mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting an analyte within a sample, the device comprising: a light source; an optical detector; a metallic layer; and a plurality of dielectric pillars extending through the metallic layer, wherein the optical detector is provided on one side of the metallic layer and the light source is provided on the opposite side of the metallic layer, and wherein a plurality of regions of concentrated light are supported in proximity to the ends of the plurality of dielectric pillars on the same side as the optical detector when the opposite side of the metallic layer is illuminated; characterised in that: the plurality of dielectric pillars are tapered and have larger cross-sections on the side toward the light source and smaller cross-sections on the side toward the optical detector. a light source; an optical detector; a metallic layer; and a plurality of dielectric pillars extending through the metallic layer, wherein the optical detector is provided on one side of the metallic layer and the light source is provided on the opposite side of the metallic layer, and wherein a plurality of regions of concentrated light are supported in proximity to the ends of the plurality of dielectric pillars on the same side as the optical detector when the opposite side of the metallic layer is illuminated; characterised in that: the plurality of dielectric pillars are tapered and have larger cross-sections on the side toward the light source and smaller cross-sections on the side toward the optical detector.
A system for weed control of a surface, comprising a water container and a container for biodegradable foam extract, which containers (12, 14) are connected by means of first and second conduits, respectively, to a heater for heating a mixture of water and foam extract, which heater is connected to a first pump and further to at least a nozzle adapted to distribute the mixture of water and foam extract on the surface, characterised in that the second conduit comprises a pre-heater and a second pump, wherein the pre-heater, and the pumps (18, 14c) are adapted to be controlled by means of a user-interface such as a computer controlled monitor and control software for operation thereof and interaction with a user.
A method for support of mobile-terminated application services in a mobile system, said method comprising: - based on a user equipment subscription for network application triggering when said user equipment is available after a downlink data notification failure, enabling, for a subscribed access point name, triggering of a network application (APPL) associated with said access point name, upon said user equipment being reachable again after failure of a mobile network procedure to reach said user equipment via a packet data network connection established for said user equipment and said access point name, said failure corresponding to a downlink data notification failure. - based on a user equipment subscription for network application triggering when said user equipment is available after a downlink data notification failure, enabling, for a subscribed access point name, triggering of a network application (APPL) associated with said access point name, upon said user equipment being reachable again after failure of a mobile network procedure to reach said user equipment via a packet data network connection established for said user equipment and said access point name, said failure corresponding to a downlink data notification failure.
A decorative sheet comprising: a substrate; and a surface protective layer (3, 4) comprising a first surface protective layer formed on the substrate, and a second surface protective layer formed on part of the first surface protective layer, wherein the second surface protective layer contains at least one of resin beads and an inorganic compound filler, and the first surface protective layer is glossier than the second surface protective layer, characterized in that the first surface protective layer contains a urethane-bonding thermosetting resin, and the surface protective layer (3, 4) has a surface kinetic friction coefficient evaluated by a slip test as described in the description and compliant with JIS P8147:2010 of 0.11 or more and 0.30 or less. a substrate; and a surface protective layer (3, 4) comprising a first surface protective layer formed on the substrate, and a second surface protective layer formed on part of the first surface protective layer, wherein the second surface protective layer contains at least one of resin beads and an inorganic compound filler, and the first surface protective layer is glossier than the second surface protective layer, characterized in that the first surface protective layer contains a urethane-bonding thermosetting resin, and the surface protective layer (3, 4) has a surface kinetic friction coefficient evaluated by a slip test as described in the description and compliant with JIS P8147:2010 of 0.11 or more and 0.30 or less.
A packet processing apparatus comprising: a flow table in which flow entries can be stored in areas allocated in order of respective priority groups, wherein each priority group is assigned a respective first level priority; an entry management unit that determines, in a case of receiving a new flow entry from a prescribed control apparatus, a storage position in said flow table according to which priority group among said plural priority groups said new flow entry belongs to, and to a second level priority that is used for determining a position within said priority group; and an entry retrieval unit that scans from the beginning of said flow table, retrieves an entry having a match condition that matches a received packet, and determines processing to be applied to said received packet; and wherein, in a case where there is no empty position determined according to said second level priority, with a position determined according to said second level priority as a start point, said entry management unit shifts a flow entry belonging to the same priority group as said new flow entry, in a direction of the closest empty area of the same priority group, to store said new flow entry. a flow table in which flow entries can be stored in areas allocated in order of respective priority groups, wherein each priority group is assigned a respective first level priority; an entry management unit that determines, in a case of receiving a new flow entry from a prescribed control apparatus, a storage position in said flow table according to which priority group among said plural priority groups said new flow entry belongs to, and to a second level priority that is used for determining a position within said priority group; and an entry retrieval unit that scans from the beginning of said flow table, retrieves an entry having a match condition that matches a received packet, and determines processing to be applied to said received packet; and wherein, in a case where there is no empty position determined according to said second level priority, with a position determined according to said second level priority as a start point, said entry management unit shifts a flow entry belonging to the same priority group as said new flow entry, in a direction of the closest empty area of the same priority group, to store said new flow entry.
