mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving a downlink common channel, DL-CCH, by a user equipment, UE, operating in a frequency band in a wireless communication system, the method comprising: receiving a synchronization signal block, SSB, that comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcasting channel, PBCH; determining a subcarrier spacing for the DL-CCH based on 1-bit information that is obtained via the PBCH; and receiving the DL-CCH based on the subcarrier spacing, wherein the 1-bit information in the PBCH is used for indicating the subcarrier spacing among a plurality of subcarrier spacings for receiving the DL CCH, based on the frequency band in which the UE operates, wherein for the frequency band being in a first frequency range, the subcarrier spacing is determined as one of a first subcarrier spacing or a second subcarrier spacing based on the 1-bit information, wherein for the frequency band being in a second frequency range, the subcarrier spacing is determined as one of a third subcarrier spacing or a fourth subcarrier spacing based on the 1-bit information, and wherein the DL-CCH includes remaining minimum system information, RMSI. receiving a synchronization signal block, SSB, that comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcasting channel, PBCH; determining a subcarrier spacing for the DL-CCH based on 1-bit information that is obtained via the PBCH; and receiving the DL-CCH based on the subcarrier spacing, wherein the 1-bit information in the PBCH is used for indicating the subcarrier spacing among a plurality of subcarrier spacings for receiving the DL CCH, based on the frequency band in which the UE operates, wherein for the frequency band being in a first frequency range, the subcarrier spacing is determined as one of a first subcarrier spacing or a second subcarrier spacing based on the 1-bit information, wherein for the frequency band being in a second frequency range, the subcarrier spacing is determined as one of a third subcarrier spacing or a fourth subcarrier spacing based on the 1-bit information, and wherein the DL-CCH includes remaining minimum system information, RMSI.
A process for the preparation of an aldaric acid by the oxidation of the corresponding uronic acid, wherein a starting material comprising the uronic acid is subjected to oxygen under the influence of a supported gold catalyst at a pH below 7, wherein the gold catalyst is a monometallic or bimetallic gold catalyst, wherein the oxidation is carried out at a temperature in the range of from 30°C to 100°C.
An oral care device (100; 200; 300; 400) for placement in an oral cavity, the oral care device comprising: a mouthguard (102; 202; 300; 400) configured for retention in the oral cavity, the mouthguard (102; 202; 300; 400) having a U-shaped base (104; 204; 302; 402) and a sidewall (106; 206; 304; 404) extending along a peripheral surface of the base (104; 104; 302); a piezoelectric component (108; 212; 300) disposed on the mouthguard (102; 202; 300; 400) and configured to generate an electrical current from mechanical forces created by relative movement of anatomy in the oral cavity; and a therapeutic element (110; 214a, 214b; 310; 408) disposed on the mouthguard (102; 202; 300; 400) and electrically connected to the piezoelectric component (108; 212; 300), the therapeutic element (110; 214a, 214b; 310; 400; 408) being configured to administer a therapeutic to the oral cavity at least in part in response to receiving the electrical current. a mouthguard (102; 202; 300; 400) configured for retention in the oral cavity, the mouthguard (102; 202; 300; 400) having a U-shaped base (104; 204; 302; 402) and a sidewall (106; 206; 304; 404) extending along a peripheral surface of the base (104; 104; 302); a piezoelectric component (108; 212; 300) disposed on the mouthguard (102; 202; 300; 400) and configured to generate an electrical current from mechanical forces created by relative movement of anatomy in the oral cavity; and a therapeutic element (110; 214a, 214b; 310; 408) disposed on the mouthguard (102; 202; 300; 400) and electrically connected to the piezoelectric component (108; 212; 300), the therapeutic element (110; 214a, 214b; 310; 400; 408) being configured to administer a therapeutic to the oral cavity at least in part in response to receiving the electrical current.
