mhurhangee/ep-ind-claims huggingface dataset:
A compound semiconductor substrate comprising: an SiC layer, an AlN buffer layer formed on the SiC layer, a nitride semiconductor layer containing Al, formed on the AlN buffer layer, a first GaN layer formed on the nitride semiconductor layer, a first AlN intermediate layer formed on the first GaN layer, being in contact with the first GaN layer, and a second GaN layer formed on the first AlN intermediate layer, being in contact with the first AlN intermediate layer, wherein the nitride semiconductor layer includes a first nitride semiconductor layer containing Al and Ga, a second AlN layer formed on the first nitride semiconductor layer, being in contact with the first nitride semiconductor layer, and a second nitride semiconductor layer containing Al and Ga, formed on the second AlN layer and being in contact with the second AlN layer, and a compositional ratio of Al in at least one of the first and second nitride semiconductor layers (4a, 4b) decreases from a lower part to an upper part of the nitride semiconductor layer. an SiC layer, an AlN buffer layer formed on the SiC layer, a nitride semiconductor layer containing Al, formed on the AlN buffer layer, a first GaN layer formed on the nitride semiconductor layer, a first AlN intermediate layer formed on the first GaN layer, being in contact with the first GaN layer, and a second GaN layer formed on the first AlN intermediate layer, being in contact with the first AlN intermediate layer, wherein the nitride semiconductor layer includes a first nitride semiconductor layer containing Al and Ga, a second AlN layer formed on the first nitride semiconductor layer, being in contact with the first nitride semiconductor layer, and a second nitride semiconductor layer containing Al and Ga, formed on the second AlN layer and being in contact with the second AlN layer, and a compositional ratio of Al in at least one of the first and second nitride semiconductor layers (4a, 4b) decreases from a lower part to an upper part of the nitride semiconductor layer. a first nitride semiconductor layer containing Al and Ga, a second AlN layer formed on the first nitride semiconductor layer, being in contact with the first nitride semiconductor layer, and a second nitride semiconductor layer containing Al and Ga, formed on the second AlN layer and being in contact with the second AlN layer, and a compositional ratio of Al in at least one of the first and second nitride semiconductor layers (4a, 4b) decreases from a lower part to an upper part of the nitride semiconductor layer.
A wearable sensing device for gesture-based control of a computing device (116, 118, 120), the wearable sensing device comprising: a camera to capture images of an articulated part of a body, comprising a hand of a wearer of the sensing device; a tracking module arranged to use the captured images to track a 3D articulated model of the articulated body part in real time without the need for markers to be worn on the articulated body part; a communication interface arranged to send the tracked 3D articulated model to the computing device (116, 118, 120) in order to control the computing device (116, 118, 120) according to 3D articulation of the articulated body part; and characterised in that the device further comprises a structured illumination source, comprising a laser line projector, positioned at a specified distance from the camera to illuminate the articulated body part with a known structured illumination pattern comprising a laser line; and the tracking module is arranged to calculate 3D positions of segments of the laser line of the captured images comprising images of the articulated body part illuminated with the structured illumination; and input the 3D positions to a forward kinematic model to calculate a pose of the 3D articulated model. a camera to capture images of an articulated part of a body, comprising a hand of a wearer of the sensing device; a tracking module arranged to use the captured images to track a 3D articulated model of the articulated body part in real time without the need for markers to be worn on the articulated body part; a communication interface arranged to send the tracked 3D articulated model to the computing device (116, 118, 120) in order to control the computing device (116, 118, 120) according to 3D articulation of the articulated body part; and characterised in that
Tool for gear cutting or dressing a fine machining tool, which has an external toothing, for the fine machining of workpieces, wherein the tool is ringshaped and has an internal toothing, whose teeth, during the gear cutting or dressing process, come into engagement with the external toothing of the fine machining tool to be cut or dressed, and wherein the tool has a central longitudinal axis running through the middle point of the opening surrounded by it, characterised in that the internal toothing is formed on a ring element made of a diamond material, whose thickness, measured parallel to the central longitudinal axis, is at most 5 mm, in that the teeth of the internal toothing have cutting edges with which they remove material of the fine tool during the gear cutting or dressing machining, and in that the ring element is carried by a carrier ring on which at least one support element assigned to the carrier ring opening of the carrier ring is provided, on which support element the ring element is supported and over whose edge facing the carrier ring opening the teeth of the internal toothing formed on the ring element protrude at least over a part of the length of their cutting edges in the direction of the central longitudinal axis of the tool.
