mhurhangee/ep-ind-claims huggingface dataset:
Method for implementing a thermal regulation installation (10, 110) of a building, said installation comprising: - a first air circuit, comprising an air inlet and an air outlet, both linked to the interior of the building, and comprising a first air/water heat exchanger and a second refrigerating air/fluid heat exchanger, the second exchanger being arranged downstream of the first exchanger; - a second water circuit comprising a third refrigerating water/fluid heat exchanger, the second water circuit comprising a three-way valve linking a water inlet of said circuit to two branches (24, 25), said branches being both linked to the third heat exchanger, the first heat exchanger being arranged between said three-way valve and said third heat exchanger on just one of said two branches; - a heat pump system comprising a third refrigerant circuit, said third circuit successively linking the second refrigerating air/fluid heat exchanger, a compressor, the third refrigerating water/fluid heat exchanger and an expansion valve, the compressor being provided with a cycle-inverting four-way valve; said method comprising the steps consisting in: - an air inlet temperature being measured in the first circuit, upstream of the first heat exchanger; - a water temperature being measured at the inlet of the second circuit, upstream of the three-way valve; said method being characterized in that it comprises the following step: - if the air inlet temperature is higher than an air outlet setpoint temperature (Tc) and if the water temperature is lower than a first threshold (T1-Δ'T) dependent on said air inlet temperature, then the water of the second circuit circulates in the first exchanger. - a first air circuit, comprising an air inlet and an air outlet, both linked to the interior of the building, and comprising a first air/water heat exchanger and a second refrigerating air/fluid heat exchanger, the second exchanger being arranged downstream of the first exchanger; - a second water circuit comprising a third refrigerating water/fluid heat exchanger, the second water circuit comprising a three-way valve linking a water inlet of said circuit to two branches (24, 25), said branches being both linked to the third heat exchanger, the first heat exchanger being arranged between said three-way valve and said third heat exchanger on just one of said two branches; - a heat pump system comprising a third refrigerant circuit, said third circuit successively linking the second refrigerating air/fluid heat exchanger, a compressor, the third refrigerating water/fluid heat exchanger and an expansion valve, the compressor being provided with a cycle-inverting four-way valve; - an air inlet temperature being measured in the first circuit, upstream of the first heat exchanger; - a water temperature being measured at the inlet of the second circuit, upstream of the three-way valve; - if the air inlet temperature is higher than an air outlet setpoint temperature (Tc) and if the water temperature is lower than a first threshold (T1-Δ'T) dependent on said air inlet temperature, then the water of the second circuit circulates in the first exchanger.
Switching device for operating at least one load, comprising: at least one switching unit (7; 8; 9), which switches a tapped current phase towards a load (2-1; 2-2; 2-3), which is connectable to the switching unit (7; 8; 9), so as to supply said load with power, and has a measurement unit (7C; 8C; 9C) which measures a current phase progression of the at least one current phase; a local control unit, which after receiving a control command from an external control system actuates a semiconductor switch (7B; 8B; 9B) of the switching unit (7; 8; 9) in such a way that the semiconductor switch (7B; 8B; 9B) switches at a zero point of the current phase measured by the measurement unit (7C; 8C; 9C), characterised in that the switching device has a local monitoring unit, which evaluates the current phase progression, measured by the measurement unit (7C; 8C; 9C), of the at least one current phase so as to detect an operating deviation from a normal power supply of the associated load (2-1; 2-2; 2-3) connected to the switching unit (7; 8; 9) and reports a detected operating deviation. at least one switching unit (7; 8; 9), which switches a tapped current phase towards a load (2-1; 2-2; 2-3), which is connectable to the switching unit (7; 8; 9), so as to supply said load with power, and has a measurement unit (7C; 8C; 9C) which measures a current phase progression of the at least one current phase; a local control unit, which after receiving a control command from an external control system actuates a semiconductor switch (7B; 8B; 9B) of the switching unit (7; 8; 9) in such a way that the semiconductor switch (7B; 8B; 9B) switches at a zero point of the current phase measured by the measurement unit (7C; 8C; 9C), characterised in that the switching device has a local monitoring unit, which evaluates the current phase progression, measured by the measurement unit (7C; 8C; 9C), of the at least one current phase so as to detect an operating deviation from a normal power supply of the associated load (2-1; 2-2; 2-3) connected to the switching unit (7; 8; 9) and reports a detected operating deviation.