A method for manufacturing a resist composition which is used in a manufacturing process of a semiconductor apparatus, comprising the steps of: cleaning a manufacturing apparatus for the resist composition with a cleaning solution; analyzing the cleaning solution taken out from the manufacturing apparatus; repeating the step of cleaning and the step of analyzing until a concentration of a nonvolatile component(s) contained in the cleaning solution became 10 ppm or less; and manufacturing the resist composition by using the manufacturing apparatus after the step of repeating. cleaning a manufacturing apparatus for the resist composition with a cleaning solution; analyzing the cleaning solution taken out from the manufacturing apparatus; repeating the step of cleaning and the step of analyzing until a concentration of a nonvolatile component(s) contained in the cleaning solution became 10 ppm or less; and manufacturing the resist composition by using the manufacturing apparatus after the step of repeating.
An immunomodulatory protein, comprising at least one affinity modified CD80 immunoglobulin superfamily (IgSF) domain comprising one or more amino acid substitution(s) in a wild-type CD80 IgSF domain, wherein the at least one affinity modified CD80 IgSF domain has increased binding to at least two cognate binding partners compared to the wild-type CD80 IgSF domain, wherein the affinity modified CD80 IgSF domain specifically binds non-competitively to the at least two cognate binding partners and the at least two cognate binding partners are CD28 and PD-L1, and wherein the affinity modified CD80 IgSF domain comprises at least 85% sequence identity to a wild-type CD80 IgSF domain or a specific binding fragment thereof contained in the sequence of amino acids set forth in SEQ ID NO: 1.
A flow path member comprising: a main body formed of a ceramic sintered body in which a flow path is provided so as to allow a fluid to flow therethrough, wherein the main body includes a projection formed of part of the ceramic sintered body on an inner wall of the flow path, characterized in that the projection includes an aperture which is a closed pore inside the projection.
A mouse whose genome comprises a replacement of exons 2, 3 and 4 of a mouse SIRPα gene at an endogenous mouse SIRPα locus with exons 2, 3 and 4 of a human SIRPα gene to form a humanized SIRPα gene, wherein said humanized SIRPα gene is operably linked to a mouse SIRPα promoter at said endogenous mouse SIRPα locus, and expresses in said mouse a humanized SIRPα protein comprising an extracellular portion of the human SIRPα protein encoded by said human SIRPα gene and an intracellular portion of the mouse SIRPα protein encoded by said mouse SIRPα gene.
An electrode assembly comprising a plurality of unit cells, each unit cell having a full-cell or a bi-cell structure comprising a cathode, an anode, and a first separator interposed between the cathode and the anode, and the plurality of unit cells being stacked by surrounding each unit cell with a second separator, wherein the second separator has an average pore diameter (d 2) larger than the average pore diameter (d 1) of the first separator in the unit cells.
Circuit arrangement for operating semiconductor light sources having: - a power input for inputting an AC input voltage, - an output having a first output terminal, and a second output terminal, which is designed to connect a string of semiconductor light sources, - a control input for controlling the operation of the circuit arrangement with a control signal, - a rectifier circuit for converting the AC input voltage (U E) into a rectified voltage, - a converter circuit for transforming the rectified voltage into a current (I B) which is suitable for the semiconductor light sources, characterized in that it furthermore has: - a first MOSFET switch arranged between the converter circuit and the output, for the switching of the current through the semiconductor light sources, and which is switched on during operation of the circuit arrangement for operating semiconductor light sources, and is switched off when the circuit arrangement for operating semiconductor light sources is switched off, - a first diode connected in series between the first MOSFET switch and the output, or between the converter circuit and the first MOSFET switch, wherein the series connection of the first MOSFET switch and the first diode creates a four-quadrant switch. - a power input for inputting an AC input voltage, - an output having a first output terminal, and a second output terminal, which is designed to connect a string of semiconductor light sources, - a control input for controlling the operation of the circuit arrangement with a control signal, - a rectifier circuit for converting the AC input voltage (U E) into a rectified voltage, - a converter circuit for transforming the rectified voltage into a current (I B) which is suitable for the semiconductor light sources, characterized in that it furthermore has: - a first MOSFET switch arranged between the converter circuit and the output, for the switching of the current through the semiconductor light sources, and which is switched on during operation of the circuit arrangement for operating semiconductor light sources, and is switched off when the circuit arrangement for operating semiconductor light sources is switched off, - a first diode connected in series between the first MOSFET switch and the output, or between the converter circuit and the first MOSFET switch, wherein the series connection of the first MOSFET switch and the first diode creates a four-quadrant switch.
