mhurhangee/patent-ind-claim-en huggingface dataset:
Coupling device for connecting a carrier structure for offshore installations, in particular wind turbines, to a foundation which is anchored in a sea bed, and which comprises driven piles having an upper end which can be coupled to the carrier structure and a lower end which can be coupled to the foundation , wherein the coupling device has a height dimension which by means of adapting or changing the spacing between the upper and lower end of the coupling device is adapted to the respective water depth at the erection location, and a plurality of adapter rods (38, 38'. 38'', 38''') which can be coupled to the foundation and which extend substantially perpendicularly and which are configured at the upper ends thereof for connection to the carrier structure and at the lower ends thereof for insertion into receiving members on the driven piles , wherein the adapter rods which can be coupled to the foundation have at the lower ends thereof in each case locking elements for a positive-locking or non-positive-locking connection to coupling means of the driven piles and/or are configured to be secured via the lower ends thereof by means of a hardening filling medium which can be poured into the receiving members for the adapter rods at the driven piles .
A lobby entrance slave device of a door phone system for a multi-dwelling house that is configured to perform digital communication with each of a plurality of indoor monitor master devices , comprising: a plurality of terminals (T12-1, T12-2, T12-3, T12-4) connected to any of the plurality of indoor monitor master devices via a two-wire cable wired in a star shape; a controller that is configured to select a called destination indoor monitor master device as a communication partner in a case of inputting a signal indicating the called destination indoor monitor master device, and to generate a connection request; a cable selection connector that is to be connected to the terminal (T12-1, T12-2, T12-3, T12-4) connected to the indoor monitor master device of the communication partner in accordance with the selection of the controller ; and a transmitter that is configured to transmit the connection request to the indoor monitor master device of the communication partner via the cable selection connector and the two-wire cable. a plurality of terminals (T12-1, T12-2, T12-3, T12-4) connected to any of the plurality of indoor monitor master devices via a two-wire cable wired in a star shape; a controller that is configured to select a called destination indoor monitor master device as a communication partner in a case of inputting a signal indicating the called destination indoor monitor master device, and to generate a connection request; a cable selection connector that is to be connected to the terminal (T12-1, T12-2, T12-3, T12-4) connected to the indoor monitor master device of the communication partner in accordance with the selection of the controller ; and a transmitter that is configured to transmit the connection request to the indoor monitor master device of the communication partner via the cable selection connector and the two-wire cable.
An oxygen concentrator comprising: an oxygen generation unit configured to generate oxygen; an oxygen discharge unit configured to discharge the oxygen generated by the oxygen generation unit ; a respiration waveform sensor connected to at least one of a passage and a cannula , the passage connecting the oxygen generation unit to the oxygen discharge unit , and the cannula attached to the oxygen discharge unit ; a respiration waveform storage unit configured to store a respiration waveform detected by the respiration waveform sensor ; a flow amount adjustment unit provided on the passage ; and a control unit configured to control the flow amount adjustment unit based on the respiration waveform detected by the respiration waveform sensor , characterized in that the control unit controls the flow amount adjustment unit so that: oxygen supply from the oxygen discharge unit is continued, when the respiration waveform sensor does not detect an exhalation by a patient; and oxygen supply from the oxygen discharge unit is stopped for a predetermined time during an exhalation time, when the respiration waveform sensor detects an exhalation by the patient. an oxygen generation unit configured to generate oxygen; an oxygen discharge unit configured to discharge the oxygen generated by the oxygen generation unit ; a respiration waveform sensor connected to at least one of a passage and a cannula , the passage connecting the oxygen generation unit to the oxygen discharge unit , and the cannula attached to the oxygen discharge unit ; a respiration waveform storage unit configured to store a respiration waveform detected by the respiration waveform sensor ; a flow amount adjustment unit provided on the passage ; and a control unit configured to control the flow amount adjustment unit based on the respiration waveform detected by the respiration waveform sensor , characterized in that the control unit controls the flow amount adjustment unit so that: oxygen supply from the oxygen discharge unit is continued, when the respiration waveform sensor does not detect an exhalation by a patient; and oxygen supply from the oxygen discharge unit is stopped for a predetermined time during an exhalation time, when the respiration waveform sensor detects an exhalation by the patient. oxygen supply from the oxygen discharge unit is continued, when the respiration waveform sensor does not detect an exhalation by a patient; and oxygen supply from the oxygen discharge unit is stopped for a predetermined time during an exhalation time, when the respiration waveform sensor detects an exhalation by the patient.
