mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a case provided with a first and a second indoor suction port (11, 12), and a first and a second indoor discharge port (13, 14); an air conditioning unit to operate according to a heat pump cycle, the air conditioning unit provided with a first heat exchanger to operate as one of an evaporator and a condenser, and a second heat exchanger to operate as the other of the evaporator and the condenser; a first indoor flow channel connected between the first indoor suction port and the first indoor discharge port, the first indoor flow channel to allow an indoor air suctioned through the first indoor suction port to pass through the first heat exchanger and discharge through the first indoor discharge port; and a second indoor flow channel connected between the second indoor suction port and the second indoor discharge port, the second indoor flow channel to allow the indoor air suctioned through the second indoor suction port to pass through the second heat exchanger and discharge through the second indoor discharge port; characterized in that the air conditioner further comprises a condensing unit to receive regenerated air, heat-exchanged with the condenser, from one of the first indoor flow channel and the second indoor flow channel, and perform a heat exchange between the regenerated air and a cooling fluid having a lower temperature than the regenerated air so as to condense moisture contained in the regenerated air. a case provided with a first and a second indoor suction port (11, 12), and a first and a second indoor discharge port (13, 14); an air conditioning unit to operate according to a heat pump cycle, the air conditioning unit provided with a first heat exchanger to operate as one of an evaporator and a condenser, and a second heat exchanger to operate as the other of the evaporator and the condenser; a first indoor flow channel connected between the first indoor suction port and the first indoor discharge port, the first indoor flow channel to allow an indoor air suctioned through the first indoor suction port to pass through the first heat exchanger and discharge through the first indoor discharge port; and a second indoor flow channel connected between the second indoor suction port and the second indoor discharge port, the second indoor flow channel to allow the indoor air suctioned through the second indoor suction port to pass through the second heat exchanger and discharge through the second indoor discharge port; characterized in that the air conditioner further comprises a condensing unit to receive regenerated air, heat-exchanged with the condenser, from one of the first indoor flow channel and the second indoor flow channel, and perform a heat exchange between the regenerated air and a cooling fluid having a lower temperature than the regenerated air so as to condense moisture contained in the regenerated air.
A connector (10 and 10A to 10C) comprising: a port in which a disc is provided; a space provided in the port, and constituted of a side wall surrounding displacement of the disc in a circumferential direction and a bottom wall arranged at a position opposite the disc and capable of allowing displacement of the disc; a flowing part connected to the bottom wall at a position away from the side wall and configured to allow fluid to flow therethrough to the space; and cutouts (96, 97, and 98) formed from the flowing part to the side wall wherein the space is formed in a cylindrical shape by the side wall, characterized in that an opening where the flowing part communicates with the bottom wall is formed as a long hole having a predetermined width, and each of the cutouts (96, 97, and 98) is formed to include a central part in a longitudinal direction of the opening and connected thereto. a port in which a disc is provided; a space provided in the port, and constituted of a side wall surrounding displacement of the disc in a circumferential direction and a bottom wall arranged at a position opposite the disc and capable of allowing displacement of the disc; a flowing part connected to the bottom wall at a position away from the side wall and configured to allow fluid to flow therethrough to the space; and cutouts (96, 97, and 98) formed from the flowing part to the side wall wherein the space is formed in a cylindrical shape by the side wall, characterized in that an opening where the flowing part communicates with the bottom wall is formed as a long hole having a predetermined width, and each of the cutouts (96, 97, and 98) is formed to include a central part in a longitudinal direction of the opening and connected thereto.
An apparatus for solid freeform fabrication comprising: a. a movable nozzle comprising a nozzle opening, b. a heating element connected to the movable nozzle, c. a driver connected to the movable nozzle, d. a platform for receiving a build material from the movable nozzle, and e. a hopper for providing the build material to the driver, the hopper comprising a hopper opening, wherein the nozzle opening and the hopper opening are capable of simultaneous alignment on a straight axis such that the build material, when present, is capable of traveling along the straight axis at least from the hopper opening until the build material attains a flowable state. a. a movable nozzle comprising a nozzle opening, b. a heating element connected to the movable nozzle, c. a driver connected to the movable nozzle, d. a platform for receiving a build material from the movable nozzle, and e. a hopper for providing the build material to the driver, the hopper comprising a hopper opening,
A method for processing a marine natural product extract, the method comprising disposing an anion exchange membrane between an anode and a cathode, feeding a marine natural product extract on the cathode side of the anion exchange membrane, and removing at least part of iodine ions from the marine natural product extract by allowing them to pass through the anion exchange membrane by electrodialysis, the method being characterized in that the electrodialysis is performed using a first anion exchange membrane and a second anion exchange membrane that are sequentially arranged from the anode side, an extract receiving compartment that is formed between the anion exchange membranes and fed with the marine natural product extract, an iodine recovery compartment that is formed on the anode side of the first anion exchange membrane, and a replenisher receiving compartment that is formed on the cathode side of the second anion exchange membrane and fed with a replenisher containing chlorine ions, and that the electrodialysis allows the iodine ions contained in the marine natural product extract to pass through the first anion exchange membrane and migrate into the iodine recovery compartment, while allowing the chlorine ions contained in the replenisher to pass through the second anion exchange membrane and replenish the extract receiving compartment.
