mhurhangee/ep-ind-claims huggingface dataset:
A force sensor comprising: a substrate including a proximal surface and a distal surface; a plurality of sensing elements (Se) coupled to the distal surface of the substrate for sensing force along a load path extending in a distal to proximal direction; a seal including a base wall and a flange extending proximally from the base wall and around an entire outer perimeter of the base wall, the flange positioned against the distal surface of the substrate to define a cavity between the base wall of the seal and the distal surface of the substrate, the plurality of sensing elements disposed within the cavity; and a cover plate positioned over the seal in the distal direction and fixed to the substrate, the cover plate applying a closure force on the seal causing the seal to firmly engage the substrate to inhibit the ingress of fluids into the cavity. a substrate including a proximal surface and a distal surface; a plurality of sensing elements (Se) coupled to the distal surface of the substrate for sensing force along a load path extending in a distal to proximal direction; a seal including a base wall and a flange extending proximally from the base wall and around an entire outer perimeter of the base wall, the flange positioned against the distal surface of the substrate to define a cavity between the base wall of the seal and the distal surface of the substrate, the plurality of sensing elements disposed within the cavity; and a cover plate positioned over the seal in the distal direction and fixed to the substrate, the cover plate applying a closure force on the seal causing the seal to firmly engage the substrate to inhibit the ingress of fluids into the cavity.
A pressure-limiting device adapted to be installed in a system comprising a first line and a second line that may comprise pressurised oil and comprising a discharge and/or booster line, which device comprises a pressure selector and two pressure relief valves (160, 180), the selector comprising two separate valves (152, 156) and an elastic member interposed between the plugs (154, 158) of these two separate selector valves so that when the working pressure on the first line and on the second line is less than a setpoint threshold, one of the selector valves (152, 156) is open while the other selector valve is closed, while when the working pressure on the first line and on the second line is greater than the setpoint threshold, both selector valves (152, 156) are closed, further comprising means for adjusting (172, 192) respectively the pressure relief valves disposed on the outside of the pressure selector valves to allow independently adjusting the calibration of each pressure relief valve.
A method for channel processing, comprising: acquiring first information, wherein the first information comprises uplink transmission resources and an identifier of an HARQ process used for transmitting data on the uplink transmission resources; and determining a set of candidate logical channels multiplexed on the uplink transmission resources according to an HARQ feedback function state of the HARQ process and an HARQ feedback function attribute of each logical channel; wherein the HARQ feedback function state of the HARQ process comprises: HARQ feedback enabled, or HARQ feedback disabled; the HARQ feedback function attribute of each logical channel comprises: HARQ feedback enabled, or HARQ feedback disabled; wherein the set of candidate logical channels comprises a logical channel, of which the HARQ feedback function attribute is consistent with the HARQ feedback function state of the HARQ process, among all logical channels in which there is currently data to be transmitted. acquiring first information, wherein the first information comprises uplink transmission resources and an identifier of an HARQ process used for transmitting data on the uplink transmission resources; and determining a set of candidate logical channels multiplexed on the uplink transmission resources according to an HARQ feedback function state of the HARQ process and an HARQ feedback function attribute of each logical channel; wherein the HARQ feedback function state of the HARQ process comprises: HARQ feedback enabled, or HARQ feedback disabled; the HARQ feedback function attribute of each logical channel comprises: HARQ feedback enabled, or HARQ feedback disabled; wherein the set of candidate logical channels comprises a logical channel, of which the HARQ feedback function attribute is consistent with the HARQ feedback function state of the HARQ process, among all logical channels in which there is currently data to be transmitted.
