mhurhangee/patent-ind-claim-en huggingface dataset:
A tap having a tap housing , a first valve which is configured as a mixer valve for mixing cold water and hot water to produce mixed water, and a second valve which is configured as a magnetic valve and which can be actuated with a touch sensor , wherein the first valve is connected to a hot water line for the hot water, wherein the first valve and the second valve are connected in parallel to each other to a cold water line for the cold water and, on the outlet side, to a common outlet of the tap , wherein a flow sensor is arranged in series to the first valve and in a mixed water line for the mixed water, wherein the second valve , the flow sensor and the touch sensor are connected for carrying data to a control and wherein the second valve is closed and the touch sensor is deactivated when the first valve is opened, characterized in that the touch sensor can only be deactivated if the second valve is closed.
A method for scheduling wireless communications by a user equipment, UE, the method comprising: receiving a time-domain configuration comprising a plurality of offset values of time-domain resources relative to reception of physical downlink control channel, PDCCH, each of the plurality of offset values indicating a scheduling offset indicative of a number of slots offset from the reception of PDCCH, the UE being configured with a scheduling adaptation configuration, the scheduling adaptation configuration comprising a plurality of sets of minimum offset values relative to reception of the PDCCH, the plurality of sets of minimum offset values corresponding to a group of carriers, wherein each of the plurality of sets comprises a corresponding minimum offset value for each carrier in a group of carriers comprising a plurality of carriers; receiving in the PDCCH an indication of a first set of minimum offset values of the plurality of sets of minimum offset values; for each carrier of the group of carriers, determining which at least one offset value of the plurality of offset values is greater than or equal to the minimum offset value of the corresponding carrier in the first set; and for each carrier of the group of carriers, one or more of transmitting over a physical uplink shared channel, PUSCH, or monitoring a physical downlink shared channel, PDSCH, utilizing time-domain resources corresponding to the at least one offset value greater than or equal to the minimum offset value of the corresponding carrier in the first set. receiving a time-domain configuration comprising a plurality of offset values of time-domain resources relative to reception of physical downlink control channel, PDCCH, each of the plurality of offset values indicating a scheduling offset indicative of a number of slots offset from the reception of PDCCH, the UE being configured with a scheduling adaptation configuration, the scheduling adaptation configuration comprising a plurality of sets of minimum offset values relative to reception of the PDCCH, the plurality of sets of minimum offset values corresponding to a group of carriers, wherein each of the plurality of sets comprises a corresponding minimum offset value for each carrier in a group of carriers comprising a plurality of carriers; receiving in the PDCCH an indication of a first set of minimum offset values of the plurality of sets of minimum offset values; for each carrier of the group of carriers, determining which at least one offset value of the plurality of offset values is greater than or equal to the minimum offset value of the corresponding carrier in the first set; and for each carrier of the group of carriers, one or more of transmitting over a physical uplink shared channel, PUSCH, or monitoring a physical downlink shared channel, PDSCH, utilizing time-domain resources corresponding to the at least one offset value greater than or equal to the minimum offset value of the corresponding carrier in the first set.
A random access method for a terminal in a communication system, comprising: obtaining information for random access resources from a network device; in a case that, in a time domain, the random access resources conflict with a resource for at least one synchronization signal/physical broadcast channel, SS/PBCH, block in a slot, determining at least one actually available random access resource in the random access resources, wherein a time location for the at least one actually available random access resource does not precede a time location for the at least one SS/PBCH block, and wherein the at least one actually available random access resource comprises a random access resource whose time location is in the slot and after the time location for the at least one SS/PBCH block; and sending a random access preamble to the network device based on the at least one actually available random access resource. obtaining information for random access resources from a network device; in a case that, in a time domain, the random access resources conflict with a resource for at least one synchronization signal/physical broadcast channel, SS/PBCH, block in a slot, determining at least one actually available random access resource in the random access resources, wherein a time location for the at least one actually available random access resource does not precede a time location for the at least one SS/PBCH block, and wherein the at least one actually available random access resource comprises a random access resource whose time location is in the slot and after the time location for the at least one SS/PBCH block; and sending a random access preamble to the network device based on the at least one actually available random access resource.
