mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium electrode, comprising: a surface oxide layer, wherein the surface oxide layer is a native layer, wherein the surface oxide layer has surface properties defined by the following Sa (arithmetic mean height of surface), Sz (maximum height roughness of surface), Sp (roughness by the number of peaks) and Sdr (degree of interfacial increase): (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1 ; and (iv) Sdr≥0.5, wherein the surface properties are measured using laser confocal microscope equipment, wherein, the Sa is an arithmetic mean height of a surface, which is a mean value for absolute values of differences between each point with respect to an average surface of a surface, wherein the Sz is maximum height roughness of a surface, which is a distance between a highest point and a lowest point in a single surface, wherein the Sp is roughness by the number of peaks, which is a measure representing steepness of a peak, and wherein the Sdr is a degree of an interfacial increase, which means an increased ratio of a developed area (surface area of measured shape) with respect to an area when looking at the measured area perpendicularly from the above. a surface oxide layer, wherein the surface oxide layer is a native layer, wherein the surface oxide layer has surface properties defined by the following Sa (arithmetic mean height of surface), Sz (maximum height roughness of surface), Sp (roughness by the number of peaks) and Sdr (degree of interfacial increase): (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1 ; and (iv) Sdr≥0.5, (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1 ; and (iv) Sdr≥0.5, wherein the surface properties are measured using laser confocal microscope equipment, wherein, the Sa is an arithmetic mean height of a surface, which is a mean value for absolute values of differences between each point with respect to an average surface of a surface, wherein the Sz is maximum height roughness of a surface, which is a distance between a highest point and a lowest point in a single surface, wherein the Sp is roughness by the number of peaks, which is a measure representing steepness of a peak, and wherein the Sdr is a degree of an interfacial increase, which means an increased ratio of a developed area (surface area of measured shape) with respect to an area when looking at the measured area perpendicularly from the above.
A combination comprising: (a) or a pharmaceutically acceptable salt thereof and; (b) an anti-VEGF antibody for use in the treatment of lung cancer mediated by a KRas G12C mutation in a patient having such a lung cancer, wherein Compound 1 is administered orally as a tablet or capsule at an amount of about 50mg-500mg. (a) or a pharmaceutically acceptable salt thereof and; (b) an anti-VEGF antibody for use in the treatment of lung cancer mediated by a KRas G12C mutation in a patient having such a lung cancer, wherein Compound 1 is administered orally as a tablet or capsule at an amount of about 50mg-500mg.
A brake disk lock comprising a brake disk detection device ; a sensor for detecting a positional change of the lock; and an alarm module which is configured to output an alarm when the sensor detects a relevant positional change of the lock; and an unlocking motor for unlocking the lock; an authentication module for a wireless authentication of a user of the lock; and an actuation element which can be actuated by the user and by means of which the authentication module can be activated. a brake disk detection device ; a sensor for detecting a positional change of the lock; and an alarm module which is configured to output an alarm when the sensor detects a relevant positional change of the lock; and an unlocking motor for unlocking the lock; an authentication module for a wireless authentication of a user of the lock; and an actuation element which can be actuated by the user and by means of which the authentication module can be activated.
A method for channel measurement and feedback in a serving node for use in a LTE Licensed-Assisted Access, LAA, based communication system, the method comprising: sending a RRC connection reconfiguration message (S401) to a user equipment, the RRC connection reconfiguration message including at least one energy sensing threshold corresponding to at least one unlicensed channel; and characterized by being specifically adapted for receiving a specific Layer 1 channel indication message (S405) via a licensed channel from the user equipment, the Layer 1 channel indication message indicating whether the at least one unlicensed channel is free, wherein the energy sensing threshold is used to determine whether the at least one unlicensed channel is free. sending a RRC connection reconfiguration message (S401) to a user equipment, the RRC connection reconfiguration message including at least one energy sensing threshold corresponding to at least one unlicensed channel; and characterized by being specifically adapted for receiving a specific Layer 1 channel indication message (S405) via a licensed channel from the user equipment, the Layer 1 channel indication message indicating whether the at least one unlicensed channel is free, wherein the energy sensing threshold is used to determine whether the at least one unlicensed channel is free.
Cooking appliance device , in particular hob device, with a control unit , which is provided to control and supply power to at least one first induction target from a first energy source and at least one second induction target from a second energy source, and with a detection unit for determining a coupling parameter of a coupling between the induction targets , wherein the control unit is provided to evaluate the coupling parameter and in the case that a coupling exists between the first induction target and the second inductor target to pass over into at least one special operating state in order at least to reduce coupling noises by means of a least one special control of the induction targets , characterised by a position detection unit for detecting a position of items of crockery on the induction targets , which is part of the detection unit , wherein the coupling parameter comprises a first position of the first induction target and a second position of the second induction target and wherein when a limit distance is not met between the items of crockery , a defined limit value of the coupling parameter is exceeded.
