mhurhangee/ep-ind-claims huggingface dataset:
A motor apparatus for a vehicle, the motor apparatus comprising: a motor unit configured to generate power for driving the vehicle; an inverter unit including a capacitor configured to smooth DC power, a power converter having a plurality of switching elements, and a control circuit configured to control the power converter; a case having a motor space, two or more inverter spaces (62, 63), and a cooling passage (70, 170), the motor space accommodating the motor unit, each of the inverter spaces (62, 63) accommodating the inverter unit, the cooling passage (70, 170) being configured to let cooling medium flow through the cooling passage (70, 170) to cool the motor unit and the inverter unit; the motor apparatus being characterized in that:it has at least one pump (50, 150) configured to forward the cooling medium to the cooling passage (70, 170), the inverter spaces (62, 63) are provided adjacent to the motor space via respective walls (41a, 41b), and each accommodating at least one of the capacitor, the power converter, and the control circuit; and the cooling passage (70, 170) includes a first cooling part configured to cool the power converter and a second cooling part configured to cool the capacitor, a length of the cooling passage (70, 170) from a discharging part (51, 151) of the pump (50, 150) to the first cooling part being shorter than a length of the cooling passage (70, 170) from the discharging part (51, 151) to the second cooling part. a motor unit configured to generate power for driving the vehicle; an inverter unit including a capacitor configured to smooth DC power, a power converter having a plurality of switching elements, and a control circuit configured to control the power converter; a case having a motor space, two or more inverter spaces (62, 63), and a cooling passage (70, 170), the motor space accommodating the motor unit, each of the inverter spaces (62, 63) accommodating the inverter unit, the cooling passage (70, 170) being configured to let cooling medium flow through the cooling passage (70, 170) to cool the motor unit and the inverter unit; the motor apparatus being characterized in that:it has at least one pump (50, 150) configured to forward the cooling medium to the cooling passage (70, 170), the inverter spaces (62, 63) are provided adjacent to the motor space via respective walls (41a, 41b), and each accommodating at least one of the capacitor, the power converter, and the control circuit; and the cooling passage (70, 170) includes a first cooling part configured to cool the power converter and a second cooling part configured to cool the capacitor, a length of the cooling passage (70, 170) from a discharging part (51, 151) of the pump (50, 150) to the first cooling part being shorter than a length of the cooling passage (70, 170) from the discharging part (51, 151) to the second cooling part.
Driving and/or conveying chain, comprising - several chain links - several first hinges, which are connected to each two neightbouring chain links (11, 12), and the two neightbouring chain links (11, 12) are pivotable about each a first swivel axis to each other by means of each a first hinge, - several second hinges, which are connected to each two neightbouring chain links (11, 13), and the two neightbouring chain links (11, 13) are pivotable about each a second swivel axis to each other by means of each a second hinge, - whereby the first and second swivel axes (14, 16) are aligned substantially perpendicular to each other and the first and second swivel axes (14, 16) are aligned in the main perpendicular to a longitudinal center line of the driving and/or conveying chain, whereby the driving and/or conveying chain comprises several third hinges and the third hinges are connected to each two neightbouring chain links (11, 13) and the two neightbouring chain links (11, 13) are pivotable about each a third swivel axis to each other by means of each a third hinge and the third swivel axes are aligned in the main parallel and/or coaxially to the longitudinal center line of the driving and/or conveying chain, characterized in that the driving chain comprises three different chain links as A-chain links, B-chain links and C-chain links and at each A-chain link and/or each B-chain link and/or each C-chain link at least one cam is designed for guiding the driving and/or conveying chain in a guiding device, in particular at least one guiding groove of the guiding device, and/or for catching a carrying member of a conveying device - several chain links - several first hinges, which are connected to each two neightbouring chain links (11, 12), and the two neightbouring chain links (11, 12) are pivotable about each a first swivel axis to each other by means of each a first hinge, - several second hinges, which are connected to each two neightbouring chain links (11, 13), and the two neightbouring chain links (11, 13) are pivotable about each a second swivel axis to each other by means of each a second hinge, - whereby the first and second swivel axes (14, 16) are aligned substantially perpendicular to each other and the first and second swivel axes (14, 16) are aligned in the main perpendicular to a longitudinal center line of the driving and/or conveying chain,
A method of polymerizing a radical polymerizable compound using an organoborane initiator, said method comprising the steps of: A introducing the radical polymerizable compound and the organoborane initiator onto a substrate to form a mixture wherein the organoborane initiator is complexed with a bi-functional noncyclic blocking agent having a carbon backbone and two organoborane complexing moieties different from each other and selected from the group of an amine moiety, a thiol moiety, and a phosphine moiety and wherein the two differing moieties are separated from each other by two to four carbon atoms to increase nucleophilicity of the blocking agent towards the organoborane initiator; B. decomplexing the organoborane initiator from the blocking agent thereby forming a radical; and C. polymerizing the radical polymerizable compound using the radical, optionally in the absence of external heating, or optionally at a temperature of from 20°C to 30°C. A introducing the radical polymerizable compound and the organoborane initiator onto a substrate to form a mixture wherein the organoborane initiator is complexed with a bi-functional noncyclic blocking agent having a carbon backbone and two organoborane complexing moieties different from each other and selected from the group of an amine moiety, a thiol moiety, and a phosphine moiety and wherein the two differing moieties are separated from each other by two to four carbon atoms to increase nucleophilicity of the blocking agent towards the organoborane initiator; B. decomplexing the organoborane initiator from the blocking agent thereby forming a radical; and C. polymerizing the radical polymerizable compound using the radical, optionally in the absence of external heating, or optionally at a temperature of from 20°C to 30°C.