A rotary electrical machine element, of the rotor or stator type, comprising a plurality of stacks of magnetic laminations equipped with a tooth comprising slots intended to receive electrical windings, and pins disposed between two successive lamination packs forming a flow conduit, the packs being separated from each other by the pins , a part of the pins being asymmetrically distributed on the tooth of the stator or rotor lamination with respect to a median axis (M) of the width (L) of the tooth, characterised in that the circumferential distance (c) between the centres of two adjacent pins projected onto an axis defined by the width (L) of the tooth is comprised between 4/10 and 8/10, preferably between 1/2 and 6/10 of the width (L) of the tooth.
A permanent magnet electric motor comprising a stator and a rotor disposed inside the stator , the rotor being provided with: an annular permanent magnet ; an annular outer periphery side iron core situated on an inner diameter side of the permanent magnet ; an annular inner periphery side iron core situated on an inner diameter side of the outer periphery side iron core ; an insulating member situated between the outer periphery side iron core and the inner periphery side iron core ; and a shaft provided along a central axis (O) of the inner periphery side iron core , wherein the outer periphery side iron core is provided with a plurality of outer periphery side convex portions protruding from an inner periphery toward the inner diameter side, wherein the inner periphery side iron core is provided with a plurality of inner periphery side convex portions protruding from an outer periphery toward an outer diameter side, wherein the outer periphery side convex portions and the inner periphery side convex portions are disposed in positions not overlapping each other when viewed in a radial direction from the central axis (O) of the inner periphery side iron core , characterized in that on the inner periphery side convex portions , inner periphery side first concave portions that are concave toward an inner diameter side are formed, or that on the inner periphery side iron core , inner periphery side second concave portions are formed that are disposed in positions overlapping with the outer periphery side convex portions when viewed in the radial direction from the central axis (O) of the inner periphery side iron core and are concave from the outer periphery toward the inner diameter side.
A method of preparing polyalkyleneimines having a degree of branching (DB) of more than 50% from alkyleneimines in the presence of a. a liquid aqueous solvent, and b. carbon dioxide as catalyst, wherein the preparing is effected semi-discontinuously in one reaction container. a. a liquid aqueous solvent, and b. carbon dioxide as catalyst, wherein the preparing is effected semi-discontinuously in one reaction container.
A method used by a user equipment, UE, to communicate to a base station through a multiple transmission and reception point, M-TRP, in an unlicensed band comprising: receiving (S701), for a communication operation with a network, a configuration comprising multiple CORESETPoolIndexes; receiving (S702) a physical downlink control channel, PDCCH, according to the configuration; determining an availability information from the PDCCH; and determining a remaining channel occupancy time, COT, according to the PDCCH. receiving (S701), for a communication operation with a network, a configuration comprising multiple CORESETPoolIndexes; receiving (S702) a physical downlink control channel, PDCCH, according to the configuration; determining an availability information from the PDCCH; and determining a remaining channel occupancy time, COT, according to the PDCCH.
A saw assembly, comprising a chainsaw with a circulating saw chain and a chain drive wheel for driving the saw chain , wherein the saw chain , starting from the chain drive wheel , runs along an elongated contour , firstly through a section running out from the chain drive wheel , then through a deflection section and then through a section running in towards the chain drive wheel , wherein the outgoing section of the saw chain is arranged on one side of the chainsaw , and wherein the incoming section of the saw chain is arranged on the opposite side of the chainsaw , wherein a chainsaw pivoting device is provided, which is configured to pivot the incoming section of the saw chain in a selectable cutting direction, wherein the chainsaw is attached to a movement device via the chainsaw pivoting device , wherein the movement device is configured to move the chainsaw through a sawing area along different, selectable cutting directions, and wherein the movement device is configured to move the chainsaw for cutting along the cutting directions in the vertical direction, characterized in that the movement device has a first operating mode, in which the chainsaw is or can be moved from a first position through the sawing area and through the cutting material to a second position, in that the movement device has a second operating mode, in which the chainsaw is or can be moved from the second position through the sawing area and through the cutting material to the first position, and in that the saw assembly is adapted to make a cut with an oblique cutting direction. in that the movement device has a first operating mode, in which the chainsaw is or can be moved from a first position through the sawing area and through the cutting material to a second position, in that the movement device has a second operating mode, in which the chainsaw is or can be moved from the second position through the sawing area and through the cutting material to the first position, and in that the saw assembly is adapted to make a cut with an oblique cutting direction.
