mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method in a wireless communication system, comprising: receiving , by a user equipment, information about a maximum quantity M of downlink control information that needs to be detected, wherein M is an integer; receiving , by the user equipment, N pieces of downlink control information sent by at least one network side device, wherein N is an integer greater than 1 and M is greater than N, and each of the N pieces of downlink control information comprises downlink data transmission information; and receiving , by the user equipment on a same carrier and a same time-domain resource based on the N pieces of downlink control information, downlink data sent by N network side devices. receiving , by a user equipment, information about a maximum quantity M of downlink control information that needs to be detected, wherein M is an integer; receiving , by the user equipment, N pieces of downlink control information sent by at least one network side device, wherein N is an integer greater than 1 and M is greater than N, and each of the N pieces of downlink control information comprises downlink data transmission information; and receiving , by the user equipment on a same carrier and a same time-domain resource based on the N pieces of downlink control information, downlink data sent by N network side devices.
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is performed; at least one spraying member which sprays water onto the kitchen items placed into the washing tub ; a heat pump which is arranged under the washing tub and which has a first heat exchanger enabling the water to be used in the washing step to be heated by drawing heat from the environment, a second heat exchanger transferring the heat received from the first heat exchanger to the washing water and a compressor fluidly connected to the first heat exchanger and the second heat exchanger so as to realize the refrigerant cycle; and a multiport valve which enables the heated water to be transmitted to the spraying members , characterized by the heat pump wherein the second heat exchanger is disposed on the multiport valve .
A suture device comprising: an elongate body having a longitudinal axis (A) and opposite proximal (P) and distal (D) ends, the distal end (D) being configured for insertion into a tissue wound (TW) and the proximal end (P) being configured for operating the device, in particular for manual manipulation by a person's hand; a suture needle connected with the elongate body at or near the distal end (D) and movable relative to the elongate body in longitudinal direction along a needle trajectory (N) having a suturing space (S); a spreader connected with the elongate body at or near the distal end (D) and configured to engage tissue to be sutured adjacent the needle trajectory (N) and to provide a pulling force on the tissue to pull a portion of the tissue into the suturing space (S), characterised in that the spreader is configured to engage opposite sides of the tissue wound and to urge these opposite sides away from each other. an elongate body having a longitudinal axis (A) and opposite proximal (P) and distal (D) ends, the distal end (D) being configured for insertion into a tissue wound (TW) and the proximal end (P) being configured for operating the device, in particular for manual manipulation by a person's hand; a suture needle connected with the elongate body at or near the distal end (D) and movable relative to the elongate body in longitudinal direction along a needle trajectory (N) having a suturing space (S); a spreader connected with the elongate body at or near the distal end (D) and configured to engage tissue to be sutured adjacent the needle trajectory (N) and to provide a pulling force on the tissue to pull a portion of the tissue into the suturing space (S), characterised in that the spreader is configured to engage opposite sides of the tissue wound and to urge these opposite sides away from each other.
Apparatus for sealing first and second zones from one another including: a sterilization unit disposable in a structure separating the first and second zones , the sterilization unit including a chamber and providing therethrough access to the first and second zones ; a sealing unit disposed around at least a part of the sterilization unit , characterised in that the sealing unit includes first and second seal elements each providing a seal between the sterilization unit and the separating structure ; filler material disposed between the first and second seal elements , wherein the filler material provides a measurable characteristic; and at least one sensor disposed to determine a pressure or pressure change as said measurable characteristic. a sterilization unit disposable in a structure separating the first and second zones , the sterilization unit including a chamber and providing therethrough access to the first and second zones ; a sealing unit disposed around at least a part of the sterilization unit , characterised in that the sealing unit includes first and second seal elements each providing a seal between the sterilization unit and the separating structure ; filler material disposed between the first and second seal elements , wherein the filler material provides a measurable characteristic; and at least one sensor disposed to determine a pressure or pressure change as said measurable characteristic.