A method for making an inhibited non-pregelatinized granular starch, wherein the method comprises heating a non-pregelatinized granular starch in an alcoholic medium comprised of 80% to 96% by weight alcohol and 4% to 20% by weight water, the total amount of alcohol and water equalling 100%, in the presence of at least one treatment agent selected from the group consisting of bases and salts at a temperature of at least 35°C, wherein the non-pregelatinized granular starch has been subjected to one or more purification treatments to reduce the amounts of lipid and protein present.
A wave power generator system (10, 50, 110, 218, 229) for generating electrical power from waves, comprising: an element (12, 66, 118, 228, 236) that lies in the sea, said element having a lower part (22, 74, 76, 228, 236) anchored at a constant height above the sea floor and an upper part (14, 52, 112, 206, 220, 230) that lies primarily under the sea surface and that is moveable relative to said lower part; a quantity of electricity-generating deflectable material (36, 64, 94, 120, 122, 224, 246) with opposite ends coupled respectively to said lower and upper parts, said quantity of deflectable material generating electricity when a distance between its ends is forced to change; said upper part of said element being biased upward towards the sea surface with a force that decreases and increases as the height of a sea wave at said upper part decreases and increases, wherein said upper part of said element is in the form of a buoy (52, 52A, 32B, 112, 222, 230), and said quantity of electricity-generating deflectable material is coupled to a line (60, 62, 116, 224, 240) that extends upward at least part of the distance from said lower part of said element to said buoy, with said line maintained under tension by holding at least 80% of the volume of said buoy under the sea surface, characterised in that said buoy is one of a plurality of buoys (52A, 52B, 112), each separately moored through at least one anchor line that is connected to a quantity of deflectable material; at least one primarily horizontal tie line (94, 114) that extends between pairs of said buoys and that includes a length of said electricity-generating deflectable material. an element (12, 66, 118, 228, 236) that lies in the sea, said element having a lower part (22, 74, 76, 228, 236) anchored at a constant height above the sea floor and an upper part (14, 52, 112, 206, 220, 230) that lies primarily under the sea surface and that is moveable relative to said lower part; a quantity of electricity-generating deflectable material (36, 64, 94, 120, 122, 224, 246) with opposite ends coupled respectively to said lower and upper parts, said quantity of deflectable material generating electricity when a distance between its ends is forced to change; said upper part of said element being biased upward towards the sea surface with a force that decreases and increases as the height of a sea wave at said upper part decreases and increases,
Flavoring device (200; 400; 1000) adapted to be associated with a cooking chamber (315; 515) of a cooking oven (100; 100') adapted to cook food stored therein, the flavoring device (200; 400; 1000) comprising at least one flavoring casing (205; 1003) having an air inlet opening (210; 1012) arranged in a first portion of the flavoring casing (205; 1003) and arranged for allowing air to enter said flavoring casing (205; 1003), a flavoring air outlet opening (270b; 1030b) arranged in a second portion of the flavoring casing (205; 1003) and arranged for allowing air contained within said flavoring casing (205; 1003) to pass to said cooking chamber (315; 515), and a flavoring air path (600; 1061) traversing said flavoring casing (205; 1003) and fluidly connecting said air inlet opening (210; 1012, 1036) to said flavoring air outlet opening (270b; 1030b), said flavoring casing (205; 1003) housing; - a heating element (305; 405; 1019) arranged in the first portion and in said flavoring air path (600; 1061) for heating air entering the air inlet opening (210; 1012) and flowing through said flavoring air path (600; 1061), and - a flavoring substance rack (240; 1027) arranged in the second portion between the first portion and the flavoring outlet opening (270b; 1030b) and arranged at least partially in said flavoring air path (600; 1061) downstream said heating element (305; 405; 1019) and adapted to contain at least one flavoring substance (610; 1063), wherein the heating element (305; 405; 1019) is housed in said flavoring casing (205; 1003) spaced apart from the flavoring substance rack (240; 1027) in such a way that heat is transferred from said heating element (305; 405; 1019) to said flavoring substance rack (240; 1027) mainly by air flowing inside the flavoring casing (205; 1003) from the air inlet opening (210; 1012) to the flavoring air outlet opening (270b; 1030b) through said flavoring air path (600; 1061). - a heating element (305; 405; 1019) arranged in the first portion and in said flavoring air path (600; 1061) for heating air entering the air inlet opening (210; 1012) and flowing through said flavoring air path (600; 1061), and - a flavoring substance rack (240; 1027) arranged in the second portion between the first portion and the flavoring outlet opening (270b; 1030b) and arranged at least partially in said flavoring air path (600; 1061) downstream said heating element (305; 405; 1019) and adapted to contain at least one flavoring substance (610; 1063),
