mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerant compressor comprising a drive motor , a compressor unit which compresses a refrigerant entering through a suction inlet and allows it to exit through a pressure outlet , and means for detecting a first saturation temperature (S1) in the suction inlet and means for detecting a second saturation temperature (S2) in the pressure outlet , characterized in that the refrigerant compressor comprises a compressor monitoring system which is integrated into a compressor control system and which determines a compressor condition (VZ) by means of a first condition value (S1) that corresponds to a first saturation temperature (S1) in the suction inlet and a second condition value (S2) that corresponds to a second saturation temperature (S2) in the pressure outlet , and which compares the compressor condition (VZ) with permissible compressor conditions lying in a preset compressor-specific field of application (EF) of an operating diagram which is surrounded by an application boundary defining an enclosed border of the field of application (EF), and which, when the compressor condition (VZ) departs from the field of application (EF), initiates a process of switching-off the refrigerant compressor , wherein, for the purposes of switching-off the drive motor , the compressor monitoring system cooperates directly with the motor control system of the compressor control system .
A rechargeable battery comprising first and second electrodes, wherein in its charged state, the battery comprises an oxidized form of a quinone having three or more oxidation states dissolved or suspended in aqueous solution in contact with the first electrode and a reduced form of the quinone having three or more oxidation states dissolved or suspended in aqueous solution in contact with the second electrode, wherein during discharge the oxidized form of the quinone is reduced at the first electrode and the reduced form of the quinone is oxidized at the second electrode.
Method for producing a hydrocarbon resin, in which method a monomer mixture which contains an aromatic component containing indene and/or C 1-4 alkylindene and a cyclic diolefin component containing a cyclic diolefin compound is polymerized by heating to a polymerization temperature of at least 180°C to obtain a product stream containing hydrocarbon resin, wherein oligomers which contain units originating from the cyclic diolefin compound and/or units originating from the aromatic component are separated from the product stream and returned to the monomer mixture, and wherein the hydrocarbon resin is heated in an annealing step to a temperature of 150°C to 300°C for a period of 15 minutes to 240 hours.
A cap made of metal for closing containers comprising a seal consisting of a sealing material, wherein - the sealing material is PVC-free, i.e. PVC is completely absent in the sealing material, - the sealing material comprises at least one polyurethane thermoplastic elastomer and a second thermoplastic elastomer different from said polyurethane thermoplastic elastomer, said second thermoplastic elastomer being a styrene-type thermoplastic elastomer, the sealing material being free of liquids, i.e. liquids are completely absent in the sealing material. - the sealing material is PVC-free, i.e. PVC is completely absent in the sealing material, - the sealing material comprises at least one polyurethane thermoplastic elastomer and a second thermoplastic elastomer different from said polyurethane thermoplastic elastomer, said second thermoplastic elastomer being a styrene-type thermoplastic elastomer,
A connector connectable to a mating connector in a front-rear direction, comprising: a housing including a fitting portion fittable into the mating connector ; a connector resilient member to be fitted on the fitting portion and configured to be resiliently held in close contact with the mating connector and the fitting portion when the fitting portion is fitted into the mating connector ; a plurality of individual terminal accommodating portions provided in the housing and configured to accommodate terminals to be connected to mating terminals provided in the mating connector ; and individual resilient members , the connector resilient member and the individual resilient members being configured to be displaced in the front-rear direction, wherein the plurality of individual terminal accommodating portions are to be respectively fitted into a plurality of mating cavities provided in the mating connector , and the individual resilient members are to be fitted on outer peripheral surfaces of the individual terminal accommodating portions and configured to be resiliently held in close contact with inner peripheral surfaces of the mating cavities and the individual terminal accommodating portions when the individual terminal accommodating portions are fitted into the mating cavities , characterized in that the connector resilient member is fitted on an outer peripheral surface of the fitting portion and configured to be resiliently held in close contact with the mating connector and the outer peripheral surface of the fitting portion when the fitting portion is fitted into the mating connector . a housing including a fitting portion fittable into the mating connector ; a connector resilient member to be fitted on the fitting portion and configured to be resiliently held in close contact with the mating connector and the fitting portion when the fitting portion is fitted into the mating connector ; a plurality of individual terminal accommodating portions provided in the housing and configured to accommodate terminals to be connected to mating terminals provided in the mating connector ; and individual resilient members , the connector resilient member and the individual resilient members being configured to be displaced in the front-rear direction, wherein the plurality of individual terminal accommodating portions are to be respectively fitted into a plurality of mating cavities provided in the mating connector , and the individual resilient members are to be fitted on outer peripheral surfaces of the individual terminal accommodating portions and configured to be resiliently held in close contact with inner peripheral surfaces of the mating cavities and the individual terminal accommodating portions when the individual terminal accommodating portions are fitted into the mating cavities , characterized in that the connector resilient member is fitted on an outer peripheral surface of the fitting portion and configured to be resiliently held in close contact with the mating connector and the outer peripheral surface of the fitting portion when the fitting portion is fitted into the mating connector .
