mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device, comprising: a substrate; a gate electrode, a source electrode, and a drain electrode, the gate electrode, the source electrode and the drain electrode being formed on the substrate; a plurality of nonconductive nanowires formed two-dimensionally on an upper surface of the substrate so as to extend perpendicularly to the upper surface of the substrate; an electrode pad formed at upper ends of the plurality of nanowires so as to have a gap between the electrode pad and the substrate, the electrode pad being supported by the plurality of nanowires; and an extraction electrode connecting the electrode pad and the gate electrode. a substrate; a gate electrode, a source electrode, and a drain electrode, the gate electrode, the source electrode and the drain electrode being formed on the substrate; a plurality of nonconductive nanowires formed two-dimensionally on an upper surface of the substrate so as to extend perpendicularly to the upper surface of the substrate; an electrode pad formed at upper ends of the plurality of nanowires so as to have a gap between the electrode pad and the substrate, the electrode pad being supported by the plurality of nanowires; and an extraction electrode connecting the electrode pad and the gate electrode.
Stator for an electrical machine wherein the stator has - a hollow-cylinder-shaped stator yoke and - at least one open groove , which is arranged on the radially inner side of the stator yoke in each case and which extends in an axial direction in each case, wherein it has at least one toroidal coil , which surrounds the stator yoke in each case, wherein the at least one toroidal coil has a groove segment in each case, which is arranged in the respective groove , wherein the at least one toroidal coil has a back segment in each case, which is arranged on the radially outer face of the stator yoke , and wherein the at least one toroidal coil has one radial segment per axial end face , which connects the respective groove segment to the respective back segment , characterised in that the respective groove segment or the respective back segment , together with the two respective radial segments , is embodied as a bar winding, wherein the respective bar winding is embodied in an S shape in the area of the respective radial segment , wherein the stator is able to be operated with an electrical power of at least 1 MW. - a hollow-cylinder-shaped stator yoke and - at least one open groove , which is arranged on the radially inner side of the stator yoke in each case and which extends in an axial direction in each case,
A torch , comprising: - a pivot support member that receives a contact tip , - wherein the pivot support member is configured to independently move the contact tip around a pivot point during a welding operation, and being characterised in that a motor assembly includes a motor , a link and one or more of the following: a gear, a cam, a scotch, and a yoke, and the contact tip is coupled to the motor assembly for moving the contact tip , wherein the pivot point support member ends in a flange that provides a surface to receive the link extending from the motor assembly . - a pivot support member that receives a contact tip , - wherein the pivot support member is configured to independently move the contact tip around a pivot point during a welding operation,
A missile detector, in particular a passive missile detector, comprising: a sensor for detecting a potential missile ; a recording device for continuously storing detector data of the sensor for a predefined period of time; an evaluation unit which is designed: - to receive detector data generated by the sensor in a pre-classification from the sensor , to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value (S2) and, after the declaration threshold value (S2) has been exceeded, to generate a warning signal ahead of the potential missile , and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device , wherein the evaluation unit is designed to carry out the pre-classification and the classification on the basis of the detector data and/or the stored detector data of a single sensor . a sensor for detecting a potential missile ; a recording device for continuously storing detector data of the sensor for a predefined period of time; an evaluation unit which is designed: - to receive detector data generated by the sensor in a pre-classification from the sensor , to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value (S2) and, after the declaration threshold value (S2) has been exceeded, to generate a warning signal ahead of the potential missile , and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device , - to receive detector data generated by the sensor in a pre-classification from the sensor , to detect a detection signal of the potential missile in the detector data and to compare it with a declaration threshold value (S2) and, after the declaration threshold value (S2) has been exceeded, to generate a warning signal ahead of the potential missile , and - to carry out a verification of the potential missile in a classification if there is a warning signal by temporally tracing the associated detection signal using the detector data stored in the recording device , wherein the evaluation unit is designed to carry out the pre-classification and the classification on the basis of the detector data and/or the stored detector data of a single sensor .