An insulin derivative of the general formula I: (Z 1 -Y 1 -X 1) m -Ins-(X-Y-Z) n wherein n is zero or 1; m is zero or 1; with the proviso that not both n and m are zero; Ins represents insulin or an insulin analogue as defined herein from which a hydrogen atom has been removed from an ε amino group present in a B29 lysine residue and/or present in a A22 lysine residue and wherein the amino group present in the N terminal amino acid residue in the A and/or B chain, optionally, is substituted by one or two alkyl groups (preferably methyl or ethyl), wherein the group(s) of the general formula -X-Y-Z and/or -X 1 -Y 1 -Z 1 is/are attached to an ε amino group in a Lys residue in the insulin molecule; X and X 1, independently of each other, is a bond, a moiety of the general formula -CO-(C1-C3-alkylene)-CH(COOH)-NH- wherein the amino group is connected to the Y/Y 1 moiety or a moiety of the general formula -CO-(C 1 -C 3 -alkylene)-SO 2 -NH-, wherein the amino group is connected to the Y/Y 1 moiety; Y and Y 1, independently of each other, is ω-amino alkanoyl group containing 6 to 22 carbon atoms and wherein a hydrogen atom has been removed from the ω-amino group; and Z and Z 1, independently of each other, is a group of one of the following two, general formula -SO 2 -Ar or -CO-Ar, wherein Ar is a phenyl group substituted by one or more -B 2 groups and, optionally, substituted by one or more halogen atoms.
A skateboard axle assembly (14, 14') comprising a wheel axle (22, 22') having two ends, to each of which a wheel can be mounted, characterized in that the wheel axle (22, 22') is movably coupled by two articulated arms (28, 28', 30, 30') to a connection plate (18, 18') adapted for mounting the axle assembly (14, 14') to a skateboard deck, wherein the articulated arms (28, 28', 30, 30') are each supported at the wheel axle (22, 22') for rotation about a pivot on the wheel axle side (32, 32', 38, 38') and are each supported at the connection plate (18, 18') for rotation about a pivot on the connection plate side (34, 34', 36, 36'), and wherein in a top view, the pivots on the wheel axle side (32, 32', 38, 38') and the pivots on the connection plate side (34, 34', 36, 36') extend parallel to a longitudinal direction of the connection plate (18, 18').
A liquid adhesive concentrate, the adhesive concentrate being a concentrate of an adhesive, a wallpaper paste, a color formulation or a color concentrate, containing water, at least one non-ionic polysaccharide, at least one copolymer and sodium sulfate, characterized in that the proportion of non-ionic polysaccharide is from 2 to 70 wt.%, based on the total mass of the adhesive concentrate and starting from the non-ionic polysaccharides in the form used, i.e. including the water content of from 5 to 20 wt.%.
Braided rope for bend-over-sheave applications consisting essentially of braided primary strands, the amount of the strands being equal to n, the strands being made of polymeric filaments, the filaments being high-strength filaments having a tenacity of at least 1.5 N/tex, characterised in that the rope has an oblong cross-section with aspect ratio in the range 1.2 - 4.0 and wherein the rope has an equivalent diameter of at least 20 mm.