A method for producing a contact element at the end of an electrical conductor, which is designed as a stranded conductor consisting of a plurality of individual wires, with which electrically conductive material existing at the end of the conductor and fixedly connected to the conductor is deformed to form a contact element with a variable form, characterized in - that initially the end of the bare conductor is brought into an at least approximately vertical position, in which it is arranged in a tool holding the individual wires together, - that particles of an electrically conductive material with a velocity above the speed of sound are then applied to the upwardly projecting end face of the conductor in the axial direction thereof by means of a tube which is provided with a constriction in its course and acts as a nozzle and which is arranged above the conductor, whereby the material of the conductor bonds with the electrically conductive material applied to its end face of the conductor to form a compact composite body, which is connected mechanically fixedly and electrically conductively to the material of the conductor, - that without interruption of the process further particles of the electrically conductive material are then applied to the compact composite body, whereby a metal body consisting only of the material of the particles is generated, which is connected metallurgically fixedly to the composite body and - that the metal body, which also comprises the composite body is finally mechanically formed into the contact element. - that initially the end of the bare conductor is brought into an at least approximately vertical position, in which it is arranged in a tool holding the individual wires together, - that particles of an electrically conductive material with a velocity above the speed of sound are then applied to the upwardly projecting end face of the conductor in the axial direction thereof by means of a tube which is provided with a constriction in its course and acts as a nozzle and which is arranged above the conductor, whereby the material of the conductor bonds with the electrically conductive material applied to its end face of the conductor to form a compact composite body, which is connected mechanically fixedly and electrically conductively to the material of the conductor, - that without interruption of the process further particles of the electrically conductive material are then applied to the compact composite body, whereby a metal body consisting only of the material of the particles is generated, which is connected metallurgically fixedly to the composite body and - that the metal body, which also comprises the composite body is finally mechanically formed into the contact element.
An optical laser guidance system for use with a vehicle, comprising: a laser sensor mountable on said vehicle to sense a position of a laser beam projected from a remote source and responsively generate a position signal; a vehicle drive actuator (18, 20); a controller, linked to the laser sensor and linked to the vehicle drive actuator, to receive the position signal and control the vehicle drive actuator in response to the laser beam being greater than a predetermined distance from the reference position, characterized in that the laser sensor comprises a machine vision system to detect a location at which the laser beam strikes an adjacent surface, and the controller further uses the position signal to determine a relative position of the location at which the laser beam strikes the adjacent surface with respect to a predetermined reference position. a laser sensor mountable on said vehicle to sense a position of a laser beam projected from a remote source and responsively generate a position signal; a vehicle drive actuator (18, 20); a controller, linked to the laser sensor and linked to the vehicle drive actuator, to receive the position signal and control the vehicle drive actuator in response to the laser beam being greater than a predetermined distance from the reference position,