An assembly structure for a gongpo, wherein a gongpo is a decorative corbel designed to protrude from a fixed object of a traditional Korean-style house or temple in order to distribute the weight of the roof of said traditional Korean-style house or temple, said gongpo assembly structure comprising: - at least a first and a second gongpo fixing member , each provided with an interlocking slot formed in a shape depressed in a downward direction from the top surface of said gongpo fixing member , and depressed in an inward direction from a side surface of said gongpo fixing member , wherein said second gongpo fixing member is laid on top of said first gongpo fixing member for being fastened to the fixed object ; - a judu , wherein a judu is an intermediate part between a gongpo and a gongpo fixing member, provided with a wide open groove formed on a center of a top surface thereof and an interlocking protrusion formed on one side wall thereof and interlocked with the interlocking slot of the first gongpo fixing member ; and - a gongpo assembled with a top of said judu , and interlocked with the interlocking slot of the second gongpo fixing member . - at least a first and a second gongpo fixing member , each provided with an interlocking slot formed in a shape depressed in a downward direction from the top surface of said gongpo fixing member , and depressed in an inward direction from a side surface of said gongpo fixing member , wherein said second gongpo fixing member is laid on top of said first gongpo fixing member for being fastened to the fixed object ; - a judu , wherein a judu is an intermediate part between a gongpo and a gongpo fixing member, provided with a wide open groove formed on a center of a top surface thereof and an interlocking protrusion formed on one side wall thereof and interlocked with the interlocking slot of the first gongpo fixing member ; and - a gongpo assembled with a top of said judu , and interlocked with the interlocking slot of the second gongpo fixing member .
A method comprising: receiving , by a user equipment, a request, from a base station, for a sounding reference signal switching capability of the user equipment, wherein the request comprises a list of possible cells to be used by the user equipment for sounding reference signal transmission; determining , at the user equipment, the sounding reference signal switching capability of the user equipment based on the list of possible cells; and transmitting , from the user equipment to the base station, an indication of the sounding reference signal switching capability of the user equipment. receiving , by a user equipment, a request, from a base station, for a sounding reference signal switching capability of the user equipment, wherein the request comprises a list of possible cells to be used by the user equipment for sounding reference signal transmission; determining , at the user equipment, the sounding reference signal switching capability of the user equipment based on the list of possible cells; and transmitting , from the user equipment to the base station, an indication of the sounding reference signal switching capability of the user equipment.
A stabilizer adhesive bearing for a vehicle stabilizer, wherein the stabilizer adhesive bearing comprises at least one annular sleeve having a resilient inner contour for coaxial arrangement on the vehicle stabilizer, the resilient inner contour of the at least one annular sleeve comprises at least on the side facing the vehicle stabilizer a three-dimensionally structured surface with an adhesive receiving volume, characterized in that the three-dimensionally structured surface has a maximum roughness depth (R max ) greater than 45 μm and a core roughness depth (R K ) of at least 65% relative to the maximum roughness depth (R max ) of the three-dimensionally structured surface , wherein the maximum roughness depth (R max ) is the total of the reduced tip height (R pk ), the core roughness depth (R K ) and the reduced groove depth (R vk ), wherein the reduced tip height (R pk ), the reduced groove depth (R vk ) and the core roughness depth (R K ) are determined in accordance with EN ISO 13565-2: December 1997, wherein the at least one annular sleeve further comprises in a longitudinal direction of the vehicle stabilizer at least a first sealing element which is arranged at one end of the at least one annular sleeve and at least one additional sealing element which is arranged at the other end of the at least one annular sleeve . the resilient inner contour of the at least one annular sleeve comprises at least on the side facing the vehicle stabilizer a three-dimensionally structured surface with an adhesive receiving volume, characterized in that the three-dimensionally structured surface has a maximum roughness depth (R max ) greater than 45 μm and a core roughness depth (R K ) of at least 65% relative to the maximum roughness depth (R max ) of the three-dimensionally structured surface , wherein the maximum roughness depth (R max ) is the total of the reduced tip height (R pk ), the core roughness depth (R K ) and the reduced groove depth (R vk ), wherein the reduced tip height (R pk ), the reduced groove depth (R vk ) and the core roughness depth (R K ) are determined in accordance with EN ISO 13565-2: December 1997, wherein the at least one annular sleeve further comprises in a longitudinal direction of the vehicle stabilizer at least a first sealing element which is arranged at one end of the at least one annular sleeve and at least one additional sealing element which is arranged at the other end of the at least one annular sleeve .