A method for making a metal-hydride slurry, comprising: (a) combining a metal or a metal alloy with a liquid carrier to create a metal slurry, wherein the combining comprises melting the metal and spraying the melted metal to produce metal particles prior to hydriding the metal, wherein the melted metal is sprayed into the liquid carrier to produce the metal slurry; and (b) hydriding the metal in the metal slurry to create a metal-hydride slurry; and (c) splitting the resulting metal-hydride slurry and sending a side stream of metal-hydride slurry to be mixed with the metal and/or metal alloy and the liquid carrier to form the metal slurry. (a) combining a metal or a metal alloy with a liquid carrier to create a metal slurry, wherein the combining comprises melting the metal and spraying the melted metal to produce metal particles prior to hydriding the metal, wherein the melted metal is sprayed into the liquid carrier to produce the metal slurry; and (b) hydriding the metal in the metal slurry to create a metal-hydride slurry; and (c) splitting the resulting metal-hydride slurry and sending a side stream of metal-hydride slurry to be mixed with the metal and/or metal alloy and the liquid carrier to form the metal slurry.
Method for alternately actuating the following driving states of a utility vehicle by means of a control element : - "Forward" (F) for forward travel which is driven by a transmission of the utility vehicle, and - "Reverse" (R) for reverse travel which is driven by the transmission of the utility vehicle, wherein a "Reverse" or "Forward" setpoint driving state can be actuated from a current "Forward" or "Reverse" driving state, wherein a further "stationary state" (S) driving state is provided for stationary output of the transmission without disconnecting the drive train of the utility vehicle, and wherein the "stationary state" (S) driving state is actuated by the actuation of the "Reverse" or "Forward" setpoint driving state, characterized in that during a current driving state (F, R, S) the control element is in a central position of rest into which the control element is automatically returned after the actuation of the "stationary state" (S) driving state and/or of the "Forward" (F) or "Reverse" setpoint driving state. - "Forward" (F) for forward travel which is driven by a transmission of the utility vehicle, and - "Reverse" (R) for reverse travel which is driven by the transmission of the utility vehicle,
A method for flushing and/or for filling a blood treatment device, in particular for priming a blood treatment device, wherein the blood treatment device has at least one membrane filter, in particular a hollow fiber membrane filter, at least one first partial circuit and at least one second partial circuit, wherein the first and the second partial circuits are separated by the membrane filter in a semipermeable manner, wherein the first partial circuit is first filled with a fluid with a uniform and/or a pulsatile first volumetric flow rate at least temporarily and wherein fluid having a second volumetric flow rate that is larger than the first volumetric flow rate is delivered into the first partial circuit, characterized in that the first volumetric flow rate does not exceed a specified threshold value, with a complete wetting and/or saturation of the membrane by the fluid not yet being present at this threshold value, and in that the fluid is delivered at the second volumetric flow rate while air is displaced from the first into the second partial circuit over the membrane of the membrane filter.
A lighting device for a vehicle, in particular a headlamp for a vehicle, comprising a cup-shaped housing or body housing at least one reflector , operationally associated with at least one light source , and a transparent lens or element , which closes a front opening of the cup-shaped housing or body and through which the at least one reflector is visible from the outside of the vehicle, the at least one reflector being configured to deflect by reflection a light beam (F) produced by the at least one light source through the transparent lens and along an optical axis (A) of the lighting device which, in use, is oriented parallel to a direction of travel of the vehicle, wherein it further comprises a shield which is placed at least partly facing the at least one reflector and substantially parallel to the optical axis (A), the shield being delimited towards the reflector by a reflecting surface having projections uniformly distributed thereon, e.g. grooved or embossed, wherein the shield defines a front portion , facing towards the transparent lens , of an upper wall of a frame element , said upper wall being connected integrally in one piece with the at least one reflector , said front portion of the upper wall of the frame element being separated from a rear portion of the upper wall supporting a printed circuit board provided with said at least one light source , by a step , so that the light source is separated too from said front portion of the upper wall by said step and the light source is arranged below said shield .
