mhurhangee/patent-ind-claim-en huggingface dataset:
An actuating drive for actuating an actuating device for a process plant, wherein the actuating drive comprising: a drive member for actuating the actuating device, a helical spring with a predetermined modulus of elasticity, wherein the actuating device being pushed via the drive member by elastic return forces of the helical spring from an initial position to a target position, a capturing device for capturing the position of the actuating device and a housing, wherein the housing having a pneumatic or hydraulic working chamber , the working chamber being exposed to a working fluid, and a return chamber in which the helical spring is lodged, wherein the position capturing device comprising a sensor for determining the distance between the first spatially determined reference position and the second reference position , wherein the sensor is designed as position sensor and is fixed to the first or the second reference position, characterized in that the position sensor is capturing in a sensing manner the position of the second or the first reference position relative to the first or second reference position, respectively, wherein the second reference position is spatially determined to an outer surface of the winding of the helical spring moving relatively to the first reference position during the positioning movement of the drive member, wherein the first and the second reference position being disposed inside the return chamber, and wherein the first reference position is positioned at the outer surface of the winding of the same helical spring in a stationary fashion.
A method performed by an apparatus of a user equipment, UE, comprising: receiving location assistance data including a list of candidate transmission-reception points, TRPs, for a positioning operation; receiving a positioning reference signal, PRS, from each candidate TRP of a number of the candidate TRPs over an unlicensed Fifth Generation, 5G, New Radio, NR, radio band; transmitting one or more PRSs to at least one candidate TRP of the number of candidate TRPs over the unlicensed 5G NR radio band; and performing a round-trip time, RTT, ranging operation with the at least one candidate TRP based at least in part on the received PRS and the one or more transmitted PRSs. receiving location assistance data including a list of candidate transmission-reception points, TRPs, for a positioning operation; receiving a positioning reference signal, PRS, from each candidate TRP of a number of the candidate TRPs over an unlicensed Fifth Generation, 5G, New Radio, NR, radio band; transmitting one or more PRSs to at least one candidate TRP of the number of candidate TRPs over the unlicensed 5G NR radio band; and performing a round-trip time, RTT, ranging operation with the at least one candidate TRP based at least in part on the received PRS and the one or more transmitted PRSs.
A charging system, wherein the charging system comprises a charger and an electronic device, wherein the electronic device comprises: an obtaining unit , configured to obtain a charging mode supported by the charger connected to the electronic device , so as to determine the charging mode supported by the charger ; a detecting unit , configured to : when the charging mode supported by the charger comprises an open-loop fast charging mode, detect whether both the electronic device and the charger are in an open-loop state; a sending unit , configured to: when both the electronic device and the charger are in an open-loop state, send an open-loop fast charging instruction to the charger ; a receiving unit , configured to receive a voltage and a current that are transmitted by the charger according to the open-loop fast charging instruction; and characterised in that the electronic device further comprises: a charging unit , configured to convert the received voltage into a 1/K times output voltage, wherein a conversion coefficient K is a constant value, and K is any real number greater than 1. an obtaining unit , configured to obtain a charging mode supported by the charger connected to the electronic device , so as to determine the charging mode supported by the charger ; a detecting unit , configured to : when the charging mode supported by the charger comprises an open-loop fast charging mode, detect whether both the electronic device and the charger are in an open-loop state; a sending unit , configured to: when both the electronic device and the charger are in an open-loop state, send an open-loop fast charging instruction to the charger ; a receiving unit , configured to receive a voltage and a current that are transmitted by the charger according to the open-loop fast charging instruction; and characterised in that the electronic device further comprises: a charging unit , configured to convert the received voltage into a 1/K times output voltage, wherein a conversion coefficient K is a constant value, and K is any real number greater than 1.
A method for classifying an ostomy condition, the method comprising: obtaining (S102, S102A) image data, the image data comprising appliance image data (AID) of an adhesive surface of an ostomy appliance; determining (S104B) one or more image representations based on the image data, wherein the one or more image representations are binary masks; determining (S104) one or more ostomy representations including a first ostomy parameter (OP_1) based on the one or more image representations; and outputting (S106) the first ostomy parameter. obtaining (S102, S102A) image data, the image data comprising appliance image data (AID) of an adhesive surface of an ostomy appliance; determining (S104B) one or more image representations based on the image data, wherein the one or more image representations are binary masks; determining (S104) one or more ostomy representations including a first ostomy parameter (OP_1) based on the one or more image representations; and outputting (S106) the first ostomy parameter.