A semiconductor device, comprising: a first inspection mark region and a second inspection mark region having a same pattern including a plurality of overlay inspection marks ; a first element region having a portion overlapping with the first inspection mark region; and a second element region having a portion overlapping with the second inspection mark region, wherein the first element region and the second element region are adjacent to each other and have different areas, the first element region includes a first pattern aligned with a plurality of first overlay inspection marks that are some of the overlay inspection marks, and the second element region includes a second pattern aligned with a plurality of second overlay inspection marks that are some of the overlay inspection marks. a first inspection mark region and a second inspection mark region having a same pattern including a plurality of overlay inspection marks ; a first element region having a portion overlapping with the first inspection mark region; and a second element region having a portion overlapping with the second inspection mark region, wherein the first element region and the second element region are adjacent to each other and have different areas, the first element region includes a first pattern aligned with a plurality of first overlay inspection marks that are some of the overlay inspection marks, and the second element region includes a second pattern aligned with a plurality of second overlay inspection marks that are some of the overlay inspection marks.
A screen printer comprising: a mask holding device configured to hold a mask ; a board device configured to position a board from below with respect to the mask held by the mask holding device ; a squeegee device configured to apply and spread a cream solder on an upper surface of the mask ; a mask pressing device configured to press the mask at a set pressure by a pusher which is installed on an upper travelling device or a lower travelling device with respect to the mask ; a mask measurement device ; and a tension measurement device configured to calculate a tension of the mask based on a measured value (D) of the mask measurement device ; wherein the upper travelling device is a squeegee moving table for moving the squeegee device , characterized in that the mask measurement device is configured to measure a height (Z1) of the mask , the mask measurement device being installed on the upper travelling device or the lower travelling device so as to be opposed to the pusher ; and in that the lower travelling device is an imaging device moving table on which a mask imaging device is installed for imaging a mask mark attached to the mask . a mask holding device configured to hold a mask ; a board device configured to position a board from below with respect to the mask held by the mask holding device ; a squeegee device configured to apply and spread a cream solder on an upper surface of the mask ; a mask pressing device configured to press the mask at a set pressure by a pusher which is installed on an upper travelling device or a lower travelling device with respect to the mask ; a mask measurement device ; and a tension measurement device configured to calculate a tension of the mask based on a measured value (D) of the mask measurement device ; wherein the upper travelling device is a squeegee moving table for moving the squeegee device , characterized in that the mask measurement device is configured to measure a height (Z1) of the mask , the mask measurement device being installed on the upper travelling device or the lower travelling device so as to be opposed to the pusher ; and in that the lower travelling device is an imaging device moving table on which a mask imaging device is installed for imaging a mask mark attached to the mask .
A process for producing a thermoset molding, comprising the steps of a) providing a thermosettably crosslinkable resin system in a mold, b) crosslinking the thermosettably crosslinkable resin system provided in step a) in the mold in the presence of a thermoplastic polymer having a porosity of 10% to 90% to obtain the thermoset molding, c) removing the thermoset molding from the mold, wherein the thermoplastic polymer is at least one polyarylene ether (P) formed from units of the general formula (I) with the following definitions: t, q: independently 0, 1, 2 or 3, Q, T, Y: each independently a chemical bond or group selected from -O-, -S-, -SO 2 -, S=O, C=O, -N=N-, -CR a R b - where R a and R b are each independently a hydrogen atom or a C 1 -C 12 -alkyl, C 1 -C 12 -alkoxy or C 6 -C 18 -aryl group, where at least one of Q, T and Y is different than -O-, and at least one of Q, T and Y is -SO 2 - and Ar, Ar 1 : each independently an arylene group having from 6 to 18 carbon atoms. a) providing a thermosettably crosslinkable resin system in a mold, b) crosslinking the thermosettably crosslinkable resin system provided in step a) in the mold in the presence of a thermoplastic polymer having a porosity of 10% to 90% to obtain the thermoset molding, c) removing the thermoset molding from the mold, wherein the thermoplastic polymer is at least one polyarylene ether (P) formed from units of the general formula (I) with the following definitions: t, q: independently 0, 1, 2 or 3, Q, T, Y: each independently a chemical bond or group selected from -O-, -S-, -SO 2 -, S=O, C=O, -N=N-, -CR a R b - where R a and R b are each independently a hydrogen atom or a C 1 -C 12 -alkyl, C 1 -C 12 -alkoxy or C 6 -C 18 -aryl group, where at least one of Q, T and Y is different than -O-, and at least one of Q, T and Y is -SO 2 - and Ar, Ar 1 : each independently an arylene group having from 6 to 18 carbon atoms. t, q: independently 0, 1, 2 or 3, Q, T, Y: each independently a chemical bond or group selected from -O-, -S-, -SO 2 -, S=O, C=O, -N=N-, -CR a R b - where R a and R b are each independently a hydrogen atom or a C 1 -C 12 -alkyl, C 1 -C 12 -alkoxy or C 6 -C 18 -aryl group, where at least one of Q, T and Y is different than -O-, and at least one of Q, T and Y is -SO 2 - and Ar, Ar 1 : each independently an arylene group having from 6 to 18 carbon atoms.