A method for removing value documents from a container with the aid of a gripper which is configured for removing value documents contained in the container, comprising the steps: - making available a container which is open on one side and which is subdivided into several storage regions for value documents by separator elements , - ascertaining at which positions (x) along the container the separator elements are arranged, - transferring information items about the separator element positions (x) belonging to the container to a gripper control which is configured for controlling the motion of the gripper , - moving the gripper for removing value documents from the container , the gripper control controlling the motion of the gripper corresponding to the obtained information items about the separator element positions (x) in such a way that the gripper is positioned at a lowering position above the respective separator element and from the lowering position is lowered into the container in order to remove value documents from the container , characterized in - that upon the step of ascertaining at which positions (x) along the container the separator elements are arranged, the positions (x) of the separator elements are ascertained independently of the gripper, the separator element positions (x) being automatically ascertained with the aid of several sensors, and - that the sensors are arranged along the container receiving means into which the container is inserted for removing the value documents. - making available a container which is open on one side and which is subdivided into several storage regions for value documents by separator elements , - ascertaining at which positions (x) along the container the separator elements are arranged, - transferring information items about the separator element positions (x) belonging to the container to a gripper control which is configured for controlling the motion of the gripper , - moving the gripper for removing value documents from the container , the gripper control controlling the motion of the gripper corresponding to the obtained information items about the separator element positions (x) in such a way that the gripper is positioned at a lowering position above the respective separator element and from the lowering position is lowered into the container in order to remove value documents from the container , - that upon the step of ascertaining at which positions (x) along the container the separator elements are arranged, the positions (x) of the separator elements are ascertained independently of the gripper, the separator element positions (x) being automatically ascertained with the aid of several sensors, and - that the sensors are arranged along the container receiving means into which the container is inserted for removing the value documents.
A method of manufacturing a security article, said method comprising the steps of: a. introducing into an offset printing device a transparent film comprising a non-fibrous substrate layer of regenerated cellulose; and b. disposing printed information on at least a portion of said transparent film by an offset printing step, wherein said transparent film introduced into said offset printing device further comprises an ink-receptive layer on at least one surface of said substrate layer. a. introducing into an offset printing device a transparent film comprising a non-fibrous substrate layer of regenerated cellulose; and b. disposing printed information on at least a portion of said transparent film by an offset printing step,
A rotary latch assembly , comprising: a latch rotatable about a first rotational axis (R1) between a striker releasing position (L1) in which the latch is positioned to release a striker , and a striker retaining position (L2) in which the latch is adapted to retain the striker , a pawl rotatable about a second rotational axis (R2) between a latch engaging position (P1) in which the pawl is adapted to engage with the latch by means of an engaging member , and a latch disengaging position (P2) in which the engaging member is disengaged from the latch , and a latch biasing member adapted to bias the latch toward the striker releasing position (L1), and a pawl biasing member adapted to bias the pawl toward the latch engaging position (P1), wherein the engaging member is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface between the latch and the pawl to facilitate the latch and the pawl to move relative each other, wherein at least one of the latch biasing member and the pawl biasing member is a torsion spring, characterized in that the torsion spring, being said at least one of the latch biasing member and the pawl biasing member , is provided with a portion that serves as the rotation axle of the rotatable member . a latch rotatable about a first rotational axis (R1) between a striker releasing position (L1) in which the latch is positioned to release a striker , and a striker retaining position (L2) in which the latch is adapted to retain the striker , a pawl rotatable about a second rotational axis (R2) between a latch engaging position (P1) in which the pawl is adapted to engage with the latch by means of an engaging member , and a latch disengaging position (P2) in which the engaging member is disengaged from the latch , and a latch biasing member adapted to bias the latch toward the striker releasing position (L1), and a pawl biasing member adapted to bias the pawl toward the latch engaging position (P1), wherein the engaging member is a rotatable member rotatable about a rotation axle, and adapted to provide a rotatable interface between the latch and the pawl to facilitate the latch and the pawl to move relative each other, wherein at least one of the latch biasing member and the pawl biasing member is a torsion spring, characterized in that the torsion spring, being said at least one of the latch biasing member and the pawl biasing member , is provided with a portion that serves as the rotation axle of the rotatable member .
