mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner in an electric vehicle having a battery and a driving unit comprising: a compressor (13, 113, 213) for compressing refrigerant; an indoor heat exchanger (14, 114, 214) for introducing the refrigerant thereto from the compressor in heating operation; first and second outdoor heat exchangers (11, 111, 211; 12, 112, 212) connected to the indoor heat exchanger; and first and second refrigerant flow passage controllers (50, 60) provided between the indoor heat exchanger and each of the outdoor heat exchangers, characterized in that the air conditioner in an electric vehicle further comprises a controller for making defrosting operation of the first outdoor heat exchanger if the first outdoor heat exchanger (11, 111, 211) meets at least one of defrosting operation starting conditions of an outdoor temperature, and refrigerant temperatures at an inlet and an outlet of the outdoor heat exchanger in the heating operation, and controlling the first and second refrigerant flow passage controllers for making the refrigerant passed through the indoor heat exchanger (14, 114, 214) to be introduced only to the second outdoor heat exchanger (12, 112, 212) according to a state of remained charge of the battery or the outdoor temperature. a compressor (13, 113, 213) for compressing refrigerant; an indoor heat exchanger (14, 114, 214) for introducing the refrigerant thereto from the compressor in heating operation; first and second outdoor heat exchangers (11, 111, 211; 12, 112, 212) connected to the indoor heat exchanger; and first and second refrigerant flow passage controllers (50, 60) provided between the indoor heat exchanger and each of the outdoor heat exchangers, characterized in that the air conditioner in an electric vehicle further comprises a controller for making defrosting operation of the first outdoor heat exchanger if the first outdoor heat exchanger (11, 111, 211) meets at least one of defrosting operation starting conditions of an outdoor temperature, and refrigerant temperatures at an inlet and an outlet of the outdoor heat exchanger in the heating operation, and controlling the first and second refrigerant flow passage controllers for making the refrigerant passed through the indoor heat exchanger (14, 114, 214) to be introduced only to the second outdoor heat exchanger (12, 112, 212) according to a state of remained charge of the battery or the outdoor temperature.
A method for acquiring Machine Type Communication device group identification, characterized by comprising: acquiring the MTC device group identification from a user database by a mobility management network element after the user database subscribes to the MTC device group identification; and selecting different QoS according to the MTC device group identification to establish different types of bears; wherein the step of acquiring the MTC device group identification by the mobility management network element comprises: downloading, by the mobility management network element, the MTC device group identification from the user database through a location updating message when the MTC device is attached to the mobility management network element. acquiring the MTC device group identification from a user database by a mobility management network element after the user database subscribes to the MTC device group identification; and selecting different QoS according to the MTC device group identification to establish different types of bears; wherein the step of acquiring the MTC device group identification by the mobility management network element comprises: downloading, by the mobility management network element, the MTC device group identification from the user database through a location updating message when the MTC device is attached to the mobility management network element. downloading, by the mobility management network element, the MTC device group identification from the user database through a location updating message when the MTC device is attached to the mobility management network element.
An information processing apparatus (1-1, 1, 7) that controls reproduction of contents, comprising: a first storage means (58, 158) for storing contents and attribute data indicating predetermined attributes of the contents so as to correspond to each other; a management unit (54, 154) for creating associations among the attribute data; and a second storage means (57, 157) for storing the created association among the attribute data; characterised by a selection means (53, 153) for selecting a second content to be reproduced subsequent to a first content which is being reproduced or whose reproduction has been instructed, wherein the selection means (53, 153) randomly selects, as the second content, one content of all contents having attribute data that is stored in the second storage means (57, 157) so as to be associated with the attribute data of the first content. a first storage means (58, 158) for storing contents and attribute data indicating predetermined attributes of the contents so as to correspond to each other; a management unit (54, 154) for creating associations among the attribute data; and a second storage means (57, 157) for storing the created association among the attribute data; characterised by a selection means (53, 153) for selecting a second content to be reproduced subsequent to a first content which is being reproduced or whose reproduction has been instructed, wherein the selection means (53, 153) randomly selects, as the second content, one content of all contents having attribute data that is stored in the second storage means (57, 157) so as to be associated with the attribute data of the first content.