An image-capturing apparatus comprising: a capturing unit configured to capture an image; and a superimposition unit (1005, 1411) configured to superimpose an object stored by the image-capturing apparatus onto the image captured by the capturing unit, characterised in that the image-capturing apparatus further comprises: a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, wherein the first target image and the second target image are captured by the capturing unit. a capturing unit configured to capture an image; and a superimposition unit (1005, 1411) configured to superimpose an object stored by the image-capturing apparatus onto the image captured by the capturing unit, characterised in that the image-capturing apparatus further comprises: a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, wherein the first target image and the second target image are captured by the capturing unit.
Composition comprising: - at least one solvent whose composition comprises Nmethylpyrrolidone in mass contents of between 80% and 98.99%, limits inclusive, water in mass contents of less than 1% and at least one compound bearing at least one γ-butyrolactam or γ-butyrolactone ring, NMP excluded, each of these compounds being present in mass proportions ranging from 0.01% to 19%, limits inclusive, alone or in combination, the total of these compounds not exceeding 19%, said solvent being present in mass proportions of greater than or equal to 50 %, - at least one electron conductor in solid form in proportions of less than or equal to 50%, 0 excluded. - at least one solvent whose composition comprises Nmethylpyrrolidone in mass contents of between 80% and 98.99%, limits inclusive, water in mass contents of less than 1% and at least one compound bearing at least one γ-butyrolactam or γ-butyrolactone ring, NMP excluded, each of these compounds being present in mass proportions ranging from 0.01% to 19%, limits inclusive, alone or in combination, the total of these compounds not exceeding 19%, said solvent being present in mass proportions of greater than or equal to 50 %, - at least one electron conductor in solid form in proportions of less than or equal to 50%, 0 excluded.
An apparatus for treating a medical liquid which includes a treatment machine having a coupling surface, and a cassette made of a hard part having liquid-conducting passages which are covered by a flexible film, with the cassette being able to be coupled to the coupling surface of the treatment machine, characterized in that, the surface of the flexible film facing the coupling surface has a structuring through which air can be sucked out along the structuring of the film during the coupling process and/or with a coupled cassette.
A reagent for determination of activated partial thromboplastin time, comprising: a phosphatidylcholine; a phosphatidylserine; and a phosphatidylethanolamine, wherein a concentration ratio of the PS relative to the PC is not less than 0.16 and not more than 0.25, a concentration of the PS is not less than 7 μg/mL and not more than 13 μg/mL, and a concentration of the PE in the reagent is more than 9 μg/mL and less than 25 μg/mL. a phosphatidylcholine; a phosphatidylserine; and a phosphatidylethanolamine, wherein a concentration ratio of the PS relative to the PC is not less than 0.16 and not more than 0.25, a concentration of the PS is not less than 7 μg/mL and not more than 13 μg/mL, and a concentration of the PE in the reagent is more than 9 μg/mL and less than 25 μg/mL.
A method of producing fertilizer out of sludge, in which method sludge is heated with superheated steam for achieving hygienization to destroy pathogenic microorganisms, characterized by the sludge being heated to a temperature of 60 to 100 °C with superheated steam, which is a gas mixture out of water vapour and combustion gas of a fuel, the superheated steam having a temperature of 200 to 600 °C to activate increasing of the amount of soluble carbon in the sludge and to restart biodegradation of the sludge by using non-pathogenic microorganisms still remaining in the sludge after the heating, the treatment with superheated steam being performed in normal atmospheric pressure in an unpressurized steam treatment unit, and the treatment with superheated steam being performed as a continuous-type process instead of a closed batch-type process.
