mhurhangee/patent-ind-claim-en huggingface dataset:
Inlet valve for a teat cup for controlled inlet of air and/or gas into a milk discharge area of the teat cup , comprising a valve body having a controllable flow channel terminating at a sealing surface , a resilient diaphragm adapted to be pressurized on a first side with pressure prevailing in a pulsation chamber of the teat cup and having on a second side a sealing body integral with the diaphragm as a constituent part of the diaphragm , which in a first position closes the flow channel by abutting the sealing surface , wherein the diaphragm and the sealing body are made as a one-piece product and of the same material, and a spring member coupled to the resilient diaphragm to bias the diaphragm toward the sealing surface such that when the sealing body is in a second position, the flow passage is open. a valve body having a controllable flow channel terminating at a sealing surface , a resilient diaphragm adapted to be pressurized on a first side with pressure prevailing in a pulsation chamber of the teat cup and having on a second side a sealing body integral with the diaphragm as a constituent part of the diaphragm , which in a first position closes the flow channel by abutting the sealing surface , wherein the diaphragm and the sealing body are made as a one-piece product and of the same material, and a spring member coupled to the resilient diaphragm to bias the diaphragm toward the sealing surface such that when the sealing body is in a second position, the flow passage is open.
A method for operating an internal combustion engine involving the use of a coolant composition having kinematic viscosity of 8.5 to 3,000 mm 2 /sec at 25°C and 0.3 to 1.3 mm 2 /sec at 100°C as a coolant for an internal combustion engine, the coolant composition comprising a base and an agent for improving viscosity characteristics, wherein the base comprises at least one type of alcohol selected from the group consisting of dihydric alcohol, trihydric alcohol, and glycol monoalkyl ether and the base optionally contains water, and wherein the agent for improving viscosity characteristics is a salt of carboxylic acid having a melting point of 40°C to 80°C in the form of a free carboxylic acid with the degree of solubility thereof in the alcohol of the base being 5% by mass or lower at 25°C and 10% by mass or higher at 100°C.
Device for applying a viscous substance, in particular for cosmetic, writing, painting, drawing and/or marking purposes, having a tank for the substance, an applicator and a conveyor designed to convey the substance from the tank to the applicator , wherein the conveyor has a cylinder , a first and a second closing device , which are both arranged in the cylinder in an axially displaceable manner, a pump tappet for axially displacing the closing devices , a first connecting channel between the cylinder and the tank and a second connecting channel between the cylinder and the applicator , the first closing device opens or closes the first connecting channel depending on its position relative to the cylinder , and the second closing device is adjustable relative to the pump tappet , opens or closes the second connecting channel depending on the position relative to the pump tappet and, together with the cylinder , forms a pump in which it serves as a piston, characterised in that the second closing device is designed as an O-ring. a tank for the substance, an applicator and a conveyor designed to convey the substance from the tank to the applicator , wherein the conveyor has a cylinder , a first and a second closing device , which are both arranged in the cylinder in an axially displaceable manner, a pump tappet for axially displacing the closing devices , a first connecting channel between the cylinder and the tank and a second connecting channel between the cylinder and the applicator , the first closing device opens or closes the first connecting channel depending on its position relative to the cylinder , and the second closing device is adjustable relative to the pump tappet , opens or closes the second connecting channel depending on the position relative to the pump tappet and, together with the cylinder , forms a pump in which it serves as a piston, characterised in that the second closing device is designed as an O-ring.
A high frequency amplifier comprising: a transistor having comb-shaped electrodes in which multiple finger electrodes are arranged in parallel; a pillar member having electrical conductivity and a heat dissipation characteristic, and covering the comb-shaped electrodes and covering between the comb-shaped electrodes via a thin film dielectric , wherein the comb-shaped electrodes include multiple gate fingers (5-1 to 5-10), multiple source fingers (6-1 to 6-4), and multiple drain fingers (7-1 to 7-5), and wherein the pillar member is electrically connected to the source fingers, and is electrically insulated from the gate fingers (5-1 to 5-10) and the drain fingers (7-1 to 7-5) via the thin film dielectric, characterized in that , the high frequency amplifier further comprises a rewiring layer disposed between the thin film dielectric and the pillar member, and electrically connecting the source fingers and the pillar member. a transistor having comb-shaped electrodes in which multiple finger electrodes are arranged in parallel; a pillar member having electrical conductivity and a heat dissipation characteristic, and covering the comb-shaped electrodes and covering between the comb-shaped electrodes via a thin film dielectric , wherein the comb-shaped electrodes include multiple gate fingers (5-1 to 5-10), multiple source fingers (6-1 to 6-4), and multiple drain fingers (7-1 to 7-5), and wherein the pillar member is electrically connected to the source fingers, and is electrically insulated from the gate fingers (5-1 to 5-10) and the drain fingers (7-1 to 7-5) via the thin film dielectric, characterized in that , the high frequency amplifier further comprises a rewiring layer disposed between the thin film dielectric and the pillar member, and electrically connecting the source fingers and the pillar member.
