mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling opening of a valve in an HVAC system to regulate the flow φ of a fluid through a heat exchanger of the HVAC system, the method including: - controlling the opening of the valve according to a default control mode in dependence of a default sensor signal, the default sensor signal being indicative of at least one parameter of the HVAC system; - determining, while controlling the opening of the valve according to the default control mode, whether the default sensor signal is faulty; - switching, in case of the default sensor signal being faulty, to controlling the opening of the valve according to a fallback control mode, with the opening of the valve being controlled independently of the faulty sensor signal in the fallback control mode; characterised by the following steps: - determining, while controlling the opening of the valve according to the fallback control mode, whether the previously faulty default sensor signal is non-faulty, and - switching back to controlling the opening of the valve according to the default control mode, in case of the default sensor signal being non-faulty. - controlling the opening of the valve according to a default control mode in dependence of a default sensor signal, the default sensor signal being indicative of at least one parameter of the HVAC system; - determining, while controlling the opening of the valve according to the default control mode, whether the default sensor signal is faulty; - switching, in case of the default sensor signal being faulty, to controlling the opening of the valve according to a fallback control mode, with the opening of the valve being controlled independently of the faulty sensor signal in the fallback control mode; characterised by the following steps: - determining, while controlling the opening of the valve according to the fallback control mode, whether the previously faulty default sensor signal is non-faulty, and - switching back to controlling the opening of the valve according to the default control mode, in case of the default sensor signal being non-faulty. - determining, while controlling the opening of the valve according to the fallback control mode, whether the previously faulty default sensor signal is non-faulty, and - switching back to controlling the opening of the valve according to the default control mode, in case of the default sensor signal being non-faulty.
A biodegradable material which is a chemically cross-linked product of: a multivalent compound A having 3 or more functional groups X selected from the group consisting of hydroxyl group, thiol group and amino group; a multivalent compound B having 3 or more functional groups Y selected from the group consisting of carboxyl group, isocyanate group and thioisocyanate group; and a compound C having a structure originated from a hydroxycarboxylic acid whose homopolymer formed by homopolymerization has a glass transition point of -40°C or lower, wherein compound C is a copolymer of a monomer(s) of a water-soluble polymer(s) selected from the group consisting of polyethylene glycol, polypropylene glycol, polyvinyl alcohol, polyhydroxyethyl acrylate, polyhydroxyethyl methacrylate, carboxymethyl cellulose, hydroxymethyl cellulose and hydroxyethyl cellulose, and a hydroxycarboxylic acid(s) selected from 6-hydroxycaproic acid, copolymers of 6-hydroxycaproic acid and glycolic acid, and copolymers of 6-hydroxycaproic acid and polybutylene succinate. a multivalent compound A having 3 or more functional groups X selected from the group consisting of hydroxyl group, thiol group and amino group; a multivalent compound B having 3 or more functional groups Y selected from the group consisting of carboxyl group, isocyanate group and thioisocyanate group; and a compound C having a structure originated from a hydroxycarboxylic acid whose homopolymer formed by homopolymerization has a glass transition point of -40°C or lower, wherein compound C is a copolymer of a monomer(s) of a water-soluble polymer(s) selected from the group consisting of polyethylene glycol, polypropylene glycol, polyvinyl alcohol, polyhydroxyethyl acrylate, polyhydroxyethyl methacrylate, carboxymethyl cellulose, hydroxymethyl cellulose and hydroxyethyl cellulose, and a hydroxycarboxylic acid(s) selected from 6-hydroxycaproic acid, copolymers of 6-hydroxycaproic acid and glycolic acid, and copolymers of 6-hydroxycaproic acid and polybutylene succinate.
An esterification reaction product having a hydroxyl value obtainable by the hydroxyl value measurement method among the General Test Methods described in the Japanese Standards of Cosmetic ingredients, Newly Revised Edition (JSCI) of 30 or less, the esterification reaction product being obtainable by subjecting the following component A, component B, component C and component D to an esterification reaction at 160 to 240oC under an inert gas stream for 5 to 30 hours while removing water generated from the reaction, and using an acid catalyst or a metal catalyst, wherein the blending ratio of the respective components at the time of the esterification reaction are such that component A:component B = 1.0 mole:0.10 to 0.20 moles, component A:component C = 1.0 mole:1.0 to 7.5 moles, and component A:component D = 1.0 mole:0.2 to 2.3 moles: component A: selected from the group consisting of glycerin, trimethylolpropane, pentaerythritol, diglycerin and decaglycerin, component B: selected from the group consisting of eicosanedioic acid, octadecanedioic acid and sebacic acid, component C: selected from the group consisting of palmitic acid, stearic acid and behenic acid, and component D: isooctylic acid or isostearic acid. component A: selected from the group consisting of glycerin, trimethylolpropane, pentaerythritol, diglycerin and decaglycerin, component B: selected from the group consisting of eicosanedioic acid, octadecanedioic acid and sebacic acid, component C: selected from the group consisting of palmitic acid, stearic acid and behenic acid, and component D: isooctylic acid or isostearic acid.
