mhurhangee/patent-ind-claim-en huggingface dataset:
An electric turbomachine for use with an internal combustion engine, a turbocharger or a fuel cell e-compressor, said electric turbomachine comprising: a compressor that is arranged to compress fluid within a turbo compressor when it is rotationally driven about a rotational axis (R) by a shaft , said shaft being rotational supported by a drive-end bearing and a non-drive-end bearing , and a high-speed electrical machine located within a housing that is arranged to rotationally drive the shaft about the rotational axis (R); said housing comprising a drive-end wall that the shafts extends through to rotationally drive the compressor , a non-drive-end wall at the opposing end of the electric turbomachine to the compressor , and a side wall that extends between the drive-end wall and the non-drive-end wall , and wherein the electric turbomachine comprises a cooling system , for receiving a flow of a coolant fluid to cool the electric turbomachine , that is integrated within the housing of the electric turbomachine , wherein the cooling system comprises a side wall coolant cavity located within the side wall for receiving a flow of coolant fluid to cool the electric turbomachine , characterised in that the side wall coolant cavity is arranged to cool the electrical machine and power electronics that are mounted on an exterior surface of the side wall . a compressor that is arranged to compress fluid within a turbo compressor when it is rotationally driven about a rotational axis (R) by a shaft , said shaft being rotational supported by a drive-end bearing and a non-drive-end bearing , and a high-speed electrical machine located within a housing that is arranged to rotationally drive the shaft about the rotational axis (R); said housing comprising a drive-end wall that the shafts extends through to rotationally drive the compressor , a non-drive-end wall at the opposing end of the electric turbomachine to the compressor , and a side wall that extends between the drive-end wall and the non-drive-end wall , and wherein the electric turbomachine comprises a cooling system , for receiving a flow of a coolant fluid to cool the electric turbomachine , that is integrated within the housing of the electric turbomachine , wherein the cooling system comprises a side wall coolant cavity located within the side wall for receiving a flow of coolant fluid to cool the electric turbomachine , characterised in that the side wall coolant cavity is arranged to cool the electrical machine and power electronics that are mounted on an exterior surface of the side wall .
A display system for a vehicle, comprising: a seat display unit disposed within a seat back of a seat in a vehicle; a display screen communicatively coupled with the seat display unit , wherein the display screen is affixed to the seat back, such that the display screen maintains a fixed position and does not tilt or move relative to the seat back when the seat is reclined; wherein the seat display unit is configured to project or present content on the display screen ; and wherein the seat display unit is mounted within the seat such that the seat display unit is configured to (i) automatically tilt and (ii) change its relative position within the seat back , when the seat is reclined. a seat display unit disposed within a seat back of a seat in a vehicle; a display screen communicatively coupled with the seat display unit , wherein the display screen is affixed to the seat back, such that the display screen maintains a fixed position and does not tilt or move relative to the seat back when the seat is reclined; wherein the seat display unit is configured to project or present content on the display screen ; and wherein the seat display unit is mounted within the seat such that the seat display unit is configured to (i) automatically tilt and (ii) change its relative position within the seat back , when the seat is reclined.
A functional member-attached glass window comprising: a glass window configured to be erected on a floor surface and having a glass plate ; a functional member having a surface area smaller than that of the glass plate and configured to be arranged at a position apart from and higher than the floor surface ; and a spacer ; wherein the functional member is pasted to the glass plate via the spacer , wherein the spacer includes a first end surface pasted to the glass plate with an adhesive agent , and a second end surface pasted to a vertical edge portion of the functional member with an adhesive agent ; and comprising (i) a fastening part , wherein the functional member is joined to the spacer via the fastening part ; or (ii) a linear member , wherein one end of the linear member is fixed to the functional member or the spacer , and another end of the linear member is configured to be fixed to a sash or a building to which the glass window is to be attached. a glass window configured to be erected on a floor surface and having a glass plate ; a functional member having a surface area smaller than that of the glass plate and configured to be arranged at a position apart from and higher than the floor surface ; and a spacer ; (i) a fastening part , wherein the functional member is joined to the spacer via the fastening part ; or (ii) a linear member , wherein one end of the linear member is fixed to the functional member or the spacer , and another end of the linear member is configured to be fixed to a sash or a building to which the glass window is to be attached.