A test transition assistance method using a test transition assistance system connecting, through a network, to a current system (130, 140) for processing a variety of information as well as a new system, which is a target of the transition from the current system (130, 140), wherein the current system (130, 140) performs a step of transmitting a request message and a step of receiving a response message, or performs a step of receiving and processing a request message and a step of transmitting a response message, or perform the both, wherein the new system performs a step of receiving and processing a new request message from the test transition assistance system and a step of transmitting a response message to the test transition assistance system, and wherein the test transition assistance system performs the steps of: acquiring one or more request messages transmitted from or received by the current system (130, 140); processing and storing each request message as message information; acquiring one or more response messages transmitted from or received by the current system (130, 140); processing and storing each response message as message information; reading and processing the stored message information; transmitting a series of test request messages generated during processing of the message information to the new system; receiving a response message from the new system; and comparing the stored response message with the response message received from the new system; the method being characterised in that the transmission interval between new request message transmissions is reduced by a constant rate from the initial interval value between request messages transmitted to the current system. acquiring one or more request messages transmitted from or received by the current system (130, 140); processing and storing each request message as message information; acquiring one or more response messages transmitted from or received by the current system (130, 140); processing and storing each response message as message information; reading and processing the stored message information; transmitting a series of test request messages generated during processing of the message information to the new system; receiving a response message from the new system; and comparing the stored response message with the response message received from the new system; the method being characterised in that the transmission interval between new request message transmissions is reduced by a constant rate from the initial interval value between request messages transmitted to the current system.
A method, comprising: receiving, by a mobile device, radio frequency, RF, signals from a plurality of RF sources; determining information associated with the plurality of RF sources; comparing the determined information with a priori information associated with a set of indoor-only RF sources; determining if the determined information associated with the plurality of RF sources includes all, or parts of, the information associated with at least one of the set of indoor-only RF sources; if the determined information associated with the plurality of RF sources includes all, or parts of, the information associated with at least one of the set of indoor-only RF sources, using an indoor positioning algorithm to determine a location of the mobile device; and if the determined information associated with the plurality of RF sources does not include any of information associated with at least one of the set of indoor-only RF sources, using an outdoor positioning algorithm to determine the location of the mobile device; characterized by disable outdoor positioning logic and reduce the power used by the outdoor positioning logic, if the determined information associated with the plurality of RF sources includes at least one of the set of indoor-only RF sources; and disable indoor positioning logic and reduce the power used by the indoor positioning logic, if the determined information associated with the plurality of RF sources does not include at least one of the set of indoor-only RF sources. receiving, by a mobile device, radio frequency, RF, signals from a plurality of RF sources; determining information associated with the plurality of RF sources; comparing the determined information with a priori information associated with a set of indoor-only RF sources; determining if the determined information associated with the plurality of RF sources includes all, or parts of, the information associated with at least one of the set of indoor-only RF sources; if the determined information associated with the plurality of RF sources includes all, or parts of, the information associated with at least one of the set of indoor-only RF sources, using an indoor positioning algorithm to determine a location of the mobile device; and if the determined information associated with the plurality of RF sources does not include any of information associated with at least one of the set of indoor-only RF sources, using an outdoor positioning algorithm to determine the location of the mobile device; characterized by disable outdoor positioning logic and reduce the power used by the outdoor positioning logic, if the determined information associated with the plurality of RF sources includes at least one of the set of indoor-only RF sources; and disable indoor positioning logic and reduce the power used by the indoor positioning logic, if the determined information associated with the plurality of RF sources does not include at least one of the set of indoor-only RF sources.
A dispensing apparatus comprising: a housing having a cavity sized to receive a product package containing a fluid product to be dispensed; a fluid drive unit having an inlet conduit directly connected to receive a supply of a drive fluid such that flow of the drive fluid causes rotation of the fluid drive unit; an outlet conduit from which the drive fluid exits the housing; and a pump engagement mechanism configured to removably connect the fluid drive unit to a pump engagement coupling of a pump internally integrated into the product package and to transfer rotational motion of the fluid drive unit to the pump, resulting in dispensing of the fluid product from the product package responsive to rotation of the fluid drive unit. a housing having a cavity sized to receive a product package containing a fluid product to be dispensed; a fluid drive unit having an inlet conduit directly connected to receive a supply of a drive fluid such that flow of the drive fluid causes rotation of the fluid drive unit; an outlet conduit from which the drive fluid exits the housing; and a pump engagement mechanism configured to removably connect the fluid drive unit to a pump engagement coupling of a pump internally integrated into the product package and to transfer rotational motion of the fluid drive unit to the pump, resulting in dispensing of the fluid product from the product package responsive to rotation of the fluid drive unit.
