mhurhangee/patent-ind-claim-en huggingface dataset:
A level estimation apparatus comprising: a log reception unit configured to receive event logs of events detected by a device or software; and a level estimation unit configured to calculate degrees of similarity among the events indicated by the event logs with use of the event logs, and estimate a level of a predetermined event based on the calculated degrees of similarity among the events and a level of at least one of the events, the apparatus being characterized in that in the calculation of the degrees of similarity among the events, when a degree of similarity between events detected by different devices or items of software is calculated, a degree of similarity between a common event and each of the events detected by the different devices or items of software is used, the common event being an event that has been detected mutually by the different devices or items of software, wherein when calculating the degrees of similarity among the events, the level estimation unit calculates the degrees of similarity among the events by performing a conversion into embedded vectors of a vector space in which a degree of similarity between same events detected by the different devices or items of software is equal to or higher than a predetermined value while maintaining a similarity relationship between events detected by a same device or software. a log reception unit configured to receive event logs of events detected by a device or software; and a level estimation unit configured to calculate degrees of similarity among the events indicated by the event logs with use of the event logs, and estimate a level of a predetermined event based on the calculated degrees of similarity among the events and a level of at least one of the events, the apparatus being characterized in that in the calculation of the degrees of similarity among the events, when a degree of similarity between events detected by different devices or items of software is calculated, a degree of similarity between a common event and each of the events detected by the different devices or items of software is used, the common event being an event that has been detected mutually by the different devices or items of software, wherein when calculating the degrees of similarity among the events, the level estimation unit calculates the degrees of similarity among the events by performing a conversion into embedded vectors of a vector space in which a degree of similarity between same events detected by the different devices or items of software is equal to or higher than a predetermined value while maintaining a similarity relationship between events detected by a same device or software.
Cooking appliance comprising at least one heatable cooking chamber which can be closed by means of at least one cooking chamber door and comprising at least one processing device , which is fluidically connected to the cooking chamber , for drying air from the cooking chamber , characterised in that the processing device is suitable and designed for drying the air in at least one first operating mode to a lower level of moisture than in at least one second operating mode and for at least partially removing the air dried in the first operating mode from the cooking appliance via at least one outlet device and for returning the air dried in the second operating mode to the cooking chamber via at least one recirculation device .
A jig saw, comprising a clamping assembly for removably clamping a saw blade and a drive mechanism , wherein the clamping assembly is connected to the drive mechanism and comprises an actuating member and a clamping member ; the actuating member configured to rotate about a first axis to drive the clamping member to effect locking or unlocking of the saw blade; wherein the first axis is substantially parallel to a length direction of the saw blade when it is installed on the jig saw; the clamping assembly further comprising a motion conversion mechanism adapted to convert a rotational motion about the first axis to a linear motion along the length direction; the motion conversion mechanism comprising an intermediate member and a fixing member ; the intermediate member comprising one of an internal thread and an external thread, and the fixing member fixedly connected to the drive member and comprising the other one of the internal thread and the external thread ; the intermediate member adapted to be driven by the actuating member to rotate around the fixing member, and during the rotation the intermediate member simultaneously moving relative to the fixing member linearly; the clamping member comprising a body and a clamping piece ; the body acting as the fixing member of the motion conversion mechanism; the clamping piece adapted to be driven by the intermediate member to perform the linear motion, and the clamping piece adapted to move along a second axis during the linear motion to effect locking or unlocking of the saw blade; characterized in that the clamping piece is a locking pin and said body includes a chute ; said locking pin received within said chute and adapted to move along the chute; the orientation of the chute being neither parallel to the first axis nor perpendicular to the first axis.
Power gear box of a turbo engine , for mechanically coupling at least one low pressure compressor stage with at least one turbine stage in the turbo engine, in particular an aircraft turbo engine , the power gear box comprising a casing and being coupled with at least one heat exchange system, characterized in that at least one heat transfer device is enclosed and / or embedded with the casing of the power gear box , wherein in use, at least one airflow (A, A1, A2) is directed to the at least one heat transfer device for thermally controlling the power gear box .