A method for producing (meth)acrylic acid, comprising: conducting gas-phase catalytic oxidation reactions of (meth)acrolein by using molecular oxygen in a fixed-bed reactor configured to have a packed layer containing a packing material and a catalyst layer formed with a catalyst containing at least molybdenum and vanadium, wherein the packed layer contains a packing material that has been used at least once for above gas-phase catalytic oxidation reactions and cleaned subsequently, a source gas containing (meth)acrolein and molecular oxygen is supplied from the packed-layer side, and the catalyst is present in the packed layer at 0.001∼0.15 mass% of the total amount of the packing material. conducting gas-phase catalytic oxidation reactions of (meth)acrolein by using molecular oxygen in a fixed-bed reactor configured to have a packed layer containing a packing material and a catalyst layer formed with a catalyst containing at least molybdenum and vanadium, wherein the packed layer contains a packing material that has been used at least once for above gas-phase catalytic oxidation reactions and cleaned subsequently, a source gas containing (meth)acrolein and molecular oxygen is supplied from the packed-layer side, and the catalyst is present in the packed layer at 0.001∼0.15 mass% of the total amount of the packing material.
Piston of an internal combustion engine, the piston having a force accumulator and a sliding shoe , the sliding shoe having a channel for receiving cooling oil into a cavity of the piston , the force accumulator being arranged in a radially circumferential channel formed by the piston , in which the sliding shoe is guided, wherein the sliding shoe is partially guided within the force accumulator , and wherein the radially circumferential channel receives, in addition to the force accumulator , at least one radially circumferential guide element of the sliding shoe , which is displaceably mounted in the radially circumferential channel .
A method for routing Remote Direct Memory Access, RDMA, network traffic in a distributed computing system having a plurality of hosts interconnected by a computer network, the individual hosts having a main processor, a network interface card, NIC, and a hardware packet processor operatively coupled to one another, the method comprising: receiving , from the computing network, a connection request packet at the packet processor of a host for establishing an RDMA connection with a virtual machine on the host and having access to the NIC via a corresponding virtual function; determining whether the received connection request packet matches a flow in a flow table in the packet processor; and in response to determining that the received connection request packet does not match with any flow in the flow table, forwarding , via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving , via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection. receiving , from the computing network, a connection request packet at the packet processor of a host for establishing an RDMA connection with a virtual machine on the host and having access to the NIC via a corresponding virtual function; determining whether the received connection request packet matches a flow in a flow table in the packet processor; and in response to determining that the received connection request packet does not match with any flow in the flow table, forwarding , via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving , via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection. forwarding , via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving , via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection.
A centrifugal compressor , comprising: an impeller mounted to a shaft and rotatable about a shaft axis , the impeller having a plurality of impeller vanes ; an impeller shroud enclosing the impeller , the impeller shroud having a shroud surface having inducer and exducer portions , the shroud surface surrounding and radially spaced apart from the impeller vanes to define a fluid flow path between the shroud surface and the impeller vanes , rotation of the impeller causing fluid to be drawn axially into the inducer portion and to be conveyed radially through the exducer portion ; and at least one groove defined by opposed wall segments which extend into the shroud surface within the exducer portion and are inclined at a nonzero angle (e) relative to a normal of the shroud surface at the at least one groove in a direction opposite the fluid flow path along the shroud surface ; characterised in that the at least one groove is circumferentially discontinuous. an impeller mounted to a shaft and rotatable about a shaft axis , the impeller having a plurality of impeller vanes ; an impeller shroud enclosing the impeller , the impeller shroud having a shroud surface having inducer and exducer portions , the shroud surface surrounding and radially spaced apart from the impeller vanes to define a fluid flow path between the shroud surface and the impeller vanes , rotation of the impeller causing fluid to be drawn axially into the inducer portion and to be conveyed radially through the exducer portion ; and at least one groove defined by opposed wall segments which extend into the shroud surface within the exducer portion and are inclined at a nonzero angle (e) relative to a normal of the shroud surface at the at least one groove in a direction opposite the fluid flow path along the shroud surface ; characterised in that the at least one groove is circumferentially discontinuous.