A measuring system for monitoring a spindle, comprising: • a cylindrical housing , which can be arranged in a spindle housing and can be mechanically connected thereto in a fixed manner, • a carrier ring arranged inside the housing and mechanically connected to the housing in a fixed manner, • three first sensors for measuring a radial displacement of the spindle and three second sensors for measuring an axial displacement of the spindle, wherein the first and second sensors are arranged distributed over the circumference of the carrier ring and mechanically connected to the carrier ring in a fixed manner, characterised in that the sensors are cast with the carrier ring and are eddy current sensors and/or vibration sensors and/or speed detection sensors, and in that the measuring system further has a first measuring ring having axial measuring surfaces and a second measuring ring having radial measuring surfaces, wherein the measuring rings can be mechanically connected to the spindle in a fixed manner, and are dimensioned such that they can be arranged inside the carrier ring and the measuring surfaces can be sensed by the sensors . • a cylindrical housing , which can be arranged in a spindle housing and can be mechanically connected thereto in a fixed manner, • a carrier ring arranged inside the housing and mechanically connected to the housing in a fixed manner, • three first sensors for measuring a radial displacement of the spindle and three second sensors for measuring an axial displacement of the spindle, wherein the first and second sensors are arranged distributed over the circumference of the carrier ring and mechanically connected to the carrier ring in a fixed manner, the sensors are cast with the carrier ring and are eddy current sensors and/or vibration sensors and/or speed detection sensors, and in that the measuring system further has a first measuring ring having axial measuring surfaces and a second measuring ring having radial measuring surfaces, wherein the measuring rings can be mechanically connected to the spindle in a fixed manner, and are dimensioned such that they can be arranged inside the carrier ring and the measuring surfaces can be sensed by the sensors .
A power device , comprising: - an element producing heat during operation; - an enclosure holding an insulation composition , which is in thermal contact with the element, wherein the insulation composition comprises: - an ester oil, and - a polymer , characterized in that the insulation composition has a thermoreversible gel point in the range from about 30°C to about 90°C, wherein the gel point is defined as the temperature at which a storage modulus G' of the insulation composition is equal to a loss modulus G" of the insulation composition. - an element producing heat during operation; - an enclosure holding an insulation composition , which is in thermal contact with the element, - an ester oil, and - a polymer ,
Shoe, which has two rows of eyelets and laces threaded into the eyelets in its flat upper , as well as an enclosing element , which is attached to one of the eyelets in the upper , which is secured so that it does not move from the eyelet and has a through hole which the laces extend through, creating a permanent rigid connection (i.e., one which cannot be detached without destroying it) between the enclosing element and the longitudinal portion of the lace running through it, characterised by the fact that the surrounding element is formed by overmoulding the lace with plastic.
A method for manufacturing a blade made of composite material for a turbomachine, in particular of an aircraft, said blade comprising a vane having a pressure side and a suction side which extend from a leading edge to a trailing edge of the vane, the blade further comprising a metal shield extending along the leading edge of the vane, the method comprising the steps of: a) disposing a preform made by three-dimensionally weaving fibers in a mould , the shield being positioned on an edge of the preform to form the leading edge of the vane, and a polymerizable adhesive being interposed between the shield and the edge of the preform, b) injecting polymerizable resin into the mould to impregnate the preform to form the vane after solidification, characterized in that the resin is injected during a time interval (ΔT) during which said adhesive reaches a gel point, such that injection begins before the gel point, the gel point being defined as the passage from several 3D macromolecules to a single 3D macromolecule. a) disposing a preform made by three-dimensionally weaving fibers in a mould , the shield being positioned on an edge of the preform to form the leading edge of the vane, and a polymerizable adhesive being interposed between the shield and the edge of the preform, b) injecting polymerizable resin into the mould to impregnate the preform to form the vane after solidification,