A respiration monitoring system for monitoring respiration parameters of a subject , comprising: (a) a first temperature sensor for measuring temperature of the subject's respiration; (b) a thermoelectric generator thermally coupled to said first temperature sensor for generating an electrical signal of the subject respiration that depends on a preset temperature of said thermoelectric generator and the temperature of the subject's respiration, said thermoelectric generator to be driven to a calculated preset temperature; (c) a second temperature sensor to measure an ambient temperature; (d) a feedback error signal processor coupled to said thermoelectric generator and configured to develop and output a processed electrical signal that depends on said ambient temperature, said calculated preset temperature and said subject's respiration temperature; and (e) a compensating power controller electrically coupled to said feedback error signal processor and said thermoelectric generator for developing a compensating electrical signal input to said thermoelectric generator to drive said thermoelectric generator to said calculated preset temperature. (a) a first temperature sensor for measuring temperature of the subject's respiration; (b) a thermoelectric generator thermally coupled to said first temperature sensor for generating an electrical signal of the subject respiration that depends on a preset temperature of said thermoelectric generator and the temperature of the subject's respiration, said thermoelectric generator to be driven to a calculated preset temperature; (c) a second temperature sensor to measure an ambient temperature; (d) a feedback error signal processor coupled to said thermoelectric generator and configured to develop and output a processed electrical signal that depends on said ambient temperature, said calculated preset temperature and said subject's respiration temperature; and (e) a compensating power controller electrically coupled to said feedback error signal processor and said thermoelectric generator for developing a compensating electrical signal input to said thermoelectric generator to drive said thermoelectric generator to said calculated preset temperature.
An engine starting device comprising: a portable unit which can be carried by a driver, and in which a transmitting unit capable of transmitting an ID code inherent to a vehicle is arranged; a control unit which includes a substrate on which a receiving unit capable of receiving the ID code transmitted from the transmitting unit , and a determination unit configured to determine whether the ID code received by the receiving unit is a pre-registered legitimate ID are formed; a main body part which includes an operation knob configured to be rotationally operated between an off position at which an engine of the vehicle is to be stopped and an on position at which the engine is to be started, and which is capable of being fixed between a bar-shaped handle (H, B) and a speed meter (M) of the vehicle; and a regulation unit which is configured to regulate a rotational operation of the operation knob , and which is configured to release a rotation-regulated state of the operation knob on condition that the ID code received by the receiving unit is determined as a legitimate ID by the determination unit , characterised in that the main body part , the control unit and the regulation unit are integrally formed to configure an integral unit. a portable unit which can be carried by a driver, and in which a transmitting unit capable of transmitting an ID code inherent to a vehicle is arranged; a control unit which includes a substrate on which a receiving unit capable of receiving the ID code transmitted from the transmitting unit , and a determination unit configured to determine whether the ID code received by the receiving unit is a pre-registered legitimate ID are formed; a main body part which includes an operation knob configured to be rotationally operated between an off position at which an engine of the vehicle is to be stopped and an on position at which the engine is to be started, and which is capable of being fixed between a bar-shaped handle (H, B) and a speed meter (M) of the vehicle; and a regulation unit which is configured to regulate a rotational operation of the operation knob , and which is configured to release a rotation-regulated state of the operation knob on condition that the ID code received by the receiving unit is determined as a legitimate ID by the determination unit , characterised in that the main body part , the control unit and the regulation unit are integrally formed to configure an integral unit.
A permanent magnet type rotating electric machine, comprising: a rotor including a rotor core having a polygonal shape and a plurality of permanent magnets arranged on the periphery of the rotor core , forming the poles; and a stator including a stator core , slots and armature windings , wherein all the plurality of permanent magnets have circumferential positional shifts from reference positions, each reference position being a center of a side of the polygonal shape, all the circumferential positional shifts being in the same direction or in the opposite direction to each other for neighboring permanent magnets; and the rotor core includes the same number of projecting portions as the number of permanent magnets in the plurality of permanent magnets , the projecting portions being equiangularly provided on an outer periphery of the rotor core ; and the plurality of permanent magnets are positioned so as to abut against the projecting portions , respectively; characterized in that the rotor core is formed by laminating electromagnetic steel plates; and that the positional shift amount corresponds to 0.1% to 1% of the circumferential width of each permanent magnet. a rotor including a rotor core having a polygonal shape and a plurality of permanent magnets arranged on the periphery of the rotor core , forming the poles; and a stator including a stator core , slots and armature windings , wherein all the plurality of permanent magnets have circumferential positional shifts from reference positions, each reference position being a center of a side of the polygonal shape, all the circumferential positional shifts being in the same direction or in the opposite direction to each other for neighboring permanent magnets; and the rotor core includes the same number of projecting portions as the number of permanent magnets in the plurality of permanent magnets , the projecting portions being equiangularly provided on an outer periphery of the rotor core ; and the plurality of permanent magnets are positioned so as to abut against the projecting portions , respectively; characterized in that the rotor core is formed by laminating electromagnetic steel plates; and that the positional shift amount corresponds to 0.1% to 1% of the circumferential width of each permanent magnet.