A method of conjugating an oligonucleotide to a polymer, the method comprising: treating a polymer comprising amine functionality with a disuccinimidyl carbonate to form a functionalized polymer; and treating the functionalized polymer with an amine terminated oligonucleotide to form a conjugated polymer including the oligonucleotide in the presence of a polar non-aqueous solvent. treating a polymer comprising amine functionality with a disuccinimidyl carbonate to form a functionalized polymer; and treating the functionalized polymer with an amine terminated oligonucleotide to form a conjugated polymer including the oligonucleotide in the presence of a polar non-aqueous solvent.
A random access preamble sending method, wherein the method comprises: sending, by a terminal device , a first random access preamble to a network device ; and obtaining, by the terminal device , power configuration information used to indicate a transmit power ramping performed in a first time period; and when the terminal device receives no random access response when a first sending moment arrives, sending, by the terminal device , a second random access preamble to the network device in the first time period, using transmit power indicated in the power configuration information, wherein the first time period is a time window used to receive a random access response sent by the network device after receiving the first random access preamble, and the first time period comprises the first sending moment. sending, by a terminal device , a first random access preamble to a network device ; and obtaining, by the terminal device , power configuration information used to indicate a transmit power ramping performed in a first time period; and when the terminal device receives no random access response when a first sending moment arrives, sending, by the terminal device , a second random access preamble to the network device in the first time period, using transmit power indicated in the power configuration information, wherein the first time period is a time window used to receive a random access response sent by the network device after receiving the first random access preamble, and the first time period comprises the first sending moment.
A method of diagnosis or prognosis of an autoimmune disease associated with the formation of demyelinated lesions of the central nervous system (CNS) in a subject wherein the method comprises detecting aquaporin-1 (AQP1) autoantibodies in a sample obtained from said subject.
A method of detecting a target biomolecule, comprising contacting a sample comprising said target biomolecule with a capture ligand, said capture ligand being immobilized at a defined location on a substrate and capable of specifically binding said target biomolecule thereby immobilizing said target biomolecule at said defined location on said substrate; contacting said immobilized target biomolecule with a detection ligand, said detection ligand capable of specifically binding to said immobilized target biomolecule and having peroxidase activity thereby forming an immobilized target biomolecule-detection ligand complex; contacting said complex with a tagging solution comprising an amplified electrochemiluminescent (AECL) tag under conditions that promote covalent binding of a plurality of AECL tags to said complex, wherein each of the AECL tags comprises a rare earth metal chelate and a tyramide bound to said metal chelate; washing said substrate to remove unbound AECL tag from said substrate; contacting said substrate with a detection solution that reacts with said bound AECL tag to generate luminescence when a voltage is applied to said defined location on said substrate; applying said voltage to said defined location on said substrate; and measuring luminescence from said defined location on said substrate thereby detecting said target biomolecule; wherein the method detects said target biomolecule in the sample at concentrations as low as 1 fg/mL.
A process for the production of a non-pneumatic tire comprising a structure and a shear band , wherein the process comprises the steps of: providing a structure having a surface intended to be put in contact with a shear band wherein the structure comprises a thermoplastic material; pretreating the surface of the structure to obtain a pretreated surface; characterised by providing an atmospheric pressure plasma generated from a gas mixture; depositing a plasma polymerized coating layer from the atmospheric pressure plasma on the pretreated surface to produce a structure with a coated surface comprising a plasma polymerized coating layer; providing a shear band with a layer of rubber material and contacting the coated surface of the structure with said layer of rubber material ; and co-vulcanizing the coated surface of the structure with the layer of rubber material of the shear band . providing a structure having a surface intended to be put in contact with a shear band wherein the structure comprises a thermoplastic material; pretreating the surface of the structure to obtain a pretreated surface; characterised by providing an atmospheric pressure plasma generated from a gas mixture; depositing a plasma polymerized coating layer from the atmospheric pressure plasma on the pretreated surface to produce a structure with a coated surface comprising a plasma polymerized coating layer; providing a shear band with a layer of rubber material and contacting the coated surface of the structure with said layer of rubber material ; and co-vulcanizing the coated surface of the structure with the layer of rubber material of the shear band .