A modular system for interconnecting vehicle services, the system comprising: a mother board in turn comprising: a power connector configured for connecting the mother board to a power source of a vehicle, and a data connector configured for connecting the mother board to a data bus of the vehicle, two or more vehicle service connectors of the same type, for connecting different vehicle service modules to the mother board , a data bus interconnecting the vehicle service connectors , and wherein the system further comprises at least one processor adapted to operate as the system controller to identify whether a vehicle service module connected to the mother board is authorized or not to be connected with the mother board , and to register the identity of an authorized vehicle services module connected to the mother board , and wherein the system is adapted such that the data bus acts as a direct and independent from the processor communication means for the vehicle services modules, when the authorized services modules are connected to the vehicle service connectors and when they have been registered into the system, and wherein the processor acting as the system controller, is adapted in a way that if a connected vehicle service module is not authorized to be connected to the mother board , the processor disables power supply to the unauthorized vehicles service module , and to enable power supply to the connected vehicle service modules that are authorized. a power connector configured for connecting the mother board to a power source of a vehicle, and a data connector configured for connecting the mother board to a data bus of the vehicle, two or more vehicle service connectors of the same type, for connecting different vehicle service modules to the mother board , a data bus interconnecting the vehicle service connectors , and wherein the system further comprises at least one processor adapted to operate as the system controller to identify whether a vehicle service module connected to the mother board is authorized or not to be connected with the mother board , and to register the identity of an authorized vehicle services module connected to the mother board , and wherein the system is adapted such that the data bus acts as a direct and independent from the processor communication means for the vehicle services modules, when the authorized services modules are connected to the vehicle service connectors and when they have been registered into the system, and wherein the processor acting as the system controller, is adapted in a way that if a connected vehicle service module is not authorized to be connected to the mother board , the processor disables power supply to the unauthorized vehicles service module , and to enable power supply to the connected vehicle service modules that are authorized.
A method for wireless communications at a base station, BS, comprising: applying a phase rotation adjustment to a signal, which is to be transmitted over a repeater to a user equipment, UE, the phase rotation adjustment involves a phase rotation of OFDM symbols in the signal transmission, which is applied to the symbols before they are transformed from the frequency domain to the time domain via an IFFT, wherein the phase rotation term for the l th symbol in the signal is defined as: e − j 2 πf 0 t start , l μ + N CP , l μ T c where t start , l μ = 0 , l = 0 t start , l − 1 μ + N u μ + N CP , l − 1 μ T c where p is an antenna port, μ is a subcarrier frequency, N CP μ is the cyclic prefix, CP, length in samples for the l th symbol, N u μ is an OFDM symbol length in units of T c , T c is the sampling interval in the baseband frequency, f 0 is a first carrier frequency used by the BS for transmitting the signal to the repeater, and l is the symbol index; applying an additional phase rotation to the phase rotation adjusted signal prior to the IFFT to generate a phase rotated signal, wherein the additional phase rotation term for the l th symbol in the signal is defined as: e − j 2 πf n t start , l μ + N CP , l μ T c where f n is a frequency that will be used by the repeater for re-transmitting the signal to the UE, which is different to the first carrier frequency; and transmit the phase rotated signal to the repeater. where p is an antenna port, μ is a subcarrier frequency, N CP μ is the cyclic prefix, CP, length in samples for the l th symbol, N u μ is an OFDM symbol length in units of T c , T c is the sampling interval in the baseband frequency, f 0 is a first carrier frequency used by the BS for transmitting the signal to the repeater, and l is the symbol index; applying an additional phase rotation to the phase rotation adjusted signal prior to the IFFT to generate a phase rotated signal, wherein the additional phase rotation term for the l th symbol in the signal is defined as: e − j 2 πf n t start , l μ + N CP , l μ T c where f n is a frequency that will be used by the repeater for re-transmitting the signal to the UE, which is different to the first carrier frequency; and transmit the phase rotated signal to the repeater.
