mhurhangee/patent-ind-claim-en huggingface dataset:
A Poppet valve for a piston compressor, comprising a catcher , a valve body with a plurality of inlet channels , each inlet channel opening into a valve seat , and comprising a plurality of closing elements movable in an axial direction (A), each inlet wherein channel being assigned a closing element , and wherein the valve seat being arranged opposite the associated closing element in the axial direction (A) in such a way that the valve seat can be closed by the closing element , wherein a spring being arranged between the catcher and the closing element in order to bring about a prestressing force directed towards the valve seat on the closing element , wherein the spring enclosing an interior space , and wherein a guide part which extends in the axial direction (A) and extends as far as a guide part end is arranged on the catcher , wherein the closing element is mounted on the guide part so as to be movable in the axial direction (A), in particular slidingly, characterized in that the spring surrounds the guide part and the closing element from the outside in the axial direction (A) along a partial section , so that both the guide part and the closing element are arranged along this partial section within the interior of the spring , and that the guide part starting from the catcher extends further in the axial direction (A) to the guide part end following the partial section .
A medical device, comprising: a sensing circuit configured to: sense a ventricular electrical signal; set an R-wave sensing threshold; receive an atrial event signal ; set a post-atrial time interval in response to the atrial event signal ; and generate an event time signal in response to the ventricular electrical signal being equal to or greater than the R-wave sensing threshold during the post-atrial time interval ; and a control circuit , characterized in that said control circuit is configured to determine a count of event time signals generated by the sensing circuit ; and adjust a ventricular sensing control parameter based on the count of event time signals. a sensing circuit configured to: sense a ventricular electrical signal; set an R-wave sensing threshold; receive an atrial event signal ; set a post-atrial time interval in response to the atrial event signal ; and generate an event time signal in response to the ventricular electrical signal being equal to or greater than the R-wave sensing threshold during the post-atrial time interval ; and sense a ventricular electrical signal; set an R-wave sensing threshold; receive an atrial event signal ; set a post-atrial time interval in response to the atrial event signal ; and generate an event time signal in response to the ventricular electrical signal being equal to or greater than the R-wave sensing threshold during the post-atrial time interval ; and a control circuit , characterized in that said control circuit is configured to determine a count of event time signals generated by the sensing circuit ; and adjust a ventricular sensing control parameter based on the count of event time signals. determine a count of event time signals generated by the sensing circuit ; and adjust a ventricular sensing control parameter based on the count of event time signals.
A cellulose based fiber made of a i) cellulose dissolving pulp, and ii) a material made from recycled textile comprising cellulose, which is treated to swell the cellulose at a pH in the range 9 - 13.5 under reducing conditions together with at least one reducing additive present at least during a part of the swelling and treated in at least one of the following bleaching steps a) bleaching with oxygen at alkaline conditions with a pH in the range 9-13.5 and b) bleaching with ozone at acid conditions below pH 6, wherein the cellulose based fiber is manufactured with one selected from a Viscose process and a Lyocell process.
Use of an aqueous solution of potassium formate further comprising at least one dissolved lithium and/or sodium salt, at least one or more organic or inorganic acids as a well or completion fluid, characterized in that the lithium salts include lithium citrate and/or lithium amidosulfonate, and the sodium salts include sodium citrate and/or sodium amidosulfonate, having a crystallization temperature that is lowered as compared to a liquid consisting exclusively of 75% by weight potassium formate and 25% by weight water, wherein the amount of the lithium and/or sodium salt is in total up to 15% by weight, based on the amount of potassium formate.
A shisha cartridge comprising: a body defining a cavity and an internal cavity surface; an aerosol-forming substrate disposed in the cavity; characterized in that the shisha cartridge further comprises a layer of gel disposed in the cavity adjacent the internal cavity surface and adjacent the aerosol-forming substrate . a body defining a cavity and an internal cavity surface; an aerosol-forming substrate disposed in the cavity;
Compressor unit in a portable compressed-air source of an apparatus for sealing and inflating motor vehicle tyres, which has a reciprocating piston compressor driven by a slider-crank mechanism and having a piston that is oscillated in a cylinder and delimits a compression chamber , the cylinder being closed on the output side by a cylinder head having an outlet valve , characterized in that the cylinder head has a separate pressure relief valve for the compression chamber , which is arranged spatially parallel to the outlet valve and acts parallel to the outlet valve and which already limits the maximum pressure in the compression chamber, the outlet valve separating the delivery system from the pressure relief valve in such a way that a backflow of sealant is ruled out, and the prestressing of the pressure relief valve body on the pressure relief valve seat being adjustable.
