mhurhangee/ep-ind-claims huggingface dataset:
Electronic device comprising at least one connection device which has at least one electrical connection element, wherein the connection element has a shaped collar which is introduced into a substrate of the device by joining and is composed of electrically conductive metal and forms at least a portion of an insertion opening, wherein the connection element has a circular base plate with a centrally formed aperture, wherein, at the edge of the aperture, the collar extends perpendicular to the base plate on one side of the base plate, wherein that the substrate is in the form of a plastic part of the device, characterized in that the collar has, at its end which is averted from the base plate, a projection which is in the form of a web which surrounds the entire circumference of the collar, so that a groove is produced between the base plate and the web, and wherein the projection holds the stamped collar which is inserted into the substrate in the solid material of the substrate.
An antenna positioning system for magnetic resonance imaging assisted surgery of a patient, the antenna positioning system comprising: a bed having at least one longitudinal edge, the bed being adapted such that the patient placed on the bed is positioned between a lower pole and an upper pole of a magnet, a housing for housing a plurality of antenna coils (524, 530) in a planar coil geometry, the housing comprising a skeletal structure that is contoured to match the coil geometry and that allows access to a portion of the patient's anatomy adjacent the housing, wherein the skeletal structure includes at least one opening adapted to allow surgical access to the portion of the patient's anatomy from which signals are receivable by the antenna coils (524, 530), an antenna support assembly adapted to be adjustably mountable to the bed, the antenna support assembly being adapted to support the housing and allow for slidably positioning the plurality of antenna coils (524, 530) relative to the bed, the antenna support assembly being adapted to slide, via a base member of the antenna support assembly, along and over the at least one longitudinal edge of the bed when so mounted. a bed having at least one longitudinal edge, the bed being adapted such that the patient placed on the bed is positioned between a lower pole and an upper pole of a magnet, a housing for housing a plurality of antenna coils (524, 530) in a planar coil geometry, the housing comprising a skeletal structure that is contoured to match the coil geometry and that allows access to a portion of the patient's anatomy adjacent the housing, wherein the skeletal structure includes at least one opening adapted to allow surgical access to the portion of the patient's anatomy from which signals are receivable by the antenna coils (524, 530), an antenna support assembly adapted to be adjustably mountable to the bed, the antenna support assembly being adapted to support the housing and allow for slidably positioning the plurality of antenna coils (524, 530) relative to the bed, the antenna support assembly being adapted to slide, via a base member of the antenna support assembly, along and over the at least one longitudinal edge of the bed when so mounted.
A bio-enzyme sensor capable of superhydrophobic solid-liquid-gas three-phase coexistence, wherein the bio-enzyme sensor comprises: (a) a substrate having superhydrophobic properties; (b) a catalytic material having a catalytic function for hydrogen peroxide; (c) a bio-enzyme capable of reacting with a substance to be detected to generate hydrogen peroxide, wherein, the catalytic material (b) is distributed on the substrate (a), or the substrate (a) itself has the catalytic material (b); and the bio-enzyme (c) is located on surface of the substrate (a) and/or the catalytic material (b); when the sensor is in contact with a solution containing the substance to be detected, a "solid phase-liquid phase-gas phase" coexistence form is formed at the contact interface. (a) a substrate having superhydrophobic properties; (b) a catalytic material having a catalytic function for hydrogen peroxide; (c) a bio-enzyme capable of reacting with a substance to be detected to generate hydrogen peroxide,
A power supply system comprising: a first power converting part which is connected to a power source (14, 14a, 14b) to convert power supplied from the power source and to output the power to an in-house power wiring provided inside a house via a first relay; a second power converting part configured to convert power supplied from the in-house power wiring via a first route and to supply the power to an electric vehicle through an electric vehicle wiring; the first relay being provided between the in-house power wiring and the first power converting part; a second relay provided between the first power converting part and the second power converting part in a second route, and a joint part provided to the second power converting part and connected via the second relay and the second route; characterized by a controller which is configured to turn the first relay off and at the same time turn the second relay on to cause an aggregated power of the power converted by the second power converting part and the power supplied from the first power converting part to the joint part via the second route and the second relay to be outputted to the electric vehicle via the electric vehicle wiring. a first power converting part which is connected to a power source (14, 14a, 14b) to convert power supplied from the power source and to output the power to an in-house power wiring provided inside a house via a first relay; a second power converting part configured to convert power supplied from the in-house power wiring via a first route and to supply the power to an electric vehicle through an electric vehicle wiring; the first relay being provided between the in-house power wiring and the first power converting part; a second relay provided between the first power converting part and the second power converting part in a second route, and a joint part provided to the second power converting part and connected via the second relay and the second route; characterized by a controller which is configured to turn the first relay off and at the same time turn the second relay on to cause an aggregated power of the power converted by the second power converting part and the power supplied from the first power converting part to the joint part via the second route and the second relay to be outputted to the electric vehicle via the electric vehicle wiring.
