mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: an antenna element configured to receive a signal in at least one frequency band of a first frequency band and a second frequency band; a signal distributor electrically connected with the antenna element, and including a first filter corresponding to the first frequency band and a second filter corresponding to the second frequency band; a transceiver electrically connected with the signal distributor; a switch selectively connecting the second filter with the transceiver; and a processor electrically connected with the transceiver; wherein the processor is configured to: if a signal in a frequency band except for the second frequency band is received by the antenna element, control the switch such that the second filter is not electrically connected with the transceiver; and if a signal in at least the second frequency band is received by the antenna element, control the switch such that the second filter is electrically connected with the transceiver. an antenna element configured to receive a signal in at least one frequency band of a first frequency band and a second frequency band; a signal distributor electrically connected with the antenna element, and including a first filter corresponding to the first frequency band and a second filter corresponding to the second frequency band; a transceiver electrically connected with the signal distributor; a switch selectively connecting the second filter with the transceiver; and a processor electrically connected with the transceiver; wherein the processor is configured to: if a signal in a frequency band except for the second frequency band is received by the antenna element, control the switch such that the second filter is not electrically connected with the transceiver; and if a signal in at least the second frequency band is received by the antenna element, control the switch such that the second filter is electrically connected with the transceiver. if a signal in a frequency band except for the second frequency band is received by the antenna element, control the switch such that the second filter is not electrically connected with the transceiver; and if a signal in at least the second frequency band is received by the antenna element, control the switch such that the second filter is electrically connected with the transceiver.
An isolated nucleic acid sequence encoding a chimeric autoantibody receptor (CAAR) comprising: a nucleic acid sequence of an extracellular domain, a nucleic acid sequence of a transmembrane domain, and a nucleic acid sequence of an intracellular signaling domain, the nucleic acid sequence of the extracellular domain comprising a nucleic acid sequence of an autoantigen comprising Dsg3 or a fragment thereof that is specific for a pathogenic autoantibody, and wherein the nucleic acid sequence of the intracellular signaling domain comprises a nucleic acid sequence encoding a CD137 intracellular domain and a CD3 zeta signaling domain.
An automotive control unit having waterproof structure, comprising: a board on which an electronic device is mounted; a first connector directly inserted into a device to be controlled upon attachment; a second connector for connecting to another control unit; and a housing which houses and holds the board therein, the first and second connectors (300, 200) being attached to the housing; wherein the first connector is configured to be secured to the housing from the outside of the housing, and the second connector is held by and secured onto the board and then secured to the housing from the inside of the control unit. a board on which an electronic device is mounted; a first connector directly inserted into a device to be controlled upon attachment; a second connector for connecting to another control unit; and a housing which houses and holds the board therein, the first and second connectors (300, 200) being attached to the housing; wherein the first connector is configured to be secured to the housing from the outside of the housing, and the second connector is held by and secured onto the board and then secured to the housing from the inside of the control unit.
Imaging device comprising a transparent prismatic element, an objective with an optical axis (Δ), and an image sensor, which are arranged so that the sensor captures an image formed by the objective from rays having passed through the prismatic element, said device being characterized in that said prismatic element comprises two contiguous entrance faces (E 1, E 2), angled relative to each other and separated by an edge, and an exit face, said entrance faces and exit face being arranged so that the image captured by the sensor comprises both a first image part (∑ 1) formed from first rays originating from a first of the entrance faces of the prismatic element and having passed through the exit face of said prismatic element, and a second image part (∑ 2) formed from second rays having passed through a second of the entrance faces of the prismatic element, different from said first entrance face, and said exit face of the prismatic element, the objective being arranged so that the first entrance face (E 1) of the prismatic element is conjugate with a first part of a photosensitive surface (∑) of the image sensor, so that the first image part (∑ 1) reproduces a first pattern located against said first entrance face of the prismatic element, an angle (ε) between the two entrance faces (E 1, E 2) of the prismatic element being additionally adapted so that rays forming the second image part (∑ 2) do not undergo total reflection within the prismatic element on the second entrance face, at a location where said second entrance face is in contact with air, said angle (ε) between the two entrance faces (E 1, E 2) of the prismatic element being salient, so that a portion of a geometric plane (S 2), which is optically conjugate with the photosensitive surface (∑) of the image sensor in the second image part (∑ 2), is located outside the prismatic element, and said geometric plane passes through the edge separating the two entrance faces (E 1, E 2).