A method of selecting an immune checkpoint inhibitor in vivo, comprising (a) in vitro co-culturing adherent tumor cells and suspension immune cells within lumens of microtube array membrane (MTAM), wherein the MTAM comprises electrospun fiber assembly having highly aligned and closely packed hollow fibers with nano-size; (b) transplanting the membrane into a non-human animal; and (c) administering an immune checkpoint inhibitor to the non-human animal; (d) separating the tumor cells and the immune cells; and (e) determining a cell viability of the tumor cells or the activity of the immune cells or determining immune checkpoint protein expression in the tumor or immune cells; wherein the immune checkpoint inhibitor has an anti-tumor effect if the cell viability of the tumor cells is significantly lower than that of the control or the activity of the immune cells is significantly higher than that of the control; or if the immune checkpoint protein expression in the tumor or immune cells is changed relative to the control.
A photovoltaic device comprising a layer of dielectric material formed over a semiconductor surface of the region to be contacted and a contact structure contacting the semiconductor surface and comprising a plurality of heavily doped semiconductor channels formed formed on the semiconductor surface on a surface of a region to be contacted, and being of the same dopant polarity as the region to be contacted, the channels forming lateral conduction paths across the surface of the region to be contacted, and contact metallisation comprising one or more conductive fingers formed over the surface of the region to be contacted, characterized in that said contact metallisation comprising one or more of the conductive fingers formed over the dielectric layer and crossing at least one of the heavily doped channels perpendicularly or at an acute angle to make electrical contact therewith through openings in the dielectric layer.
A seat belt connection assembly comprising: a seat belt twist link integrally formed as a single piece construction having a mounting portion and a linking portion connected by a twist portion; wherein a plane of the mounting portion is positioned at approximately a right angle to a plane of the linking portion; and characterised in that: the linking portion comprises a planar section and a curled section, and a slot that extends through at least some of the planar section and the curled section; and the curled section of the linking portion comprises a pronged end that extends along sides of the slot. a seat belt twist link integrally formed as a single piece construction having a mounting portion and a linking portion connected by a twist portion; wherein a plane of the mounting portion is positioned at approximately a right angle to a plane of the linking portion; and the linking portion comprises a planar section and a curled section, and a slot that extends through at least some of the planar section and the curled section; and the curled section of the linking portion comprises a pronged end that extends along sides of the slot.
A charging system for an electric vehicle comprising: a power supply; a cable having first and second ends, the first end attached to the power supply, the cable comprising a charging conductor and a cooling conduit, each of which extends from the first end to the second end; and a connector attached to the second end of the cable, the connector having a form factor corresponding to a charge port of the electric vehicle; wherein the cooling conduit is adapted to convey a fluid that cools the charging conductor wherein the connector includes a fluid hub that defines an interior fluid path from an inlet opening to an outlet opening, the interior fluid path traversing essentially an entire interior of the fluid hub, the fluid hub having an outside surface area for cooling a first component attached on the outside surface of the fluid hub; and wherein the fluid hub further comprises at least one busbar (1402, 1404) attached to a side of the fluid hub, the busbar (1402, 1404) presenting a surface that interfaces with the fluid hub to provide good thermal exchange therewith, the busbar (1402, 1404) electrically connected to a contact socket of the connector; or the fluid hub comprises a second component, wherein the second component is a circuit component for use in charging the electric vehicle, the circuit component mounted on a board attached to the fluid hub to provide thermal exchange therewith. a power supply; a cable having first and second ends, the first end attached to the power supply, the cable comprising a charging conductor and a cooling conduit, each of which extends from the first end to the second end; and a connector attached to the second end of the cable, the connector having a form factor corresponding to a charge port of the electric vehicle; wherein the cooling conduit is adapted to convey a fluid that cools the charging conductor wherein the connector includes a fluid hub that defines an interior fluid path from an inlet opening to an outlet opening, the interior fluid path traversing essentially an entire interior of the fluid hub, the fluid hub having an outside surface area for cooling a first component attached on the outside surface of the fluid hub; and wherein the fluid hub further comprises at least one busbar (1402, 1404) attached to a side of the fluid hub, the busbar (1402, 1404) presenting a surface that interfaces with the fluid hub to provide good thermal exchange therewith, the busbar (1402, 1404) electrically connected to a contact socket of the connector; or the fluid hub comprises a second component, wherein the second component is a circuit component for use in charging the electric vehicle, the circuit component mounted on a board attached to the fluid hub to provide thermal exchange therewith.
