mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a compressor configured to compress a refrigerant; a base configured to support the compressor ; a compressor support coupled to the base and configured to support the compressor ; at least one boss configured to protrude from the base ; a vibration absorption member disposed between the compressor support and the boss , and configured to absorb vibrations generated from the compressor ; and a fastening member configured to couple the boss , the vibration absorption member , and the compressor support , wherein the fastening member is inserted into the boss and the vibration absorption member , and at least a part of the fastening member protrudes downward from a lower surface of the base , wherein the fastening member further includes a body , a fastening portion configured to extend downward from the body and a guide provided between the fastening portion and the body ; and characterized in that a lower end of the body is supported by an upper end of the boss , the fastening portion has a smaller diameter than the body , and the guide is provided on an upper end of the fastening portion to guide insertion of the fastening member into the boss , and includes an inclined portion of which a diameter gradually decreases. a compressor configured to compress a refrigerant; a base configured to support the compressor ; a compressor support coupled to the base and configured to support the compressor ; at least one boss configured to protrude from the base ; a vibration absorption member disposed between the compressor support and the boss , and configured to absorb vibrations generated from the compressor ; and a fastening member configured to couple the boss , the vibration absorption member , and the compressor support , wherein the fastening member is inserted into the boss and the vibration absorption member , and at least a part of the fastening member protrudes downward from a lower surface of the base , wherein the fastening member further includes a body , a fastening portion configured to extend downward from the body and a guide provided between the fastening portion and the body ; and characterized in that a lower end of the body is supported by an upper end of the boss , the fastening portion has a smaller diameter than the body , and the guide is provided on an upper end of the fastening portion to guide insertion of the fastening member into the boss , and includes an inclined portion of which a diameter gradually decreases.
A spark plug comprising: a center electrode ; and a ground electrode disposed providing a gap (G, G') with the center electrode , wherein at least one of the center electrode and the ground electrode includes a tip forming the gap (G, G'), the tip including a main body portion and an outer peripheral side surface layer , a composition of the main body portion being Pt as a main constituent and Ni of 0 mass% or more to less than 8 mass%, the outer peripheral side surface layer being disposed at least at a surface radially outside of an axial line (A) extending in a direction from a center of the main body portion to the gap (G, G'), the outer peripheral side surface layer containing Ni of 8 mass% or more and having a thickness of 2 μm or more; characterized in that the composition of the main body portion being also Rh of 5 mass% or more; and in a region (T1, T2) having a thickness of 0.2 mm from a surface of the tip forming the gap (G, G') to an opposite side from a side that the gap (G, G') is positioned, a total content proportion of Ni and an element having lower melting point than Ni to a total mass of the region (T1, T2) is 7 mass% or less. a center electrode ; and a ground electrode disposed providing a gap (G, G') with the center electrode , wherein at least one of the center electrode and the ground electrode includes a tip forming the gap (G, G'), the tip including a main body portion and an outer peripheral side surface layer , a composition of the main body portion being Pt as a main constituent and Ni of 0 mass% or more to less than 8 mass%, the outer peripheral side surface layer being disposed at least at a surface radially outside of an axial line (A) extending in a direction from a center of the main body portion to the gap (G, G'), the outer peripheral side surface layer containing Ni of 8 mass% or more and having a thickness of 2 μm or more; characterized in that the composition of the main body portion being also Rh of 5 mass% or more; and in a region (T1, T2) having a thickness of 0.2 mm from a surface of the tip forming the gap (G, G') to an opposite side from a side that the gap (G, G') is positioned, a total content proportion of Ni and an element having lower melting point than Ni to a total mass of the region (T1, T2) is 7 mass% or less.
A method for generating virtual content in a three-dimensional, 3D, physical environment of a user of a head-mounted device , the method comprising: under control of a hardware processor of the head-mounted device : analyzing data acquired from a pose sensor to identify a pose of a user; identifying a wall in a 3D physical environment of the user based at least partly on the pose; receiving an indication to initiate an interaction with the wall ; determining contextual information associated with the wall ; determining a number of user interface options that can legibly fit in a virtual menu on the wall; selecting , based on the number of user interface options that can legibly fit in the virtual menu, a subset of user interface operations from a set of available user interface operations on the wall ; generating the virtual menu including the subset of user interface options; and generating an instruction for presenting the virtual menu containing the subset of user interface operations that can legibly fit in the virtual menu in a 3D view to the user. analyzing data acquired from a pose sensor to identify a pose of a user; identifying a wall in a 3D physical environment of the user based at least partly on the pose; receiving an indication to initiate an interaction with the wall ; determining contextual information associated with the wall ; determining a number of user interface options that can legibly fit in a virtual menu on the wall; selecting , based on the number of user interface options that can legibly fit in the virtual menu, a subset of user interface operations from a set of available user interface operations on the wall ; generating the virtual menu including the subset of user interface options; and generating an instruction for presenting the virtual menu containing the subset of user interface operations that can legibly fit in the virtual menu in a 3D view to the user.