A connector device, comprising: a first connector including a plurality of first electrodes; a second connector including a plurality of second electrodes; and a drive part configured to cause a contact state and a non-contact state to be switched, by causing the plurality of first electrodes and/or the plurality of second electrodes to move parallel to a first direction in which the first connector and the second connector face each other, the contact state being a state where the plurality of first electrodes are in contact with the respective plurality of second electrodes, the non-contact state being a state where the plurality of first electrodes are not in contact with the respective plurality of second electrodes, each of the plurality of first electrodes including a first urging member and/or each of the plurality of second electrodes including a second urging member, in the contact state, the each of the plurality of first electrodes being urged in the first direction by the first urging member and/or the each of the plurality of second electrodes being urged in the first direction by the second urging member, the first connector including a clutch plate, the second connector including a connection clutch, the connection clutch being fitted with the clutch plate in a connection state where the first connector and the second connector are connected to each other, the connection clutch transmitting rotation of the drive part to the clutch plate in the connection state. a first connector including a plurality of first electrodes; a second connector including a plurality of second electrodes; and a drive part configured to cause a contact state and a non-contact state to be switched, by causing the plurality of first electrodes and/or the plurality of second electrodes to move parallel to a first direction in which the first connector and the second connector face each other, the contact state being a state where the plurality of first electrodes are in contact with the respective plurality of second electrodes, the non-contact state being a state where the plurality of first electrodes are not in contact with the respective plurality of second electrodes, each of the plurality of first electrodes including a first urging member and/or each of the plurality of second electrodes including a second urging member, in the contact state, the each of the plurality of first electrodes being urged in the first direction by the first urging member and/or the each of the plurality of second electrodes being urged in the first direction by the second urging member, the first connector including a clutch plate, the second connector including a connection clutch, the connection clutch being fitted with the clutch plate in a connection state where the first connector and the second connector are connected to each other, the connection clutch transmitting rotation of the drive part to the clutch plate in the connection state.
A plasma treatment apparatus, comprising: a vacuum chamber arranged to accomodate a treatment target; an inductively coupling antenna unit arranged to generate plasma in the vacuum chamber; a high frequency power source arranged to supply a high frequency power to the inductively coupling antenna unit and a feeding terminal of the high frequency power; wherein the inductively coupling antenna unit has one or a plurality of antenna conductors and a lid arranged to cover an opening formed in a wall surface of the vacuum chamber, the one or the plurality of antenna conductors has a linear shape and is attached to the lid without a gap in which discharge occurs, the feeding terminal of the high frequency power is connected to a central portion of the one or the plurality of antenna conductors in a longitudinal direction thereof, and both end portions (21a, 21b) of the one or the plurality of antenna conductors in the longitudinal direction thereof are grounded, and wherein the high frequency power source is arranged to supply the high frequency power supplied to the central portion of the one or the plurality of antenna conductors in the longitudinal direction thereof via the feeding terminal. a vacuum chamber arranged to accomodate a treatment target; an inductively coupling antenna unit arranged to generate plasma in the vacuum chamber; a high frequency power source arranged to supply a high frequency power to the inductively coupling antenna unit and a feeding terminal of the high frequency power; wherein the inductively coupling antenna unit has one or a plurality of antenna conductors and a lid arranged to cover an opening formed in a wall surface of the vacuum chamber, the one or the plurality of antenna conductors has a linear shape and is attached to the lid without a gap in which discharge occurs, the feeding terminal of the high frequency power is connected to a central portion of the one or the plurality of antenna conductors in a longitudinal direction thereof, and both end portions (21a, 21b) of the one or the plurality of antenna conductors in the longitudinal direction thereof are grounded, and wherein the high frequency power source is arranged to supply the high frequency power supplied to the central portion of the one or the plurality of antenna conductors in the longitudinal direction thereof via the feeding terminal.
A binder composition for a non-aqueous secondary battery electrode comprising: a particulate polymer formed of a polymer that includes a block region formed of an aromatic vinyl monomer unit and that includes either or both of an aliphatic conjugated diene monomer unit and an alkylene structural unit; and water, wherein the particulate polymer has a volume-average particle diameter of not less than 0.1 μm and less than 0.9 μm, the volume-average particle diameter being determined according to the Example <Volume-average particle diameter of particulate polymer>, and the particulate polymer has a particle size distribution of not less than 3 and not more than 10, the particle size distribution being determined according to the Example <Particle size distribution of particulate polymer>. a particulate polymer formed of a polymer that includes a block region formed of an aromatic vinyl monomer unit and that includes either or both of an aliphatic conjugated diene monomer unit and an alkylene structural unit; and water, wherein the particulate polymer has a volume-average particle diameter of not less than 0.1 μm and less than 0.9 μm, the volume-average particle diameter being determined according to the Example <Volume-average particle diameter of particulate polymer>, and the particulate polymer has a particle size distribution of not less than 3 and not more than 10, the particle size distribution being determined according to the Example <Particle size distribution of particulate polymer>.