A method for compensating the influence of at least one of the parameters from the group consisting of flow rate, viscosity, density and Reynolds number (Re) of a fluid to be measured, on the measured flow rate and/or density of this fluid in a Coriolis mass flow meter , characterized by determining a compensation value (Mf(Re)) for the flow rate and/or density of the fluid to be measured using the following equation M f Re = f max 2 ⋅ 1 − tanh − 2 f max ⋅ dM f d log 10 Re | Re = Re c ⋅ log 10 Re − log 10 Re c , where f max is the maximum compensation value (Mf(Re)) for Reynolds numbers (Re) approaching zero, Re c is the Reynolds number (Re) at which the curve of the compensation value (Mf(Re)) has the largest slope, and dM f d log 10 Re | Re = Re c is the slope of the curve of the compensation value (Mf(Re)) at the point Re c , and correcting the value measured by the Coriolis mass flow meter for the flow rate and/or the density of the fluid to be measured using the compensation value (M f (Re)).
A battery module, comprising: a cell stack in which a plurality of battery cells are stacked; a pair of bus bar frames configured to cover one side and the other side of the cell stack in a longitudinal direction; a housing configured to accommodate a combined body of the cell stack and the bus bar frame so that the bus bar frame is exposed out; and an insulation pad interposed between a side surface of the cell stack and an inner surface of the housing and between a side surface of the bus bar frame and the inner surface of the housing , wherein the bus bar frame has an insert portion that is inserted into the housing , wherein the housing includes: an upper housing configured to cover an upper portion of the cell stack ; a lower housing configured to cover a lower portion of the cell stack ; and a pair of side plates configured to cover both side portions of the cell stack wherein the insulation pad includes: a cell support interposed between the cell stack and the side plate ; and a frame support configured to extend from the cell support and interposed between the bus bar frame and the side plate and interposed in an elastically pressurized state between the insert portion of the bus bar frame and the side plate . a cell stack in which a plurality of battery cells are stacked; a pair of bus bar frames configured to cover one side and the other side of the cell stack in a longitudinal direction; a housing configured to accommodate a combined body of the cell stack and the bus bar frame so that the bus bar frame is exposed out; and an insulation pad interposed between a side surface of the cell stack and an inner surface of the housing and between a side surface of the bus bar frame and the inner surface of the housing , wherein the bus bar frame has an insert portion that is inserted into the housing , wherein the housing includes: an upper housing configured to cover an upper portion of the cell stack ; a lower housing configured to cover a lower portion of the cell stack ; and an upper housing configured to cover an upper portion of the cell stack ; a lower housing configured to cover a lower portion of the cell stack ; and a pair of side plates configured to cover both side portions of the cell stack wherein the insulation pad includes: a cell support interposed between the cell stack and the side plate ; and a frame support configured to extend from the cell support and interposed between the bus bar frame and the side plate and interposed in an elastically pressurized state between the insert portion of the bus bar frame and the side plate . a cell support interposed between the cell stack and the side plate ; and a frame support configured to extend from the cell support and interposed between the bus bar frame and the side plate and interposed in an elastically pressurized state between the insert portion of the bus bar frame and the side plate .