Method of manufacturing a device for detecting at least one property of a fluid medium with a sensor assembly, wherein the method comprises the following steps: -- providing a sensor carrier with a sensor element arranged thereon and with a blind-hole-like channel running in an axial direction (z), -- providing a connecting part having a through channel, -- placing the sensor carrier onto the connecting part in such a manner that the blind-hole-like channel of the sensor carrier forms a supply channel with the through channel of the connecting part, -- connecting a first surface of the connecting part, which surface faces the sensor carrier, to a second surface of the sensor carrier, which surface faces the connecting part, by means of a weld seam encircling the supply channel, wherein after the sensor carrier is placed onto the connecting part, a first surface portion of the first surface of the connecting part, which surface portion is adjacent to the supply channel, is spaced apart from a second surface portion of the second surface of the sensor carrier, which surface portion is adjacent to the supply channel, in such a manner that a receiving zone is formed between the first surface portion and the second surface portion, said receiving zone being adjacent to the supply channel and at least partially encircling the supply channel and being bounded by a collar in a direction running radially inwards towards the supply channel, wherein the receiving zone is provided for receiving welding material which is formed in the method step of connection by means of the encircling weld seam, wherein before the step of connection by means of the weld seam, the first surface of the connecting part has a first circular surface portion, on the radial end of which that lies in the direction of the through channel a collar which projects from the first circular surface portion, encircles the through channel and has a first conical surface portion is arranged, wherein an encircling recess which serves as the receiving zone for welding material is introduced into the first conical surface portion. -- providing a sensor carrier with a sensor element arranged thereon and with a blind-hole-like channel running in an axial direction (z), -- providing a connecting part having a through channel, -- placing the sensor carrier onto the connecting part in such a manner that the blind-hole-like channel of the sensor carrier forms a supply channel with the through channel of the connecting part, -- connecting a first surface of the connecting part, which surface faces the sensor carrier, to a second surface of the sensor carrier, which surface faces the connecting part, by means of a weld seam encircling the supply channel, wherein
Drinks service comprising: - at least one receptacle, such as a cup, a tumbler or a glass, intended to contain said drink and able to be handled by a user to enable the latter to consume said drink, - optionally a support element, such as a saucer or a coaster, intended to support said receptacle, - said service comprising a plurality of drink identification accessories, each of said accessories comprising a visual differentiation means enabling the user to distinguish the accessories from each other, each of the accessories being designed to be able to be inserted, at least partially and temporarily, in a hollowed-out region of said receptacle and/or of said support element, each of said visual differentiation means being associated with a particular drink so that, on seeing the accessory inserted in the hollowed-out region, the user can identify the nature of the drink contained in the receptacle, said accessories further all having the same conformation that enables them to fulfil, in addition to said identification function, a supplementary use function useful to the consumption of said drink, each of said accessories being able by itself to fulfil said supplementary use function, said drink identification accessories being included in a kit comprising a plurality of individual preparation doses intended for the preparation of various types of drink. - at least one receptacle, such as a cup, a tumbler or a glass, intended to contain said drink and able to be handled by a user to enable the latter to consume said drink, - optionally a support element, such as a saucer or a coaster, intended to support said receptacle, - said service comprising a plurality of drink identification accessories, each of said accessories comprising a visual differentiation means enabling the user to distinguish the accessories from each other, each of the accessories being designed to be able to be inserted, at least partially and temporarily, in a hollowed-out region of said receptacle and/or of said support element, each of said visual differentiation means being associated with a particular drink so that, on seeing the accessory inserted in the hollowed-out region, the user can identify the nature of the drink contained in the receptacle, said accessories further all having the same conformation that enables them to fulfil, in addition to said identification function, a supplementary use function useful to the consumption of said drink, each of said accessories being able by itself to fulfil said supplementary use function, said drink identification accessories being included in a kit comprising a plurality of individual preparation doses intended for the preparation of various types of drink.