An electrochemical battery system, comprising: at least one electrochemical cell; a first sensor configured to generate a current signal indicative of an amplitude of a current passing into or out of the at least one electrochemical cell; a second sensor configured to generate a voltage signal indicative of a voltage across the at least one electrochemical cell; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain the current signal and the voltage signal, and to generate an estimated state of charge of the at least one electrochemical cell and kinetic parameters for an equivalent circuit model of the at least one electrochemical cell by obtaining a derivative with respect to SOC of an open cell voltage (U ocv) of the at least one electrochemical cell, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, estimating the kinetic parameters using a modified least-square algorithm with forgetting factor, wherein older data are given exponentially less weight in the estimation, and estimating the SOC x 1 ^ ̇ using the estimated kinetic parameters, wherein the estimated SOC is used to re-estimate the kinetic parameters. at least one electrochemical cell; a first sensor configured to generate a current signal indicative of an amplitude of a current passing into or out of the at least one electrochemical cell; a second sensor configured to generate a voltage signal indicative of a voltage across the at least one electrochemical cell; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain the current signal and the voltage signal, and to generate an estimated state of charge of the at least one electrochemical cell and kinetic parameters for an equivalent circuit model of the at least one electrochemical cell by obtaining a derivative with respect to SOC of an open cell voltage (U ocv) of the at least one electrochemical cell, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, estimating the kinetic parameters using a modified least-square algorithm obtaining a derivative with respect to SOC of an open cell voltage (U ocv) of the at least one electrochemical cell, obtaining an estimated nominal capacity (C nom) of the at least one electrochemical cell, estimating the kinetic parameters using a modified least-square algorithm with forgetting factor, wherein older data are given exponentially less weight in the estimation, and estimating the SOC x 1 ^ ̇ using the estimated kinetic parameters, wherein the estimated SOC is used to re-estimate the kinetic parameters. estimating the SOC x 1 ^ ̇ using the estimated kinetic parameters, wherein the estimated SOC is used to re-estimate the kinetic parameters.
Pressure sensor apparatus suitable for a pressure sensor, in particular a low-pressure sensor or medium-pressure sensor, having a sensing device which comprises a sensing side which can be turned towards a sensing environment with a fluid to be sensed, wherein a fluid-pressure transmission device is provided indirectly or directly on the sensing side, characterized in that the fluid-pressure transmission device has a porous and/or sponge-like and fluid-permeable structure or solid body, which is filled with a transmission fluid through which a fluid pressure can be transmitted to the sensing device as fluid pressure of the fluid to be sensed; and the fluid-pressure transmission device is designed in such a way that the fluid pressure can be transmitted to the sensing side by means of the transmission fluid in the fluid-pressure transmission device.