An ejector (38; 202; 300; 400; 600; 700; 800) for receiving a motive flow and a suction flow and discharging a combined flow, the ejector comprising: a motive flow inlet ; a suction flow inlet ; an outlet ; a suction flow flowpath extending from the suction flow inlet ; and a motive flow flowpath extending from the motive flow inlet to join the suction flow flowpath and form a combined flowpath exiting the outlet , wherein the ejector comprises: a plurality of motive flow nozzles (100; 302; 402; 602; 702; 802) along the motive flow flowpath, the motive flow nozzles (100; 302; 402; 602; 702; 802) oriented to impart a tangential velocity component to the motive flow; a mixer portion having an elongated mixer section within an outer wall ; characterised by the ejector further comprising: a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section ; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section , which are oriented to recover the tangential velocity from the combined flow. a motive flow inlet ; a suction flow inlet ; an outlet ; a suction flow flowpath extending from the suction flow inlet ; and a motive flow flowpath extending from the motive flow inlet to join the suction flow flowpath and form a combined flowpath exiting the outlet , a plurality of motive flow nozzles (100; 302; 402; 602; 702; 802) along the motive flow flowpath, the motive flow nozzles (100; 302; 402; 602; 702; 802) oriented to impart a tangential velocity component to the motive flow; a mixer portion having an elongated mixer section within an outer wall ; characterised by the ejector further comprising: a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section ; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section , which are oriented to recover the tangential velocity from the combined flow. a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section ; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section , which are oriented to recover the tangential velocity from the combined flow.
Refrigerated goods container for a refrigeration appliance, having at least one wall made from wire mesh, and an end profile , wherein the wall has an end section and the end profile is installed on the end section , wherein a first side surface of the end section comprises first latching projections and a second side surface of the end section , which faces the first side surface , comprises at least one second latching projection , wherein the end profile is latched with the first latching projections and the second latching projection to the end section , characterised in that a first wire is fastened to the first side surface of the end section and the first latching projections are formed by deformations of the first wire .
An auxiliary power unit (APU) system , comprising: an APU configured to rotate at a rotational speed; one or more sensors disposed within the APU, each of the one or more sensors configured to sense an operational parameter of the APU and supply a sensor signal representative of the operational parameter; and an APU control unit in operable communication with the APU and coupled to receive the sensor signals from the one or more sensors , the APU control unit further coupled to receive a shutdown signal and operable, in response to the shutdown signal , to: (i) reduce the rotational speed of the APU to a predetermined cooldown speed magnitude that ensures combustor inlet temperature has reached a predetermined temperature value, characterized in that the APU control unit is operable, in response to the shut down signal, to (ii) determine, based on one or more of the sensor signals, when a lean blowout of the APU has occurred, and (iii) when a lean blowout has occurred, increasing the predetermined cooldown speed magnitude for use in a subsequent shutdown of the APU. an APU configured to rotate at a rotational speed; one or more sensors disposed within the APU, each of the one or more sensors configured to sense an operational parameter of the APU and supply a sensor signal representative of the operational parameter; and an APU control unit in operable communication with the APU and coupled to receive the sensor signals from the one or more sensors , the APU control unit further coupled to receive a shutdown signal and operable, in response to the shutdown signal , to: (i) reduce the rotational speed of the APU to a predetermined cooldown speed magnitude that ensures combustor inlet temperature has reached a predetermined temperature value, characterized in that the APU control unit is operable, in response to the shut down signal, to (ii) determine, based on one or more of the sensor signals, when a lean blowout of the APU has occurred, and (iii) when a lean blowout has occurred, increasing the predetermined cooldown speed magnitude for use in a subsequent shutdown of the APU. (i) reduce the rotational speed of the APU to a predetermined cooldown speed magnitude that ensures combustor inlet temperature has reached a predetermined temperature value, characterized in that the APU control unit is operable, in response to the shut down signal, to (ii) determine, based on one or more of the sensor signals, when a lean blowout of the APU has occurred, and (iii) when a lean blowout has occurred, increasing the predetermined cooldown speed magnitude for use in a subsequent shutdown of the APU.