A food processing system, comprising a food slicing machine adapted to slice food products into food portions , a packaging machine adapted to respectively package the complete food portions , and at least one weighing device , wherein the food slicing machine and/or the packaging machine are adapted to combine each of the food portions with a variable packaging component , and wherein by means of the at least one weighing device the weight of the respective food portion including the variable packaging component can be determined, characterized in that a controller is provided which is adapted to determine, as a function of operating data, a variable tare value which corresponds to the weight of the variable packaging component .
A method of routing data across a network, the method comprising: receiving, at an interface of an edge router , a session request from a client node to access, during a session, an application server in a local network, the local network comprising a plurality of nodes other than the client node , the edge router being coupled between the client node and the local network; receiving, by the interface of the edge router , a client certificate from the client node , the client certificate having client information comprising a public key of the client node and having additional information specifying the application server ; receiving, by the edge router , from the client node , a signature encrypted according to a private key of the client node ; executing an authentication process using the client certificate, wherein the authentication process includes using the public key to verify the signature; retrieving, by the interface of the edge router the client information from the client certificate; and receiving, by the interface of the edge router , data packets from the client node and if the authentication process authenticates the client node , routing, by the edge router , the data packets to the application server specified by the client information in the client certificate, such that all data packets of the session received by the application server flow through the edge router . receiving, at an interface of an edge router , a session request from a client node to access, during a session, an application server in a local network, the local network comprising a plurality of nodes other than the client node , the edge router being coupled between the client node and the local network; receiving, by the interface of the edge router , a client certificate from the client node , the client certificate having client information comprising a public key of the client node and having additional information specifying the application server ; receiving, by the edge router , from the client node , a signature encrypted according to a private key of the client node ; executing an authentication process using the client certificate, wherein the authentication process includes using the public key to verify the signature; retrieving, by the interface of the edge router the client information from the client certificate; and receiving, by the interface of the edge router , data packets from the client node and if the authentication process authenticates the client node , routing, by the edge router , the data packets to the application server specified by the client information in the client certificate, such that all data packets of the session received by the application server flow through the edge router .
A method for controlling shake blur and motion blur associated with an image captured by a camera, the method comprising: receiving a first image frame and a second image frame associated with the image, wherein the second image frame is consecutively captured after the first image frame, wherein the first image frame and the second image frame are associated with a first resolution, wherein the first resolution is less than a predetermined resolution, wherein the image is associated with a second resolution, and wherein the second resolution is equal to or greater than the predetermined resolution; determining a first movement of the camera in the first image frame or the second image frame, wherein the first movement is determined using a movement sensor that is configured to sample measurements of a movement of the camera synchronously while the image is being captured by the camera; determining a second movement of the camera between the first image frame and the second image frame, wherein the second movement is determined by comparing the first frame to the second frame; controlling , based on the first movement, at least a portion of shake blur associated with the image; and controlling , based on the second movement, at least a portion of motion blur associated with the image. receiving a first image frame and a second image frame associated with the image, wherein the second image frame is consecutively captured after the first image frame, wherein the first image frame and the second image frame are associated with a first resolution, wherein the first resolution is less than a predetermined resolution, wherein the image is associated with a second resolution, and wherein the second resolution is equal to or greater than the predetermined resolution; determining a first movement of the camera in the first image frame or the second image frame, wherein the first movement is determined using a movement sensor that is configured to sample measurements of a movement of the camera synchronously while the image is being captured by the camera; determining a second movement of the camera between the first image frame and the second image frame, wherein the second movement is determined by comparing the first frame to the second frame; controlling , based on the first movement, at least a portion of shake blur associated with the image; and controlling , based on the second movement, at least a portion of motion blur associated with the image.
Method of operating an electrochemical system , the method comprising: transporting an aqueous electrolyte of the electrochemical system comprising a first electrode comprising an electrochemically active material comprising aluminum, and a second electrode comprising an electrochemically active cathode material through a porous medium , such that a solid comprising aluminum is heterogeneously precipitated on a surface of the porous medium , wherein at least a portion of the aluminum within the solid originates from a product of an electricity generating electrochemical reaction carried out within the electrochemical system . transporting an aqueous electrolyte of the electrochemical system comprising a first electrode comprising an electrochemically active material comprising aluminum, and a second electrode comprising an electrochemically active cathode material through a porous medium , such that a solid comprising aluminum is heterogeneously precipitated on a surface of the porous medium , wherein at least a portion of the aluminum within the solid originates from a product of an electricity generating electrochemical reaction carried out within the electrochemical system .