A filter element for removing one or more substances from a fluid flowing through the filter element, the filter element comprising: a pleated composite having at least first and second opposite ends and a plurality of pleats extending between the first and second opposite ends, wherein each pleat has an open end, a folded end, and a pair of legs extending between the open end and the folded end, wherein the pleated composite includes a filter medium layer having first and second opposite sides and a grooved mesh drainage layer (21; 22) pleated with the filter medium layer along one of the first and second sides of the filter medium layer, the grooved mesh drainage layer (21; 22) having a plurality of strands and a plurality of grooves formed into the mesh of the strands by pressing and extending along one or both legs of each pleat, wherein the strands within the grooves near the bottom of the grooves are deformed to a flattened structure, and wherein the grooved mesh drainage layer (21; 22) directs fluid via the grooves to or from said one of the first and second sides of the filter medium layer and the filter medium layer removes one or more substances from fluid flowing through the filter medium layer between the first and second sides of the filter medium layer, and first and second end elements (12, 13) mounted to the first and second ends, respectively, of the pleated composite. a pleated composite having at least first and second opposite ends and a plurality of pleats extending between the first and second opposite ends, wherein each pleat has an open end, a folded end, and a pair of legs extending between the open end and the folded end, wherein the pleated composite includes a filter medium layer having first and second opposite sides and a grooved mesh drainage layer (21; 22) pleated with the filter medium layer along one of the first and second sides of the filter medium layer, the grooved mesh drainage layer (21; 22) having a plurality of strands and a plurality of grooves formed into the mesh of the strands by pressing and extending along one or both legs of each pleat, wherein the strands within the grooves near the bottom of the grooves are deformed to a flattened structure, and wherein the grooved mesh drainage layer (21; 22) directs fluid via the grooves to or from said one of the first and second sides of the filter medium layer and the filter medium layer removes one or more substances from fluid flowing through the filter medium layer between the first and second sides of the filter medium layer, and first and second end elements (12, 13) mounted to the first and second ends, respectively, of the pleated composite.
An apparatus, comprising: a processor configured to cause a network slice selection function, NSSF, of a cellular network to: receive a network slice selection request associated with a non-access stratum, NAS, request by a wireless device, wherein the network slice selection request comprises a UE-preferred network slice for the wireless device included in the NAS request; select a network slice based on at least a network operator's policy, wherein to select the network slice the processing element is configured to cause the NSSF to: determine whether the UE-preferred network slice is not compatible with a selection policy; and select a network slice of the cellular network different from the UE-preferred network slice in response to the network slice selection request, wherein the selected network slice matches the selection policy; and provide a network slice selection response, wherein the network slice selection response indicates a selected network slice associated with a control plane entry point. receive a network slice selection request associated with a non-access stratum, NAS, request by a wireless device, wherein the network slice selection request comprises a UE-preferred network slice for the wireless device included in the NAS request; select a network slice based on at least a network operator's policy, wherein to select the network slice the processing element is configured to cause the NSSF to: determine whether the UE-preferred network slice is not compatible with a selection policy; and select a network slice of the cellular network different from the UE-preferred network slice in response to the network slice selection request, wherein the selected network slice matches the selection policy; and provide a network slice selection response, wherein the network slice selection response indicates a selected network slice associated with a control plane entry point. determine whether the UE-preferred network slice is not compatible with a selection policy; and select a network slice of the cellular network different from the UE-preferred network slice in response to the network slice selection request, wherein the selected network slice matches the selection policy; and provide a network slice selection response, wherein the network slice selection response indicates a selected network slice associated with a control plane entry point.