An electronic device , comprising: a rear cover , provided with a mounting hole ; a mounting member , wherein the mounting member is fixed to an inner wall of the rear cover , a part of the mounting member protrudes from the mounting hole , and the part of the mounting member that protrudes from the mounting hole is provided with a fixing hole ; a camera assembly , comprising a lens , wherein the lens is fixed to the fixing hole ; and a decorative ring , fixed to the part of the mounting member that protrudes from the mounting hole , wherein the decorative ring abuts against an inner wall of the mounting hole , a surface of the decorative ring away from the mounting member is a first surface , the first surface is an inclined surface, a vertical distance between an inner ring edge of the first surface and the rear cover is a first distance, a vertical distance between an outer ring edge of the first surface and the rear cover is a second distance, and the first distance is greater than the second distance. a rear cover , provided with a mounting hole ; a mounting member , wherein the mounting member is fixed to an inner wall of the rear cover , a part of the mounting member protrudes from the mounting hole , and the part of the mounting member that protrudes from the mounting hole is provided with a fixing hole ; a camera assembly , comprising a lens , wherein the lens is fixed to the fixing hole ; and a decorative ring , fixed to the part of the mounting member that protrudes from the mounting hole , wherein the decorative ring abuts against an inner wall of the mounting hole , a surface of the decorative ring away from the mounting member is a first surface , the first surface is an inclined surface, a vertical distance between an inner ring edge of the first surface and the rear cover is a first distance, a vertical distance between an outer ring edge of the first surface and the rear cover is a second distance, and the first distance is greater than the second distance.
A fire-resistant composite glass , with a plurality of glass panes (2.1-2.5) and with a fire-resistant intermediate layer which is arranged between two first ones of the glass panes and which is with a fire-resistant mass foaming or swelling in the case of fire, wherein the fire-resistant composite glass between the first glass panes (2.1-2.4) comprises an edge composite which is peripheral along the edges, in a manner such that a chamber filled by the fire-resistant mass is defined by the first glass planes and the edge composite, and that a primer layer of a material whose adhesion to the fire-resistant intermediate layer and/or to the glass pane reduces in comparison to room temperature conditions at a temperatures above 80°C, is arranged between at least one of the first glass panes (2.1-2.4) and the fire-resistant mass; characterised in that the fire-resistant composite glass comprises an attack-resistant layer of transparent plastic which is solid at room temperature.
A user equipment, UE, (400-430) configured for Channel State Information, CSI, feedback, the UE comprising: a transmitter for carrying out a CSI feedback using a physical uplink control channel, PUCCH, of a single uplink carrier component to a base station, BS, (200-204), the CSI feedback having a feedback type based on a downlink transmission approach and a feedback mode configured by the BS (200-204), characterized in that in case that a plurality of the CSI feedbacks corresponding to different downlink carrier components for the UE (400-430) collide with each other within one sub-frame, the transmitter carries out the CSI feedback prioritized on the basis of the feedback types of the CSI feedbacks. a transmitter for carrying out a CSI feedback using a physical uplink control channel, PUCCH, of a single uplink carrier component to a base station, BS, (200-204), the CSI feedback having a feedback type based on a downlink transmission approach and a feedback mode configured by the BS (200-204), characterized in that in case that a plurality of the CSI feedbacks corresponding to different downlink carrier components for the UE (400-430) collide with each other within one sub-frame, the transmitter carries out the CSI feedback prioritized on the basis of the feedback types of the CSI feedbacks.
