobile analytics model defines data, query and report structures for analytics of business data stored on the backend server; and a metadata repository coupled to the mobile analytics engine and read/write coupled to a persistence store in the mobile device, the persistence store storing metadata objects conforming to the analytics model and created on the mobile device, the metadata objects for use by the mobile analytics engine to dynamically modify a query from the mobile device, using functions of the mobile business application, to the backend server.
A vehicle rearview mirror system comprising: a display device to construct an image by an image signal having been output from an image receiving unit of a vehicle-mounted camera and then cause a display screen to display the constructed image; and a vehicle mirror main body, wherein the display device has a signal processing unit which processes the image signal and then causes the display screen to display a resultant image, characterized in that the display device is incorporated in the vehicle mirror main body, an aspect ratio between a width in a transverse direction and a width in a longitudinal direction of the display screen of the display device is caused to one-to-one correspond to an aspect ratio between a width in a transverse direction and a width in a longitudinal direction of the vehicle mirror main body partway of a signal line between the image receiving unit and the signal processing unit, there is provided an image signal clipping unit to clip an image signal corresponding to an image portion which is unrequired for driving by a driver from an image which is constructed by the image signal having been output from the image receiving unit and then output a remaining image signal to the signal processing unit, and the signal processing unit constructs an image of an aspect ratio one-to-one corresponding to the aspect ratio of the display screen by a remaining image signal having been input. a display device to construct an image by an image signal having been output from an image receiving unit of a vehicle-mounted camera and then cause a display screen to display the constructed image; and a vehicle mirror main body, wherein the display device has a signal processing unit which processes the image signal and then causes the display screen to display a resultant image, characterized in that the display device is incorporated in the vehicle mirror main body, an aspect ratio between a width in a transverse direction and a width in a longitudinal direction of the display screen of the display device is caused to one-to-one correspond to an aspect ratio between a width in a transverse direction and a width in a longitudinal direction of the vehicle mirror main body partway of a signal line between the image receiving unit and the signal processing unit, there is provided an image signal clipping unit to clip an image signal corresponding to an image portion which is unrequired for driving by a driver from an image which is constructed by the image signal having been output from the image receiving unit and then output a remaining image signal to the signal processing unit, and the signal processing unit constructs an image of an aspect ratio one-to-one corresponding to the aspect ratio of the display screen by a remaining image signal having been input.
A heat exchanger comprising: a plurality of tubes (20, 170, 210, 320) a heater mount (12, 202, 312) to which at least two of the plurality of tubes are thermally connected; a heater (46, 446) thermally connected to the heater mount; and a securing element for holding the plurality of tubes, the heater and the heater mount together, characterized in that at least some of the tubes are elliptical or oval in cross section, each tube including a longitudinal axis, and each elliptical or oval tube cross section including a major axis and a minor axis so as to have a larger radius side wall and a smaller radius side wall, wherein the plurality of tubes is arranged in a radial pattern such that the major axes of the elliptical or oval tube cross sections intersect a centerline of the heat exchanger a plurality of tubes (20, 170, 210, 320) a heater mount (12, 202, 312) to which at least two of the plurality of tubes are thermally connected; a heater (46, 446) thermally connected to the heater mount; and a securing element for holding the plurality of tubes, the heater and the heater mount together, characterized in that at least some of the tubes are elliptical or oval in cross section, each tube including a longitudinal axis, and each elliptical or oval tube cross section including a major axis and a minor axis so as to have a larger radius side wall and a smaller radius side wall, wherein the plurality of tubes is arranged in a radial pattern such that the major axes of the elliptical or oval tube cross sections intersect a centerline of the heat exchanger
A lift crane comprising: a) a carbody comprising a roller path and ring gear, the carbody being made from two side members and two end cross members such that each side member is connected to each end cross member with a carbody connection that can be disconnected such that the side members and end cross members can be individually transported between job sites and reassembled at a new job site; b) ground engaging members elevating the carbody off the ground; c) a rotating bed rotatably connected to the carbody such that the rotating bed can swing with respect to the ground engaging members; and d) a boom pivotally mounted on the rotating bed; characterized in that at least two of the members have a section of the roller path and a section of the ring gear attached to the member. a) a carbody comprising a roller path and ring gear, the carbody being made from two side members and two end cross members such that each side member is connected to each end cross member with a carbody connection that can be disconnected such that the side members and end cross members can be individually transported between job sites and reassembled at a new job site; b) ground engaging members elevating the carbody off the ground; c) a rotating bed rotatably connected to the carbody such that the rotating bed can swing with respect to the ground engaging members; and d) a boom pivotally mounted on the rotating bed;
A conveyor belt module, comprising: a module body extending laterally from a first side to a second side and longitudinally in a direction of belt travel from a first end to a second end, the module body having a top conveying surface; a first set of hinge elements spaced apart across first gaps along a first end of the module body, and extending longitudinally outward, each hinge element including a hinge opening, a second set of hinge elements spaced apart across second gaps along a second end of the module body, and extending longitudinally outward, each hinge element including a hinge opening; and a shaped bottom surface opposite the top conveying surface, the shaped bottom surface including a first convex curve converging with a central concave curve and a second convex curve converging with the central concave curve, wherein the radius of curvature (R 3) of the first convex curve is greater than the radius of curvature (R 1) of the central concave curve; characterized in that the hinge elements (40, 42) form hinge openings (44, 46) that are offset from the vertical center of the module and the hinge openings (44, 46) are closer to the top conveying surface than the shaped bottom surface. a module body extending laterally from a first side to a second side and longitudinally in a direction of belt travel from a first end to a second end, the module body having a top conveying surface; a first set of hinge elements spaced apart across first gaps along a first end of the module body, and extending longitudinally outward, each hinge element including a hinge opening, a second set of hinge elements spaced apart across second gaps along a second end of the module body, and extending longitudinally outward, each hinge element including a hinge opening; and a shaped bottom surface opposite the top conveying surface, the shaped bottom surface including a first convex curve converging with a central concave curve and a second convex curve converging with the central concave curve, wherein the radius of curvature (R 3) of the first convex curve is greater than the radius of curvature (R 1) of the central concave curve; characterized in that the hinge elements (40, 42) form hinge openings (44, 46) that are offset from the vertical center of the module and the hinge openings (44, 46) are closer to the top conveying surface than the shaped bottom surface.