A CEST-MR procedure that comprises: i) applying a pulse saturation scheme by irradiating a single mobile-proton frequency of an exogenous CEST agent in a sample with a train of Radio Frequency (RF) irradiation pulses, at different flip angles and at a constant B 1 average power, defined as the square root of the mean square B 1 irradiation field over the entire period of each pulse train, for inducing a chemical exchange rotation transfer (CERT)-based Saturation Transfer effect (ST effect); and ii) detecting CERT-based CEST-signals from said sample. i) applying a pulse saturation scheme by irradiating a single mobile-proton frequency of an exogenous CEST agent in a sample with a train of Radio Frequency (RF) irradiation pulses, at different flip angles and at a constant B 1 average power, defined as the square root of the mean square B 1 irradiation field over the entire period of each pulse train, for inducing a chemical exchange rotation transfer (CERT)-based Saturation Transfer effect (ST effect); and ii) detecting CERT-based CEST-signals from said sample.
A keypad structure (A) for woodwind instrument tone holes comprising: a plurality of tone hole tubes in which tone holes (Ia) are formed on the woodwind instrument (B), a pad detachably attached to the tone hole tubes , and a key to which the pad is attached to the inside surface and which moves the pad , wherein the pad is disposed between the tone hole tube and the key , a solid body , that is melt when heated with hot air, is inserted between the pad and the inside surface of the key , such that when the solid body is cured at room temperature, and the solid body is filled in the entire inside space (S1) between the pad and the inner surface of the key , and in the joining part between the key and the pad , the inside space (S1) disappears and three parts of the pad , the solid body and the key are present, characterized in that the pad comprises an intermediate overlapping part ; a paper attached to the upper and the lower surfaces of the intermediate overlapping part ; a contact leather part and an inner leather part adhered to the upper and the lower surface of the intermediate overlapping part ; and a fixing plated penetrating through the contact leather part , the intermediate overlapping part and the paper that is in the middle. wherein the pad is disposed between the tone hole tube and the key , a solid body , that is melt when heated with hot air, is inserted between the pad and the inside surface of the key , such that when the solid body is cured at room temperature, and the solid body is filled in the entire inside space (S1) between the pad and the inner surface of the key , and in the joining part between the key and the pad , the inside space (S1) disappears and three parts of the pad , the solid body and the key are present, characterized in that the pad comprises an intermediate overlapping part ; a paper attached to the upper and the lower surfaces of the intermediate overlapping part ; a contact leather part and an inner leather part adhered to the upper and the lower surface of the intermediate overlapping part ; and a fixing plated penetrating through the contact leather part , the intermediate overlapping part and the paper that is in the middle.
An actuator comprising an electric motor for moving an actuated part to an actuated position, and a controller connected to the electric motor and configured to detect motor rotations, wherein the controller is further configured to determine the actuated position by counting the motor rotations detected while the motor is operating at or above a threshold indicative of a load torque, and by not counting motor rotations detected while the motor is operating below said threshold.
A method for time synchronization of stations, STAs, in a wireless local area network , the method being performed by an access point, AP , the method comprising the steps of: transmitting (S104) a request to at least two STAs for the at least two STAs to transmit a response to the AP, the request indicating which frequency sub-band each of the at least two STAs is to use for transmitting the response; receiving (S106) the responses to the request from the at least two STAs, wherein each of the responses comprises orthogonal frequency-division multiple access, OFDMA, symbols ; determining (S108), for each of the at least two STAs, a time delay based on the responses; and transmitting (S110) control signalling to the at least two STAs, the control signalling comprising time alignment commands for the at least two STAs, wherein each time alignment command is based on the time delay for one of the at least two STAs. transmitting (S104) a request to at least two STAs for the at least two STAs to transmit a response to the AP, the request indicating which frequency sub-band each of the at least two STAs is to use for transmitting the response; receiving (S106) the responses to the request from the at least two STAs, wherein each of the responses comprises orthogonal frequency-division multiple access, OFDMA, symbols ; determining (S108), for each of the at least two STAs, a time delay based on the responses; and transmitting (S110) control signalling to the at least two STAs, the control signalling comprising time alignment commands for the at least two STAs, wherein each time alignment command is based on the time delay for one of the at least two STAs.