A recording method comprising: emitting laser light from an optical fiber array to record an image formed of writing units with moving a recording target and the optical fiber array relatively using a recording device including a plurality of laser light-emitting elements, and an emitting unit including the optical fiber array , in which a plurality of optical fibers configured to guide laser light emitted from the laser light-emitting elements are aligned, characterized in that in a case where the laser light is applied from the optical fibers adjacent to each other in a main-scanning direction to the recording target to record a solid image formed of the writing units at least partially overlapped to each other in the main-scanning direction, recording is performed by reducing irradiation energy of the laser light for recording the writing units other than both edges of the solid image relative to the main-scanning direction, compared to irradiation energy of the laser light for recording the writing units present at the both edges of the solid image. emitting laser light from an optical fiber array to record an image formed of writing units with moving a recording target and the optical fiber array relatively using a recording device including a plurality of laser light-emitting elements, and an emitting unit including the optical fiber array , in which a plurality of optical fibers configured to guide laser light emitted from the laser light-emitting elements are aligned, characterized in that in a case where the laser light is applied from the optical fibers adjacent to each other in a main-scanning direction to the recording target to record a solid image formed of the writing units at least partially overlapped to each other in the main-scanning direction, recording is performed by reducing irradiation energy of the laser light for recording the writing units other than both edges of the solid image relative to the main-scanning direction, compared to irradiation energy of the laser light for recording the writing units present at the both edges of the solid image.
A hydrostatic seal configured to be disposed between relatively rotatable components, the seal comprising: a base ; a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; and a plurality of teeth extending radially from a sealing surface of the shoe, one of the teeth being an aft tooth located closer to the aft end than to the forward end of the shoe, wherein the plurality of teeth includes a cluster of teeth and the aft tooth , each of the cluster of teeth located closer to the forward end than to the aft end of the shoe , and the aft tooth is axially spaced from the cluster of teeth, characterized by the axial spacing of the aft tooth from the cluster of teeth being greater than 50% of the axial length of a sealing surface of the shoe. a base ; a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; and a plurality of teeth extending radially from a sealing surface of the shoe, one of the teeth being an aft tooth located closer to the aft end than to the forward end of the shoe, wherein the plurality of teeth includes a cluster of teeth and the aft tooth , each of the cluster of teeth located closer to the forward end than to the aft end of the shoe , and the aft tooth is axially spaced from the cluster of teeth, characterized by the axial spacing of the aft tooth from the cluster of teeth being greater than 50% of the axial length of a sealing surface of the shoe.
A service processing method for a terminal that is to initiate or has initiated an emergency service and that can be handed over or redirected by a first network to a second-type access-network network element, wherein the second-type access-network network element is an access-network network element in the first network or an access-network network element in a second network, wherein the emergency service is an internet protocol multimedia subsystem emergency call service, the method comprising: receiving (S310), by a core-network network element in the first network, a registration request message from a terminal; and sending (S320), by the core-network network element in the first network, a registration response message to the terminal, wherein the registration response message always comprises third indication information regardless of whether the first network supports the emergency service, and the third indication information is used to indicate that the first network supports the emergency service. receiving (S310), by a core-network network element in the first network, a registration request message from a terminal; and sending (S320), by the core-network network element in the first network, a registration response message to the terminal, wherein the registration response message always comprises third indication information regardless of whether the first network supports the emergency service, and the third indication information is used to indicate that the first network supports the emergency service.
A method for operating a thermo-technical system, in which water is heated selectively with a primary heat generator and/or with a secondary heat generator that is less energy-efficient compared to the primary heat generator , is stored in a hot water tank and is drawn from the hot water tank for supplying hot water, wherein the water is heated exclusively with the more energy-efficient primary heat generator up to a withdrawal threshold value and at least with the secondary heat generator as of the withdrawal threshold value, characterized in that , during a withdrawal of hot water from the hot water tank , the hot water flow occurring at a hot water withdrawal point is ascertained with a flow meter and the secondary heat generator is switched on when the ascertained hot water flow reaches the withdrawal threshold value.