A system comprising: a control panel device ; an access point device ; and a sensor device , wherein the control panel device is configured to periodically transmits a time signal to the access point device, wherein the access point device is configured to periodically receive the time signal from the control panel device and use the time signal to synchronize with the control panel device, wherein the access point is configured to periodically transmit a wireless beacon that includes a starting point of a temporal pattern alarm cadence and a timestamp of the access point device to the sensor device, wherein the sensor device is configured to periodically exit a sleep mode to receive the wireless beacon from the access point device ; and wherein the sensor device is configured to use the wireless beacon to synchronize with the access point device by calculating a current phase of the temporal pattern alarm cadence and wherein the sensor device is configured to calculate the current phase of the temporal pattern alarm cadence by calculating a gap between the starting point of the temporal pattern alarm cadence and a time of the local clock of the sensor device . a control panel device ; an access point device ; and a sensor device , wherein the control panel device is configured to periodically transmits a time signal to the access point device, wherein the access point device is configured to periodically receive the time signal from the control panel device and use the time signal to synchronize with the control panel device, wherein the access point is configured to periodically transmit a wireless beacon that includes a starting point of a temporal pattern alarm cadence and a timestamp of the access point device to the sensor device, wherein the sensor device is configured to periodically exit a sleep mode to receive the wireless beacon from the access point device ; and wherein the sensor device is configured to use the wireless beacon to synchronize with the access point device by calculating a current phase of the temporal pattern alarm cadence and wherein the sensor device is configured to calculate the current phase of the temporal pattern alarm cadence by calculating a gap between the starting point of the temporal pattern alarm cadence and a time of the local clock of the sensor device .
A hybrid-electric aircraft , comprising: a fuselage ; at least one wing extending from the fuselage , wherein the wing includes first and second original portions and a plug portion positioned between the first and second original portions ; and a propulsion system positioned on the at least one wing , wherein: the propulsion system includes at least one combustion powerplant and at least one hybrid-electric powerplant , each powerplant delivers power to a respective air mover for propelling the aircraft , the hybrid-electric powerplant includes a heat engine and an electric motor arranged in a parallel drive configuration or in an in-line drive configuration, and at least one of the combustion powerplant and the hybrid-electric powerplant is positioned outboard from the plug portion . a fuselage ; at least one wing extending from the fuselage , wherein the wing includes first and second original portions and a plug portion positioned between the first and second original portions ; and a propulsion system positioned on the at least one wing , wherein: the propulsion system includes at least one combustion powerplant and at least one hybrid-electric powerplant , each powerplant delivers power to a respective air mover for propelling the aircraft , the hybrid-electric powerplant includes a heat engine and an electric motor arranged in a parallel drive configuration or in an in-line drive configuration, and at least one of the combustion powerplant and the hybrid-electric powerplant is positioned outboard from the plug portion .
A method for assisting with the search for an element (E) having a predefined hue in an environment, the element (E) indicating the presence of at least one person to be rescued in the environment, the method comprising: - providing at least one image (I1) in color, said or each image (I) comprising pixels, - expressing the hue of at least one portion of the pixels of said or each image (I1) in a colorimetric system (S), the colorimetric system (S) being defined by the existence of a continuous bijection (f) from the set of hues of the visible spectrum to the set of values of a parameter (P), the bijection (f) associating a hue with a value of the parameter (P) and the set of values of the parameter (P) having a total extent (E TOTAL ), - selecting in said or each image (I1) pixels having a hue for which the value of the parameter (P) associated by the bijection (f) is comprised between a first and a second values (Pmin, Pmax), the first and second values (Pmin, Pmax) being chosen so that the set of hues, for which the value of the parameter (P) associated by the bijection (f) is comprised between both chosen values (Pmin, Pmax), comprises the predefined hue, the first and second values (Pmin, Pmax) being chosen by an operator, and - highlighting the selected pixels, the highlighting of the selected pixels comprising the setting of the saturation and luminance parameters of the selected pixels to a value greater than 75% of the maximum value. - providing at least one image (I1) in color, said or each image (I) comprising pixels, - expressing the hue of at least one portion of the pixels of said or each image (I1) in a colorimetric system (S), the colorimetric system (S) being defined by the existence of a continuous bijection (f) from the set of hues of the visible spectrum to the set of values of a parameter (P), the bijection (f) associating a hue with a value of the parameter (P) and the set of values of the parameter (P) having a total extent (E TOTAL ), - selecting in said or each image (I1) pixels having a hue for which the value of the parameter (P) associated by the bijection (f) is comprised between a first and a second values (Pmin, Pmax), the first and second values (Pmin, Pmax) being chosen so that the set of hues, for which the value of the parameter (P) associated by the bijection (f) is comprised between both chosen values (Pmin, Pmax), comprises the predefined hue, the first and second values (Pmin, Pmax) being chosen by an operator, and - highlighting the selected pixels, the highlighting of the selected pixels comprising the setting of the saturation and luminance parameters of the selected pixels to a value greater than 75% of the maximum value.