Tibial baseplate (1, 1', 1") for tibial component of a knee prosthesis comprising: - a bulk solid portion comprising a proximally facing surface adapted to accommodate a bearing element for the articulation of a femoral component of said knee prosthesis; - a plurality of porous portions to allow bone ingrowth, being integral with said bulk solid portion and having a porous portion contacting surface opposite to said proximally facing surface adapted to contact a proximal tibia; wherein said plurality of porous portions are seamlessly incorporated in said bulk solid portion , wherein said plurality of porous portions are embedded into the bulk solid portion , and wherein said tibial baseplate (1, 1', 1") is completely manufactured by means of additive manufacturing. - a bulk solid portion comprising a proximally facing surface adapted to accommodate a bearing element for the articulation of a femoral component of said knee prosthesis; - a plurality of porous portions to allow bone ingrowth, being integral with said bulk solid portion and having a porous portion contacting surface opposite to said proximally facing surface adapted to contact a proximal tibia; wherein said plurality of porous portions are seamlessly incorporated in said bulk solid portion , wherein said plurality of porous portions are embedded into the bulk solid portion , and wherein said tibial baseplate (1, 1', 1") is completely manufactured by means of additive manufacturing. wherein said plurality of porous portions are seamlessly incorporated in said bulk solid portion , wherein said plurality of porous portions are embedded into the bulk solid portion , and wherein said tibial baseplate (1, 1', 1") is completely manufactured by means of additive manufacturing.
A method for manufacturing a check valve unit , the method comprising: disposing a tube stock in a state of being clamped by outer dies ; fixing the tube stock by pushing shaft pushing tools into the tube stock from both ends of the tube stock ; filling the tube stock with fluid; forming a valve seat on an inner peripheral surface of the tube stock by further pushing the shaft pushing tools into the tube stock from both ends of the tube stock ; cutting the tube stock to cause the valve seat to form one end portion; inserting a valve body into the tube stock ; and forming a protruding portion that protrudes inward at another end portion, the other end portion being on a side opposite to the valve seat . disposing a tube stock in a state of being clamped by outer dies ; fixing the tube stock by pushing shaft pushing tools into the tube stock from both ends of the tube stock ; filling the tube stock with fluid; forming a valve seat on an inner peripheral surface of the tube stock by further pushing the shaft pushing tools into the tube stock from both ends of the tube stock ; cutting the tube stock to cause the valve seat to form one end portion; inserting a valve body into the tube stock ; and forming a protruding portion that protrudes inward at another end portion, the other end portion being on a side opposite to the valve seat .
Female die for a joining tool, in particular for clinching, having an anvil and a shoulder which coaxially surrounds the anvil and which is configured on a main body of the anvil or by an end of a bush , and a sleeve which surrounds the main body or the bush , respectively, and which across the circumference thereof has radial slots penetrating the wall of said sleeve , in each case one sliding piece being guided in said slots so as to be movable in the radial direction (R), said sliding piece in the axial direction (A) being supported at least on the shoulder , characterized in that the wall of the sleeve on that end (20.1) that surrounds the shoulder in the region between the slots has regions which widen in a radially inward manner and which extend in each case between two neighboring sliding pieces and in the radial direction (R) at least in part protrude beyond the shoulder .
A consolidation method comprising the steps consisting of: - placing a fibrous preform in the shaping recess of a shaping tool , - supplying the shaping tool with a gas phase to obtain a deposit in the fibrous preform, the shaping tool for the vapor phase chemical infiltration of a fibrous preform comprising a first portion , one face of which has a first shaping zone surrounded by a first edge zone, and a second portion , one face of which has a second shaping zone surrounded by a second edge zone , the first and the second shaping zone defining, when the first edge zone is brought into contact with the second edge zone, a shaping recess with a given shape intended to receive the fibrous preform, characterized in that at least one gas injection port is present at least partially in the first or in the second edge zone and a gas outlet port is present at least partially in the first or in the second edge zone, the gas injection port and the gas outlet port placing the shaping recess in fluid communication with the outside of the shaping tool, and in that the outer faces of the first and of the second portion are impermeable to gas. - placing a fibrous preform in the shaping recess of a shaping tool , - supplying the shaping tool with a gas phase to obtain a deposit in the fibrous preform, the shaping tool for the vapor phase chemical infiltration of a fibrous preform comprising a first portion , one face of which has a first shaping zone surrounded by a first edge zone, and a second portion , one face of which has a second shaping zone surrounded by a second edge zone , the first and the second shaping zone defining, when the first edge zone is brought into contact with the second edge zone, a shaping recess with a given shape intended to receive the fibrous preform, characterized in that at least one gas injection port is present at least partially in the first or in the second edge zone and a gas outlet port is present at least partially in the first or in the second edge zone, the gas injection port and the gas outlet port placing the shaping recess in fluid communication with the outside of the shaping tool, and in that the outer faces of the first and of the second portion are impermeable to gas.