A method for processing an audio signal based on a parameterized processing function, the processing function operating on subband signals of the audio signal and the parameters of the processing function comprising at least one parameter per subband, the method comprising: - determining the parameters of the processing function based on an optimization of a user's perceptually relevant information for the audio signal, the optimization being an iterative optimization approach using perceptually relevant information as optimization criterion; - parameterizing the processing function with the determined parameters; and - processing the audio signal by applying the parameterized processing function, - wherein calculation of the user's perceptually relevant information for the audio signal is based on an individual hearing profile of the user comprising masking thresholds and hearing thresholds for the user. - determining the parameters of the processing function based on an optimization of a user's perceptually relevant information for the audio signal, the optimization being an iterative optimization approach using perceptually relevant information as optimization criterion; - parameterizing the processing function with the determined parameters; and - processing the audio signal by applying the parameterized processing function, - wherein calculation of the user's perceptually relevant information for the audio signal is based on an individual hearing profile of the user comprising masking thresholds and hearing thresholds for the user.
A cosmetic comprising an acryl silicone copolymer that has a refractive index of 1.47 or more, the acryl silicone copolymer having a (meth)acrylic chain in a main chain and a structure containing at least a silicone macromonomer shown by the following general formula as a monomer unit: wherein in the formula , X represents a divalent aromatic group having 6 to 12 carbon atoms or -COOR 4 -, where R 4 represents a divalent aliphatic group optionally containing an oxygen atom bonded to Si; R 1 represents a hydrogen atom or a methyl group; each R 2 represents the same or different unsubstituted monovalent alkyl group having 1 to 6 carbon atoms; R 3 represents a phenyl group; n is an integer of 1 to 100, m is an integer of 1 to 100, and a component ratio n/m is in a range of 1/2 to 4/1.
A compound, or salt thereof, which compound is represented by Formula (X) wherein A' is selected from: B is selected from wherein Z is NH or N(Me); or B is selected from A' is selected from: B is selected from wherein Z is NH or N(Me); or B is selected from
A resource scheduling method, comprising: collecting in cycles, by a resource scheduling system, target client available bandwidths of all node servers corresponding to a target client in a target area and a real-time bandwidth demand of the target client in the target area; determining , by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth; and scheduling , by the resource scheduling system, a service access request of the target client in the target area to the target node server; wherein the determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth comprises: selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server. collecting in cycles, by a resource scheduling system, target client available bandwidths of all node servers corresponding to a target client in a target area and a real-time bandwidth demand of the target client in the target area; determining , by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth; and scheduling , by the resource scheduling system, a service access request of the target client in the target area to the target node server; wherein the determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth comprises: selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server. selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server.
Keeper for a panic door lock, having a housing , a handle follower which is rotatably mounted therein, and having at least one actuating means which can be acted upon by the handle follower and which, with the handle follower having been actuated against a spring action, actuates a first sliding element in a first actuating direction, which siding element is coupled via a first transmission device to a second sliding element and via a second transmission device to a slider which, for enclosing a latch and/or a bolt of the panic door lock by means of a corresponding opening in a face plate , can be brought into a position protruding from the housing , wherein the first sliding element is coupled to a first locking rod and the second sliding element is coupled to a second locking rod, wherein the first transmission device converts the first actuating direction of the first sliding element into an opposite, second actuating direction of the second sliding element , and wherein the second transmission device converts the first actuating direction of the first sliding element into a third actuating direction of the slider , wherein the first transmission device is designed as a rack-and-pinion drive and comprises a first rack (5.2) which is formed on the first sliding element and is coupled via a pinion (5.1) to a second rack (5.3) formed on the second sliding element , characterized in that an emergency locking cylinder is operatively connectable to the second sliding element and brings about an emergency actuation of the keeper from the outside.
A shaft assembly for an aircraft turbomachine , comprising a first outer shaft and a second inner shaft , the first outer shaft being intended to be engaged axially on the second shaft and comprising inner longitudinal splines for coupling with outer longitudinal splines of the second shaft, characterized in that : - the first shaft comprises, upstream of the inner splines with respect to the direction of engagement, an annular row of inner guide teeth , the inner teeth being axially aligned with the inner splines and having in cross-section a shape and dimensions similar to those of the inner splines, and - the second shaft comprises, upstream of the outer splines with respect to the direction of engagement, an annular row of outer guide teeth , the outer teeth being axially aligned with the outer splines and having in cross-section a shape and dimensions similar to those of the outer splines, and in that when the first and second shafts are in the coupling position, the inner and outer splines are engaged in one another and cooperate with each other in an axial coupling area (Z), the inner and outer teeth being situated outside this coupling area. - the first shaft comprises, upstream of the inner splines with respect to the direction of engagement, an annular row of inner guide teeth , the inner teeth being axially aligned with the inner splines and having in cross-section a shape and dimensions similar to those of the inner splines, and - the second shaft comprises, upstream of the outer splines with respect to the direction of engagement, an annular row of outer guide teeth , the outer teeth being axially aligned with the outer splines and having in cross-section a shape and dimensions similar to those of the outer splines,
A composite styrene polymer foam molding having a density in the range from 10 to 50 kg/m 3 and comprising a) 15 - 50% by volume of organic nanoporous particles, and b) 85 - 50% by volume of pre-foamed styrene polymer particles. a) 15 - 50% by volume of organic nanoporous particles, and b) 85 - 50% by volume of pre-foamed styrene polymer particles.