Method for operating a motor vehicle having the following steps: - a vehicle-external server apparatus is used to generate a vehicle function list which states which vehicle-internal functions of the motor vehicle have a use authorisation and which vehicle-internal functions of the motor vehicle do not have a use authorisation; - the vehicle function list is wirelessly transmitted from the vehicle-external server apparatus to a control apparatus of the motor vehicle; - respective control devices designed to operate the vehicle-internal functions of the motor vehicle are actuated according to the transmitted vehicle function list by means of the control apparatus such that the vehicle-internal functions of the motor vehicle which have a function authorisation and which are still deactivated are activated, and the vehicle-internal functions of the motor vehicle which do not have a function authorisation and which are still activated are deactivated; - wherein the vehicle function list is generated as soon as the vehicle-external server apparatus has generated at least one deactivation specification with respect to at least one of the vehicle-internal functions, wherein no use authorisation is granted for these vehicle-internal functions; - wherein the deactivation default is generated as soon as there is a malfunction of the vehicle-internal function or another vehicle-internal function; - wherein a vehicle-internal tamper protection ensures that the transmitted vehicle function list cannot be changed. - a vehicle-external server apparatus is used to generate a vehicle function list which states which vehicle-internal functions of the motor vehicle have a use authorisation and which vehicle-internal functions of the motor vehicle do not have a use authorisation; - the vehicle function list is wirelessly transmitted from the vehicle-external server apparatus to a control apparatus of the motor vehicle; - respective control devices designed to operate the vehicle-internal functions of the motor vehicle are actuated according to the transmitted vehicle function list by means of the control apparatus such that the vehicle-internal functions of the motor vehicle which have a function authorisation and which are still deactivated are activated, and the vehicle-internal functions of the motor vehicle which do not have a function authorisation and which are still activated are deactivated; - wherein the vehicle function list is generated as soon as the vehicle-external server apparatus has generated at least one deactivation specification with respect to at least one of the vehicle-internal functions, wherein no use authorisation is granted for these vehicle-internal functions; - wherein the deactivation default is generated as soon as there is a malfunction of the vehicle-internal function or another vehicle-internal function; - wherein a vehicle-internal tamper protection ensures that the transmitted vehicle function list cannot be changed.
A bonding device which is provided with a nozzle that is adapted to discharge adhesive, which bonds a bonding surface of a first sheet to a second sheet via the adhesive discharged from the nozzle, and which feeds the first sheet and the second sheet, the bonding device comprising: a base portion being a base of the bonding device and having a fixing face parallel to the up-down direction; an upper roller adapted to come into contact with a face on the opposite side to the bonding face of the first sheet and adapted to feed the first sheet overlaid on a top face of the second sheet; a lower roller disposed facing the upper roller, adapted to come into contact with a bottom face of the second sheet, and adapted to clamp the first sheet and the second sheet between the lower roller and the upper roller; a lower roller support portion rotatably supporting the lower roller; a lower roller base holding the lower roller support portion; and an adjustment mechanism adapted to adjust an attachment position, in the up-down direction, of the lower roller base with respect to the fixing face of the base portion, and including a first shaft portion extending in a perpendicular direction with respect to the fixing face, from one of the fixing face and the lower roller base, and a rotating member provided on the other one of the fixing face and the lower roller base, having a first hole portion into which is inserted the first shaft portion, extending in parallel to the perpendicular direction, and being capable of rotating around a rotation axis that is eccentric with respect to the first shaft portion. a base portion being a base of the bonding device and having a fixing face parallel to the up-down direction; an upper roller adapted to come into contact with a face on the opposite side to the bonding face of the first sheet and adapted to feed the first sheet overlaid on a top face of the second sheet; a lower roller disposed facing the upper roller, adapted to come into contact with a bottom face of the second sheet, and adapted to clamp the first sheet and the second sheet between the lower roller and the upper roller; a lower roller support portion rotatably supporting the lower roller; a lower roller base holding the lower roller support portion; and an adjustment mechanism adapted to adjust an attachment position, in the up-down direction, of the lower roller base with respect to the fixing face of the base portion, and including a first shaft portion extending in a perpendicular direction with respect to the fixing face, from one of the fixing face and the lower roller base, and a rotating member provided on the other one of the fixing face and the lower roller base, having a first hole portion into which is inserted the first shaft portion, extending in parallel to the perpendicular direction, and being capable of rotating around a rotation axis that is eccentric with respect to the first shaft portion.