A system, comprising: at least one processor; and a user interface generator configured to, by the at least one processor: generate a virtual keyboard for display in a user interface, upon receiving an indication of an interaction with an input method editor portion of the virtual keyboard, present a plurality of search icons in the IME portion of the virtual keyboard, the respective search icons representing different types of search functionality accessible via the virtual keyboard; and for at least one search icon among the plurality of presented search icons: determine that the at least one search icon corresponds to a task icon, determine that the corresponding task icon was previously presented but not interacted with, and present an indicator in association with the at least one search icon representing that the at least one search icon corresponds to a task icon that was previously presented but not interacted with. at least one processor; and a user interface generator configured to, by the at least one processor: generate a virtual keyboard for display in a user interface, upon receiving an indication of an interaction with an input method editor portion of the virtual keyboard, present a plurality of search icons in the IME portion of the virtual keyboard, the respective search icons representing different types of search functionality accessible via the virtual keyboard; and for at least one search icon among the plurality of presented search icons: determine that the at least one search icon corresponds to a task icon, determine that the corresponding task icon was previously presented but not interacted with, and present an indicator in association with the at least one search icon representing that the at least one search icon corresponds to a task icon that was previously presented but not interacted with. generate a virtual keyboard for display in a user interface, upon receiving an indication of an interaction with an input method editor portion of the virtual keyboard, present a plurality of search icons in the IME portion of the virtual keyboard, the respective search icons representing different types of search functionality accessible via the virtual keyboard; and for at least one search icon among the plurality of presented search icons: determine that the at least one search icon corresponds to a task icon, determine that the corresponding task icon was previously presented but not interacted with, and present an indicator in association with the at least one search icon representing that the at least one search icon corresponds to a task icon that was previously presented but not interacted with. determine that the at least one search icon corresponds to a task icon, determine that the corresponding task icon was previously presented but not interacted with, and present an indicator in association with the at least one search icon representing that the at least one search icon corresponds to a task icon that was previously presented but not interacted with.
A fine particle measuring device at least comprising: at least two light sources having different wavelength regions; a detection unit configured to detect light from a fluorescent reference particle in accordance with excitation light from the light sources; and an information processing unit configured to compare, on a basis of information detected by the detection unit, a feature quantity of an output pulse based on a reference light source among the plurality of light sources with a feature quantity of an output pulse based on at least another light source among the plurality of light sources, and adjust an output of the another light source; wherein the information processing unit adjusts the output of the another light source on a basis of a preset adjustment ratio of feature quantities of the output pulses of the reference light source and the another light source. at least two light sources having different wavelength regions; a detection unit configured to detect light from a fluorescent reference particle in accordance with excitation light from the light sources; and an information processing unit configured to compare, on a basis of information detected by the detection unit, a feature quantity of an output pulse based on a reference light source among the plurality of light sources with a feature quantity of an output pulse based on at least another light source among the plurality of light sources, and adjust an output of the another light source; wherein the information processing unit adjusts the output of the another light source on a basis of a preset adjustment ratio of feature quantities of the output pulses of the reference light source and the another light source.
A semiconductor device, comprising: a first chemically sensitive field effect transistor, chemFET,, the first chemFET coupled to a first electrode adapted to detect a first reaction at a first reaction site; a second chemFET connected in series to the first chemFET, the second chemFET coupled to a second electrode adapted to detect a second reaction at a second reaction site; a select transistor connected in series to the first chemFET and the second chemFET, wherein the select transistor is configured to concurrently couple the first chemFET to a first output conductor and the second chemFET to a second output conductor in response to a select signal; and bias circuitry (408, 409) coupled to the first chemFET and the second chemFET; wherein the bias circuitry is configured to apply a voltage to one of either the first chemFET or the second chemFET, and to concurrently apply a current sink to the other of the first chemFET or the second chemFET. a first chemically sensitive field effect transistor, chemFET,, the first chemFET coupled to a first electrode adapted to detect a first reaction at a first reaction site; a second chemFET connected in series to the first chemFET, the second chemFET coupled to a second electrode adapted to detect a second reaction at a second reaction site; a select transistor connected in series to the first chemFET and the second chemFET, wherein the select transistor is configured to concurrently couple the first chemFET to a first output conductor and the second chemFET to a second output conductor in response to a select signal; and bias circuitry (408, 409) coupled to the first chemFET and the second chemFET; wherein the bias circuitry is configured to apply a voltage to one of either the first chemFET or the second chemFET, and to concurrently apply a current sink to the other of the first chemFET or the second chemFET.