A temporomandibular joint replacement system, comprising at least one prosthesis, which in turn comprises: • a mandibular component , and • a cranial component comprising a first piece which is arranged in contact with the mandibular component , wherein the first piece of the cranial component is detachable from the rest of the cranial component when the prosthesis is implanted in the patient, wherein the mandibular component comprises: • a first piece arranged in contact with the first piece of the cranial component , wherein the first piece of the mandibular component is exchangeable, and • a second piece , which is attachable to the mandible of the patient, characterized in that the first piece of the mandibular component is suitable to be positioned at different heights with respect to the second piece of the mandibular component . • a mandibular component , and • a cranial component comprising a first piece which is arranged in contact with the mandibular component , • a first piece arranged in contact with the first piece of the cranial component , wherein the first piece of the mandibular component is exchangeable, and • a second piece , which is attachable to the mandible of the patient, characterized in that the first piece of the mandibular component is suitable to be positioned at different heights with respect to the second piece of the mandibular component .
A method, performed at an aircraft , comprising: sending a request from the aircraft to obtain bandwidth with an initial set of transmit parameters; initiating a communication session between the aircraft and at least one satellite using a first set of transmit parameters; monitoring aircraft and environmental conditions capable of affecting transmit/receive properties during the communication session; determining a change in uplink power at a time interval equal to a transmit frame length; determining a maximum allowable transmission output power based, at least in part, on governmental regulations and the monitored aircraft and environmental conditions; and adjusting one or more transmit parameters from the first set of transmit parameters to maintain aircraft transmission output power below the maximum allowable transmission output power, wherein the aircraft conditions include at least one of antenna skew angle, and aircraft position, and wherein the environmental conditions include at least presence of precipitation and absence of precipitation. sending a request from the aircraft to obtain bandwidth with an initial set of transmit parameters; initiating a communication session between the aircraft and at least one satellite using a first set of transmit parameters; monitoring aircraft and environmental conditions capable of affecting transmit/receive properties during the communication session; determining a change in uplink power at a time interval equal to a transmit frame length; determining a maximum allowable transmission output power based, at least in part, on governmental regulations and the monitored aircraft and environmental conditions; and adjusting one or more transmit parameters from the first set of transmit parameters to maintain aircraft transmission output power below the maximum allowable transmission output power, wherein the aircraft conditions include at least one of antenna skew angle, and aircraft position, and wherein the environmental conditions include at least presence of precipitation and absence of precipitation.
A process for manufacturing a crystalline substance comprising the steps of a) delivering an unsaturated solution of the substance to be crystallized into a fluidized bed dryer under conditions of applying a vacuum and maintaining a temperature range, in order to dry the solution of a substance to be crystallized to thereby obtain a supersaturated solution, in which crystallization takes place, wherein the unsaturated solution is pumped through a feed piping, controlled by a flow meter, heated by a heat exchanger and finally injected into a vacuum vessel by means of a spraying nozzle, b) applying vacuum and maintaining a temperature range in the fluidized bed dryer after completion of the step of delivering the unsaturated solution of the substance to be crystallized, wherein the vacuum and the temperature are regulated in a manner in order to obtain the desired crystalline product as a homogenous product. a) delivering an unsaturated solution of the substance to be crystallized into a fluidized bed dryer under conditions of applying a vacuum and maintaining a temperature range, in order to dry the solution of a substance to be crystallized to thereby obtain a supersaturated solution, in which crystallization takes place, wherein the unsaturated solution is pumped through a feed piping, controlled by a flow meter, heated by a heat exchanger and finally injected into a vacuum vessel by means of a spraying nozzle, b) applying vacuum and maintaining a temperature range in the fluidized bed dryer after completion of the step of delivering the unsaturated solution of the substance to be crystallized, wherein the vacuum and the temperature are regulated in a manner in order to obtain the desired crystalline product as a homogenous product.