A board work system comprising: a holding device configured to hold a board, the board being formed with a through-hole into which a lead of a leaded component is to be inserted; a mounting head (60, 62) configured to hold the leaded component and to insert each of a pair of leads of the held leaded component into the through-holes of the board held by the holding device; a bending device configured to bend a lead inserted into the insertion hole (130, 136); the bending device includes a pair of moving bodies each including an insertion hole (130, 136) into which a lead is inserted via the through-hole, a holding body configured to hold the pair of moving bodies such that the moving bodies can be moved towards and away from each other, and a drive source that changes an insertion hole spacing distance that is a distance between the insertion holes (130, 136) to a given distance by moving the pair of moving bodies towards and away from each other; characterized in an imaging device configured to image the leaded component held by the mounting head (60, 62); and a control device, the control device is configured to control the drive source based on the lead spacing distance that is a distance between the pair of leads obtained by the imaging device imaging the pair of leads of the leaded component prior to being inserted into the through-holes. a holding device configured to hold a board, the board being formed with a through-hole into which a lead of a leaded component is to be inserted; a mounting head (60, 62) configured to hold the leaded component and to insert each of a pair of leads of the held leaded component into the through-holes of the board held by the holding device; a bending device configured to bend a lead inserted into the insertion hole (130, 136); the bending device includes a pair of moving bodies each including an insertion hole (130, 136) into which a lead is inserted via the through-hole, a holding body configured to hold the pair of moving bodies such that the moving bodies can be moved towards and away from each other, and a drive source that changes an insertion hole spacing distance that is a distance between the insertion holes (130, 136) to a given distance by moving the pair of moving bodies towards and away from each other; characterized in a pair of moving bodies each including an insertion hole (130, 136) into which a lead is inserted via the through-hole, a holding body configured to hold the pair of moving bodies such that the moving bodies can be moved towards and away from each other, and a drive source that changes an insertion hole spacing distance that is a distance between the insertion holes (130, 136) to a given distance by moving the pair of moving bodies towards and away from each other; characterized in an imaging device configured to image the leaded component held by the mounting head (60, 62); and a control device, the control device is configured to control the drive source based on the lead spacing distance that is a distance between the pair of leads obtained by the imaging device imaging the pair of leads of the leaded component prior to being inserted into the through-holes.
A method for modifying configurations of peer ports (160, 170) interconnecting network devices (135, 140), the method being characterised by comprising: determining whether the interconnected peer ports, comprising a first port of a first network device and a second port of a second network device, can support a first protocol, wherein the first protocol is a peer parameter exchange protocol for exchanging port configuration information, the determining comprising exchanging information between the first port and the second port using a second protocol; if it is determined that the interconnected peer ports support the first protocol, exchanging configuration information between the ports using the first protocol; and configuring the interconnected peer ports according to the exchanged information. determining whether the interconnected peer ports, comprising a first port of a first network device and a second port of a second network device, can support a first protocol, wherein the first protocol is a peer parameter exchange protocol for exchanging port configuration information, the determining comprising exchanging information between the first port and the second port using a second protocol; if it is determined that the interconnected peer ports support the first protocol, exchanging configuration information between the ports using the first protocol; and configuring the interconnected peer ports according to the exchanged information.
