mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive touch sensor , comprising: an electrode disposed between a plate and a spring wherein the spring is coupled to a circuit board and presses the electrode against the plate in a direction that is substantially parallel to a longitudinal length (L) of the spring and the electrode has a flat sensing surface parallel to the plate , and an extending portion that extends away from the sensing surface, characterised in that the extending portion of the electrode interfaces with a panel that prevents movement of the electrode relative to the plate ), wherein the panel is coupled to the circuit board and has an end portion surrounding and in contact with the extending portion . an electrode disposed between a plate and a spring wherein the spring is coupled to a circuit board and presses the electrode against the plate in a direction that is substantially parallel to a longitudinal length (L) of the spring and the electrode has a flat sensing surface parallel to the plate , and an extending portion that extends away from the sensing surface, characterised in that the extending portion of the electrode interfaces with a panel that prevents movement of the electrode relative to the plate ), wherein the panel is coupled to the circuit board and has an end portion surrounding and in contact with the extending portion .
A method for the evaluation of a contamination likelihood for a person of interest (POI), carrying a user device configured to detect signals with personal IDs emitted by other user devices, said method comprising the following steps: - determining a duration, called exposure duration, comprising at least one time window(s) , of a predetermined length, during which the user device of said POI detected at least one signal, called contaminated person's signal, emitted from the user device of at least one contaminated person, and - for each time window , assessing a contamination likelihood for said POI according to: ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible; characterized in that said method comprises using at least one crowd attribute characterizing the crowd around said POI during at least one of said time window(s), to adjust the received RSSI value and/or the RSSI threshold value. - determining a duration, called exposure duration, comprising at least one time window(s) , of a predetermined length, during which the user device of said POI detected at least one signal, called contaminated person's signal, emitted from the user device of at least one contaminated person, and - for each time window , assessing a contamination likelihood for said POI according to: ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible; characterized in that said method comprises using at least one crowd attribute characterizing the crowd around said POI during at least one of said time window(s), to adjust the received RSSI value and/or the RSSI threshold value. ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible;
Membrane Stirling engine having a working gas, a hot part and a cold part, the working gas of the Stirling Engine being located in membrane skins both in the hot part and in the cold part thereof, each of which skins has two ends, with one end hermetically closed and the other end being open, their open ends leading into the hot or cold space, respectively, of a regenerator chamber, with their open ends tightly sealed, characterized in that a displacement function of a heat and force-transmitting liquid is generated by sound waves, which are generated by piezoelectric transducers or loudspeaker membranes, which are embedded in the liquid.
A detector tile , comprising: - a flat primary substrate ; - a surface layer with a circuitry arrangement ; wherein the surface layer is arranged on a front side of the primary substrate covering the primary substrate; and wherein the circuitry arrangement comprises a number of detector pixels providing a pixel array ; wherein at least one connection opening is provided in the surface layer and the flat primary substrate at least at one edge of the detector tile, which connection opening is leading from the surface layer to the rear of the substrate for guiding electrical connection elements between the front side and the rear of the detector tiles; wherein at all circumferential edges of the detector tile, the surface layer comprises at least portions with pixels, which portions extend to the edge; and characterized in that at least a first number of first connection openings is provided on one edge of the substrate and at least a second number of second connection openings is provided on an opponent edge of the substrate; wherein the first number is provided with a first offset and the second number is provided with a second offset ; wherein the first and the second offset are arranged such that, when projected onto each other, first and second connection openings are alternating. - a flat primary substrate ; - a surface layer with a circuitry arrangement ;
A limb for an archery bow , the limb comprising: an outer elongate member formed of a first material and comprising an interior surface and an exterior surface; an inner elongate member formed of a second material and comprising an interior surface and an exterior surface; and a core member formed of a third material and sandwiched between the outer elongate member and the inner elongate member , the core member being coupled with at least a portion of each of the interior surfaces of the outer elongate member and the inner elongate member ; wherein: the outer elongate member and the inner elongate member are configured to move relative to each other when the limb is bent; and the first material and the second material are each stiffer than the third material; the limb being characterized in that the outer elongate member and the inner elongate member each comprise a central member and a pair of leg members that extend from and cooperate with the central member to define a c-shaped portion. an outer elongate member formed of a first material and comprising an interior surface and an exterior surface; an inner elongate member formed of a second material and comprising an interior surface and an exterior surface; and a core member formed of a third material and sandwiched between the outer elongate member and the inner elongate member , the core member being coupled with at least a portion of each of the interior surfaces of the outer elongate member and the inner elongate member ; wherein: the outer elongate member and the inner elongate member are configured to move relative to each other when the limb is bent; and the first material and the second material are each stiffer than the third material; the limb being characterized in that the outer elongate member and the inner elongate member each comprise a central member and a pair of leg members that extend from and cooperate with the central member to define a c-shaped portion. the outer elongate member and the inner elongate member are configured to move relative to each other when the limb is bent; and the first material and the second material are each stiffer than the third material; the limb being characterized in that the outer elongate member and the inner elongate member each comprise a central member and a pair of leg members that extend from and cooperate with the central member to define a c-shaped portion.