Modular component assembly system having a profiled carrier rail and at least one bridge module for electrically connecting at least one functional component, wherein the bridge module comprises a module latching device for latching the bridge module onto the profiled carrier rail, wherein the bridge module comprises bridge connectors, characterized in that the bridge module comprises a centring portion for centring the bridge module on the profiled carrier rail, wherein the module latching device comprises an elastic latching portion which includes an elongate recess so that the flexibility of the latching section is increased, wherein the latching portion is integrally formed laterally on the bridge module, wherein the centring portion protrudes from the rear of the bridge module and is suitable for being mounted between the two carrier profiles of the profiled carrier rail, wherein the bridge module has a rail cutout which engages around an edge of the profiled carrier rail and is integrally formed on the bridge module.
Method for manufacturing a roller bearing (5,10) having rolling elements, and an inner and an outer ring, by the following steps: - an end-profiled raceway geometry is produced on the raceways of the rolling elements on the inner and outer ring by plunge grinding, - profiles made from ceramic material are produced as an extruded profile, - the profiles are ground by centreless grinding, - individual profile lengths are separated in predetermined lengths from the profile, to obtain rolling elements, - assembly of the rolling elements, inner and outer ring to form a roller bearing (5,10). - an end-profiled raceway geometry is produced on the raceways of the rolling elements on the inner and outer ring by plunge grinding, - profiles made from ceramic material are produced as an extruded profile, - the profiles are ground by centreless grinding, - individual profile lengths are separated in predetermined lengths from the profile, to obtain rolling elements, - assembly of the rolling elements, inner and outer ring to form a roller bearing (5,10).
An air conditioner comprising: a base equipped with an indoor heat exchanger; a front panel detachably attached to the front of the base and having an opening for taking in indoor air in a front surface thereof, a pipe cover attached to the base so as to cover one side of the indoor heat exchanger; said pipe cover catching the drain water condensed on the surface of the indoor heat exchanger and scattered in a side direction; and an indoor temperature detector attached to the front surface of a control box containing or being equipped with the various components constituting a controller for controlling the operation of the air conditioner so that the temperature detector is disposed at a side of the pipe cover which is facing away from the indoor heat exchanger, characterized in that the pipe cover guides said drain water to a drain pan. a base equipped with an indoor heat exchanger; a front panel detachably attached to the front of the base and having an opening for taking in indoor air in a front surface thereof, a pipe cover attached to the base so as to cover one side of the indoor heat exchanger; said pipe cover catching the drain water condensed on the surface of the indoor heat exchanger and scattered in a side direction; and an indoor temperature detector attached to the front surface of a control box containing or being equipped with the various components constituting a controller for controlling the operation of the air conditioner so that the temperature detector is disposed at a side of the pipe cover which is facing away from the indoor heat exchanger, characterized in that the pipe cover guides said drain water to a drain pan.