A non-transitory machine-readable storage medium (120, 220, 320) comprising instructions for improving typing accuracy using a virtual keyboard, the virtual keyboard being projected onto a surface and being communicably coupled to a computing device, the instructions (121 - 124) executable by a processor of the computing device to: determine by a system comprising one of a camera or a set of capacitive sensors to record interaction between a user and the virtual keyboard that a key of the virtual keyboard has been pressed by the user; select a mapping of finger placement and keys of the virtual keyboard from a plurality of different mappings based on an identifier of the user, and an identifier of an application executed when the key was pressed, and a type of the virtual keyboard, the selected mapping customized to the user, and the application and the type of the virtual keyboard, wherein each mapping of the plurality of different mappings comprises a respective user identifier, and a respective application identifier, and virtual keyboard type information; determine a finger of the user used to press the key of the virtual keyboard; determine which key was intended to be pressed based on the determined key, the finger of the user, and the selected mapping of finger placement and keys of the virtual keyboard; and perform functionality associated with pressing the intended key. determine by a system comprising one of a camera or a set of capacitive sensors to record interaction between a user and the virtual keyboard that a key of the virtual keyboard has been pressed by the user; select a mapping of finger placement and keys of the virtual keyboard from a plurality of different mappings based on an identifier of the user, and an identifier of an application executed when the key was pressed, and a type of the virtual keyboard, the selected mapping customized to the user, and the application and the type of the virtual keyboard, wherein each mapping of the plurality of different mappings comprises a respective user identifier, and a respective application identifier, and virtual keyboard type information; determine a finger of the user used to press the key of the virtual keyboard; determine which key was intended to be pressed based on the determined key, the finger of the user, and the selected mapping of finger placement and keys of the virtual keyboard; and perform functionality associated with pressing the intended key.
A multiphase current sensing system having at least three phases wherein the sum of the phase currents is zero comprising: first and second sensors (52a, 54a) responsive to a.c. and d.c. currents for sensing the current in the first and second phases, respectively; a third sensor, being a current transformer sensor responsive to a.c. current in a predetermined frequency range for sensing the current in the third phase; and an adaptive gain adjustment circuit for combining the current sensed by the first and third sensors (52a, 76) and the current sensed by the second and the third sensors (54a, 76) to determine a gain correction factor to be applied to the currents sensed by said first and second sensors (52a, 54a), respectively. first and second sensors (52a, 54a) responsive to a.c. and d.c. currents for sensing the current in the first and second phases, respectively; a third sensor, being a current transformer sensor responsive to a.c. current in a predetermined frequency range for sensing the current in the third phase; and an adaptive gain adjustment circuit for combining the current sensed by the first and third sensors (52a, 76) and the current sensed by the second and the third sensors (54a, 76) to determine a gain correction factor to be applied to the currents sensed by said first and second sensors (52a, 54a), respectively.
A slot motor (100,200,300) for an electrical switching apparatus, said slot motor comprising: a support apparatus comprising a support element (102,202) having a first leg (104,204) and a second leg (106,206) disposed opposite said first leg, said first leg having a first inner surface, said second leg having a second inner surface facing the first inner surface; and a number of U-shaped plates (130, 140) coupled to said support element; characterised by a plurality of permanent magnets (180,182,280,282,284,286,380,382) comprising a first permanent magnet (180,280,380) and a second permanent magnet (182,282,382), said first permanent magnet being disposed on said first leg, said second permanent magnet being disposed on said second leg; wherein the first inner surface and the second inner surface are disposed between said first permanent magnet and said second permanent magnet. a support apparatus comprising a support element (102,202) having a first leg (104,204) and a second leg (106,206) disposed opposite said first leg, said first leg having a first inner surface, said second leg having a second inner surface facing the first inner surface; and a number of U-shaped plates (130, 140) coupled to said support element; characterised by a plurality of permanent magnets (180,182,280,282,284,286,380,382) comprising a first permanent magnet (180,280,380) and a second permanent magnet (182,282,382), said first permanent magnet being disposed on said first leg, said second permanent magnet being disposed on said second leg; wherein the first inner surface and the second inner surface are disposed between said first permanent magnet and said second permanent magnet.
A polypeptide having the amino acid sequence represented by SEQ ID NO: 151, suitable for measuring a plasma or serum antibody titer against Porphyromonas gingivalis.
