mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: transmitting, by a base station, BS, a first signal in a first sub-band of a carrier ; and transmitting, by the BS, a second signal in a second sub-band of the carrier ; the carrier having a first guard band at a first edge of the carrier adjacent to the first sub-band; and the carrier having a second guard band at a second edge of the carrier adjacent to the second sub-band; wherein the first sub-band has a first subcarrier spacing; and the second sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first width in frequency of the first guard band is defined by the first subcarrier spacing, a second width in frequency of the second guard band is defined by the second subcarrier spacing; the second guard band having a larger width than the first guard band. transmitting, by a base station, BS, a first signal in a first sub-band of a carrier ; and transmitting, by the BS, a second signal in a second sub-band of the carrier ; the carrier having a first guard band at a first edge of the carrier adjacent to the first sub-band; and the carrier having a second guard band at a second edge of the carrier adjacent to the second sub-band; wherein the first sub-band has a first subcarrier spacing; and the second sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first width in frequency of the first guard band is defined by the first subcarrier spacing, a second width in frequency of the second guard band is defined by the second subcarrier spacing; the second guard band having a larger width than the first guard band.
A tightening tool wherein when a tightening torque has reached a set torque value and a torque limiter is actuated, an electronic circuit unit that has obtained a detection signal outputted from a torque limiter actuation detection switch outputs a tightening completion signal, the tightening tool comprising: a handle unit formed with an elongated hole , wherein a toggle actuation detection pin implanted in a lever of the torque limiter penetrates the elongated hole to enable actuation of the torque limiter actuation detection switch , and the torque limiter has a mechanical structure; a grip provided at the rear end of the handle unit , the grip configured to allow an operator to perform a tightening operation; a head unit provided at the front end of the handle unit ; a case fixed to an outer peripheral surface of the handle unit , wherein the electronic circuit unit and the torque limiter actuation detection switch are contained within the case ; a photoelectric conversion element attached on a top surface of the case , the photoelectric conversion element configured to convert light energy into electricity and feed electric power to the electronic circuit unit at least during the actuation of the torque limiter ; and an electric storage unit configured to accumulate surplus electric generated in the photoelectric conversion element . a handle unit formed with an elongated hole , wherein a toggle actuation detection pin implanted in a lever of the torque limiter penetrates the elongated hole to enable actuation of the torque limiter actuation detection switch , and the torque limiter has a mechanical structure; a grip provided at the rear end of the handle unit , the grip configured to allow an operator to perform a tightening operation; a head unit provided at the front end of the handle unit ; a case fixed to an outer peripheral surface of the handle unit , wherein the electronic circuit unit and the torque limiter actuation detection switch are contained within the case ; a photoelectric conversion element attached on a top surface of the case , the photoelectric conversion element configured to convert light energy into electricity and feed electric power to the electronic circuit unit at least during the actuation of the torque limiter ; and an electric storage unit configured to accumulate surplus electric generated in the photoelectric conversion element .
An information processing apparatus , comprising: obtaining means for obtaining device information of a storage device provided in the information processing apparatus, the device information containing information indicating whether the storage device is a hard disk drive or a solid-state drive that supports a TRIM command that provides notification of information indicating data to be erased from the storage device; control means for, based on the device information, controlling display of a setting screen for setting an erasure mode for erasing data used in execution of a job in the information processing apparatus from the storage device, the control means being configured to display on the setting screen a plurality of erasure modes for executing erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the solid-state drive that supports the TRIM command, and to display on the setting screen a plurality of erasure modes for executing erasure processing different from the erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the hard disk drive; and execution means for causing the storage device to execute processing for erasing the data used in execution of the job in an erasure mode that has been set on the setting screen. obtaining means for obtaining device information of a storage device provided in the information processing apparatus, the device information containing information indicating whether the storage device is a hard disk drive or a solid-state drive that supports a TRIM command that provides notification of information indicating data to be erased from the storage device; control means for, based on the device information, controlling display of a setting screen for setting an erasure mode for erasing data used in execution of a job in the information processing apparatus from the storage device, the control means being configured to display on the setting screen a plurality of erasure modes for executing erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the solid-state drive that supports the TRIM command, and to display on the setting screen a plurality of erasure modes for executing erasure processing different from the erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the hard disk drive; and execution means for causing the storage device to execute processing for erasing the data used in execution of the job in an erasure mode that has been set on the setting screen.