A method for producing optically activatable bacteriorhodopsin-containing microcapsules having a diameter of less than 50 μm, preferably less than 10 μm, having an enveloping layer which protects the bacteriorhodopsin from harmful environmental effects while simultaneously retaining functionality thereof, wherein, in a first step, bacteriorhodopsin is suspended in the form of bacteriorhodopsin/purple membrane patches in an aqueous medium at a pH in the range of 6-9 in the presence of a water-retaining polymer and this suspension is spray dried to form a powder or is dried in an aliphatic solvent with low vapor pressure and subsequent water removal to form a powder, and in a second step the resultant powder is provided with a sheath that is substantially completely permeable to light in the visible range, the sheath being made of a polymer selected from the group consisting of polystyrene, polyacrylate, styrene-acrylate copolymer, polyurethane, polyvinyl alcohol, polyvinyl butyral, modified starch, modified cellulose, or copolymers, mixtures and/or crosslinked or crosslinkable forms thereof, and/or a long-chain saturated hydrocarbon and/or a long-chain saturated fatty acid, the sheath ensuring a defined pH in the microcapsule, the pH being essentially unaffected by the environment of the microcapsule. wherein, in a first step, bacteriorhodopsin is suspended in the form of bacteriorhodopsin/purple membrane patches in an aqueous medium at a pH in the range of 6-9 in the presence of a water-retaining polymer and this suspension is spray dried to form a powder or is dried in an aliphatic solvent with low vapor pressure and subsequent water removal to form a powder, and in a second step the resultant powder is provided with a sheath that is substantially completely permeable to light in the visible range, the sheath being made of a polymer selected from the group consisting of polystyrene, polyacrylate, styrene-acrylate copolymer, polyurethane, polyvinyl alcohol, polyvinyl butyral, modified starch, modified cellulose, or copolymers, mixtures and/or crosslinked or crosslinkable forms thereof, and/or a long-chain saturated hydrocarbon and/or a long-chain saturated fatty acid,
An on-vehicle gateway device, comprising: a microcomputer that is connected to a logic circuit, wherein the logic circuit is comprising a communication circuit having a forwarding database and a conversion database, wherein a monitoring unit is monitoring the state of the logic circuit, a storage unit is storing a plurality of information processing items executed by the microcomputer, wherein the plurality of information processing items involves relaying with or without en-ide-coding and offloading, wherein a processing unit is executing a process with regard to the state of the logic circuit and at least one information processing item selected from the plurality of information processing items with regard to a communication frame inputted to the microcomputer (201 wherein the logic circuit is subject to config to be capable of constituting a circuit constitution, wherein the monitoring unit monitors whether or not the logic circuit is in config state, wherein when the logic circuit is not in the config state, the processing unit executes the selected information processing item, and wherein when the logic circuit is in the config state, the processing unit executes a process different from the selected information processing item, wherein the microcomputer and the logic circuit are included in one gateway device that connects CAN with Ethernet, and wherein the microcomputer is connected to the CAN, and the logic circuit is connected to the Ethernet. a microcomputer that is connected to a logic circuit, wherein the logic circuit is comprising a communication circuit having a forwarding database and a conversion database, wherein a monitoring unit is monitoring the state of the logic circuit, a storage unit is storing a plurality of information processing items executed by the microcomputer, wherein the plurality of information processing items involves relaying with or without en-ide-coding and offloading, wherein a processing unit is executing a process with regard to the state of the logic circuit and at least one information processing item selected from the plurality of information processing items with regard to a communication frame inputted to the microcomputer (201 wherein the logic circuit is subject to config to be capable of constituting a circuit constitution, wherein the monitoring unit monitors whether or not the logic circuit is in config state, wherein when the logic circuit is not in the config state, the processing unit executes the selected information processing item, and wherein when the logic circuit is in the config state, the processing unit executes a process different from the selected information processing item, wherein the microcomputer and the logic circuit are included in one gateway device that connects CAN with Ethernet, and wherein the microcomputer is connected to the CAN, and the logic circuit is connected to the Ethernet.
A wearable infusion pump system comprising: a pump device (100, 100') defining a space to receive a medicine source, the pump device (100, 100') including a drive system to dispense medicine from the pump device (100, 100') when the medicine source is received in the space, the pump device (100, 100') including a memory device storing an event log of pump system operations and an energy requirement profile for the drive system of the pump device to perform a medicine dispensing operation; a controller device removably attachable to the pump device (100, 100'), wherein when the controller device is removably attached to the pump device (100, 100'), the controller device activates the drive system to dispense the medicine source and records data to the event log on the memory device, wherein the controller device can receive data from the event log on the memory device when the pump device (100, 100') is attached to the controller device, wherein the energy requirement profile is defined by the drive system, wherein when the controller device is removably attached to the pump device (100, 100') the controller device receives the energy requirement profile from the memory device and initiates a medicine dispensing operation by supplying a pattern of voltage pulses from the energy storage source to the drive system, the pattern of voltage pulses being correlated to the energy requirement profile of the drive system. a pump device (100, 100') defining a space to receive a medicine source, the pump device (100, 100') including a drive system to dispense medicine from the pump device (100, 100') when the medicine source is received in the space, the pump device (100, 100') including a memory device storing an event log of pump system operations and an energy requirement profile for the drive system of the pump device to perform a medicine dispensing operation; a controller device removably attachable to the pump device (100, 100'), wherein when the controller device is removably attached to the pump device (100, 100'), the controller device activates the drive system to dispense the medicine source and records data to the event log on the memory device, wherein the controller device can receive data from the event log on the memory device when the pump device (100, 100') is attached to the controller device, wherein the energy requirement profile is defined by the drive system, wherein when the controller device is removably attached to the pump device (100, 100') the controller device receives the energy requirement profile from the memory device and initiates a medicine dispensing operation by supplying a pattern of voltage pulses from the energy storage source to the drive system, the pattern of voltage pulses being correlated to the energy requirement profile of the drive system.