Sealing arrangement, comprising a vehicle window pane, the sealing arrangement comprising at least: a) a holding rail with a latching channel, wherein the latching channel comprises a guide rail and a spring leg, b) the holding rail is affixed on the vehicle window pane, characterized in c) a cover with a guide channel, wherein the guide channel is formed by a latching rail and a positioning stop and the guide rail is arranged in the guide channel and the latching rail is engaged in the latching channel, wherein the spring leg is latch connected to the latching rail, wherein d) in the guide channel, a spring element is tensioned between a contact surface on the underside of the cover and the guide rail, wherein the spring element is configured as a single lip in cross-section and, together with the guide rail, seals and supports the contact surface on the underside of the cover between the positioning stop and the latching rail, wherein the spring element presses in the installed state against the positioning stop. a) a holding rail with a latching channel, wherein the latching channel comprises a guide rail and a spring leg, b) the holding rail is affixed on the vehicle window pane, characterized in c) a cover with a guide channel, wherein the guide channel is formed by a latching rail and a positioning stop and the guide rail is arranged in the guide channel and the latching rail is engaged in the latching channel, wherein the spring leg is latch connected to the latching rail, wherein d) in the guide channel, a spring element is tensioned between a contact surface on the underside of the cover and the guide rail, wherein the spring element is configured as a single lip in cross-section and, together with the guide rail, seals and supports the contact surface on the underside of the cover between the positioning stop and the latching rail, wherein the spring element presses in the installed state against the positioning stop.
A radio communication apparatus comprising: a receiver adapted to receive a first power headroom, which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and adapted to receive a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and circuitry adapted to set a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received. a receiver adapted to receive a first power headroom, which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and adapted to receive a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and circuitry adapted to set a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received.
A method for aborting a command in a Peripheral Component Interconnect express - PCIe based Non-Volatile Memory express - NVME Solid-State Drive - SSD the method comprising: receiving, by a host, an abort command in an Admin submission queue of the host to abort a target command present in an Input/Output - I/O submission queue of the host or in an I/O queue of the NVMe SSD, wherein the abort command comprises slot information of the target command to be aborted; updating, by the host, a tail doorbell of NVMe doorbell registers of the NVMe SSD after receiving the abort command in the Admin submission queue; placing, by the NVMe SSD, the abort command into an Admin queue of the NVMe SSD after updating the tail doorbell of the NVMe doorbell registers by the host; executing, by the NVMe SSD, the abort command using the slot information of the target command to be aborted by updating an I/O completion queue of the host with the target command to be aborted; updating, by the host, a head doorbell of the doorbell registers of the NVMe SSD after completing execution of the abort command by the NVMe SSD; and updating, by the NVMe SSD, a response for the abort command in an Admin completion queue of the host upon completion of aborting of the target command in the NVMe SSD. receiving, by a host, an abort command in an Admin submission queue of the host to abort a target command present in an Input/Output - I/O submission queue of the host or in an I/O queue of the NVMe SSD, wherein the abort command comprises slot information of the target command to be aborted; updating, by the host, a tail doorbell of NVMe doorbell registers of the NVMe SSD after receiving the abort command in the Admin submission queue; placing, by the NVMe SSD, the abort command into an Admin queue of the NVMe SSD after updating the tail doorbell of the NVMe doorbell registers by the host; executing, by the NVMe SSD, the abort command using the slot information of the target command to be aborted by updating an I/O completion queue of the host with the target command to be aborted; updating, by the host, a head doorbell of the doorbell registers of the NVMe SSD after completing execution of the abort command by the NVMe SSD; and updating, by the NVMe SSD, a response for the abort command in an Admin completion queue of the host upon completion of aborting of the target command in the NVMe SSD.
Method for producing a shell-shaped component, having a wall and a depression open toward an opening, wherein said component is produced by cold gas spraying, wherein - a supporting body having a convexly or concavely curved surface composed of a material to which the particles of the cold gas jet do not adhere is made available, - a starting structure is held by a holding fixture and is brought into contact with the surface of the supporting body, - the component is produced by application of material from the cold gas jet in each case to the edge of the component being formed, wherein the supporting body and the cold gas jet are moved synchronously in such a way that the cold gas jet impinges on the edge at an angle within the cold spraying cone, and the supporting body supports the component being formed at the point of impact of the cold gas jet, while the cold gas jet is aligned outside the spraying cone on the surface of the supporting body. - a supporting body having a convexly or concavely curved surface composed of a material to which the particles of the cold gas jet do not adhere is made available, - a starting structure is held by a holding fixture and is brought into contact with the surface of the supporting body, - the component is produced by application of material from the cold gas jet in each case to the edge of the component being formed, wherein the supporting body and the cold gas jet are moved synchronously in such a way that the cold gas jet impinges on the edge at an angle within the cold spraying cone, and the supporting body supports the component being formed at the point of impact of the cold gas jet, while the cold gas jet is aligned outside the spraying cone on the surface of the supporting body.