A heat exchanger comprising: a plurality of first heat transfer tubes that extend in a horizontal direction to allow a refrigerant to circulate therein, and are arranged at intervals in a vertical direction; a first header section that has a cylindrical shape extending in use in the vertical direction and is connected to one end of each of the plurality of first heat transfer tubes in a communicating state; a plurality of second heat transfer tubes that extend in the horizontal direction to allow the refrigerant to circulate therein, and are arranged at intervals in the vertical direction; a second header section that is connected to one end of each of the plurality of second heat transfer tubes in a communicating state; characterised by a first connecting tube that connects a lower portion of the first header section and an upper portion of the second header section together; and a second connecting tube that connects an upper portion of the first header section and a lower portion of the second header section together. a plurality of first heat transfer tubes that extend in a horizontal direction to allow a refrigerant to circulate therein, and are arranged at intervals in a vertical direction; a first header section that has a cylindrical shape extending in use in the vertical direction and is connected to one end of each of the plurality of first heat transfer tubes in a communicating state; a plurality of second heat transfer tubes that extend in the horizontal direction to allow the refrigerant to circulate therein, and are arranged at intervals in the vertical direction; a second header section that is connected to one end of each of the plurality of second heat transfer tubes in a communicating state; characterised by a first connecting tube that connects a lower portion of the first header section and an upper portion of the second header section together; and a second connecting tube that connects an upper portion of the first header section and a lower portion of the second header section together.
A magnetic head assembly including: a mounting element defining a peripheral anti-tampering enclosure; at least one information reading sensor having output contacts, said sensor being mounted in said mounting element; and a flat cable including a connector portion and a doubled-over portion, wherein the connector portion is coupled to said output contacts of said at least one information reading sensor, and the doubled-over portion of said flat cable is arranged located within said peripheral anti-tampering enclosure in a doubled-over configuration over said output contacts, thereby to provide anti-tampering protection to said output contacts. a mounting element defining a peripheral anti-tampering enclosure; at least one information reading sensor having output contacts, said sensor being mounted in said mounting element; and a flat cable including a connector portion and a doubled-over portion, wherein the connector portion is coupled to said output contacts of said at least one information reading sensor, and the doubled-over portion of said flat cable is arranged located within said peripheral anti-tampering enclosure in a doubled-over configuration over said output contacts, thereby to provide anti-tampering protection to said output contacts.
A system for reversing degraded energy resolution of semiconductor radiation detection elements which are configured for use in a radiation detector assembly, and wherein the semiconductor elements are responsive to gamma radiation, the system comprising: a means for identifying semiconductor elements which exhibit degraded energy resolution as compared to an initial level of energy resolution; and a means for restoring the degraded semiconductor elements to the initial level of energy resolution; wherein the restoring means comprises a reverse bias means configured to apply a reverse bias to the identified degraded elements for a preselected time. a means for identifying semiconductor elements which exhibit degraded energy resolution as compared to an initial level of energy resolution; and a means for restoring the degraded semiconductor elements to the initial level of energy resolution; wherein the restoring means comprises a reverse bias means configured to apply a reverse bias to the identified degraded elements for a preselected time.
