mhurhangee/patent-ind-claim-en huggingface dataset:
An interaction method, wherein the method comprises: displaying (S501), by a first electronic device, a multi-task management interface , wherein the multi-task management interface comprises N device labels and at least one task record, wherein the N device labels correspond to N electronic devices respectively, and N is a integer greater than or equal to 2, and the N labels comprises: first device label of the first electronic device, a second device label of a second electronic device, wherein the at least one task record comprises a first task record corresponding to a first task and a second task operating on the first electronic device in a split-screen form; receiving (S502), by the first electronic device, a first operation performed by a user on the first task record corresponding to the first electronic device in the multi-task management interface for dragging the first task record to the second device label; and enabling (S503), by the first electronic device in response to the first operation, the second electronic device to display the first task and the second task in a split-screen form; wherein a split-screen display manner of the first task and the second task in the first electronic device is different from a split-screen display manner of the first task and the second task in the second electronic device. displaying (S501), by a first electronic device, a multi-task management interface , wherein the multi-task management interface comprises N device labels and at least one task record, wherein the N device labels correspond to N electronic devices respectively, and N is a integer greater than or equal to 2, and the N labels comprises: first device label of the first electronic device, a second device label of a second electronic device, wherein the at least one task record comprises a first task record corresponding to a first task and a second task operating on the first electronic device in a split-screen form; receiving (S502), by the first electronic device, a first operation performed by a user on the first task record corresponding to the first electronic device in the multi-task management interface for dragging the first task record to the second device label; and enabling (S503), by the first electronic device in response to the first operation, the second electronic device to display the first task and the second task in a split-screen form; wherein a split-screen display manner of the first task and the second task in the first electronic device is different from a split-screen display manner of the first task and the second task in the second electronic device.
Apparatus for limiting a short-circuit current in an on-load tap-changer , in particular in a diverter switch of the on-load tap-changer , comprising - a first sensor for measuring a current in a first current line of the on-load tap-changer , - an interruption element , - a control device , and - a current-limiting element , wherein - the interruption element is arranged in the first current line of the on-load tap-changer , - the current-limiting element is arranged in parallel with the interruption element , - the first sensor is designed to communicate a first measurement signal M1, representing the measured current in the first current line of the on-load tap-changer , to the control device , - the interruption element is actuable by the control device in such a way that it can interrupt the carrying of current in the first current line of the on-load tap-changer , such that the carried current is commutated to the current-limiting element , wherein - the apparatus has a second sensor for measuring the current in a second current line , said second sensor being designed to communicate a second measurement signal M2, representing the measured current in the second current line , to the control device , characterized in that - the control device is configured to actuate the interruption element if both the first measurement signal M1 and the second measurement signal M2 are greater than or equal to a fixed limit value. - a first sensor for measuring a current in a first current line of the on-load tap-changer , - an interruption element , - a control device , and - a current-limiting element , wherein - the interruption element is arranged in the first current line of the on-load tap-changer , - the current-limiting element is arranged in parallel with the interruption element , - the first sensor is designed to communicate a first measurement signal M1, representing the measured current in the first current line of the on-load tap-changer , to the control device , - the interruption element is actuable by the control device in such a way that it can interrupt the carrying of current in the first current line of the on-load tap-changer , such that the carried current is commutated to the current-limiting element , wherein - the apparatus has a second sensor for measuring the current in a second current line , said second sensor being designed to communicate a second measurement signal M2, representing the measured current in the second current line , to the control device , characterized in that - the control device is configured to actuate the interruption element if both the first measurement signal M1 and the second measurement signal M2 are greater than or equal to a fixed limit value.
An in vitro method for mimicking the effect of a ionizing radiation on T cells, comprising contacting said T cells with bleomycin, for a period of time of at least 50 hours.