A method for extracting a desired signal from a combined signal , wherein the combined signal exhibits a magnitude which comprises a sum of the magnitude of the desired signal and the magnitude of an additional signal , the method comprising the following steps: a) Within at least one time interval (134, 134', 134"), wherein the magnitude of the desired signal remains below a threshold , storing at least one value of the magnitude of the combined signal within the time interval (134, 134', 134") in a storage device as at least one stored value (170, 170', 170"); b) Subtracting the stored value from the magnitude of the combined signal , by which difference the magnitude of the desired signal is acquired outside the time interval (134, 134', 134"), wherein the magnitude of the desired signal stays at least partially above the threshold , wherein step a) and step b) are repeated in this order at least once, wherein the stored value is copied from the storage device into a second storage device , wherein, during a subsequent step a) and/or a subsequent step b), the stored value is taken from the second storage device and subtracted from the magnitude of the combined signal . a) Within at least one time interval (134, 134', 134"), wherein the magnitude of the desired signal remains below a threshold , storing at least one value of the magnitude of the combined signal within the time interval (134, 134', 134") in a storage device as at least one stored value (170, 170', 170"); b) Subtracting the stored value from the magnitude of the combined signal , by which difference the magnitude of the desired signal is acquired outside the time interval (134, 134', 134"), wherein the magnitude of the desired signal stays at least partially above the threshold ,
A plumbing drainage fitting configured to be installed to an outlet of a sanitary ware product such as a wash basin, a sink, a shower or a bath, wherein the plumbing drainage fitting comprises: a hollow elongate body comprising a first open end and a second open end and an inlet port proximate the first open end ; and a removable one-way valve , which is insertable and removable via the first open end , wherein the one-way valve comprises a hollow elongate body section and a valve member ,; wherein the first open end is a cleaning and maintenance access port ; wherein the second open end is an outlet port , which is connectable to a downstream waste system; and wherein the inlet port extends laterally through an upper wall of the hollow elongate body and opens into an upstream end of the one-way valve such that a substantially L-shaped flow path is defined from the inlet port to the outlet port , wherein the one-way valve is operable to permit flow in a direction from inlet port to outlet port and is operable to prevent backflow from the outlet port to the inlet port , characterised in that the hollow elongate body section comprises a lateral opening through the hollow elongate body section , wherein the lateral opening is configured to align with the inlet port when the one-way valve is inserted into the hollow elongate body via the cleaning and maintenance access port . a hollow elongate body comprising a first open end and a second open end and an inlet port proximate the first open end ; and a removable one-way valve , which is insertable and removable via the first open end , wherein the one-way valve comprises a hollow elongate body section and a valve member ,; wherein the first open end is a cleaning and maintenance access port ; wherein the second open end is an outlet port , which is connectable to a downstream waste system; and wherein the inlet port extends laterally through an upper wall of the hollow elongate body and opens into an upstream end of the one-way valve such that a substantially L-shaped flow path is defined from the inlet port to the outlet port , wherein the one-way valve is operable to permit flow in a direction from inlet port to outlet port and is operable to prevent backflow from the outlet port to the inlet port , characterised in that the hollow elongate body section comprises a lateral opening through the hollow elongate body section , wherein the lateral opening is configured to align with the inlet port when the one-way valve is inserted into the hollow elongate body via the cleaning and maintenance access port .
A film comprising: a plurality of semiconductor nanoparticles dispersed in a cured inner phase that comprises lauryl methacrylate and trimethylolpropane trimethacrylate; and, an outer phase that comprises a monofunctional adhesion-promoting acrylic oligomer and a tricyclodecane dimethanol diacrylate. a plurality of semiconductor nanoparticles dispersed in a cured inner phase that comprises lauryl methacrylate and trimethylolpropane trimethacrylate; and, an outer phase that comprises a monofunctional adhesion-promoting acrylic oligomer and a tricyclodecane dimethanol diacrylate.