A device for refuelling containers with pressurized gas, notably for refuelling gaseous hydrogen tanks, comprising a pressurized gas source, a transfer circuit comprising one upstream end connected to the gas source and at least one downstream end intended to be removably connected to a container, the device comprising a refrigeration system for cooling the gas flowing from the gas source prior to its entering into the container, the refrigeration system comprising a refrigerant cooling loop circuit comprising, arranged in series, a compressor, a condenser section, an expansion valve and an evaporator section, the refrigeration system comprising a cold source in heat exchange with the condenser section and a heat exchanger located in the transfer circuit and comprising a heat exchange section between the gas flowing in the transfer circuit and the evaporator section, characterized in that the refrigerant cooling loop circuit comprises a bypass conduit comprising an upstream end connected to the outlet of the compressor and a downstream end connected to the refrigerant cooling loop circuit upstream the compressor inlet and bypassing the condenser section and expansion valve, the device comprising a bypass regulating valve for controlling the flow of refrigerant flowing into the by-pass conduit, and in that the downstream end of the bypass conduit is connected to the outlet of the heat exchanger that is to say closer to the refrigerant outlet of the heat exchanger than to the compressor inlet, preferably between one and forty centimeters after the outlet of the evaporator section.
A method for protecting an optical sensor of a satellite (110, 210, 310, 400), the method comprising: transmitting telemetry data from the satellite to a control center of the satellite; the telemetry data comprising a posture of the satellite and a speed of the satellite having a calculator of the control center predict an intensity of external light incident on the satellite over time based on the posture of the satellite, speed of the satellite and celestial data; when a space time, in which the intensity of external light incident on the satellite is higher than or equal to a threshold, is predicted, transmitting a first command signal from the control center to the satellite, wherein the first command signal includes the space time and a set transmittance for controlling the intensity of the light; operating a filter of the satellite in response to the first command signal such that the light to an optical sensor of the satellite is filtered by decreasing a transparency of the filter based on the set transmittance during the space time. transmitting telemetry data from the satellite to a control center of the satellite; the telemetry data comprising a posture of the satellite and a speed of the satellite having a calculator of the control center predict an intensity of external light incident on the satellite over time based on the posture of the satellite, speed of the satellite and celestial data; when a space time, in which the intensity of external light incident on the satellite is higher than or equal to a threshold, is predicted, transmitting a first command signal from the control center to the satellite, wherein the first command signal includes the space time and a set transmittance for controlling the intensity of the light; operating a filter of the satellite in response to the first command signal such that the light to an optical sensor of the satellite is filtered by decreasing a transparency of the filter based on the set transmittance during the space time.
A pincer nail correction tool for remedying a pincer nail of a toe as the nail grows by integrally bonding a necessary part separated from a main body to the pincer nail, the tool comprising: a flat operating portion (1, 21) gripped before the necessary part is bonded and to be rotated in a direction in which the pincer nail is remedied; a thin-sheet abutting portion (2, 22) extending from a flat surface on one side of the operating portion (1, 21) and projecting straight toward a distal end; a thin-sheet engaging portion (3, 23) narrower than the abutting portion (2, 22) in a surface direction and extending from a flat surface on another side of the operating portion (1, 21) substantially parallel with the abutting portion (2, 22); and a bottom portion (4, 24) extending from one end face of the operating portion (1, 21) toward the distal end and connecting the abutting portion (2, 22) with the engaging portion (3, 23) to form a J-shaped cross-section, characterized in that a projection length of the abutting portion is longer than that of the engaging portion (3, 23). a flat operating portion (1, 21) gripped before the necessary part is bonded and to be rotated in a direction in which the pincer nail is remedied; a thin-sheet abutting portion (2, 22) extending from a flat surface on one side of the operating portion (1, 21) and projecting straight toward a distal end; a thin-sheet engaging portion (3, 23) narrower than the abutting portion (2, 22) in a surface direction and extending from a flat surface on another side of the operating portion (1, 21) substantially parallel with the abutting portion (2, 22); and a bottom portion (4, 24) extending from one end face of the operating portion (1, 21) toward the distal end and connecting the abutting portion (2, 22) with the engaging portion (3, 23) to form a J-shaped cross-section, characterized in that a projection length of the abutting portion is longer than that of the engaging portion (3, 23).
A fitting arrangement for windows, doors or the like comprising a cover rail; a connecting rod arranged displaceably relative to the cover rail; and a blocking device, characterized in that the blocking device has at least one resiliently elastic latch element and is fastened to one of the elements cover rail or connecting rod, with the other of the elements cover rail or connecting rod having at least one mating latch element; and in that the latch element is adjustable between a blocked position and a release position, wherein the latch element is in engagement with the mating latch element in the blocked position to restrict the mutual displacement of the cover rail and of the connecting rod and is preloaded and out of engagement with the mating latch element in the release position, characterized in that the blocking device has a holding mechanism which is configured to prevent an automatic return of the latch element from the release position into the blocked position caused by the resiliently elastic configuration of the latch element.