A guide rail for an elevator system in a hoistway , comprising: a base connectable with a wall of the hoistway ; a web section connected to and extending from the base ; and a tip section disposed at an end of the web section and operably connectable to an elevator car of the elevator system ; wherein the base and the tip section are formed of one or more thicknesses of sheet metal material and configured such that braking forces applied to the guide rail by a braking mechanism successfully reduce the speed of the elevator car without resulting in failure of the guide rail , wherein the web section comprises two thicknesses of sheet metal material, characterized in that the base is triangular-shaped and includes a corrugated-shaped base pad to interface with the wall of the hoistway . a base connectable with a wall of the hoistway ; a web section connected to and extending from the base ; and a tip section disposed at an end of the web section and operably connectable to an elevator car of the elevator system ; wherein the base and the tip section are formed of one or more thicknesses of sheet metal material and configured such that braking forces applied to the guide rail by a braking mechanism successfully reduce the speed of the elevator car without resulting in failure of the guide rail , wherein the web section comprises two thicknesses of sheet metal material, characterized in that the base is triangular-shaped and includes a corrugated-shaped base pad to interface with the wall of the hoistway .
A composition for use in treating a disease of immune suppression or immune exhaustion by inhibiting PD-L1 expression, wherein the composition comprises an anti-CD11b antibody, that binds to CD11b on a cell and inhibits PD-L1 expression, wherein the disease is an acute and/or chronic infection, sepsis, cancer, or immunosenescence in aging, wherein the anti-CD11b antibody comprises: (i) a heavy chain variable region comprising H-CDR1 having the sequence of SEQ ID NO:1, H-CDR2 having the sequence of SEQ ID NO:3, and H-CDR3 having the sequence of SEQ ID NO:5; and a light chain variable region comprising L-CDR1 having the sequence of SEQ ID NO:7, L-CDR2 having the sequence of SEQ ID NO:9, and L-CDR3 having the sequence of SEQ ID NO:11; or (ii) a heavy chain variable region comprising H-CDR1 having the sequence of SEQ ID NO:2, H-CDR2 having the sequence of SEQ ID NO:4, and H-CDR3 having the sequence of SEQ ID NO:6; and a light chain variable region comprising L-CDR1 having the sequence of SEQ ID NO:8, L-CDR2 having the sequence of SEQ ID NO:10, and L-CDR3 having the sequence of SEQ ID NO:12. (i) a heavy chain variable region comprising H-CDR1 having the sequence of SEQ ID NO:1, H-CDR2 having the sequence of SEQ ID NO:3, and H-CDR3 having the sequence of SEQ ID NO:5; and a light chain variable region comprising L-CDR1 having the sequence of SEQ ID NO:7, L-CDR2 having the sequence of SEQ ID NO:9, and L-CDR3 having the sequence of SEQ ID NO:11; or (ii) a heavy chain variable region comprising H-CDR1 having the sequence of SEQ ID NO:2, H-CDR2 having the sequence of SEQ ID NO:4, and H-CDR3 having the sequence of SEQ ID NO:6; and a light chain variable region comprising L-CDR1 having the sequence of SEQ ID NO:8, L-CDR2 having the sequence of SEQ ID NO:10, and L-CDR3 having the sequence of SEQ ID NO:12.
A system for actuation of downhole devices, the system comprising: a first cylindrical pipe having one or more first materials attached to an outer surface of the first cylindrical pipe; a second cylindrical pipe co-axial with the first cylindrical pipe and having a diameter greater than the first cylindrical pipe, the second cylindrical pipe comprising one or more second materials disposed on an inner surface of the second cylindrical pipe, wherein the first materials and the second materials comprise a material that causes static electricity, such that the first materials generate one or more signals when the first materials come in contact with the second materials; and one or more downhole devices placed along a drill string inside a well for being activated, deactivated, or configured by the signals generated by the first materials of the downhole actuation system; where a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing. a first cylindrical pipe having one or more first materials attached to an outer surface of the first cylindrical pipe; a second cylindrical pipe co-axial with the first cylindrical pipe and having a diameter greater than the first cylindrical pipe, the second cylindrical pipe comprising one or more second materials disposed on an inner surface of the second cylindrical pipe, wherein the first materials and the second materials comprise a material that causes static electricity, such that the first materials generate one or more signals when the first materials come in contact with the second materials; and one or more downhole devices placed along a drill string inside a well for being activated, deactivated, or configured by the signals generated by the first materials of the downhole actuation system; where a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing. a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing.
A house wall wall duct for heat pump installations that can be installed indoors , comprising a plurality of splitter silencers within the wall duct , wherein the wall duct consists of at least a first part and a second part , wherein the first part and the second part can be telescopically pushed into each other, characterised in that at least one splitter silencer is disposed in each of the first part and the second part of the wall duct and wherein the splitter silencers are arranged to be offset from one another.