A thermal printer , comprising: a head block including a head support plate and a thermal head fixed to the head support plate ; a platen roller which can be brought into abutment against the thermal head through intermediation of recording paper (P); a wiring board drawn from the thermal head ; a frame for supporting the platen roller and the head support plate such that the platen roller is rotatable about an axis extending in a first direction and removable from the frame, and the head support plate is turnable with respect to the frame about a turn axis extending in the first direction so that the thermal head approaches and separates from the platen roller; and a recording paper sensor mounted to the wiring board for detecting the recording paper (P), the frame including a guide wall arranged upstream of the thermal head in a conveyance direction of the recording paper (P), the guide wall for guiding the recording paper (P) to the thermal head , characterized by the head block having a sensor holder mounted thereto, the sensor holder holding the recording paper sensor at a portion which is located between the thermal head and the guide wall in the conveyance direction such that the sensor holder is turnable together with the head block with respect to the frame. a head block including a head support plate and a thermal head fixed to the head support plate ; a platen roller which can be brought into abutment against the thermal head through intermediation of recording paper (P); a wiring board drawn from the thermal head ; a frame for supporting the platen roller and the head support plate such that the platen roller is rotatable about an axis extending in a first direction and removable from the frame, and the head support plate is turnable with respect to the frame about a turn axis extending in the first direction so that the thermal head approaches and separates from the platen roller; and a recording paper sensor mounted to the wiring board for detecting the recording paper (P), the frame including a guide wall arranged upstream of the thermal head in a conveyance direction of the recording paper (P), the guide wall for guiding the recording paper (P) to the thermal head , characterized by the head block having a sensor holder mounted thereto, the sensor holder holding the recording paper sensor at a portion which is located between the thermal head and the guide wall in the conveyance direction such that the sensor holder is turnable together with the head block with respect to the frame.
A lighting device comprising a lighting unit , wherein the lighting unit comprises (i) a light source configured to generate light source light and (ii) a luminescent material configured to convert at least part of the light source light into luminescent material light , wherein the lighting device is configured to generate lighting device light comprising at least part of said luminescent material light , wherein the luminescent material is configured to provide said luminescent material light upon excitation by said light source light in an excitation band (EX) of said luminescent material , wherein the light source is configured to provide said light source light with a full width half maximum (FWHM) of equal to or less than 30 nm, and wherein said light source is configured to excite the luminescent material in an isosbestic point (IP) of said excitation band (EX).
A dielectric ceramic composition being a fired body, and represented by a basic composition (BaTiO 3 ) (1-X) (BaZrO 3 ) X , wherein, in the formula, X satisfies 0.70 ≤ X ≤ 0.95, wherein the composition has an average crystal grain size of 3pm or less and further has a relative density of 97% or more.
A corrosion-resistant member comprising: a metal base material; and a corrosion-resistant coating formed on a surface of the base material, wherein the corrosion-resistant coating is a stack of a magnesium fluoride layer containing magnesium fluoride and an aluminum fluoride layer containing aluminum fluoride in order from a side of the base material, the aluminum fluoride layer is a stack of a first crystalline layer containing crystalline aluminum fluoride, an amorphous layer containing amorphous aluminum fluoride, and a second crystalline layer containing crystalline aluminum fluoride in order from a side of the magnesium fluoride layer, the first crystalline layer and the second crystalline layer are layers in which diffraction spots are observed in an electron beam diffraction image obtained by electron beam irradiation, and the amorphous layer is a layer in which a halo pattern is observed in an electron beam diffraction image obtained by electron beam irradiation. a metal base material; and a corrosion-resistant coating formed on a surface of the base material, wherein the corrosion-resistant coating is a stack of a magnesium fluoride layer containing magnesium fluoride and an aluminum fluoride layer containing aluminum fluoride in order from a side of the base material, the aluminum fluoride layer is a stack of a first crystalline layer containing crystalline aluminum fluoride, an amorphous layer containing amorphous aluminum fluoride, and a second crystalline layer containing crystalline aluminum fluoride in order from a side of the magnesium fluoride layer, the first crystalline layer and the second crystalline layer are layers in which diffraction spots are observed in an electron beam diffraction image obtained by electron beam irradiation, and the amorphous layer is a layer in which a halo pattern is observed in an electron beam diffraction image obtained by electron beam irradiation.
A system for evaluating a vessel of a patient, the system comprising: a computing device connectable with at least one intravascular device, the computing device configured to: obtain image data from an image of the vessel of the patient; obtain physiological measurements from the vessel of the patient from the at least one intravascular device , wherein the obtained physiological measurements include FFR measurements; co-register the obtained physiological measurements with the obtained image data of the vessel such that the physiological measurements are associated with corresponding portions of the vessel of the patient, producing co-registered physiological measurements; characterized in that the computing device is further configured to analyze the co-registered physiology measurements to identify a region of interest ; and output, to a user interface , a suggested diagnostic procedure for the region of interest based on the analysis of the co-registered physiological measurements, wherein the suggested diagnostic procedure is a recommendation and the recommendation is further based on multiple sources of co-registered information, wherein unequal weights are assigned to the multiple sources, wherein whether the patient had a previous myocardial infarction and/or previous percutaneous coronary intervention in the identified region of interest has a larger weight than an actual FFR measurement in the vessel. obtain image data from an image of the vessel of the patient; obtain physiological measurements from the vessel of the patient from the at least one intravascular device , wherein the obtained physiological measurements include FFR measurements; co-register the obtained physiological measurements with the obtained image data of the vessel such that the physiological measurements are associated with corresponding portions of the vessel of the patient, producing co-registered physiological measurements; characterized in that the computing device is further configured to analyze the co-registered physiology measurements to identify a region of interest ; and output, to a user interface , a suggested diagnostic procedure for the region of interest based on the analysis of the co-registered physiological measurements, wherein the suggested diagnostic procedure is a recommendation and the recommendation is further based on multiple sources of co-registered information, wherein unequal weights are assigned to the multiple sources, wherein whether the patient had a previous myocardial infarction and/or previous percutaneous coronary intervention in the identified region of interest has a larger weight than an actual FFR measurement in the vessel.