An implantable blood pump assembly comprising: a housing defining an inlet , an outlet , a flow path extending from the inlet to the outlet , and an internal compartment separated from the flow path ; a rotor positioned within the flow path and operable to pump blood from the inlet to the outlet ; a stator positioned within the internal compartment and operable to drive the rotor ; an inlet conduit connected to the housing inlet , the inlet conduit having a downstream end having a reduced cross-sectional area that produces a localized region of high velocity blood flow; and characterized by at least one pressure sensor positioned between the inlet and the outlet and configured to detect a pressure of blood flowing through the flow path , wherein the at least one pressure sensor is located adjacent the downstream end of the inlet conduit . a housing defining an inlet , an outlet , a flow path extending from the inlet to the outlet , and an internal compartment separated from the flow path ; a rotor positioned within the flow path and operable to pump blood from the inlet to the outlet ; a stator positioned within the internal compartment and operable to drive the rotor ; an inlet conduit connected to the housing inlet , the inlet conduit having a downstream end having a reduced cross-sectional area that produces a localized region of high velocity blood flow; and
A surgical instrument comprising: a first member including a lateral projection having a locking surface that defines an elongated cavity, the locking surface being engageable with a longitudinal member to fix the longitudinal member with the first member ; and a second member including at least one mating element (72; 94) being engageable with a spinal construct , wherein the first member is axially translatable relative to the second member in a first direction to tension the longitudinal member and in a second direction to release tension from the longitudinal member , wherein the second member includes a first arm , a second arm and a lock to fix the first arm relative to the second arm . a first member including a lateral projection having a locking surface that defines an elongated cavity, the locking surface being engageable with a longitudinal member to fix the longitudinal member with the first member ; and a second member including at least one mating element (72; 94) being engageable with a spinal construct , wherein the first member is axially translatable relative to the second member in a first direction to tension the longitudinal member and in a second direction to release tension from the longitudinal member , wherein the second member includes a first arm , a second arm and a lock to fix the first arm relative to the second arm .
A Flow Specification protocol-based communication method, comprising: obtaining (S120, S220), by a controller, a requirement indicating that a first resource on a forwarding device needs to be associated with a second resource on the forwarding device, wherein the forwarding device is a provider edge, PE, device, the first resource is routing information of a second customer edge, CE, device, the second resource is a virtual private network, VPN, instance of a first CE device, wherein the VPN instance of the first CE device is established on the forwarding device; and sending (S130, S230), by the controller, a Border Gateway Protocol Flow Specification, BGP Flow Spec, protocol packet to the forwarding device according to the requirement, wherein the BGP Flow Spec protocol packet comprises a network layer reachability information field and an extended community attribute field, the network layer reachability information field carries characteristic information of the first resource, the extended community attribute field carries a global identifier, GID, used to indicate the second resource, and the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource; wherein the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource comprising: the BGP Flow Spec protocol packet is used to instruct the forwarding device to add, to a VPN routing table of the first CE device, the routing information of the second CE device. obtaining (S120, S220), by a controller, a requirement indicating that a first resource on a forwarding device needs to be associated with a second resource on the forwarding device, wherein the forwarding device is a provider edge, PE, device, the first resource is routing information of a second customer edge, CE, device, the second resource is a virtual private network, VPN, instance of a first CE device, wherein the VPN instance of the first CE device is established on the forwarding device; and sending (S130, S230), by the controller, a Border Gateway Protocol Flow Specification, BGP Flow Spec, protocol packet to the forwarding device according to the requirement, wherein the BGP Flow Spec protocol packet comprises a network layer reachability information field and an extended community attribute field, the network layer reachability information field carries characteristic information of the first resource, the extended community attribute field carries a global identifier, GID, used to indicate the second resource, and the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource; wherein the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource comprising: the BGP Flow Spec protocol packet is used to instruct the forwarding device to add, to a VPN routing table of the first CE device, the routing information of the second CE device.