A method of assaying ProGRP in a serum sample, the method comprising: adding to a serum sample containing ProGRP obtained from a subject an inhibitor or an inactivator of an activator of a blood coagulation factor or a fibrinolytic factor; and assaying the serum sample for ProGRP 31-98 region. adding to a serum sample containing ProGRP obtained from a subject an inhibitor or an inactivator of an activator of a blood coagulation factor or a fibrinolytic factor; and assaying the serum sample for ProGRP 31-98 region.
A compound of formula or a pharmaceutically acceptable salt or solvate thereof, wherein: R 1 is hydrogen, C 1 -C 8 alkyl, or C 3 -C 7 cycloalkyl; R 2 and R 3 are each independently hydrogen, C 1 -C 8 alkyl, C 3 -C 7 cycloalkyl, or C 3 -C 7 cycloalkylmethyl; R 4 is hydrogen, halogen, C 1 -C 8 alkyl, or C 3 -C 7 cycloalkyl; and R 5 is hydrogen or halogen. R 1 is hydrogen, C 1 -C 8 alkyl, or C 3 -C 7 cycloalkyl; R 2 and R 3 are each independently hydrogen, C 1 -C 8 alkyl, C 3 -C 7 cycloalkyl, or C 3 -C 7 cycloalkylmethyl; R 4 is hydrogen, halogen, C 1 -C 8 alkyl, or C 3 -C 7 cycloalkyl; and R 5 is hydrogen or halogen.
A system comprising: a data storage system storing data sources, each of the data sources including authentic data; a memory device storing processor-executable process steps; and a processor to execute the processor-executable process steps to cause the system to: generate simulated data of a data source stored in the data storage system; store the simulated data in the data source; periodically identify the records of simulated data and modify the identified records of simulated data; receive a request for data of the data source from a requesting system; determine if the request is related to an electronic attack; and if it is determined that the request is related to an electronic attack, provide the simulated data to the requesting system; otherwise, provide the authentic data of the data source to the requesting system. a data storage system storing data sources, each of the data sources including authentic data; a memory device storing processor-executable process steps; and a processor to execute the processor-executable process steps to cause the system to: generate simulated data of a data source stored in the data storage system; store the simulated data in the data source; periodically identify the records of simulated data and modify the identified records of simulated data; receive a request for data of the data source from a requesting system; determine if the request is related to an electronic attack; and if it is determined that the request is related to an electronic attack, provide the simulated data to the requesting system; otherwise, provide the authentic data of the data source to the requesting system. generate simulated data of a data source stored in the data storage system; store the simulated data in the data source; periodically identify the records of simulated data and modify the identified records of simulated data; receive a request for data of the data source from a requesting system; determine if the request is related to an electronic attack; and if it is determined that the request is related to an electronic attack, provide the simulated data to the requesting system; otherwise, provide the authentic data of the data source to the requesting system.
A method for determining an orientation of a rail vehicle in a train assembly and for controlling whether different rail vehicles are in the same train assembly, - the train assembly comprising a plurality of rail vehicles (1, 11, 12), - wherein said plurality of rail vehicles are linked by a pressurized air line, - wherein at least one of the rail vehicles (1, 11, 12) comprises, at a first position, in longitudinal direction, a first sensor (2, 13, 15), for detecting a pneumatic signal in the air line, and - wherein the at least one rail vehicle (1, 11, 12) comprises, at a second position, in longitudinal direction, a second sensor (3, 14, 16), for measuring a pneumatic signal in the air line, the method comprising - sending a pneumatic signal through said air line, - detecting the pneumatic signal at the first sensor (2, 13, 15) and at the second sensor (3, 14, 16), - determining a signal-time shift between the pneumatic signal at the first sensor (2, 13, 15) and the pneumatic signal at the second sensor (3, 14, 16), - determining the orientation of the rail vehicle (1, 11, 12) from said signal-time shift characterized in that the pneumatic signal comprises a specific pressure pattern which is used as identification signal for the train assembly and wherein the train assembly has a radio remote control and information about the pressure pattern is sent via radio in order to control whether different rail vehicles of the plurality of rail vehicles are in the train assembly. - the train assembly comprising a plurality of rail vehicles (1, 11, 12), - wherein said plurality of rail vehicles are linked by a pressurized air line, - wherein at least one of the rail vehicles (1, 11, 12) comprises, at a first position, in longitudinal direction, a first sensor (2, 13, 15), for detecting a pneumatic signal in the air line, and - wherein the at least one rail vehicle (1, 11, 12) comprises, at a second position, in longitudinal direction, a second sensor (3, 14, 16), for measuring a pneumatic signal in the air line, - sending a pneumatic signal through said air line, - detecting the pneumatic signal at the first sensor (2, 13, 15) and at the second sensor (3, 14, 16), - determining a signal-time shift between the pneumatic signal at the first sensor (2, 13, 15) and the pneumatic signal at the second sensor (3, 14, 16), - determining the orientation of the rail vehicle (1, 11, 12) from said signal-time shift