A compound of formula (I) a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof, wherein X is N or C optionally substituted by -CN, -CF 3 , -C 1-3 alkyl-NH-C(O)-C 1-3 alkyl, -C(O)-NH 2 , -C(O)-NH-C 1-3 alkyl, -C(O)NH-(dialkyl) or -CH 2 -NHC(O)-CH 3 ; R 1 is H or CH 3 ; R 2 is H or NH 2 ; R 3 is C 1-8 alkyl substituted by carboxylic acid; or is C 3-8 cycloalkyl substituted by carboxylic acid, -NH-C 1-3 alkylsulfone, or -NH-C(O)-C 3-6 heterocycle optionally substituted by C 1-6 alkyl; or is C 3-6 heterocycle substituted by -NH-C(O)-C 3-6 heterocycle. a stereo-isomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof, wherein X is N or C optionally substituted by -CN, -CF 3 , -C 1-3 alkyl-NH-C(O)-C 1-3 alkyl, -C(O)-NH 2 , -C(O)-NH-C 1-3 alkyl, -C(O)NH-(dialkyl) or -CH 2 -NHC(O)-CH 3 ; R 1 is H or CH 3 ; R 2 is H or NH 2 ; R 3 is C 1-8 alkyl substituted by carboxylic acid; or is C 3-8 cycloalkyl substituted by carboxylic acid, -NH-C 1-3 alkylsulfone, or -NH-C(O)-C 3-6 heterocycle optionally substituted by C 1-6 alkyl; or is C 3-8 cycloalkyl substituted by carboxylic acid, -NH-C 1-3 alkylsulfone, or -NH-C(O)-C 3-6 heterocycle optionally substituted by C 1-6 alkyl;
A modular docking station , comprising: a) a base component comprising a plurality of modular apertures (502-1 ...502-N), wherein each of the plurality of modular apertures is configured to receive a hardware to perform a specific function; b) a receiving component configured to receive a mobile device , wherein the receiving component comprises a protective enclosure configured to surround the mobile device in order to protect the mobile device ; c) a coupler configured to couple the receiving component to the base component ; d) communication interface circuitry d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and e) a standardized interface configured to assign an internet protocol address to the mobile device , to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface . a) a base component comprising a plurality of modular apertures (502-1 ...502-N), wherein each of the plurality of modular apertures is configured to receive a hardware to perform a specific function; b) a receiving component configured to receive a mobile device , wherein the receiving component comprises a protective enclosure configured to surround the mobile device in order to protect the mobile device ; c) a coupler configured to couple the receiving component to the base component ; d) communication interface circuitry d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and d1) comprising a plurality of vehicular interfaces (314 to 322) to receive data from a vehicle using several protocols, and d2) configured to execute a software application that processes data received from the vehicular interfaces; and e) a standardized interface configured to assign an internet protocol address to the mobile device , to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface . to assign an internet protocol address to the mobile device , to receive data from the software application and to send data to the mobile device through a wireless driver and a wireless interface .
A general-purpose engine comprising a shroud which covers at least part of an engine main body, wherein the shroud is configured to include a top cover disposed at an upper part of the general-purpose engine , and a bottom cover disposed at a lower part of the general-purpose engine , wherein the top cover has a pair of bridge parts which is formed so as to project from an upper surface of the top cover and configure an apex of the top cover , and extends continuously from a front surface of the top cover until a back surface through the upper surface , characterized in that the engine main body has a muffler connected to a cylinder, wherein the general-purpose engine further includes a cooling mechanism which cools the engine main body, wherein the cooling mechanism includes a cooling fan which generates a cooling air flow by rotating; and wherein a ventilation port is formed in an outside surface part , which links a surface part of one bridge part of the pair of bridge parts with the upper surface of the top cover , the surface part being directly contactable with a placement surface of a placement location, the one bridge part being located on a side of the muffler. wherein the shroud is configured to include a top cover disposed at an upper part of the general-purpose engine , and a bottom cover disposed at a lower part of the general-purpose engine , wherein the top cover has a pair of bridge parts which is formed so as to project from an upper surface of the top cover and configure an apex of the top cover , and extends continuously from a front surface of the top cover until a back surface through the upper surface , characterized in that the engine main body has a muffler connected to a cylinder, wherein the general-purpose engine further includes a cooling mechanism which cools the engine main body, wherein the cooling mechanism includes a cooling fan which generates a cooling air flow by rotating; and wherein a ventilation port is formed in an outside surface part , which links a surface part of one bridge part of the pair of bridge parts with the upper surface of the top cover , the surface part being directly contactable with a placement surface of a placement location, the one bridge part being located on a side of the muffler.