Vehicle seat having a seat part and a backrest and having changeable seat configuration positions , comprising a first position of a shoulder support , a second position of a lumbar support , a third seat height position , a fourth longitudinal position of the vehicle seat , a fifth seat inclination position and a sixth backrest inclination position , by means of which positions a first seat configuration and a second seat configuration , which is different to the first, can be defined, characterised in that the seat configurations differ in at least two different positions , and the vehicle seat has a control device by means of which the first and the second seat configuration of the vehicle seat can be automatically alternately adjusted after a predetermined and changeable time interval by means of a simultaneous and mutually independent change of the at least two different positions .
A wave-powered vehicle (WPV) which comprises: a float , a swimmer , and a tether connecting the float and the swimmer; the float, swimmer and tether being such that, when the vehicle is in still water, (i) the float is on or near the surface of the water, (ii) the swimmer is submerged below the float, and (iii) the tether is under tension; and the swimmer, when the vehicle is in wave-bearing water, interacting with the water to generate forces which tend to move the float in a direction having a horizontal component; and wherein the tether is secured to the float and/or to the swimmer through a two-axis universal joint which pivots when the float/swimmer pitches or rolls but does not pivot when the float/swimmer yaws. a float , a swimmer , and a tether connecting the float and the swimmer; (i) the float is on or near the surface of the water, (ii) the swimmer is submerged below the float, and (iii) the tether is under tension;
A method for notifying resource allocation for uplink transmission and downlink transmission, comprising: transmitting a first channel over a preset time-frequency resource within a first channel transmission periodicity according to the first channel transmission periodicity, wherein the first channel at least notifies information of resource allocation for uplink transmission and downlink transmission within a validity time period of the first channel, wherein the validity time period of the first channel is preconfigured or predefined as A1 symbols or A2 sub-frames or A3 slots or A4 mini-slots, after the first channel is transmitted or including the first channel.
Electric machine for a drivetrain of a motor vehicle, having • a housing section , • a stator which is fixed in relation to the housing section and has a stator core to which stator windings are fixed, the stator windings forming winding heads on the end faces of the stator core , • a rotor which is arranged for conjoint rotation on a motor shaft which is mounted rotatably in relation to the stator , • a cooling system for cooling the stator , wherein the cooling system comprises at least one fluid duct (FL) which extends along a circumferential section of the stator and through which a cooling fluid can be guided, wherein an axially running fluid duct (FL) is provided in the outer circumferential region of the stator core , the fluid duct leading into fluid ducts which run radially on both sides and are arranged in the region of the winding heads , wherein the radially running fluid ducts are each formed and/or delimited by an element , and wherein through slots and/or through bores are introduced into the element at least over a section of the circumference, the through slots and/or through bores bringing about a uniform supply of the cooling fluid onto the outer circumferential region of the winding heads for cooling purposes, characterized in that precisely one axially running fluid duct (FL) is introduced in the outer circumferential region of the stator core , and in that the radially running fluid ducts are formed and/or delimited by an annular element , and in that the annular elements are formed via stator plates which are joined on the end sides to a central section of the stator core and are formed with axial slots/through bores , and in that the encircling fluid ducts are formed via one or more stator plates with a reduced outside diameter D3, the stator plates and the end faces of the central section . • a housing section , • a stator which is fixed in relation to the housing section and has a stator core to which stator windings are fixed, the stator windings forming winding heads on the end faces of the stator core , • a rotor which is arranged for conjoint rotation on a motor shaft which is mounted rotatably in relation to the stator , • a cooling system for cooling the stator , wherein the cooling system comprises at least one fluid duct (FL) which extends along a circumferential section of the stator and through which a cooling fluid can be guided, wherein
A method of wireless communication for performing tiered control of an iterative Multiple-Input Multiple-Output, MIMO, receiver at a user equipment, UE, comprising: determining whether a current configuration of the UE supports iterative MIMO reception; and determining whether at least one parameter of the received signal is within a corresponding target condition, respectively, for each of the at least one parameter, when it is determined that the current configuration of the UE supports iterative MIMO reception; transition to iterative MIMO reception, when at least one parameter of the received signal is within the corresponding target condition; characterised in that determining whether at least one parameter of the received signal is within the corresponding target condition comprises determining whether a percentage of scheduling of transmission modes with a rank greater than 1 is above a first threshold. determining whether a current configuration of the UE supports iterative MIMO reception; and determining whether at least one parameter of the received signal is within a corresponding target condition, respectively, for each of the at least one parameter, when it is determined that the current configuration of the UE supports iterative MIMO reception; transition to iterative MIMO reception, when at least one parameter of the received signal is within the corresponding target condition; characterised in that determining whether at least one parameter of the received signal is within the corresponding target condition comprises determining whether a percentage of scheduling of transmission modes with a rank greater than 1 is above a first threshold.