Apparatus for the treatment of strand-like textile material in the form of a continuous fabric rope which is circulated during at least part of its treatment, with - an elongate, substantially tubular treatment container, - a transport nozzle arrangement which can be loaded with the transport medium, - a transport line which is adjacent to the transport nozzle arrangement and which, on a rope inlet side, opens into a storage portion of the treatment container which receives a folded rope packet, wherein - the storage portion comprises a sliding base which runs at a distance above the container wall lying below this, and which extends from the rope inlet side of the storage portion to a rope outlet side in the vicinity of the transport nozzle arrangement, and which is configured in the manner of an elongate tray, the base of which at least in portions is provided with a fluid-permeable perforation, and - means are provided for changing the incline of the sliding base from the rope inlet side to the rope outlet side, characterised in that - the sliding base has a concave curvature at least in portions in the tray longitudinal direction, and is formed with a double wall comprising a fluid-impermeable outer wall and spaced therefrom an inner wall with the perforation, and the outer wall is provided with at least one closable fluid drainage opening assigned to the perforation such that the perforation can be closed fluid-tightly. - an elongate, substantially tubular treatment container, - a transport nozzle arrangement which can be loaded with the transport medium, - a transport line which is adjacent to the transport nozzle arrangement and which, on a rope inlet side, opens into a storage portion of the treatment container which receives a folded rope packet, wherein - the storage portion comprises a sliding base which runs at a distance above the container wall lying below this, and which extends from the rope inlet side of the storage portion to a rope outlet side in the vicinity of the transport nozzle arrangement, and which is configured in the manner of an elongate tray, the base of which at least in portions is provided with a fluid-permeable perforation, and - means are provided for changing the incline of the sliding base from the rope inlet side to the rope outlet side, - the sliding base has a concave curvature at least in portions in the tray longitudinal direction, and is formed with a double wall comprising a fluid-impermeable outer wall and spaced therefrom an inner wall with the perforation, and the outer wall is provided with at least one closable fluid drainage opening assigned to the perforation such that the perforation can be closed fluid-tightly.
A method implemented at a baseband processing unit having a plurality of virtual base stations arranged thereon, the method comprising: enabling a hardware accelerator in the baseband processing unit to process data to be transmitted in the plurality of virtual base stations, the processed data being stored in a first group of a plurality of buffers in the hardware accelerator which are associated with the plurality of virtual base stations; a general purpose processor of the baseband processing unit reading, from the first group of the plurality of buffers, the processed data in a predetermined order associated with the plurality of virtual base stations; and writing the processed data into a second group of a plurality of buffers in the general purpose processor which are associated with the plurality of virtual base stations of the baseband processing unit for further processing in the general purpose processor, wherein reading, from the first group of the plurality of buffers, the processed data in a predetermined order associated with the plurality of virtual base stations comprises: reading a predetermined amount of data from a third buffer of the first group of the plurality of buffers; and in response to the predetermined amount of data in the third buffer having been read, initiating reading of data from a fourth buffer of the first group of the plurality of buffers, the third buffer preceding the fourth buffer in the predetermined order.