Sector for the assembly of a stage of a turbine comprising a central and a peripheral portion ; a plurality of blades attached between said central and said peripheral portions ; a first and a second side opposite to each other, the first side being configured to join with the second side of another sector , wherein the first side is provided with a first connecting portion and the second side is provided with a second connecting portion configured to mate with a first connecting portion of a first side of another sector , characterized in that at least one of said blades has an opening on a respective external surface , said blade having an internal cavity in fluid communication with said opening , said sector having a channel in fluid communication with said internal cavity , said channel being located inside at least one of said central portion and said peripheral portion , wherein the channel is configured to be joined at the second connection portion in fluid communication with a channel of the other sector at its first connection portion .
A method, performed by a user equipment, UE, for receiving an aperiodic channel state information reference signal, CSI-RS, on a first carrier, wherein the first carrier uses a first orthogonal frequency division multiplexing, OFDM, numerology, the method comprising, receiving, from a base station, BS, a downlink control information, DCI, message carried by a Physical Downlink Control Channel, PDCCH, on a second carrier, wherein the second carrier uses a second OFDM numerology; obtaining an aperiodic CSI-RS slot offset from the DCI message; determining a reference slot in the first OFDM numerology used by the first carrier; determining the slot of the aperiodic CSI-RS based on the determined reference slot and the aperiodic CSI-RS slot offset; and receiving, from the BS on the first carrier, the aperiodic CSI-RS in the determined slot and transmitting, to the BS, a channel state information, CSI, report associated with the CSI-RS, in the determined slot of the aperiodic CSI-RS on the first carrier. first carrier, wherein the first carrier uses a first orthogonal frequency division multiplexing, OFDM, numerology, the method comprising, receiving, from a base station, BS, a downlink control information, DCI, message carried by a Physical Downlink Control Channel, PDCCH, on a second carrier, wherein the second carrier uses a second OFDM numerology; obtaining an aperiodic CSI-RS slot offset from the DCI message; determining a reference slot in the first OFDM numerology used by the first carrier; determining the slot of the aperiodic CSI-RS based on the determined reference slot and the aperiodic CSI-RS slot offset; and receiving, from the BS on the first carrier, the aperiodic CSI-RS in the determined slot and transmitting, to the BS, a channel state information, CSI, report associated with the CSI-RS, in the determined slot of the aperiodic CSI-RS on the first carrier.
A gas turbine engine component comprising: a body having a leading edge and a trailing edge ; at least one internal channel formed within the body , wherein the channel includes an inlet to direct cooling flow into the body ; at least one cast slot formed in the trailing edge ; and at least one drilled filmhole formed in the trailing edge , wherein the cast slot and drilled filmhole direct flow from the internal channel to an external location from the body , the at least one cast slot comprises a plurality of cast slots , the at least one drilled filmhole comprises a plurality of drilled filmholes , an axial direction is defined in a direction extending from the leading edge to the trailing edge , and a radial direction is defined as a direction that is perpendicular to the axial direction, characterised in that : the cast slots are interspersed with the drilled filmholes in the radial direction along the trailing edge . a body having a leading edge and a trailing edge ; at least one internal channel formed within the body , wherein the channel includes an inlet to direct cooling flow into the body ; at least one cast slot formed in the trailing edge ; and at least one drilled filmhole formed in the trailing edge , wherein the cast slot and drilled filmhole direct flow from the internal channel to an external location from the body , the at least one cast slot comprises a plurality of cast slots , the at least one drilled filmhole comprises a plurality of drilled filmholes , an axial direction is defined in a direction extending from the leading edge to the trailing edge , and a radial direction is defined as a direction that is perpendicular to the axial direction, characterised in that : the cast slots are interspersed with the drilled filmholes in the radial direction along the trailing edge .
An adhesive layer-equipped fire-resistant member comprising: a fire-resistant layer containing a liquid additive, thermally expandable graphite, and one or more components selected from the group consisting of thermoplastic resins, thermoplastic elastomers, and rubbers; and a liquid additive-resistant adhesive layer disposed on one side of the fire-resistant layer. a fire-resistant layer containing a liquid additive, thermally expandable graphite, and one or more components selected from the group consisting of thermoplastic resins, thermoplastic elastomers, and rubbers; and a liquid additive-resistant adhesive layer disposed on one side of the fire-resistant layer.