A target object detection signal processing device, comprising: a reception data output module, to which a reception signal is inputted, for outputting reception data indicative of a signal level of the reception signal; a scan-to-scan correlation processing module for performing scan-to-scan correlation processing between the reception data and previous reception data indicative of a reception level of previously acquired reception signal to output scan-to-scan correlation data, the scan-to-scan correlation processing module including a memory for storing past scan-to-scan correlation data; an output selection module, to which the reception data and the scan-to-scan correlation data are inputted, for selectively outputting either one of the data; and a threshold setting module for setting a selection threshold and outputting it to the output selection module, wherein the output selection module selects between the reception data and the scan-to-scan correlation data based on the selection threshold; characterized in that: the scan-to-scan correlation data output from the scan-to-scan correlation processing module are input to the memory when the output selection module outputs the scan-to-scan correlation data and when the output selection module outputs the reception data. a reception data output module, to which a reception signal is inputted, for outputting reception data indicative of a signal level of the reception signal; a scan-to-scan correlation processing module for performing scan-to-scan correlation processing between the reception data and previous reception data indicative of a reception level of previously acquired reception signal to output scan-to-scan correlation data, the scan-to-scan correlation processing module including a memory for storing past scan-to-scan correlation data; an output selection module, to which the reception data and the scan-to-scan correlation data are inputted, for selectively outputting either one of the data; and a threshold setting module for setting a selection threshold and outputting it to the output selection module, wherein the output selection module selects between the reception data and the scan-to-scan correlation data based on the selection threshold; characterized in that: the scan-to-scan correlation data output from the scan-to-scan correlation processing module are input to the memory when the output selection module outputs the scan-to-scan correlation data and when the output selection module outputs the reception data.
A running control apparatus configured to be included in an own vehicle, the running control apparatus comprising: a moving object detection unit for detecting a moving object moving in a direction crossing a direction of travel of the own vehicle on the basis of an acquired image acquired from an image pickup apparatus; an acceleration calculation unit for calculating acceleration of the moving object; a moving object crossing intention determination unit for determining, on the basis of the acceleration of the moving object, whether or not the moving object intends to cross an intersection ahead of the own vehicle in the direction crossing the direction of the travel of the own vehicle before the own vehicle crosses the intersection; and an automatic engine stop decision unit for deciding whether or not the own vehicle automatically stops an engine during running on the basis of a result of determination of the moving object crossing intention determination unit. a moving object detection unit for detecting a moving object moving in a direction crossing a direction of travel of the own vehicle on the basis of an acquired image acquired from an image pickup apparatus; an acceleration calculation unit for calculating acceleration of the moving object; a moving object crossing intention determination unit for determining, on the basis of the acceleration of the moving object, whether or not the moving object intends to cross an intersection ahead of the own vehicle in the direction crossing the direction of the travel of the own vehicle before the own vehicle crosses the intersection; and an automatic engine stop decision unit for deciding whether or not the own vehicle automatically stops an engine during running on the basis of a result of determination of the moving object crossing intention determination unit.
A series-type charging device, comprising: an input-terminal, used to receive an input power; an output-terminal, coupled to the input-terminal, and coupled to another series-type charging device to supply a next-level power; a control unit, coupled between the input-terminal and the output-terminal, and provided for obtaining an output power from a shunt of the input power, and generating a charging power according to the output power to charge a battery; and a detector unit, with an end coupled between the input-terminal and the output-terminal, and the other end coupled to the control unit to measure a supply power of the input power; characterized in that the series-type charging device further comprising: when the output-terminal is coupled to another series-type charging device, the output power is reduced, and the input power is converted completely into the next-level power to charge the battery of another series-type charging device in a first priority, and when the supply power of the series-type charging device has not reached an upper limit value, the remaining input power will be distributed to the other series-type charging device immediately to charge the battery of the series-type charging device. an input-terminal, used to receive an input power; an output-terminal, coupled to the input-terminal, and coupled to another series-type charging device to supply a next-level power; a control unit, coupled between the input-terminal and the output-terminal, and provided for obtaining an output power from a shunt of the input power, and generating a charging power according to the output power to charge a battery; and a detector unit, with an end coupled between the input-terminal and the output-terminal, and the other end coupled to the control unit to measure a supply power of the input power; characterized in that the series-type charging device further comprising: when the output-terminal is coupled to another series-type charging device, the output power is reduced, and the input power is converted completely into the next-level power to charge the battery of another series-type charging device in a first priority, and when the supply power of the series-type charging device has not reached an upper limit value, the remaining input power will be distributed to the other series-type charging device immediately to charge the battery of the series-type charging device.
Assembly for holding or supporting a timepiece balance spring, comprising a balance spring stud and a balance cock on which is fixed a balance spring stud-holder, said stud-holder comprising a holding means provided with a housing (53, 53', 514) for housing the balance spring stud therein and a gripping means, at least said gripping means being movable with respect to the holding means in order to lock the balance spring stud inside its housing, wherein the holding means and the gripping means take the form of an annular piece arranged to be rotatably mounted on a protuberance, characterized in that the holding means take the form of a holding ring comprising a resilient arm extending from said ring and forming therewith a housing for accommodating the balance spring stud, and in that the gripping means take the form of a gripping ring comprising a frame on which a stud is arranged, the frame and the stud being arranged such that the rotation of the gripping ring with respect to the holding ring results in the appearance of a stress exerted by said stud on said resilient arm in order to lock the balance spring stud assembly.