A method for continuously manufacturing nanostructures aligned on a travelling support, the nanostructures being of the nanowire or nanotube type, comprising conveying the support through a heated space and synthesising, in this space, the nanostructures aligned on the support by catalytic chemical vapour deposition, the method being characterised in that , the heated space being divided into n consecutive zones in the conveying direction of the support, n being an integer greater than or equal to 2, the synthesis of the nanostructures results from operations of heating and operations of injecting, into each of the n zones, a stream of an aerosol containing a catalytic precursor and a source precursor of the material of the nanostructures to be formed, carried by a carrier gas and in that the injection operations are carried out by modifying, in at least two of the n zones, at least one parameter selected from the flow rate of the carrier gas stream, the chemical composition of the carrier gas, the mass concentration of the catalytic precursor in the mixture of the catalytic precursor and the source precursor.
A paging method, comprising: configuring , by a transmitting end, paging mode configuration signaling and trigger state configuration signaling to a receiving end; determining, by the transmitting end, a paging mode for the receiving end, wherein the paging mode comprises at least one of: a sweeping mode, a trigger mode, or a combination mode, wherein the sweeping mode comprises a paging mode wherein a paging information is repeatedly transmitted with all beams of the transmitting end, the trigger mode comprises a paging mode wherein the transmitting end triggers the receiving end to report an available downlink beam in advance, and the transmitting end transmits a paging information according to the received available downlink beam reported by the receiving end, and the combination mode comprises a paging mode wherein a transmission of a paging information is repeated in an omnidirectional mode, or a single frequency network, SFN, transmission mode; characterized in that , two states of 1-bit binary paging mode configuration signaling respectively indicate the sweeping mode and the trigger mode, and two states of 1-bit binary trigger state configuration signaling respectively indicate a trigger state and a non-trigger state; and in a case where a bit of the paging mode configuration signaling "0" is received by the receiving end, the paging mode of the receiving end is determined as the sweeping mode, and in a case where a bit of the paging mode configuration signaling "1" is received by the receiving end, the paging mode of the receiving end is determined as the trigger mode. configuring , by a transmitting end, paging mode configuration signaling and trigger state configuration signaling to a receiving end; determining, by the transmitting end, a paging mode for the receiving end, wherein the paging mode comprises at least one of: a sweeping mode, a trigger mode, or a combination mode, wherein the sweeping mode comprises a paging mode wherein a paging information is repeatedly transmitted with all beams of the transmitting end, the trigger mode comprises a paging mode wherein the transmitting end triggers the receiving end to report an available downlink beam in advance, and the transmitting end transmits a paging information according to the received available downlink beam reported by the receiving end, and the combination mode comprises a paging mode wherein a transmission of a paging information is repeated in an omnidirectional mode, or a single frequency network, SFN, transmission mode; characterized in that , two states of 1-bit binary paging mode configuration signaling respectively indicate the sweeping mode and the trigger mode, and two states of 1-bit binary trigger state configuration signaling respectively indicate a trigger state and a non-trigger state; and in a case where a bit of the paging mode configuration signaling "0" is received by the receiving end, the paging mode of the receiving end is determined as the sweeping mode, and in a case where a bit of the paging mode configuration signaling "1" is received by the receiving end, the paging mode of the receiving end is determined as the trigger mode.
A multi-layer stack comprising: a transparent substrate ; a drain layer on a first side of the substrate ; and a heater layer on the drain layer ; a dielectric layer between the heater layer and the drain layer ; characterized in that the multi-layer stack further comprises: a topcoat on the heater layer , the topcoat comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer is between the dielectric layer and the topcoat , and wherein the drain layer has a sheet resistance of less than about 10 6 ohms per square. a transparent substrate ; a drain layer on a first side of the substrate ; and a heater layer on the drain layer ; a dielectric layer between the heater layer and the drain layer ; characterized in that the multi-layer stack further comprises: a topcoat on the heater layer , the topcoat comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer is between the dielectric layer and the topcoat , and wherein the drain layer has a sheet resistance of less than about 10 6 ohms per square. a topcoat on the heater layer , the topcoat comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer is between the dielectric layer and the topcoat , and wherein the drain layer has a sheet resistance of less than about 10 6 ohms per square.
Hob device with a hotplate and a sensor unit , which is provided to detect at least one control gesture of an operator, wherein a control gesture is understood to mean a movement of a body part of the operator, which the operator consciously carries out to input operating parameters and with an at least largely predefined movement sequence, and with a control unit , which is provided to execute and/or introduce at least one action on the basis of the at least one control gesture detected by the sensor unit , wherein the sensor unit has at least two sensors , which together are provided to detect the at least one control gesture stereoscopically, and are embodied as visual sensors , characterised in that the visual sensors are provided to detect infrared radiation from a wavelength range of 850 nm to 1000 nm, and that the sensor unit is arranged on a side of the hotplate facing away from an operator.