Heat exchange circuit for a geothermal plant comprising: - a well excavated in the rock, - a casing arranged inside the well , integral with it and comprising at least a first perforated section extending along a first portion (A) of the well and at least a second perforated section extending along a second portion (B) of the well , said perforated sections allowing the exit and the entry of a flow of geothermal fluid contained in an aquifer , - an internal duct (E), located inside the casing in which a heat transfer fluid flows, - said well , casing and internal duct (E) being arranged as a substantially closed ring, except for at least one surface interruption, - at least one heat-exchange section at the bottom of the well between the first portion (A) and the second portion (B) of the well within which the geothermal fluid transfers heat to the heat transfer fluid and said at least one heat-exchange section comprises at least a first portion of the internal duct (E), - at least a user (Q) for the use of thermal energy or for the generation of electrical energy or a combination thereof, located at the surface and to which the internal duct (E) is removably connected by an aerial part of the piping said heat exchange circuit being characterized in that the internal duct (E) is translatable inside the casing so that said first portion of the internal duct (E) assumes any position inside the casing including a position at the bottom of the well or a position on the surface. - a well excavated in the rock, - a casing arranged inside the well , integral with it and comprising at least a first perforated section extending along a first portion (A) of the well and at least a second perforated section extending along a second portion (B) of the well , said perforated sections allowing the exit and the entry of a flow of geothermal fluid contained in an aquifer , - an internal duct (E), located inside the casing in which a heat transfer fluid flows, - said well , casing and internal duct (E) being arranged as a substantially closed ring, except for at least one surface interruption, - at least one heat-exchange section at the bottom of the well between the first portion (A) and the second portion (B) of the well within which the geothermal fluid transfers heat to the heat transfer fluid and said at least one heat-exchange section comprises at least a first portion of the internal duct (E), - at least a user (Q) for the use of thermal energy or for the generation of electrical energy or a combination thereof, located at the surface and to which the internal duct (E) is removably connected by an aerial part of the piping said heat exchange circuit being characterized in that the internal duct (E) is translatable inside the casing so that said first portion of the internal duct (E) assumes any position inside the casing including a position at the bottom of the well or a position on the surface.
A heat pump device comprising: a refrigerant circuit including a compressor for compressing a refrigerant, a pressure-reducing device for expanding the compressed refrigerant, and an evaporator for exchanging heat between the refrigerant and air; a fan for blowing air to the evaporator ; a soundproof board that separates a machinery room having the compressor from a ventilation room having the fan ; an outer casing that encloses the machinery room and the ventilation room , and has an opening provided with a removable cover ; and a connector section that connects the compressor to electric wiring for supplying electric power to the compressor , characterized in that the connector section is disposed on the outside of the compressor inside the outer casing , wherein the compressor is disposed in such orientation that the connector section confronts the opening (21a, 21 b) so as to become accessible from outside of the outer casing when the cover is removed. a refrigerant circuit including a compressor for compressing a refrigerant, a pressure-reducing device for expanding the compressed refrigerant, and an evaporator for exchanging heat between the refrigerant and air; a fan for blowing air to the evaporator ; a soundproof board that separates a machinery room having the compressor from a ventilation room having the fan ; an outer casing that encloses the machinery room and the ventilation room , and has an opening provided with a removable cover ; and a connector section that connects the compressor to electric wiring for supplying electric power to the compressor , characterized in that the connector section is disposed on the outside of the compressor inside the outer casing , wherein the compressor is disposed in such orientation that the connector section confronts the opening (21a, 21 b) so as to become accessible from outside of the outer casing when the cover is removed.