A method performed by a user equipment, UE, the method comprising: receiving a plurality of downlink reference signals, DL RSs, from a plurality of transmission reception points, TRPs; transmitting a corresponding plurality of uplink reference signals, UL RSs, to the plurality of transmission reception points, TRPs; determining one or more numerology factors for the plurality of TRPs; generating a measurement report for the plurality of TRPs based on the numerology factors; and transmitting the measurement report to a network entity, wherein the measurement report includes a receive-transmit, Rx-Tx, time difference for at least two of the TRPs, wherein the step size used for reporting the Rx-Tx time difference for each TRP depends on a time unit Tc corresponding to the highest sampling rate and on the numerology factor of communications between each TRP and the UE; and wherein the numerology factor of a TRP k is configured separately from configuring of a subcarrier spacing, SCS, of the DL RS received from the TRP k and independent of the SCS of the UL RS transmitted to the TRP k; or wherein the numerology factor of a TRP k is determined based on one or more characteristics of the DL RS received from the TRP k and/or the UL RS transmitted to the TRP k; or wherein a same numerology factor is assigned for all TRPs. receiving a plurality of downlink reference signals, DL RSs, from a plurality of transmission reception points, TRPs; transmitting a corresponding plurality of uplink reference signals, UL RSs, to the plurality of transmission reception points, TRPs; determining one or more numerology factors for the plurality of TRPs; generating a measurement report for the plurality of TRPs based on the numerology factors; and transmitting the measurement report to a network entity, wherein the measurement report includes a receive-transmit, Rx-Tx, time difference for at least two of the TRPs, wherein the step size used for reporting the Rx-Tx time difference for each TRP depends on a time unit Tc corresponding to the highest sampling rate and on the numerology factor of communications between each TRP and the UE; and wherein the numerology factor of a TRP k is configured separately from configuring of a subcarrier spacing, SCS, of the DL RS received from the TRP k and independent of the SCS of the UL RS transmitted to the TRP k; or wherein the numerology factor of a TRP k is determined based on one or more characteristics of the DL RS received from the TRP k and/or the UL RS transmitted to the TRP k; or wherein a same numerology factor is assigned for all TRPs.
A surgical instrument comprising: a handle assembly comprising: a first memory configured to store a language parameter; and a control circuit coupled to the first memory for retrieving the language parameter therefrom; and an interchangeable component that is removably connectable to the handle assembly, the interchangeable component comprising a second memory configured to store a textual phrase in a plurality of languages; wherein the control circuit is configured to retrieve, from the second memory, the textual phrase in a language corresponding to the language parameter. a handle assembly comprising: a first memory configured to store a language parameter; and a control circuit coupled to the first memory for retrieving the language parameter therefrom; and a first memory configured to store a language parameter; and a control circuit coupled to the first memory for retrieving the language parameter therefrom; and an interchangeable component that is removably connectable to the handle assembly, the interchangeable component comprising a second memory configured to store a textual phrase in a plurality of languages; wherein the control circuit is configured to retrieve, from the second memory, the textual phrase in a language corresponding to the language parameter.
A method for thermoforming thermoplastic semifinished products, in which the semifinished products are heated to the forming temperature, formed into a three-dimensional formed part by means of an applied differential pressure between an upper side of the semifinished product and a lower side of the semifinished product and subsequently cooled with mould constraint, wherein a locally different forming behavior is achieved due to locally different heating of the semifinished product prior to the forming process, and wherein the semifinished product is heated by means of two contact heating devices that can be simultaneously brought in contact with the semifinished product from opposite sides, characterized in that each contact heating device comprises an individual heating circuit consisting of a ceramic heating layer on a thermally insulating substrate, and in that the locally different heating is achieved due to a locally different geometric design of the heating circuits on the substrate.
A drive device for driving a display panel having a plurality of pixels, the drive device comprising: refresh rate changing means for changing a refresh rate of the display panel by configuring settings for scan periods during each of which a plurality of gate signal lines (G, G,..., G) of the display panel are sequentially scanned and for pause periods during each of which sequential scanning of the plurality of gate signal lines (G, G,..., G) is suspended; and wherein a cycle of a vertical synchronization signal is defined as one frame which corresponds to either a scan period or a pause period, and wherein during normal driving, every frame of a plurality of frames corresponds to a scan period and during paused driving, at least one frame of said plurality of frames corresponds to a pause period; characterized by drive amount control means of the drive device which is adapted to control, for each of the plurality of gate signal lines (G, G,..., G), a drive time so that a ratio of the drive time, in which an ON voltage is applied to each of the plurality of gate signal lines (G, G,..., G), to non-drive time, in which an OFF voltage is applied to each of the plurality of gate signal lines (G, G,..., G), is kept constant during both of the normal driving and the paused driving. refresh rate changing means for changing a refresh rate of the display panel by configuring settings for scan periods during each of which a plurality of gate signal lines (G, G,..., G) of the display panel are sequentially scanned and for pause periods during each of which sequential scanning of the plurality of gate signal lines (G, G,..., G) is suspended; and wherein a cycle of a vertical synchronization signal is defined as one frame which corresponds to either a scan period or a pause period, and wherein during normal driving, every frame of a plurality of frames corresponds to a scan period and during paused driving, at least one frame of said plurality of frames corresponds to a pause period; characterized by drive amount control means of the drive device which is adapted to control, for each of the plurality of gate signal lines (G, G,..., G), a drive time so that a ratio of the drive time, in which an ON voltage is applied to each of the plurality of gate signal lines (G, G,..., G), to non-drive time, in which an OFF voltage is applied to each of the plurality of gate signal lines (G, G,..., G), is kept constant during both of the normal driving and the paused driving.