Method for assembling first and second components (16, 18) connected in an assembled state by a plurality of final linking elements, the first and second components (16, 18) having first and second contact faces (S16, S18) facing one another in the assembled state and also final holes in which the final linking elements are accommodated, characterized in that the assembly method comprises the steps of: a.- producing first starter holes in the first component, b.- depositing a sealing mastic on at least one of the first and second contact faces (S16, S18), c.- placing the first and second components (16, 18) against one another, d.- producing second starter holes in the second component using a drilling tool connected to a suction system and equipped with a drill bush comprising a first part that has an outside diameter less than or equal to that of the first starter holes and a first end (44.1) bearing against the second contact face of the second component upon production of the second starter holes, e.- setting in place temporary linking elements positioned in the first and second starter holes (24, 28), f.- producing final holes between the temporary linking elements and setting in place the definitive linking elements in said final holes, g.- removing the temporary linking elements, drilling the final holes in the location of the first and second starter holes (24, 28) and setting in place the definitive linking elements in said final holes. a.- producing first starter holes in the first component, b.- depositing a sealing mastic on at least one of the first and second contact faces (S16, S18), c.- placing the first and second components (16, 18) against one another, d.- producing second starter holes in the second component using a drilling tool connected to a suction system and equipped with a drill bush comprising a first part that has an outside diameter less than or equal to that of the first starter holes and a first end (44.1) bearing against the second contact face of the second component upon production of the second starter holes, e.- setting in place temporary linking elements positioned in the first and second starter holes (24, 28), f.- producing final holes between the temporary linking elements and setting in place the definitive linking elements in said final holes, g.- removing the temporary linking elements, drilling the final holes in the location of the first and second starter holes (24, 28) and setting in place the definitive linking elements in said final holes.
A method for examining a complimentary metal-oxide-semiconductor (CMOS) integrated circuit, the method comprising: removing at least some material of the CMOS IC above a contact etch stop layer (CESL); etching the CMOS IC for a length of time to remove at least some of the CESL; inspecting the CMOS IC to differentiate areas of CESL; and determining, based on the differentiated areas of CESL, a first area of the CMOS IC that comprises a p-channel metal-oxide-semiconductor device (p-FET) and a second area of the CMOS IC that comprises an n-channel metal-oxide-semiconductor device (n-FET). removing at least some material of the CMOS IC above a contact etch stop layer (CESL); etching the CMOS IC for a length of time to remove at least some of the CESL; inspecting the CMOS IC to differentiate areas of CESL; and determining, based on the differentiated areas of CESL, a first area of the CMOS IC that comprises a p-channel metal-oxide-semiconductor device (p-FET) and a second area of the CMOS IC that comprises an n-channel metal-oxide-semiconductor device (n-FET).
A camouflaged application specific integrated circuit (ASIC), comprising: core logic having a first plurality of interconnected functional logic cells; a programmable micro netlist (PMNL) comprising: a second plurality of interconnected functional logic cells that together comprise a logical input and a programming input, the PMNL performing a PMNL function, the programming input communicatively coupleable to a non-volatile memory to receive configuration programming data from the non-volatile memory to configure the PMNL to perform the PMNL function; wherein at least one of the first plurality of functional logic cells and the second plurality of functional logic cells comprise: an uncamouflaged functional logic cell performing a first functional logic cell function and having a first physical layout; and a camouflaged functional logic cell performing a second functional logic cell function and having a second physical layout substantially indistinguishable from the first physical layout; wherein the combined first plurality of interconnected functional logic cells, the PMNL, and the configuration programming data perform one or more ASIC logical functions. core logic having a first plurality of interconnected functional logic cells; a programmable micro netlist (PMNL) comprising: a second plurality of interconnected functional logic cells that together comprise a logical input and a programming input, the PMNL performing a PMNL function, the programming input communicatively coupleable to a non-volatile memory to receive configuration programming data from the non-volatile memory to configure the PMNL to perform the PMNL function; wherein at least one of the first plurality of functional logic cells and the second plurality of functional logic cells comprise: an uncamouflaged functional logic cell performing a first functional logic cell function and having a first physical layout; and a camouflaged functional logic cell performing a second functional logic cell function and having a second physical layout substantially indistinguishable from the first physical layout; an uncamouflaged functional logic cell performing a first functional logic cell function and having a first physical layout; and a camouflaged functional logic cell performing a second functional logic cell function and having a second physical layout substantially indistinguishable from the first physical layout; wherein the combined first plurality of interconnected functional logic cells, the PMNL, and the configuration programming data perform one or more ASIC logical functions.