Pair of spectacles , comprising: - two ophthalmic lenses in the form of spectacle lenses , which ophthalmic lenses each have a changeable corrective effect, with the ophthalmic lenses each having at least two at least partially transparent electrodes and a liquid crystal layer arranged between the electrodes; - a plurality of temples ; and - a control unit which is formed in the temples of the pair of spectacles and designed to control the liquid crystal layer and supply the latter with power; characterized in that - the pair of spectacles is designed for gradual automatic change of the respective corrective effect of the ophthalmic lenses over a predetermined period of time of at least 30 minutes, according to one of the following properties: monotonically increasing, strictly monotonically increasing, monotonically decreasing or strictly monotonically decreasing; and - the pair of spectacles is further designed for a similar and/or distinct change of the respective corrective effect for the two spectacle lenses. - two ophthalmic lenses in the form of spectacle lenses , which ophthalmic lenses each have a changeable corrective effect, with the ophthalmic lenses each having at least two at least partially transparent electrodes and a liquid crystal layer arranged between the electrodes; - a plurality of temples ; and - a control unit which is formed in the temples of the pair of spectacles and designed to control the liquid crystal layer and supply the latter with power; characterized in that - the pair of spectacles is designed for gradual automatic change of the respective corrective effect of the ophthalmic lenses over a predetermined period of time of at least 30 minutes, according to one of the following properties: monotonically increasing, strictly monotonically increasing, monotonically decreasing or strictly monotonically decreasing; and - the pair of spectacles is further designed for a similar and/or distinct change of the respective corrective effect for the two spectacle lenses.
A mouse whose genome comprises a humanized SIRPα gene, wherein the humanized SIRPα gene is operably linked to a mouse SIRPα promoter at an endogenous mouse SIRPα locus, and expresses a humanized SIRPα protein in the mouse, and wherein the humanized SIRPα protein comprises (i) an extracellular portion that is at least 95% identical to amino acid residues 28-362 of a human SIRPα protein of SEQ ID NO: 4, and (ii) the intracellular portion of a mouse SIRPα protein. wherein the humanized SIRPα gene is operably linked to a mouse SIRPα promoter at an endogenous mouse SIRPα locus, and expresses a humanized SIRPα protein in the mouse, and wherein the humanized SIRPα protein comprises (i) an extracellular portion that is at least 95% identical to amino acid residues 28-362 of a human SIRPα protein of SEQ ID NO: 4, and (ii) the intracellular portion of a mouse SIRPα protein. (i) an extracellular portion that is at least 95% identical to amino acid residues 28-362 of a human SIRPα protein of SEQ ID NO: 4, and (ii) the intracellular portion of a mouse SIRPα protein.
A hub , suitable for electrically connecting an electronic device , an AC power supply and at least one mobile device that are located outside the hub, the hub Z comprising: a power module , electrically connectable to the AC power supply ; a USB connection terminal , electrically connected to the power module and electrically connectable to the mobile device ; a USB Type-C connection terminal , electrically connected to the power module and electrically connectable to the electronic device ; a power distribution control circuit , electrically connected to the power module , the power distribution control circuit being used for measuring a measurement value of the power module ; and a first power delivery controller , connected between the USB Type-C connection terminal and the power distribution control circuit ; characterised in that , when the measurement value is not less than a measurement upper limit value, the power distribution control circuit decreases a charging power of the electronic device , when connected, via the first power delivery controller ; and does not decrease a charging power of the mobile device , when connected, via the first power delivery controller . a power module , electrically connectable to the AC power supply ; a USB connection terminal , electrically connected to the power module and electrically connectable to the mobile device ; a USB Type-C connection terminal , electrically connected to the power module and electrically connectable to the electronic device ; a power distribution control circuit , electrically connected to the power module , the power distribution control circuit being used for measuring a measurement value of the power module ; and a first power delivery controller , connected between the USB Type-C connection terminal and the power distribution control circuit ; characterised in that , when the measurement value is not less than a measurement upper limit value, the power distribution control circuit decreases a charging power of the electronic device , when connected, via the first power delivery controller ; and does not decrease a charging power of the mobile device , when connected, via the first power delivery controller .