A composition for use in a method for treating an individual in need of treatment having a condition in which HSP60/ClpP expression and/or binding is abnormal, the use comprising administering to the individual in need of treatment a therapeutically effective amount of the composition comprising a compound having the following structure: wherein the condition is a cancer chosen from prostate cancer, leukemia, lung cancer, dermatological cancer, premalignant lesions of the upper digestive tract, malignancies of the brain, malignancies of the breast, and combinations thereof.
A method of using an extended paging period to page, comprising: - a Mobility Management Entity MME or a serving General Packet Radio Service GPRS Support Node SGSN negotiating (S201) an extended paging period with a User Equipment UE to obtain a first extended paging period; - the MME/SGSN sending (S202) the first extended paging period and paging indication information which indicates to use the first extended paging period to page to a radio access network ; - after receiving the first extended paging period and the paging indication information, the radio access network sending (S203) the first extended paging period in system information of the radio access network and using the first extended paging period to send (S203) a paging message; characterized in that , - the UE selecting (S204) a minimum extended paging period from an extended paging period needed by the UE itself and the first extended paging period as a second extended paging period, and monitoring (S204) the paging message according to the second extended paging period. - a Mobility Management Entity MME or a serving General Packet Radio Service GPRS Support Node SGSN negotiating (S201) an extended paging period with a User Equipment UE to obtain a first extended paging period; - the MME/SGSN sending (S202) the first extended paging period and paging indication information which indicates to use the first extended paging period to page to a radio access network ; - after receiving the first extended paging period and the paging indication information, the radio access network sending (S203) the first extended paging period in system information of the radio access network and using the first extended paging period to send (S203) a paging message; characterized in that , - the UE selecting (S204) a minimum extended paging period from an extended paging period needed by the UE itself and the first extended paging period as a second extended paging period, and monitoring (S204) the paging message according to the second extended paging period.
An inductor and a printed circuit board, the inductor mounted on a first surface of the printed circuit board and comprising: a ferrite drum core comprising a cylindrical body and first and second flanges extending from opposite ends of the cylindrical body; a coil wound around the cylindrical body ; a plurality of pins on which opposite ends of the coil are wound, wherein each of the plurality of pins has one end fixed to the second flange and another end configured to be fixed to the printed circuit board; and three projections equidistantly spaced relative to each other, the three projections directly protrude from an outer peripheral region of the second flange and are configured to electrically insulate the drum core from the PCB and to support the inductor to stand vertically on the first surface of the printed circuit board, the three projections having a shape to keep the drum core horizontal in relation to the first surface of the printed circuit board without using a base; wherein a height of the projections is greater than a height of a finished portions formed by winding the opposite ends of the coil around the pins; and wherein the printed circuit board comprises wiring on at least the first surface facing the inductor and a second surface opposite the first surface. a ferrite drum core comprising a cylindrical body and first and second flanges extending from opposite ends of the cylindrical body; a coil wound around the cylindrical body ; a plurality of pins on which opposite ends of the coil are wound, wherein each of the plurality of pins has one end fixed to the second flange and another end configured to be fixed to the printed circuit board; and three projections equidistantly spaced relative to each other, the three projections directly protrude from an outer peripheral region of the second flange and are configured to electrically insulate the drum core from the PCB and to support the inductor to stand vertically on the first surface of the printed circuit board, the three projections having a shape to keep the drum core horizontal in relation to the first surface of the printed circuit board without using a base; wherein a height of the projections is greater than a height of a finished portions formed by winding the opposite ends of the coil around the pins; and wherein the printed circuit board comprises wiring on at least the first surface facing the inductor and a second surface opposite the first surface.
An energy storage system for storing thermal energy, the energy storage system comprising: - a thermal energy storage , - a heating element arranged to convert electrical energy supplied to the heating element into thermal energy to be stored in the thermal energy storage , and - a controller for controlling an electrical energy supply to periodically heat the heating element , where the controller is arranged to determine a temperature in the thermal energy storage by determining an electrical parameter of the heating element characterized in that the controller 13,19) is arranged to determine the electrical parameter within a predetermined time period starting from a start of the electrical energy supply and in that the time period is shorter than a thermal material constant of the heating element. - a thermal energy storage , - a heating element arranged to convert electrical energy supplied to the heating element into thermal energy to be stored in the thermal energy storage , and - a controller for controlling an electrical energy supply to periodically heat the heating element , where the controller is arranged to determine a temperature in the thermal energy storage by determining an electrical parameter of the heating element characterized in that the controller 13,19) is arranged to determine the electrical parameter within a predetermined time period starting from a start of the electrical energy supply and in that the time period is shorter than a thermal material constant of the heating element.