A generation apparatus comprising: a preprocessing unit configured to aggregate a plurality of traffic data for each of a plurality of predetermined targets; a sampling unit configured to sample target traffic data for a target, if a number of traffic data aggregated by the preprocessing unit for the target exceeds a threshold; and a generation unit configured to generate a feature vector representing a feature of aggregated traffic data for a target that is not sampled by the sampling unit , and generate a feature vector representing a feature of sampled traffic data for the target sampled by the sampling unit . a preprocessing unit configured to aggregate a plurality of traffic data for each of a plurality of predetermined targets; a sampling unit configured to sample target traffic data for a target, if a number of traffic data aggregated by the preprocessing unit for the target exceeds a threshold; and a generation unit configured to generate a feature vector representing a feature of aggregated traffic data for a target that is not sampled by the sampling unit , and generate a feature vector representing a feature of sampled traffic data for the target sampled by the sampling unit .
An enterprise security system, comprising: one or more tracking systems configured to track movement of individuals throughout an enterprise; an information technology (IT) system configured to provide access to computer resources within the enterprise, including a computer system at a location within the enterprise, wherein the IT system includes an authentication server which allows individuals who are authorised users to log onto the computer system; and a security integration system configured to block access to the computer resources based on the tracked movement of the individuals within the enterprise when the authorised user is not present at the location. one or more tracking systems configured to track movement of individuals throughout an enterprise; an information technology (IT) system configured to provide access to computer resources within the enterprise, including a computer system at a location within the enterprise, wherein the IT system includes an authentication server which allows individuals who are authorised users to log onto the computer system; and a security integration system configured to block access to the computer resources based on the tracked movement of the individuals within the enterprise when the authorised user is not present at the location.
A multilayer tube having an internally hollow, cylindrical shape extending round a longitudinal axis (X) and having, in cross section transverse to the longitudinal axis (X), a multilayer thickness defined by at least two layers superposed at respective overlapping areas , the overlapping areas being glued to each other at first glue zones and having second, reduced or zero glue zones configured and/or intended to receive a plurality of perforations ; wherein the first and second zones are arranged according to a predetermined recurrent pattern, and wherein the multilayer tube has a longitudinal seam formed by juxtaposition and joining together of opposite side edges of the at least two superposed layers . wherein the first and second zones are arranged according to a predetermined recurrent pattern, and wherein the multilayer tube has a longitudinal seam formed by juxtaposition and joining together of opposite side edges of the at least two superposed layers .
Method for heating a drive system , in particular for a vehicle, comprising a fuel cell unit for generating electrical energy, a secondary battery for storing electrical energy, an electric machine comprising windings and an inverter for actuating the electric machine , comprising an inverter that is formed as a 3-level inverter and is provided with a plurality of electronic switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) and diodes (D1, D2, D3, D4, D5, D6, X1, X2, X3, X4, X5, X6, X7, X8, X9, X10, X12) and with a positive pole , a negative pole and a neutral pole , wherein the fuel cell unit and the secondary battery are interconnected in series and are connected to the poles of the inverter , wherein the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that a short-circuit-like current path is produced between the poles of the inverter , to which poles the fuel cell unit is connected, characterized in that the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that at least one winding of the electric machine is located in the short-circuit-like current path, and wherein the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that the short-circuit-like current path is produced and suppressed periodically. a fuel cell unit for generating electrical energy, a secondary battery for storing electrical energy, an electric machine comprising windings and an inverter for actuating the electric machine , comprising an inverter that is formed as a 3-level inverter and is provided with a plurality of electronic switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) and diodes (D1, D2, D3, D4, D5, D6, X1, X2, X3, X4, X5, X6, X7, X8, X9, X10, X12) and with a positive pole , a negative pole and a neutral pole , wherein the fuel cell unit and the secondary battery are interconnected in series and are connected to the poles of the inverter , wherein the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that a short-circuit-like current path is produced between the poles of the inverter , to which poles the fuel cell unit is connected, characterized in that the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that at least one winding of the electric machine is located in the short-circuit-like current path, and wherein the switches (S1, S2, S3, S4, S5, S6, S7, S8, S9, S10, S12) of the inverter are actuated in such a way that the short-circuit-like current path is produced and suppressed periodically.