A semiconductor booster circuit comprising: a plurality of stages, each having a first MOS transistor (Q 30, Q 31, Q 32, Q 33, Q 34) and a first capacitor (C 30, C 31, C 32, C 33, C 34) having one terminal connected to a drain terminal of said first MOS transistor, said stages being connected in series by connecting the first MOS transistors of said stages in cascade so that a source terminal of each of said stages is connected to a drain terminal of an adjacent stage and wherein a gate terminal of said first MOS transistor of each of said stages is connected to said one terminal of said first capacitor (C 30 - C 34) in the subsequent stage, and a pair of clock signals which are in opposite phase with each other are respectively input to the other terminals of said first capacitors, characterized in that a source terminal of said first MOS transistor of each of said stages is electrically connected to its substrate (10; 50), and where said plurality of stages are divided into at least two groups, the substrates of said first MOS transistors (Q 30 - Q 34) included in each group are electrically insulated from the substrates of said first MOS transistors included in another different group, a plurality of stages, each having a first MOS transistor (Q 30, Q 31, Q 32, Q 33, Q 34) and a first capacitor (C 30, C 31, C 32, C 33, C 34) having one terminal connected to a drain terminal of said first MOS transistor, said stages being connected in series by connecting the first MOS transistors of said stages in cascade so that a source terminal of each of said stages is connected to a drain terminal of an adjacent stage and wherein a gate terminal of said first MOS transistor of each of said stages is connected to said one terminal of said first capacitor (C 30 - C 34) in the subsequent stage, and a pair of clock signals which are in opposite phase with each other are respectively input to the other terminals of said first capacitors, characterized in that a source terminal of said first MOS transistor of each of said stages is electrically connected to its substrate (10; 50), and where said plurality of stages are divided into at least two groups, the substrates of said first MOS transistors (Q 30 - Q 34) included in each group are electrically insulated from the substrates of said first MOS transistors included in another different group,
Set consisting of a hollow needle with a diameter "d" and of a packaging sachet for a biological liquid substance, such as animal semen, formed by two coupled and welded films of flexible plastic material, delimiting a reception pouch of the substance, which has at one of its ends an opening for filling the empty sachet by means of a hollow cylindrical needle, characterised in that said films have a pair of welding lines which form tabs starting out from said opening and axially and symmetrically penetrating the internal space of the sachet by converging to the interior of the latter, their free ends being spaced apart by a value "e" which is substantially equal to πd/2, "d" being the value of the diameter of said needle, such that said needle passes between said tabs for said filling, the latter ensuring that the needle is scraped when it is withdrawn.
A subassembly for an adsorption chiller, comprising: an adsorption component including: a plurality of adsorption plates (Y, Z) arranged in a stack; a plurality of refrigerant passages defined between refrigerant sides of adjacent pairs of the adsorption plates in the stack; an adsorbent material disposed within the refrigerant passages; characterized by a refrigerant port (610, 620) disposed through each adsorption plate; a condensation component including: a plurality of condensation plates (W, X) arranged in the stack; and a refrigerant port (410, 510, 490, 590) disposed through each condensation plate; and a evaporation component including: a plurality of evaporation plates (U,V) arranged in the stack; and a refrigerant port (210, 310, 290, 390) disposed through each evaporation plate, wherein the plurality of adsorption plates are arranged in the stack between the plurality of evaporation plates and the plurality of condensation plates, and refrigerant ports of the plurality of adsorption plates, the plurality of evaporation plates and the plurality of condensation plates are aligned to form a single refrigerant channel that connects the evaporation component, the adsorption component, and the condensation component. an adsorption component including: a plurality of adsorption plates (Y, Z) arranged in a stack; a plurality of refrigerant passages defined between refrigerant sides of adjacent pairs of the adsorption plates in the stack; an adsorbent material disposed within the refrigerant passages; characterized by a refrigerant port (610, 620) disposed through each adsorption plate; a plurality of adsorption plates (Y, Z) arranged in a stack; a plurality of refrigerant passages defined between refrigerant sides of adjacent pairs of the adsorption plates in the stack; an adsorbent material disposed within the refrigerant passages; characterized by a refrigerant port (610, 620) disposed through each adsorption plate; a condensation component including: a plurality of condensation plates (W, X) arranged in the stack; and a refrigerant port (410, 510, 490, 590) disposed through each condensation plate; and a plurality of condensation plates (W, X) arranged in the stack; and a refrigerant port (410, 510, 490, 590) disposed through each condensation plate; and a evaporation component including: a plurality of evaporation plates (U,V) arranged in the stack; and a refrigerant port (210, 310, 290, 390) disposed through each evaporation plate, a plurality of evaporation plates (U,V) arranged in the stack; and a refrigerant port (210, 310, 290, 390) disposed through each evaporation plate, wherein the plurality of adsorption plates are arranged in the stack between the plurality of evaporation plates and the plurality of condensation plates, and refrigerant ports of the plurality of adsorption plates, the plurality of evaporation plates and the plurality of condensation plates are aligned to form a single refrigerant channel that connects the evaporation component, the adsorption component, and the condensation component.