A method of conserving power in a first wireless network node (401, 1200) on a wireless network having a plurality of network nodes, utilizing a wireless communication technology having the ability to detect the range to other network nodes, the first network node having a depletable power source having a remaining power capacity, the method comprising: detecting at the first wireless network node the remaining power capacity of the depletable power source; comparing at the first wireless network node the remaining power capacity of the depletable power source to a plurality of sleep level thresholds, the sleep level thresholds each being associated with a different respective remaining power capacity level and being associated with a respective sleep level of a plurality of sleep levels, each sleep level of the plurality of sleep levels having at least one requirement, the at least one requirement of at least one given sleep level restricting communication only to and from devices within a physical radius from the first wireless network node associated with the at least one given sleep level; selecting at the first wireless network node, based on the step of comparing, a sleep level for the first wireless network node to enter; and transmitting, from the first wireless network node to the plurality of network nodes, an identification of the selected sleep level, whereby subsequent communications to and from the first wireless network node are consistent with the at least one requirement of the selected sleep level. detecting at the first wireless network node the remaining power capacity of the depletable power source; comparing at the first wireless network node the remaining power capacity of the depletable power source to a plurality of sleep level thresholds, the sleep level thresholds each being associated with a different respective remaining power capacity level and being associated with a respective sleep level of a plurality of sleep levels, each sleep level of the plurality of sleep levels having at least one requirement, the at least one requirement of at least one given sleep level restricting communication only to and from devices within a physical radius from the first wireless network node associated with the at least one given sleep level; selecting at the first wireless network node, based on the step of comparing, a sleep level for the first wireless network node to enter; and transmitting, from the first wireless network node to the plurality of network nodes, an identification of the selected sleep level, whereby subsequent communications to and from the first wireless network node are consistent with the at least one requirement of the selected sleep level.
An alarm apparatus for a vehicle characterized by comprising a control unit, the control unit configured to communicate with a portable terminal, the portable terminal being configured to be used at a driver seat by a driver of the vehicle, the vehicle performing automatic driving, characterised in that the control unit is configured to determine whether a distance or arrival time from the vehicle to a termination position for the automatic driving is a predetermined value or less, during the automatic driving, based on position information about the vehicle and map information, or based on surrounding environment information about the vehicle, the control unit being configured to display alarm information on a screen of the portable terminal, when it is determined that the distance or arrival time from the vehicle to the termination position for the automatic driving is the predetermined value or less, the alarm information prompting the driver to start manual driving, and wherein the alarm information includes an image prompting the driver to hold the steering wheel, step the accelerator pedal, or step the brake pedal. the control unit configured to communicate with a portable terminal, the portable terminal being configured to be used at a driver seat by a driver of the vehicle, the vehicle performing automatic driving, characterised in that the control unit is configured to determine whether a distance or arrival time from the vehicle to a termination position for the automatic driving is a predetermined value or less, during the automatic driving, based on position information about the vehicle and map information, or based on surrounding environment information about the vehicle, the control unit being configured to display alarm information on a screen of the portable terminal, when it is determined that the distance or arrival time from the vehicle to the termination position for the automatic driving is the predetermined value or less, the alarm information prompting the driver to start manual driving, and wherein the alarm information includes an image prompting the driver to hold the steering wheel, step the accelerator pedal, or step the brake pedal.
Nozzle for a gas burner, the nozzle having a channel which is provided for dispensing.gas, the channel ending at an outlet opening, a flow element being arranged outside the outlet opening, the flow element having a first section which, starting from a first diameter, increases in the direction away from the outlet opening up to a second diameter, the flow element, starting from the second diameter, decreasing in diameter again down to a third diameter in a second section as the spacing from the outlet opening increases, the flow element being configured and arranged in a rotationally symmetrical manner with respect to a centre axis of the channel, characterized in that the flow element is connected to a pin, the pin being arranged in the channel, the pin being guided through the outlet opening, the pin being arranged in a rotationally symmetrical manner with respect to the centre axis of the channel, the flow element being configured at one end of the pin, the pin being connected at a second end to a fastening part, the fastening part being fastened to the nozzle, in particular to an inner wall of the channel.
A composition for use in treating or preventing delayed onset muscle soreness, comprising administering to a subject in need thereof a composition comprising vitamin K2 and at least one anticoagulant.