A sample mounting plate used for mass spectrometry by MALDI process and comprising one or more sample mounting spots for mounting a sample thereon, on a substrate , wherein a hydrophilic surface of a first hydrophilic film (2A or 2a) is formed in the sample mounting spots on a face of the substrate where the sample mounting spots are provided, a hydrophobic surface of a hydrophobic film is formed outside the hydrophilic surface, and a groove exposing a second hydrophilic film or a hydrophilic member , which has higher hydrophilicity than that of the first hydrophilic film (2A or 2a), is formed at a boundary between the hydrophilic surface and the hydrophobic surface.
A protective helmet, particularly for sport activities and the like, comprising an outer protective cap, a first outer protective shell positioned inside and coupled to said outer protective cap, a second inner protective shell positioned inside and coupled to said first outer protective shell , and coupling means between said first outer protective shell and said second inner protective shell , characterized in that said coupling means comprise first damping means and second mechanical retaining means spaced apart from each other and positioned in corresponding seats of said first outer protective shell and second inner protective shell .
A MDM2i for use in the treatment of cancer, wherein MDM2i is to be administered to a subject intermittently in at least 3 consecutive doses and the period between each two consecutive doses is at least 3 weeks and not longer than 60 days.
A lighting device , wherein, the lighting device comprises a light source supply assembly and a curved light guide element , the light source supply assembly comprises a fixing base and a light source module , the fixing base has at least one first accommodating area , and the light source module is disposed in the first accommodating area , at least one end of the curved light guide element is located in the first accommodating area , at least one end of the light guide element has a light incident surface corresponding to the light source module , the light source module supplies a light source, and the light source enters from the light incident surface and propagates along the curved light guide element , characterized in that there are two curved light guide elements arranged opposite to each other, and there are two first accommodating areas provided corresponding to the two curved light guide elements , the two first accommodating areas are facing away from each other, the curved light guide element has two ends, and the two ends of the curved light guide element are inserted in a same first accommodating area . the light source supply assembly comprises a fixing base and a light source module , the fixing base has at least one first accommodating area , and the light source module is disposed in the first accommodating area , at least one end of the curved light guide element is located in the first accommodating area , at least one end of the light guide element has a light incident surface corresponding to the light source module , the light source module supplies a light source, and the light source enters from the light incident surface and propagates along the curved light guide element , characterized in that there are two curved light guide elements arranged opposite to each other, and there are two first accommodating areas provided corresponding to the two curved light guide elements , the two first accommodating areas are facing away from each other, the curved light guide element has two ends, and the two ends of the curved light guide element are inserted in a same first accommodating area .
An accessory gearbox for a gas turbine engine, comprising: an accessory gear train; a first input coupled to the accessory gear train; a second input coupled to the accessory gear train, wherein the accessory gear train operably couples the first input and the second input for communicating rotational energy between an accessory mounted to the accessory gearbox and the first and second inputs; a first differential connected to the first input and coupling the first input to the accessory gear train; a pump motor; a pump differential coupled to the pump motor by the first differential; an oil pump having an oil pump shaft ; and an oil pump tune motor connected to the pump differential and operatively coupled therethrough to the oil pump; wherein the pump differential includes first and second spider gears arranged along the oil pump shaft, the oil pump shaft being supported for rotation along an axis orthogonal to the first input and parallel to the second input. an accessory gear train; a first input coupled to the accessory gear train; a second input coupled to the accessory gear train, wherein the accessory gear train operably couples the first input and the second input for communicating rotational energy between an accessory mounted to the accessory gearbox and the first and second inputs; a first differential connected to the first input and coupling the first input to the accessory gear train; a pump motor; a pump differential coupled to the pump motor by the first differential; an oil pump having an oil pump shaft ; and an oil pump tune motor connected to the pump differential and operatively coupled therethrough to the oil pump; wherein the pump differential includes first and second spider gears arranged along the oil pump shaft, the oil pump shaft being supported for rotation along an axis orthogonal to the first input and parallel to the second input.