A pharmaceutical composition comprising an interleukin-4 receptor (IL-4R) antagonist for use in a method for enhancing the efficacy and/or safety of an allergen-specific immunotherapy (SIT) regimen, the method comprising administering a therapeutically effective amount of said composition to a subject just prior to or concurrent with the SIT regimen, wherein the allergen is an allergen contained within a food item, wherein the IL-4R antagonist is an IL-4Rα antibody or antigen-binding fragment thereof, wherein the HCVR of the antibody or antigen binding fragment thereof comprises the amino acid sequence of SEQ ID NO: 1 and the LCVR comprises the amino acid sequence of SEQ ID NO: 2.
A non-therapeutic and non-surgical method for producing a change in a medium, comprising placing in a vicinity of the medium a single energy modulation agent configured to emit radiation into the medium upon interaction with an initiation energy; and applying the initiation energy from an energy source to the medium comprising the energy modulation agent, wherein the applied initiation energy interacts with the energy modulation agent to directly or indirectly produce the change in the medium by said emitted radiation, and wherein said energy modulation agent has a normal predominant emission, which is a normally expected emission of radiation, in a first wavelength range (WR1), outside of a second wavelength range (WR2), wherein said second wavelength range (WR2) is known to initiate a photoreaction to produce said change, wherein exposure of said energy modulation agent to said applied initiation energy causes said energy modulation agent to emit said radiation (WR2) as to produce said change, wherein the initiation energy is selected from x-rays, gamma rays, electron beams, microwaves, and radio waves. placing in a vicinity of the medium a single energy modulation agent configured to emit radiation into the medium upon interaction with an initiation energy; and applying the initiation energy from an energy source to the medium comprising the energy modulation agent, wherein the applied initiation energy interacts with the energy modulation agent to directly or indirectly produce the change in the medium by said emitted radiation, and wherein said energy modulation agent has a normal predominant emission, which is a normally expected emission of radiation, in a first wavelength range (WR1), outside of a second wavelength range (WR2), wherein said second wavelength range (WR2) is known to initiate a photoreaction to produce said change, wherein exposure of said energy modulation agent to said applied initiation energy causes said energy modulation agent to emit said radiation (WR2) as to produce said change, wherein the initiation energy is selected from x-rays, gamma rays, electron beams, microwaves, and radio waves.
A differential MEMS-readout circuit comprising: a first input bonding pad , which represents a first capacitance (C1); wherein the first capacitance (C1) comprises the first input bonding pad as a first contact pin (INP) and a second contact pin (C1-1); a second input bonding pad , which represents a second capacitance (C2); wherein the second capacitance (C2) comprises the second input bonding pad as a first contact pin (INN) and a second contact pin (C2-1); and a differential-readout amplifier section comprising a first input (INP1) connected to the first contact pin (INP) of the first capacitance (C1)and a second input (INN1) connected to the first contact pin (INN) of the second capacitance (C2), wherein the differential-readout amplifier section comprises a first and a second transistor circuit and characterized in that each of the second contact pins (C1-1, C2-1) of the first and second capacitances (C1, C2) is either connected to an output of the first transistor circuit or to an ouput of the second transistor circuit by using switches . a first input bonding pad , which represents a first capacitance (C1); wherein the first capacitance (C1) comprises the first input bonding pad as a first contact pin (INP) and a second contact pin (C1-1); a second input bonding pad , which represents a second capacitance (C2); wherein the second capacitance (C2) comprises the second input bonding pad as a first contact pin (INN) and a second contact pin (C2-1); and a differential-readout amplifier section comprising a first input (INP1) connected to the first contact pin (INP) of the first capacitance (C1)and a second input (INN1) connected to the first contact pin (INN) of the second capacitance (C2), wherein the differential-readout amplifier section comprises a first and a second transistor circuit and characterized in that each of the second contact pins (C1-1, C2-1) of the first and second capacitances (C1, C2) is either connected to an output of the first transistor circuit or to an ouput of the second transistor circuit by using switches .