A throttle valve for an internal combustion engine ; the throttle valve comprises: a valve body ; a feeding duct , which is obtained in the valve body and through which the air sucked in by the internal combustion engine flows; an operating duct , which is obtained in the valve body , is arranged perpendicular to the feeding duct , and intersects the feeding duct ; a shutter , which has a cylindrical shape, is designed to be mechanically connected to an accelerator control, engages the feeding duct , and moves, translating linearly, on the inside of the operating duct between an open position and a closed position of the feeding duct ; and a closing spring , which presses against a base of the shutter , so as to push the shutter towards the closed position of the feeding duct ; the throttle valve is characterized in that: the valve body is made of a moulded plastic material; and there is a tubular insert provided, which is made of a metal material, is arranged on the inside of the valve body in the area of the operating duct , and covers the operating duct so that the shutter slides on the inside of the tubular insert in direct contact with the tubular insert . a valve body ; a feeding duct , which is obtained in the valve body and through which the air sucked in by the internal combustion engine flows; an operating duct , which is obtained in the valve body , is arranged perpendicular to the feeding duct , and intersects the feeding duct ; a shutter , which has a cylindrical shape, is designed to be mechanically connected to an accelerator control, engages the feeding duct , and moves, translating linearly, on the inside of the operating duct between an open position and a closed position of the feeding duct ; and a closing spring , which presses against a base of the shutter , so as to push the shutter towards the closed position of the feeding duct ; the throttle valve is characterized in that: the valve body is made of a moulded plastic material; and there is a tubular insert provided, which is made of a metal material, is arranged on the inside of the valve body in the area of the operating duct , and covers the operating duct so that the shutter slides on the inside of the tubular insert in direct contact with the tubular insert .
Sulfur-crosslinkable rubber mixture comprising - at least two diene rubbers and - from 0.1 to 20 phr of at least one aliphatically modified C9 hydrocarbon resin and - from 0.1 to 7 phr of at least one further processing aid. - at least two diene rubbers and - from 0.1 to 20 phr of at least one aliphatically modified C9 hydrocarbon resin and - from 0.1 to 7 phr of at least one further processing aid.
A monoclonal antibody, wherein the monoclonal antibody can specifically bind to an epitope peptide consisting of amino acid residues from positions 119 to 125 of HBsAg protein; wherein the monoclonal antibody is the monoclonal antibody produced by the hybridoma cell line HBs-E6F6, wherein the hybridoma cell line HBs-E6F6 is deposited in China Center for Type Culture Collection(CCTCC), with a deposition number of CCTCC NO.C201270; ; or is a chimeric antibody in which the variable region thereof is from the monoclonal antibody produced by said the-hybridoma cell line and the constant region thereof is from a human antibody; wherein the monoclonal antibody is capable of reducing serum level of HBV DNA and/or HBsAg in a subject.
An oral car instrument, in particular a toothbrush or a tongue cleaner, comprising at least one cleaning element made of a first plastic component, the first plastic component having a Shore hardness of 1 to 50 Shore-A measured according to DIN ISO 7619-1:2012, characterized in that the first plastic component contains a thermoplastic elastomer, 1 to 50% by weight of activated carbon and 1 to 35% by weight of chalk.
An anchoring system for attaching a prosthesis to a long bone of a human body, said anchoring system comprising: an anchoring element comprising an outer threaded profile for anchoring to bone tissue of a long bone of a human body, an abutment comprising a distal portion for linking the anchoring system to an external prosthetic component, an abutment screw for attaching the abutment to the anchoring element for providing a mechanical connection between the anchoring element and the abutment, wherein, said anchoring element comprises a through-hole having an opening with an inner profile for providing a connection area for the abutment, said connection area comprising a press-fit portion in a distal portion of said connection area, said press-fit portion having an opening dimension smaller than a dimension of a press-fit portion of said abutment such that said abutment is mechanically attachable to said anchoring element in the connection area by a press-fit connection, wherein said connection area comprises an anti-rotation geometry proximal to the press-fit portion, said abutment comprising a corresponding mating anti-rotation geometry proximal to said press-fit portion of said abutment configured to engage with the anti-rotation geometry of said anchoring element, and wherein said connection area comprises a conical portion proximal to the anti-rotational geometry forming a mating geometry for a corresponding conical portion of the abutment . an anchoring element comprising an outer threaded profile for anchoring to bone tissue of a long bone of a human body, an abutment comprising a distal portion for linking the anchoring system to an external prosthetic component, an abutment screw for attaching the abutment to the anchoring element for providing a mechanical connection between the anchoring element and the abutment, wherein, said anchoring element comprises a through-hole having an opening with an inner profile for providing a connection area for the abutment, said connection area comprising a press-fit portion in a distal portion of said connection area, said press-fit portion having an opening dimension smaller than a dimension of a press-fit portion of said abutment such that said abutment is mechanically attachable to said anchoring element in the connection area by a press-fit connection, wherein said connection area comprises an anti-rotation geometry proximal to the press-fit portion, said abutment comprising a corresponding mating anti-rotation geometry proximal to said press-fit portion of said abutment configured to engage with the anti-rotation geometry of said anchoring element, and wherein said connection area comprises a conical portion proximal to the anti-rotational geometry forming a mating geometry for a corresponding conical portion of the abutment .