A computer-implemented method for supporting display of a three-dimensional first person view, FPV, comprising: receiving a plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915), which are captured by an imaging device on a movable object ; obtaining state information of the imaging device on the movable object ; using the state information of the imaging device on the movable object to configure a pair of image frames (L2, R2) based on the plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915) for supporting the three-dimensional FPV with images for left eye and right eye of a user viewing the three-dimensional FPV, wherein an image frame selected, at a second time point (t2), from the plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915) is used for a first image frame in the pair of image frames (L2, R2); obtaining a transformation relationship between the first image frame in the pair of image frames (L2, R2) and a first image frame, captured by the imaging device at a first time point (t1) before the second time point (t2), in a base pair of image frames (L1, R1) obtained for the first time point (t1); obtaining a second image frame in the pair of image frames (L2, R2) based on a second image frame in the base pair of image frames (L1, R1) and the transformation relationship ; and providing the pair of image frames (L2, R2) to a displaying device that is adapted to display the three-dimensional FPV. receiving a plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915), which are captured by an imaging device on a movable object ; obtaining state information of the imaging device on the movable object ; using the state information of the imaging device on the movable object to configure a pair of image frames (L2, R2) based on the plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915) for supporting the three-dimensional FPV with images for left eye and right eye of a user viewing the three-dimensional FPV, wherein an image frame selected, at a second time point (t2), from the plurality of image frames (311-313, 411-413, 611-613, 711-713, 911-915) is used for a first image frame in the pair of image frames (L2, R2); obtaining a transformation relationship between the first image frame in the pair of image frames (L2, R2) and a first image frame, captured by the imaging device at a first time point (t1) before the second time point (t2), in a base pair of image frames (L1, R1) obtained for the first time point (t1); obtaining a second image frame in the pair of image frames (L2, R2) based on a second image frame in the base pair of image frames (L1, R1) and the transformation relationship ; and providing the pair of image frames (L2, R2) to a displaying device that is adapted to display the three-dimensional FPV.
A method for securely controlling operations of a data processing system on chip SoC , comprising: activating a security subsystem to control startup behavior of one or more application subsystems on the data processing SoC; installing, at the security subsystem, a first set of parameters for a secure memory region SMR 2. where a boot-code is stored, where the first set of parameters comprises a starting address and size of the SMR, an initial authenticity proof for use with an initial verification process for the SMR, and an alternate authenticity proof for use with a subsequent verification process for the SMR; verifying the SMR, at the security subsystem, to generate SMR verification results by using the initial authenticity proof for the initial verification process applied to the SMR, and by using the alternate authenticity proof for the subsequent verification process applied to the SMR; and applying, by the security subsystem, a comprehensive system reaction for the application subsystem based on the SMR verification results. activating a security subsystem to control startup behavior of one or more application subsystems on the data processing SoC; installing, at the security subsystem, a first set of parameters for a secure memory region SMR 2. where a boot-code is stored, where the first set of parameters comprises a starting address and size of the SMR, an initial authenticity proof for use with an initial verification process for the SMR, and an alternate authenticity proof for use with a subsequent verification process for the SMR; verifying the SMR, at the security subsystem, to generate SMR verification results by using the initial authenticity proof for the initial verification process applied to the SMR, and by using the alternate authenticity proof for the subsequent verification process applied to the SMR; and applying, by the security subsystem, a comprehensive system reaction for the application subsystem based on the SMR verification results.