A method performed by a first communication device for adapting a random backoff contention window size, the method comprising: - transmitting at least one burst including at least one subframe to at least one second communication device; - receiving from the at least one second communication device, for the at least one subframe, multiple Hybrid Automatic Repeat reQuest, HARQ, feedback values; and - adapting a random backoff contention window size based on the received multiple HARQ feedback values if a fraction of the received multiple HARQ feedback values that are NACKs exceeds a certain threshold. - transmitting at least one burst including at least one subframe to at least one second communication device; - receiving from the at least one second communication device, for the at least one subframe, multiple Hybrid Automatic Repeat reQuest, HARQ, feedback values; and - adapting a random backoff contention window size based on the received multiple HARQ feedback values if a fraction of the received multiple HARQ feedback values that are NACKs exceeds a certain threshold.
Building technology device comprising a presence detection sensor , the presence detection sensor having: a signal generator for generating a first radio signal and which has a modulation input for supplying a modulation signal , the signal generator being configured to output the first radio signal as a signal that is modulated with the modulation signal , at least one antenna , a receiver for receiving a second radio signal, an output interface , which is designed to output an information-bearing signal generated from the second radio signal, and an evaluator for generating a piece of presence information by means of evaluating the second radio signal, characterized in that the signal generator is configured to modulate the first radio signal with an information-carrying signal that is demodulated from the second radio signal, and the device is a lamp. a signal generator for generating a first radio signal and which has a modulation input for supplying a modulation signal , the signal generator being configured to output the first radio signal as a signal that is modulated with the modulation signal , at least one antenna , a receiver for receiving a second radio signal, an output interface , which is designed to output an information-bearing signal generated from the second radio signal, and an evaluator for generating a piece of presence information by means of evaluating the second radio signal, characterized in that the signal generator is configured to modulate the first radio signal with an information-carrying signal that is demodulated from the second radio signal, and the device is a lamp.
An article comprising an optical waveguide , wherein the optical waveguide comprises: (a) a lower cladding , (b) a composite light-guiding region , disposed above said lower cladding , and exhibiting a balanced stress configuration, said composite light-guiding region consisting of at least three conformal layers wherein: two of said three conformal layers exhibit residual stress of the same sign; and are separated by one or more interposed layers ; said one or more interposed layers exhibit residual stress of opposite sign relative to said two layers ; and said interposed layers are suitable for guiding light based on the relative refractive indices of said interposed layers and said two layers ; wherein the material of said two layers is stoichiometric silicon nitride or silicon-rich silicon nitride; (c) an upper cladding , wherein at least a portion of said upper cladding is disposed above said composite light-guiding region , wherein the thickness of one or more of the three conformal layers is adjusted in order to achieve a balanced stress configuration in the composite light-guiding region and a reduced modal birefringence in the optical waveguide . (a) a lower cladding , (b) a composite light-guiding region , disposed above said lower cladding , and exhibiting a balanced stress configuration, said composite light-guiding region consisting of at least three conformal layers wherein: two of said three conformal layers exhibit residual stress of the same sign; and are separated by one or more interposed layers ; said one or more interposed layers exhibit residual stress of opposite sign relative to said two layers ; and said interposed layers are suitable for guiding light based on the relative refractive indices of said interposed layers and said two layers ; wherein the material of said two layers is stoichiometric silicon nitride or silicon-rich silicon nitride; two of said three conformal layers exhibit residual stress of the same sign; and are separated by one or more interposed layers ; said one or more interposed layers exhibit residual stress of opposite sign relative to said two layers ; and said interposed layers are suitable for guiding light based on the relative refractive indices of said interposed layers and said two layers ; wherein the material of said two layers is stoichiometric silicon nitride or silicon-rich silicon nitride; (c) an upper cladding , wherein at least a portion of said upper cladding is disposed above said composite light-guiding region , wherein the thickness of one or more of the three conformal layers is adjusted in order to achieve a balanced stress configuration in the composite light-guiding region and a reduced modal birefringence in the optical waveguide .