A method comprising: receiving, at a hinting service, hinting feedback from a first remote client computing device, the hinting feedback comprising certificate information about a certificate that was issued by a certificate authority, wherein the certificate information comprises validity information for the certificate, the certificate related to a first web transaction between the first remote client computing device and a content server, wherein the first web transaction included establishing a secure communications channel with the content server, wherein the hinting service and the certificate authority each include one or more computing devices; determining whether the certificate information comprises new certificate information; responsive to determining that the certificate information comprises new certificate information, storing the new certificate information in a cache at the hinting service; receiving, by the hinting service, from a second remote client computing device, a request for hint information for a second web transaction that corresponds to the first web transaction, the hint information comprising the certificate information; retrieving, by the hinting service, the certificate information associated with the first web transaction from the cache; and transmitting, by the hinting service, the certificate information to the second remote client computing device. receiving, at a hinting service, hinting feedback from a first remote client computing device, the hinting feedback comprising certificate information about a certificate that was issued by a certificate authority, wherein the certificate information comprises validity information for the certificate, the certificate related to a first web transaction between the first remote client computing device and a content server, wherein the first web transaction included establishing a secure communications channel with the content server, wherein the hinting service and the certificate authority each include one or more computing devices; determining whether the certificate information comprises new certificate information; responsive to determining that the certificate information comprises new certificate information, storing the new certificate information in a cache at the hinting service; receiving, by the hinting service, from a second remote client computing device, a request for hint information for a second web transaction that corresponds to the first web transaction, the hint information comprising the certificate information; retrieving, by the hinting service, the certificate information associated with the first web transaction from the cache; and transmitting, by the hinting service, the certificate information to the second remote client computing device.
A host communication method, wherein a source host is a legacy host, a destination host is a new host; the legacy host is an Internet Protocol Version 6, IPv6, host, and the new host supports a protocol for separating a host identity, ID, from a host locator; and the method comprises: receiving a first packet sent by the source host in a network that covers the source host, wherein the first packet is a legacy packet that carries an IPv6 address of the source host and a host ID of the destination host; obtaining a host ID of the source host, a locator of the source host, and a locator of the destination host according to the IPv6 address of the source host and the host ID of the destination host, wherein the locator of the source host is a routable IPv6 address of a proxy, the proxy converting packets to implement communication between the legacy host and the new host; converting the legacy packet into a second packet that carries the host ID of the source host, the locator of the source host, the host ID of the destination host, and the locator of the destination host, the second packet being a new packet; and sending the second packet to the destination host in a network that covers the destination host. receiving a first packet sent by the source host in a network that covers the source host, wherein the first packet is a legacy packet that carries an IPv6 address of the source host and a host ID of the destination host; obtaining a host ID of the source host, a locator of the source host, and a locator of the destination host according to the IPv6 address of the source host and the host ID of the destination host, wherein the locator of the source host is a routable IPv6 address of a proxy, the proxy converting packets to implement communication between the legacy host and the new host; converting the legacy packet into a second packet that carries the host ID of the source host, the locator of the source host, the host ID of the destination host, and the locator of the destination host, the second packet being a new packet; and sending the second packet to the destination host in a network that covers the destination host.
An anti-lightning-combined-stripline-circuit system, comprising: a stripline board including circuitry; a linear array of elements driven by the circuitry; a metal ground bar attached to the stripline board, wherein the metal ground bar is a ground for the circuitry and a lightning ground for the linear array of elements driven by the circuitry simultaneously; and a lightning rod attached to an end of the metal ground bar. a stripline board including circuitry; a linear array of elements driven by the circuitry; a metal ground bar attached to the stripline board, wherein the metal ground bar is a ground for the circuitry and a lightning ground for the linear array of elements driven by the circuitry simultaneously; and a lightning rod attached to an end of the metal ground bar.