A communication method of a terminal in a wireless communication system, the method comprising: receiving , from a base station , a control message configuring a radio resource control, RRC, connection, the control message comprising first information related with a measurement object for a wireless local area network, WLAN , and second information related with a reporting of the measurement, wherein the first information comprises country information and operating class information; performing a measurement on the measurement object for the WLAN which is identified based on the country information and the operating class information included in the first information; and transmitting , to the base station , a result of the measurement based on the second information, wherein the second information configures a threshold to report the result of the measurement for the WLAN, the result of the measurement being transmitted in case that the result is greater than the threshold. receiving , from a base station , a control message configuring a radio resource control, RRC, connection, the control message comprising first information related with a measurement object for a wireless local area network, WLAN , and second information related with a reporting of the measurement, wherein the first information comprises country information and operating class information; performing a measurement on the measurement object for the WLAN which is identified based on the country information and the operating class information included in the first information; and transmitting , to the base station , a result of the measurement based on the second information, wherein the second information configures a threshold to report the result of the measurement for the WLAN, the result of the measurement being transmitted in case that the result is greater than the threshold.
Method for connecting a first component to a second component comprising at least the following method steps: a) providing a plurality of nanowires on a first contact surface of the first component , but not on a second contact surface of the second component , b) bringing the first component and the second component together so that the plurality of nanowires are brought into contact with the second contact surface of the second component , and c) heating at least the second contact surface to a temperature of at least 150°C. a) providing a plurality of nanowires on a first contact surface of the first component , but not on a second contact surface of the second component , b) bringing the first component and the second component together so that the plurality of nanowires are brought into contact with the second contact surface of the second component , and c) heating at least the second contact surface to a temperature of at least 150°C.
A foundry process comprising the following steps: preheating of a mold to a first temperature; casting of a metal in the liquid state, at a second temperature higher than the first temperature, in the mold held in a main furnace at the first temperature since preheating, the difference between the first and second temperatures being not more than 170°C; cooling and solidification of the metal into equiaxed grains, in the mold held in the main furnace at a pressure below 0.1 Pa at least since casting, with a cooling rate of the furnace lower than or equal to 7°C/min; extraction of the mold from the main furnace ; and demolding of the metal solidified into equiaxed grains. preheating of a mold to a first temperature; casting of a metal in the liquid state, at a second temperature higher than the first temperature, in the mold held in a main furnace at the first temperature since preheating, the difference between the first and second temperatures being not more than 170°C; cooling and solidification of the metal into equiaxed grains, in the mold held in the main furnace at a pressure below 0.1 Pa at least since casting, with a cooling rate of the furnace lower than or equal to 7°C/min; extraction of the mold from the main furnace ; and demolding of the metal solidified into equiaxed grains.
A method for transmitting a null data packet announcement, NDPA, frame comprising: generating, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28 th bit, B27, of each of the one or more station information fields; transmitting, by the apparatus, the NDPA frame. generating, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28 th bit, B27, of each of the one or more station information fields; transmitting, by the apparatus, the NDPA frame.
A contact system for electrically contacting a conductor to an equipotential bonding busbar , the contact system having an electrically conductive contact body , and a fastening device which is adapted to be fastened to the equipotential bonding busbar and is configured to fix the conductor in place on the contact body with a force fit, the contact body having a first contact side with a first flat contact area and a second contact side with a second flat contact area , the two contact sides being opposite to each other, the contact body being adapted to be contacted to the conductor by way of the first flat contact area and to the equipotential bonding busbar by way of the second flat contact area , the contact body further having an edge portion that extends from the first contact area to the second contact area , and the edge portion having a rounded portion , characterized in that the fastening device includes fastening means and a yoke which has fastening openings that are matched to the fastening means and by means of which the yoke can be fastened to the equipotential bonding busbar , the yoke having, in the middle, an application area by means of which the conductor can be fixed in place on the first contact area . an electrically conductive contact body , and a fastening device which is adapted to be fastened to the equipotential bonding busbar and is configured to fix the conductor in place on the contact body with a force fit, the contact body having a first contact side with a first flat contact area and a second contact side with a second flat contact area , the two contact sides being opposite to each other, the contact body being adapted to be contacted to the conductor by way of the first flat contact area and to the equipotential bonding busbar by way of the second flat contact area , the contact body further having an edge portion that extends from the first contact area to the second contact area , and the edge portion having a rounded portion , characterized in that the fastening device includes fastening means and a yoke which has fastening openings that are matched to the fastening means and by means of which the yoke can be fastened to the equipotential bonding busbar , the yoke having, in the middle, an application area by means of which the conductor can be fixed in place on the first contact area .