A thermoelectric conversion material which is a polycrystalline material composed of a plurality of crystal grains, the thermoelectric conversion material characterised by comprising a composition represented by formula (I): Mg 3+m Sb a Bi 2-a-c A c wherein, in the formula (I), A is at least one element selected from the group consisting of Se and Te; a value of m is greater than or equal to 0.01 and less than or equal to 0.5; a value of a is greater than or equal to 0 and less than or equal to 1.0; and a value of c is greater than or equal to 0.001 and less than or equal to 0.06, wherein the thermoelectric conversion material has an Mg-rich region. wherein, in the formula (I), A is at least one element selected from the group consisting of Se and Te; a value of m is greater than or equal to 0.01 and less than or equal to 0.5; a value of a is greater than or equal to 0 and less than or equal to 1.0; and a value of c is greater than or equal to 0.001 and less than or equal to 0.06, wherein the thermoelectric conversion material has an Mg-rich region.
An application device for applying a viscous material to a substrate, comprising an inner container which is for receiving the viscous material and has a dispensing opening , an outer casing which surrounds the inner container and has a substantially hollow-cylindrical neck region of an inner diameter D1 and an opening formed in the neck region , and an applicator which is connected to the outer casing , it being possible for the viscous material to be conveyed out of the inner container into the applicator by means of pressure on the outer casing and to be applied to a substrate by means of the applicator, the application device having a ventilation device comprising an insert which is connected in an airtight manner to the inner container in the region of the dispensing opening and which is substantially hollow-cylindrical and has an outer diameter D2, the outer diameter D2 of the insert being smaller than the inner diameter D1 of the neck region of the outer casing , and the insert having latching means on its outer side, by means of which it is latched in the insertion position within the neck region of the outer casing , in this insertion position an annular gap being formed between the insert and the neck region of the outer casing owing to the different diameters D1 and D2, through which gap air can flow from the outside into the intermediate space between the outer casing and the inner container , characterized in that air can also flow to the outside from the intermediate space between the outer casing and the inner container , and in that the connection between the applicator and the outer casing is air-permeable and the applicator comprises a sealing means by means of which, in the insertion position of the applicator , airtight and leak-proof sealing of the inner volume of the inner container with respect to the intermediate space between the outer casing and the inner container is provided.
A computing device for identification of a potential root cause of a use- after-free memory corruption bug of a program, the computing device comprising: a replay module to replay execution of the program based on an execution log of the program, wherein the execution log comprises an ordered set of executed instructions of the program that resulted in the use-after-free memory corruption bug; characterized by a memory corruption detection module to monitor the execution of the program for an occurrence of use-after-free memory corruption bugs and to record a memory address associated with the memory corruption to a memory log ; and a corruption candidate identification module to (i) compare a use-after-free memory address access of the program to a memory address associated with an occurrence of the use-after-free memory corruption bug, as recorded in the memory log , in response to detection of the use-after-free memory address access and (ii) record, to a candidate list , the use-after-free memory address access of the program as a candidate for a root cause of the use-after-free memory corruption bug in response to detection of a match between the use-after-free memory address access of the program and the memory address associated with the occurrence of the use-after-free memory corruption bug. a replay module to replay execution of the program based on an execution log of the program, wherein the execution log comprises an ordered set of executed instructions of the program that resulted in the use-after-free memory corruption bug; characterized by a memory corruption detection module to monitor the execution of the program for an occurrence of use-after-free memory corruption bugs and to record a memory address associated with the memory corruption to a memory log ; and a corruption candidate identification module to (i) compare a use-after-free memory address access of the program to a memory address associated with an occurrence of the use-after-free memory corruption bug, as recorded in the memory log , in response to detection of the use-after-free memory address access and (ii) record, to a candidate list , the use-after-free memory address access of the program as a candidate for a root cause of the use-after-free memory corruption bug in response to detection of a match between the use-after-free memory address access of the program and the memory address associated with the occurrence of the use-after-free memory corruption bug.