Transmission for a vehicle, comprising: an input shaft configured to be coupled to a prime mover on an input side of the transmission, an electromagnetic torque converter comprising a dual mechanical port electrical machine having a first rotor coupled to the input shaft, and a second rotor, the first rotor and the second rotor configured to be magnetically coupled to one another, a gearbox arranged on an output side of the transmission and configured to be coupled to a driven element, and an auxiliary device; wherein the electromagnetic torque converter has at least a first output path including a first output shaft, wherein the first output shaft is drivingly engaged with the second rotor and coupled to the gearbox, and a second output path including a second output shaft, characterized in that the second output shaft is concentrically aligned with the first output shaft and in that the second output shaft provides a connection to the input shaft, wherein this connection is arranged on the gearbox-side of the dual mechanical port machine and configured to drive the auxiliary device. an input shaft configured to be coupled to a prime mover on an input side of the transmission, an electromagnetic torque converter comprising a dual mechanical port electrical machine having a first rotor coupled to the input shaft, and a second rotor, the first rotor and the second rotor configured to be magnetically coupled to one another, a gearbox arranged on an output side of the transmission and configured to be coupled to a driven element, and an auxiliary device; wherein the electromagnetic torque converter has at least a first output path including a first output shaft, wherein the first output shaft is drivingly engaged with the second rotor and coupled to the gearbox, and a second output path including a second output shaft, characterized in that the second output shaft is concentrically aligned with the first output shaft and in that the second output shaft provides a connection to the input shaft, wherein this connection is arranged on the gearbox-side of the dual mechanical port machine and configured to drive the auxiliary device.
Method for hydrostatic support of work rolls for the rolling of metallic strips in a rolling mill with support shells pressed on over the length of the work rolls, characterised in that a single-phase, water-based cooling lubricant mixed with water-soluble deformation additives is forced into the support shells so as to thereby undertake a horizontal hydrostatic and/or hydrodynamic supporting of the work rolls from a respective side or two sides over the support shells, wherein the water-based single-phase cooling lubricant is used for roll and strip cooling as well as rolling gap lubrication and has a viscosity of > 8 cSt (measured at a temperature of 40° C) and the water-based single-phase cooling lubricant for rolling gap lubrication is applied at a higher temperature to the rolling gap than the water-based single-phase cooling lubricant for support of the work rolls over the support shells.
A battery pack (P) comprising a battery pack management device and one or more battery modules each including a plurality of secondary batteries, the battery pack management device further comprising: one or more slave battery management systems provided in the battery pack; a master battery management system (BMS) including an external communication unit configured to transmit and receive a signal to and from an external device (O) of the battery pack; an internal communication unit configured to transmit and receive a wireless communication signal to and from the one or more slave battery management systems; a control unit configured to process data received through the external communication unit and the internal communication unit, wherein each of the one or more slave battery management systems includes a power supply module configured to receive power from the corresponding battery module on which the slave battery management system is mounted and transmit the received power; a state measurement module configured to measure state information of at least one of a voltage and a temperature of the battery module; a wireless communication module configured to transmit and receive a wireless communication signal to and from the master BMS; and a control module configured to control an on/off time of the wireless communication module, wherein the control module is further configured to control and change the turn-on and turn-off period of the wireless communication module. one or more slave battery management systems provided in the battery pack; a master battery management system (BMS) including an external communication unit configured to transmit and receive a signal to and from an external device (O) of the battery pack; an internal communication unit configured to transmit and receive a wireless communication signal to and from the one or more slave battery management systems; a control unit configured to process data received through the external communication unit and the internal communication unit, wherein each of the one or more slave battery management systems includes a power supply module configured to receive power from the corresponding battery module on which the slave battery management system is mounted and transmit the received power; a state measurement module configured to measure state information of at least one of a voltage and a temperature of the battery module; a wireless communication module configured to transmit and receive a wireless communication signal to and from the master BMS; and a control module configured to control an on/off time of the wireless communication module, wherein the control module is further configured to control and change the turn-on and turn-off period of the wireless communication module.