A communication method, comprising: receiving (S301), by a target terminal, resource allocation information sent by a network, the resource allocation information being configured to indicate a target time-frequency resource allocated for the target terminal, the target terminal being located in a cell under coverage of a base station, the cell being divided into multiple zones, and time-frequency resources allocated for terminals of a same type in any two adjacent zones in the multiple zones being mutually orthogonal; and performing (S302), by the target terminal, communication by using the target time-frequency resource according to the resource allocation information; characterized in that time-frequency resources allocated for terminals of different types in a same zone in the multiple zones are mutually orthogonal. receiving (S301), by a target terminal, resource allocation information sent by a network, the resource allocation information being configured to indicate a target time-frequency resource allocated for the target terminal, the target terminal being located in a cell under coverage of a base station, the cell being divided into multiple zones, and time-frequency resources allocated for terminals of a same type in any two adjacent zones in the multiple zones being mutually orthogonal; and performing (S302), by the target terminal, communication by using the target time-frequency resource according to the resource allocation information; characterized in that time-frequency resources allocated for terminals of different types in a same zone in the multiple zones are mutually orthogonal.
An electrical plug connection having a first connector , a second connector and a locking mechanism , wherein locking is understood to mean that the plug connection cannot be released by an undefined movement of or on the first or second connector or by an undefined force applied to the first or second connector, wherein the first connector has a first electrical contact element and at least one first magnet , and wherein the second connector has a second electrical contact element and at least one second magnet with an opposite polarity to the first magnet, wherein the first and the second contact element are configured to establish an electrical connection between the first and the second connector for power and/or data transmission, and wherein the locking mechanism is designed to be self-locking and the locking mechanism has a locking element with a spring , which is arranged in the first or second connector, characterized in that the spring is designed in the shape of a circular arc, and that the locking element is elastically deformable coming from a plurality of closing directions by a latching element in the second or first connector, and the latching element can be released from the locking mechanism in exactly one opening direction or opening position. wherein the first connector has a first electrical contact element and at least one first magnet , and wherein the second connector has a second electrical contact element and at least one second magnet with an opposite polarity to the first magnet, wherein the first and the second contact element are configured to establish an electrical connection between the first and the second connector for power and/or data transmission, and wherein the locking mechanism is designed to be self-locking and the locking mechanism has a locking element with a spring , which is arranged in the first or second connector, characterized in that the spring is designed in the shape of a circular arc, and that the locking element is elastically deformable coming from a plurality of closing directions by a latching element in the second or first connector, and the latching element can be released from the locking mechanism in exactly one opening direction or opening position.
Assembly, comprising: - a first section and a second section , each comprising a longitudinal axis ; - a fixation configured to fix the first section and the second section ; - wherein at least one of the first section and the second section comprises a body that is configured to be engaged by the fixation ; - wherein the fixation comprises: - an abutment ; and - a displaceable actuator ; - wherein the abutment and the radially displaceable actuator are part of the other of the first section and the second section than the body and together define a clamp configured for clamping the body in between; - wherein the actuator is radially displaceable with respect to the longitudinal axis of the section that comprises the actuator ; and - wherein at least one of the first section and the second section is an upright section of an offshore wind turbine tower construction, characterized in that - the second section comprises near its end an inner flange and an outer flange which are spaced apart and configured to receive the first section there between; and - wherein the radially displaceable actuator is arranged on one of the inner flange and the outer flange and is configured to extend from the one of the inner flange and the outer flange through the first section towards the other of the inner flange and the outer flange , wherein the radially displaceable actuator is suspended by both the inner flange and the outer flange when the fixation fixes the first section and the second section . - a first section and a second section , each comprising a longitudinal axis ; - a fixation configured to fix the first section and the second section ; - wherein at least one of the first section and the second section comprises a body that is configured to be engaged by the fixation ; - wherein the fixation comprises: - an abutment ; and - a displaceable actuator ; - an abutment ; and - a displaceable actuator ; - wherein the abutment and the radially displaceable actuator are part of the other of the first section and the second section than the body and together define a clamp configured for clamping the body in between; - wherein the actuator is radially displaceable with respect to the longitudinal axis of the section that comprises the actuator ; and - wherein at least one of the first section and the second section is an upright section of an offshore wind turbine tower construction, characterized in that - the second section comprises near its end an inner flange and an outer flange which are spaced apart and configured to receive the first section there between; and - wherein the radially displaceable actuator is arranged on one of the inner flange and the outer flange and is configured to extend from the one of the inner flange and the outer flange through the first section towards the other of the inner flange and the outer flange , wherein the radially displaceable actuator is suspended by both the inner flange and the outer flange when the fixation fixes the first section and the second section .