Door system, comprising: at least one displaceable door element , at least one running rail for guiding the door element , and several light barrier elements for detecting a free travel path of the door element , characterized in that the plurality of light barrier elements generating a light grid are components separate from one another and the at least one running rail comprises a plurality of cut-outs , in each of which a light barrier element is fixed, wherein the plurality of light barrier elements are arranged predominantly or completely at the side of the running rail facing away from the door element . at least one displaceable door element , at least one running rail for guiding the door element , and several light barrier elements for detecting a free travel path of the door element , characterized in that the plurality of light barrier elements generating a light grid are components separate from one another and the at least one running rail comprises a plurality of cut-outs , in each of which a light barrier element is fixed, wherein the plurality of light barrier elements are arranged predominantly or completely at the side of the running rail facing away from the door element .
A coolant coupling device comprising: - a cylinder chamber provided for a support member for a tool rest in a machine tool and supplied with coolant; - a piston (P) movably arranged in the cylinder chamber ; and - a coolant supply flow channel provided for the piston (P) for passing coolant therethrough; wherein said piston (P) is driven by the coolant supplied to the cylinder chamber so that an outlet of the coolant supply flow channel is connected to a coolant inlet port of the tool rest to supply the coolant to the tool rest , wherein: the piston (P) comprises a cylindrical projection protruding toward and into the cylinder chamber , and the coolant supply flow channel has an inlet that opens at an outer peripheral surface of the cylindrical projection ; characterized in that said inlet has an opening area that is smaller than an opening area of said outlet . - a cylinder chamber provided for a support member for a tool rest in a machine tool and supplied with coolant; - a piston (P) movably arranged in the cylinder chamber ; and - a coolant supply flow channel provided for the piston (P) for passing coolant therethrough; wherein said piston (P) is driven by the coolant supplied to the cylinder chamber so that an outlet of the coolant supply flow channel is connected to a coolant inlet port of the tool rest to supply the coolant to the tool rest , wherein: the piston (P) comprises a cylindrical projection protruding toward and into the cylinder chamber , and the coolant supply flow channel has an inlet that opens at an outer peripheral surface of the cylindrical projection ; characterized in that said inlet has an opening area that is smaller than an opening area of said outlet . the piston (P) comprises a cylindrical projection protruding toward and into the cylinder chamber , and the coolant supply flow channel has an inlet that opens at an outer peripheral surface of the cylindrical projection ; characterized in that said inlet has an opening area that is smaller than an opening area of said outlet .
A drain trench body having base plates , between which columns are perpendicularly arranged, and sidewalls connected to the base plates , wherein the sidewalls include first latching elements , and the base plates include second latching elements , which are in engagement with one another, wherein the base plates include outer surfaces extending in the height direction, and wherein the sidewalls abut against the outer surfaces , characterized in that the first latching elements and the second latching elements are movable relative to one another in the height direction along the longitudinal axis of the columns , and the sidewalls are movable relative to the outer surfaces .
Method for generating an original total stream intended for being distributed to at least one broadcasting site, comprising a modulator and a transmitter sending a radiofrequency signal on a first frequency, characterized in that it implements the following steps: - obtaining at least one transport stream comprising at least one transport packet, - obtaining , from at least one modulation parameter for said broadcasting site, at least one starting instant of a modulation frame intended for being sent by said broadcasting site, - inserting at least one modulation information packet in said at least one transport stream, at a position determined from said at least one starting instant, - generating said original total stream, comprising at least one physical layer pipe encapsulating said at least one transport stream carrying said at least one modulation information packet. - obtaining at least one transport stream comprising at least one transport packet, - obtaining , from at least one modulation parameter for said broadcasting site, at least one starting instant of a modulation frame intended for being sent by said broadcasting site, - inserting at least one modulation information packet in said at least one transport stream, at a position determined from said at least one starting instant, - generating said original total stream, comprising at least one physical layer pipe encapsulating said at least one transport stream carrying said at least one modulation information packet.