A developer storage container comprising: a storage portion for storing a developer therein; an opening for ejecting the developer stored in the storage portion , and an opening-and-closing member for opening and closing the opening , wherein a concave portion (D) is formed on the opening-and-closing member , the concave portion (D) facing the opening when the opening-and-closing member is in a closing position to close the opening , characterized in that when the opening-and-closing member is in the closing position, a space formed by the opening and a space formed by the concave portion (D) are continuous with each other. a storage portion for storing a developer therein; an opening for ejecting the developer stored in the storage portion , and an opening-and-closing member for opening and closing the opening , wherein a concave portion (D) is formed on the opening-and-closing member , the concave portion (D) facing the opening when the opening-and-closing member is in a closing position to close the opening , characterized in that when the opening-and-closing member is in the closing position, a space formed by the opening and a space formed by the concave portion (D) are continuous with each other.
A method for distributing publish-subscribe messages to clients over a network using a message broker, the method comprising: the message broker, receiving a message from a first client which identifies a second client as a successor of the first client; determining that the first client has disconnected from the message broker; and in response to determining that the first client has disconnected from the message broker, the message broker routing to the second client one or more messages that are identified for transmission to the first client. the message broker, receiving a message from a first client which identifies a second client as a successor of the first client; determining that the first client has disconnected from the message broker; and in response to determining that the first client has disconnected from the message broker, the message broker routing to the second client one or more messages that are identified for transmission to the first client.
Circuit arrangement for a switchable line termination of a serial bus, comprising an electronic switching apparatus (T4, T5) which comprises a first and a second electronic switching device (T4, T5) and is connected between signal lines of the serial bus and is arranged, under the control of a control device of an electronic control unit, to connect a predetermined line termination (R5, R6) to the serial bus or to disconnect the line termination from the serial bus, and a blocking device having a blocking element (R4); characterized by a third electronic switching device (T2) which is arranged to control the first electronic switching device (T4) and the second electronic switching device (T5) by supplying or withholding a control voltage (Vcc), wherein the blocking element (R4) keeps the first electronic switching device (T4) and the second electronic switching device (T5) in a blocked state if the third electronic switching device (T2) withholds the control voltage (Vcc) from the first electronic switching device (T4) and the second electronic switching device (T5), and wherein the line termination (R5, R6) comprises a first and a second line termination element (R5, R6); the blocking element (R4) is a non-reactive resistor which is connected to a common node of the first line termination element (R5) and of the second line termination element (R6), and the third electronic switching device (T2) is an electronic switch, in particular a bipolar transistor or a MOSFET, which switches on the basis of a control signal supplied by the external control device.
An electronic dosing drive comprising - a supporting structure, - a threaded spindle having an external thread for driving a plunger in a cylinder , - at least one first guide element (50.1, 50.2) that is rigidly connected to the threaded spindle and that is guided in parallel with the threaded spindle on a second guide element (51.1, 51.2) that is rigidly connected to the supporting structure, - a spindle nut having an internal thread that is engaged with the external thread of the threaded spindle , - an electric drive motor that is fastened to the supporting structure and that comprises a motor shaft that is coupled to the spindle nut , - an electric control apparatus that is connected to the electric drive motor , - an electric power supply that is connected to the electric drive motor and to the electric control apparatus , characterized in that - the external thread of the threaded spindle comprises a plurality of threaded regions (31.1, 31.2) that are separated from one another at the periphery thereof by means of first flattened portions (30.1, 30.2) that extend in the longitudinal direction, - the first flattened portions (30.1, 30.2) comprise guide regions (34.1, 34.2, 34.3, 34.4) that rest against the minor diameter of the internal thread of the spindle nut . - a supporting structure, - a threaded spindle having an external thread for driving a plunger in a cylinder , - at least one first guide element (50.1, 50.2) that is rigidly connected to the threaded spindle and that is guided in parallel with the threaded spindle on a second guide element (51.1, 51.2) that is rigidly connected to the supporting structure, - a spindle nut having an internal thread that is engaged with the external thread of the threaded spindle , - an electric drive motor that is fastened to the supporting structure and that comprises a motor shaft that is coupled to the spindle nut , - an electric control apparatus that is connected to the electric drive motor , - an electric power supply that is connected to the electric drive motor and to the electric control apparatus , characterized in that - the external thread of the threaded spindle comprises a plurality of threaded regions (31.1, 31.2) that are separated from one another at the periphery thereof by means of first flattened portions (30.1, 30.2) that extend in the longitudinal direction, - the first flattened portions (30.1, 30.2) comprise guide regions (34.1, 34.2, 34.3, 34.4) that rest against the minor diameter of the internal thread of the spindle nut .