A bladder for an article of footwear , the bladder comprising: a plate ; a first tensile layer disposed adjacent to a first side of the plate ; a second tensile layer disposed on an opposite side of the plate from the first tensile layer , an inner surface of the second tensile layer joined to an inner surface of the first tensile layer through the plate by a plurality of inner bonds ; a first barrier layer disposed adjacent to the first tensile layer and joined to the first tensile layer by a plurality of first outer bonds to form a first chamber , one or more of the first outer bonds interposed between adjacent ones of the inner bonds ; and a second barrier layer disposed adjacent to the second tensile layer and joined to the second tensile layer by a plurality of second outer bonds to form a second chamber on the opposite side of the plate than the first chamber . a plate ; a first tensile layer disposed adjacent to a first side of the plate ; a second tensile layer disposed on an opposite side of the plate from the first tensile layer , an inner surface of the second tensile layer joined to an inner surface of the first tensile layer through the plate by a plurality of inner bonds ; a first barrier layer disposed adjacent to the first tensile layer and joined to the first tensile layer by a plurality of first outer bonds to form a first chamber , one or more of the first outer bonds interposed between adjacent ones of the inner bonds ; and a second barrier layer disposed adjacent to the second tensile layer and joined to the second tensile layer by a plurality of second outer bonds to form a second chamber on the opposite side of the plate than the first chamber .
A method of radio frequency interference mitigation in multi-carrier modulation where tones are used as carriers for communication, comprising: detecting radio interference at a receiver , identifying one or more tones in which the detected radio frequency interference is located, transmitting a message to a tone manager , said message containing an instruction to disable the one or more identified tones during at least one phase of a training and during steady state. detecting radio interference at a receiver , identifying one or more tones in which the detected radio frequency interference is located, transmitting a message to a tone manager , said message containing an instruction to disable the one or more identified tones during at least one phase of a training and during steady state.
A hammer device comprising: - a frame attachable to a working machine, the frame comprising attachment members for attaching to the working machine so that the frame is nondestructively detachable from the working machine, and - an actuator member linearly movably supported with respect to the frame, wherein the hammer device comprises a linear electric machine comprising: - a mover for linearly moving the actuator member, and - a stator connected to the frame, provided with windings (106, U, V, W, 306, 506) for generating a magnetic force directed to the mover in response to electric current supplied to the windings, wherein the mover comprises an active part containing permanent magnets provided one after another in a longitudinal direction of the mover, the stator comprises a ferromagnetic core-structure , and the linear electric machine comprises first and second support structures on both sides of the ferromagnetic core-structure of the stator in the longitudinal direction of the mover, the first and second support structures supporting the mover to be linearly movable with respect to the stator in the longitudinal direction of the mover, the active part of the mover being longer in the longitudinal direction of the mover than the ferromagnetic core-structure of the stator, and wherein the first support structure comprises a frame-portion made of solid metal and a support element arranged to keep the mover a distance (D) away from the solid metal, the support element comprising a sliding surface being against the mover and material whose electrical conductivity is at most half of electrical conductivity of the solid metal, characterized in that the support element is tubular and arranged to surround an end-portion of the mover. - a frame attachable to a working machine, the frame comprising attachment members for attaching to the working machine so that the frame is nondestructively detachable from the working machine, and - an actuator member linearly movably supported with respect to the frame, - a mover for linearly moving the actuator member, and - a stator connected to the frame, provided with windings (106, U, V, W, 306, 506) for generating a magnetic force directed to the mover in response to electric current supplied to the windings,
Nozzle device configured to face a surface to be cleaned and to be moved over the surface during a cleaning action, the nozzle device comprising: - at least one light-emitting source arranged at a side of the nozzle device and configured to emit light from the respective side of the nozzle device , and a controlling arrangement, characterized in that - the controlling arrangement configured to vary at least one parameter of the at least one light-emitting source in relation to actual circumstances of a cleaning action between a functional value and at least one default value which is different from the functional value, and to set the functional value of the parameter when the respective side is in the vicinity of an obstacle on the surface to be cleaned. - at least one light-emitting source arranged at a side of the nozzle device and configured to emit light from the respective side of the nozzle device , and a controlling arrangement, characterized in that - the controlling arrangement configured to vary at least one parameter of the at least one light-emitting source in relation to actual circumstances of a cleaning action between a functional value and at least one default value which is different from the functional value, and to set the functional value of the parameter when the respective side is in the vicinity of an obstacle on the surface to be cleaned.