Coupling for the releasable interconnection of a cleaning tool and a cleaning instrument the cleaning tool having a rectangular head, said head having an upper coupling element, and the cleaning instrument having a lower coupling element; said coupling elements (4 and 7) having a locating arrangement via which the coupling elements (4 and 7), when interconnected, are shape-dependently locked in relation to each other, the whole being characterised in that one of the coupling elements (4; 7) having at least one operating member (11, 41) with an outward directed projection, the projection having a first locking surface, and the other of the coupling elements (7; 4) having a second locking surface, these locking surfaces (9 and 10), in the interconnected state, being engaged with each other under the influence of a resilient element (17; 34), the locking surfaces (9 and 10) being moved, on the application of inward directed pressure to the operating member(s) (11, 41), to a position relative to each other and in which they are released from each other, it then being possible to pull the upper coupling element apart from the lower coupling element, wherein the locating arrangement has a shoulder that goes into a channel, the shoulder and the channel being directed in the head's longitudinal direction and run along the coupling elements (4, 7), the normals of the locking surfaces (9 and 10) being aligned in the longitudinal direction of the head, and wherein the head includes an upper coupling element in the shape of a U-profile including a web and two flanges, said web and flanges forming an essentially U-shaped groove that runs along coupling element from end to end and is open at the bottom, on the bottom of both flanges there are recesses arranged at a distance from each end of coupling element, these recesses thus form edges, said edges being devoted to functioning as locking surfaces for movement in the longitudinal direction of a cleaning instrument inserted into the channels; and the lower coupling element being essentially in the shape of an H-profile with a web and flanges, the outsides of the flanges engage projection, the outsides of the projection forming operating member, the side edges of the projection forming locking surfaces, the cleaning instrument is a scraper having, at a distance from each other, two or more blades, manufactured from a rubber-like material, said blades being moulded as an integral element of the lower coupling element.
A dressing assembly, comprising: a dressing bolster comprising foam and having a first side and a second side; a comfort layer having a first side and a second side, the first side of the comfort layer coupled to the second side of the dressing bolster; a sealing ring comprising an absorbent and having a first side and a second side, the first side of the sealing ring coupled to the second side of the comfort layer and positioned around a circumference of the dressing bolster, at least a portion of the second side of the comfort layer being exposed; and a bottom release member in contact with the second side of the sealing ring, the bottom release member configured to cover the sealing ring and to be removable from the sealing ring, characterised in that the bottom release member is comprised of a polar semi-crystalline polymer. a dressing bolster comprising foam and having a first side and a second side; a comfort layer having a first side and a second side, the first side of the comfort layer coupled to the second side of the dressing bolster; a sealing ring comprising an absorbent and having a first side and a second side, the first side of the sealing ring coupled to the second side of the comfort layer and positioned around a circumference of the dressing bolster, at least a portion of the second side of the comfort layer being exposed; and a bottom release member in contact with the second side of the sealing ring, the bottom release member configured to cover the sealing ring and to be removable from the sealing ring, characterised in that the bottom release member is comprised of a polar semi-crystalline polymer.
A method of communicating by a first wireless communications device in a wireless communications network, comprising: transmitting a sync request frame between the first device and a second wireless communication device, the sync request frame formatted as a request to transmit a sync frame and including an indication that a time slot allocated to the first device should be protected; and receiving the sync frame; wherein the sync request frame is transmitted prior to the first device entering a low power state and requests transmission of the sync frame after the first device exits the low power state. transmitting a sync request frame between the first device and a second wireless communication device, the sync request frame formatted as a request to transmit a sync frame and including an indication that a time slot allocated to the first device should be protected; and receiving the sync frame; wherein the sync request frame is transmitted prior to the first device entering a low power state and requests transmission of the sync frame after the first device exits the low power state.
A bracket assembly for connecting a housing to a support structure, the bracket assembly comprising a cap having a spherical cap inner surface, an outer bracket including an outer base and a spherical ball connected to the outer base by a ball stem, a connector including a connector plate, and a socket that is connected to the connector plate by a socket stem, the socket disposed between the cap and the ball, the socket including a spherical socket inner surface that confronts an outer surface of the ball and a spherical socket outer surface that confronts the cap inner surface, and a clamp assembly including a fastener that passes through the cap, the ball and the socket, urges the cap inner surface against the socket outer surface and urges the ball outer surface against the socket inner surface, whereby the ball cooperates with the socket of the connector in such a way that the angular orientation of the housing relative to the support structure is adjustable, the socket is clamped between the ball and the cap, and the position of the socket is fixed relative to the position of the ball.