A widget displaying method for use in a flexible display device, the flexible display device comprising a flexible display screen, the method comprising: acquiring pressure bearing capacity information of the flexible display device, the pressure bearing capacity information indicating pressure bearing capacities of different areas on the flexible display device; determining a force bearing area on the flexible display screen, based on the pressure bearing capacity information; and displaying a touchable widget on the force bearing area, wherein: the pressure bearing capacities are related to rigidnesses of different areas on the flexible display device, the method characterized in that the pressure bearing capacity information includes rigidnesses and distributed areas of physical components within the flexible display device, and wherein determining the force bearing area on the flexible display screen based on the pressure bearing capacity information comprises: acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area. acquiring pressure bearing capacity information of the flexible display device, the pressure bearing capacity information indicating pressure bearing capacities of different areas on the flexible display device; determining a force bearing area on the flexible display screen, based on the pressure bearing capacity information; and displaying a touchable widget on the force bearing area, wherein: the pressure bearing capacities are related to rigidnesses of different areas on the flexible display device, the method characterized in that the pressure bearing capacity information includes rigidnesses and distributed areas of physical components within the flexible display device, and wherein determining the force bearing area on the flexible display screen based on the pressure bearing capacity information comprises: acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area. acquiring at least one candidate area on the flexible display screen, based on the pressure bearing capacity information, wherein at each candidate area there is a respective physical component whose rigidness is higher than a first rigidness threshold; and determining the force bearing area based on the at least one candidate area.
A finger cuff attachable to a patient's finger to be used in measuring the patient's blood pressure by a blood pressure measurement system utilizing the volume clamp method, the finger cuff comprising: a light emitting diode and photodiode to form an LED-PD pair to perform measurements of a plethysmogram signal to aid in measuring the patient's blood pressure; and a bottom portion bladder that abuts only a bottom portion of the patient's finger to apply concentrated pressure only in a first pressure area formed by the bottom portion of the patient's finger under both of the patient's two arteries , wherein, when the finger cuff is placed around the patient's finger , the bottom portion bladder and LED-PD pair aid in measuring the patient's blood pressure by the blood pressure measurement system; wherein a pressure sensor coupled to the bottom portion bladder is configured to measure the pressure of only the bottom portion bladder to aid in determining the patient's blood pressure as part of the volume clamp method by the blood pressure measurement system; characterized by a top portion bladder on the opposite side of the bottom portion bladder , and configured to provide a second pressure area only on the top portion of the patient's finger. a light emitting diode and photodiode to form an LED-PD pair to perform measurements of a plethysmogram signal to aid in measuring the patient's blood pressure; and a bottom portion bladder that abuts only a bottom portion of the patient's finger to apply concentrated pressure only in a first pressure area formed by the bottom portion of the patient's finger under both of the patient's two arteries , wherein, when the finger cuff is placed around the patient's finger , the bottom portion bladder and LED-PD pair aid in measuring the patient's blood pressure by the blood pressure measurement system; wherein a pressure sensor coupled to the bottom portion bladder is configured to measure the pressure of only the bottom portion bladder to aid in determining the patient's blood pressure as part of the volume clamp method by the blood pressure measurement system; characterized by a top portion bladder on the opposite side of the bottom portion bladder , and configured to provide a second pressure area only on the top portion of the patient's finger.
Cable duct extending in a longitudinal duct direction , comprising a duct bottom with side walls , wherein the duct bottom has a three-dimensional laying structure and for this purpose extends within a ground plane (G) and additionally in a z-direction and is divided into several bottom segments (4A,B), wherein the side walls are formed by first side parts formed on a respective bottom segment (4A,B), so that a respective bottom segment (4A,B) is approximately U-shaped when viewed in cross-section, wherein the bottom segments (4A,B) form a common injection-moulded component and are connected to one another in a hinge-like manner in the longitudinal duct direction , so that all bottom segments (4A,B) can at least substantially be unfolded into the ground plane (G), the cable duct further comprising a duct cover which is connected to the side walls via connecting elements (18A,B,C), wherein the duct cover has a three-dimensional laying structure corresponding to the duct bottom and is divided into a plurality of cover segments (6A, B) which are connected to one another at least indirectly in a hinge-like manner and can be unfolded at least substantially in the ground plane (G).
A winch for towed antennas comprising a first drum with a first towed antenna and at least one second drum with a second towed antenna , the first drum and the second drum being rotatably mounted in a frame, the frame having a guide carriage, wherein the winch comprises a connecting unit for connecting the end of the first towed antenna to the second towed antenna, characterised in that the first drum is firmly connected to the inner flank of the second drum via screws, wherein the end of the first towed antenna is guided over the guide carriage so that, in the event of a change from the first drum to the second drum, the first towed antenna passes over to the second towed antenna or, in the event of a change from the second drum to the first drum, the second towed antenna passes over to the first towed antenna, wherein the connecting unit is attached to the connected flanks of the first drum and the second drum by means of a holder, wherein the holder is designed to release automatically in the event of overrunning and to release the connecting unit.