An electrolyte composition comprising at least a sodium salt dissolved in at least one solvent and a combination of additives, wherein: - said solvent is selected from the group consisting of: ethylene carbonate, dimethyl carbonate, ethyl methyl carbonate, diethyl carbonate, propylene carbonate, ethyl acetate, ethyl propionate, methyl propionate, 4-fluorotoluene, 1,1,2,2-tetrafluoroethyl 2,2,3,3-tetrafluoropropyl ether, di-fluoro ethylene carbonate, ethyl difluoroacetate, and mixtures thereof; - the combination of additives includes at least sodium difluoro(oxalato)borate (NaODFB) and tris(trimethylsilyl)phosphite (TMSPi), further comprising an additional carbonate chosen among vinylene carbonate and vinylethylene carbonate. - said solvent is selected from the group consisting of: ethylene carbonate, dimethyl carbonate, ethyl methyl carbonate, diethyl carbonate, propylene carbonate, ethyl acetate, ethyl propionate, methyl propionate, 4-fluorotoluene, 1,1,2,2-tetrafluoroethyl 2,2,3,3-tetrafluoropropyl ether, di-fluoro ethylene carbonate, ethyl difluoroacetate, and mixtures thereof; - the combination of additives includes at least sodium difluoro(oxalato)borate (NaODFB) and tris(trimethylsilyl)phosphite (TMSPi),
A studless winter tire, comprising a tread formed from a rubber composition comprising, per 100 parts by mass of a rubber component, 1 to 60 parts by mass of an inorganic reinforcing agent having an average particle size of 0.69 μm or less and a nitrogen adsorption specific surface area (N 2 SA) of 10 to 50 m 2 /g said inorganic reinforcing agent is at least one of aluminum hydroxide or zirconium oxide, and 40 parts by mass or more of silica, wherein, based on 100% by mass of the rubber component, an amount of polybutadiene rubber is 30 to 90% by mass and an amount of isoprene-based rubber is 10 to 70% by mass, wherein the average particle size is a number average particle size which is measured with a transmission electron microscope, and the N 2 SA is determined by the BET method in accordance with ASTM D3037-81.
Ferrite powder detectable with a metal detector, comprising: soft ferrite particles containing Mn of 3.5 mass% or more and 20.0 mass% or less and Fe of 50.0 mass% or more and 70.0 mass% or less, wherein saturation magnetization by a VSM measurement when a magnetic field of 5k·1000/4πA/m is applied is 85 A·m 2 /kg or more and 98 A·m 2 /kg or less. soft ferrite particles containing Mn of 3.5 mass% or more and 20.0 mass% or less and Fe of 50.0 mass% or more and 70.0 mass% or less, wherein saturation magnetization by a VSM measurement when a magnetic field of 5k·1000/4πA/m is applied is 85 A·m 2 /kg or more and 98 A·m 2 /kg or less.
An operation control method of a mobile terminal, the operation control method comprising: displaying an application screen (400, 450, 500, 630) corresponding to an execution of an application on a display module associated to a touch pad so as to form a touch screen; reducing a size of the application screen in response to a first pinch-in input operation performed on the application screen; displaying a widget (415, 455, 505, 643) corresponding to the application, instead of the reduced application screen, on the display module in response to the application screen being reduced below a predetermined size, wherein the widget size is smaller than the application screen and the widget content differs from the application screen content being an extract or a summarizing of the application screen content; detecting a second pinch-in input operation performed on the widget; and displaying a shortcut icon (425, 487, 509, 653) corresponding to the application, instead of the widget, on the display module in response to the detected second pinch-in input operation. displaying an application screen (400, 450, 500, 630) corresponding to an execution of an application on a display module associated to a touch pad so as to form a touch screen; reducing a size of the application screen in response to a first pinch-in input operation performed on the application screen; displaying a widget (415, 455, 505, 643) corresponding to the application, instead of the reduced application screen, on the display module in response to the application screen being reduced below a predetermined size, wherein the widget size is smaller than the application screen and the widget content differs from the application screen content being an extract or a summarizing of the application screen content; detecting a second pinch-in input operation performed on the widget; and displaying a shortcut icon (425, 487, 509, 653) corresponding to the application, instead of the widget, on the display module in response to the detected second pinch-in input operation.