A signal-processing method for filtering a measurement data obtained by measuring surface texture of a workpiece, comprising: a measurement data input step for inputting the measurement data along a measurement path; a selecting step for selecting a weighted spline filter formula in accordance with the type of the measurement data; an initializing step for applying weight on the measurement data by an identity matrix to obtain an initial value of a spline filter output; a weight-adjusting step for adjusting and determining the weight on the measurement data; a spline filter output calculating step for calculating the spline filter output using the weight determined in the weight-adjusting step; a convergence test step for determining a convergence of the weight; and an output step for outputting a signal-processing result based on the spline filter output, wherein, when the weight is not judged converged in the convergence test step, the weight is updated and the weight-adjusting step and the spline filter output calculating step are repeated to conduct a robust spline filtering on the measurement data. a measurement data input step for inputting the measurement data along a measurement path; a selecting step for selecting a weighted spline filter formula in accordance with the type of the measurement data; an initializing step for applying weight on the measurement data by an identity matrix to obtain an initial value of a spline filter output; a weight-adjusting step for adjusting and determining the weight on the measurement data; a spline filter output calculating step for calculating the spline filter output using the weight determined in the weight-adjusting step; a convergence test step for determining a convergence of the weight; and an output step for outputting a signal-processing result based on the spline filter output, wherein, when the weight is not judged converged in the convergence test step, the weight is updated and the weight-adjusting step and the spline filter output calculating step are repeated to conduct a robust spline filtering on the measurement data.
A method of lifting wellbore fluids in a subterranean well towards a surface , the method including: providing a closed water system free of fluid communication with the wellbore fluids, the closed water system being located entirely within the subterranean well and having a water storage tank that is located outside of a high temperature zone of the subterranean well ; circulating water from the water storage tank into the high temperature zone of the subterranean well to form a steam; rotating a downhole steam turbine with the steam to drive a submersible pump system in fluid communication with the wellbore fluids and lifting the wellbore fluids towards the surface with the submersible pump system ; and directing the steam exiting from the steam turbine towards the water storage tank ; wherein a high temperature of the high temperature zone is generated by the submersible pump system . providing a closed water system free of fluid communication with the wellbore fluids, the closed water system being located entirely within the subterranean well and having a water storage tank that is located outside of a high temperature zone of the subterranean well ; circulating water from the water storage tank into the high temperature zone of the subterranean well to form a steam; rotating a downhole steam turbine with the steam to drive a submersible pump system in fluid communication with the wellbore fluids and lifting the wellbore fluids towards the surface with the submersible pump system ; and directing the steam exiting from the steam turbine towards the water storage tank ; wherein a high temperature of the high temperature zone is generated by the submersible pump system .
A method for detecting an analyte comprising a) contacting said analyte, a capture agent and a solid surface to form a capture complex attached to a solid surface, b) cleaving at least one covalent bond within said analyte and/or within said capture agent comprised in said capture complex and, thereby, releasing said analyte or a fragment thereof from said capture complex, and c) detecting said analyte or fragment thereof and, thereby, detecting said analyte, wherein said capture agent is attached to said solid surface simultaneously to contacting said capture agent with said analyte. a) contacting said analyte, a capture agent and a solid surface to form a capture complex attached to a solid surface, b) cleaving at least one covalent bond within said analyte and/or within said capture agent comprised in said capture complex and, thereby, releasing said analyte or a fragment thereof from said capture complex, and c) detecting said analyte or fragment thereof and, thereby, detecting said analyte, wherein said capture agent is attached to said solid surface simultaneously to contacting said capture agent with said analyte.