A method for enabling transmission of streaming content in a point to multipoint delivery, the method being performed in a radio network node of a cellular network, the method comprising the steps of: receiving a donor indication message from a wireless device in response to the wireless device receiving a donor command from an application server, in response to the application server receiving a message associated with a content provider from the wireless device, the message comprising an identifier of a current cell of the wireless device, and the donor indication message indicating that the wireless device requests to be a donor device; setting up a point to multipoint delivery session; obtaining downlink data of streaming content destined for the donor device in a unicast delivery; transmitting the downlink data in a unicast delivery to the donor device; and transmitting a copy of the downlink data using the point to multipoint session, such that the downlink data can be received by a plurality of wireless devices being recipient devices. receiving a donor indication message from a wireless device in response to the wireless device receiving a donor command from an application server, in response to the application server receiving a message associated with a content provider from the wireless device, the message comprising an identifier of a current cell of the wireless device, and the donor indication message indicating that the wireless device requests to be a donor device; setting up a point to multipoint delivery session; obtaining downlink data of streaming content destined for the donor device in a unicast delivery; transmitting the downlink data in a unicast delivery to the donor device; and transmitting a copy of the downlink data using the point to multipoint session, such that the downlink data can be received by a plurality of wireless devices being recipient devices.
A method of providing search results on a portable electronic device comprising: determining geographical coordinates of said electronic device; receiving a user input search criteria provided via a user interface of the electronic device, transmitting the geographical coordinates and search criteria to a server; receiving search results of a search performed on the server, the search based on the geographical coordinates, search criteria, and a geographic search area from the geographical coordinates; determining a pointing direction of said electronic device using magnetic sensor hardware associated with the electronic device; limiting, on the electronic device, the received results to a subset of records that are associated with a location within a results search area that is defined by the pointing direction of said electronic device; and displaying the subset of records on a display screen of the electronic device. determining geographical coordinates of said electronic device; receiving a user input search criteria provided via a user interface of the electronic device, transmitting the geographical coordinates and search criteria to a server; receiving search results of a search performed on the server, the search based on the geographical coordinates, search criteria, and a geographic search area from the geographical coordinates; determining a pointing direction of said electronic device using magnetic sensor hardware associated with the electronic device; limiting, on the electronic device, the received results to a subset of records that are associated with a location within a results search area that is defined by the pointing direction of said electronic device; and displaying the subset of records on a display screen of the electronic device.
A medical device comprising: a jaw assembly comprising: a first jaw comprising a cutting member; a second jaw comprising an anvil; wherein the medical device is operable in a first use state and in a second use state, wherein during the first use state, an anatomical feature is positioned between the first jaw and the second jaw, and the first jaw and/or the second jaw are vertically moveable along a first path relative to each other to clamp the anatomical feature between the cutting member and the second jaw, wherein during the second use state, the anatomical feature is positioned between the cutting member and the anvil, and the first jaw and/or the second jaw are moveable along a second path relative to each other to cut the anatomical feature with an interior edge of the cutting member, and wherein the first path is different from the second path. a jaw assembly comprising: a first jaw comprising a cutting member; a second jaw comprising an anvil; a first jaw comprising a cutting member; a second jaw comprising an anvil; wherein the medical device is operable in a first use state and in a second use state, wherein during the first use state, an anatomical feature is positioned between the first jaw and the second jaw, and the first jaw and/or the second jaw are vertically moveable along a first path relative to each other to clamp the anatomical feature between the cutting member and the second jaw, wherein during the second use state, the anatomical feature is positioned between the cutting member and the anvil, and the first jaw and/or the second jaw are moveable along a second path relative to each other to cut the anatomical feature with an interior edge of the cutting member, and wherein the first path is different from the second path.