mhurhangee/ep-ind-claims huggingface dataset:
A display system for a vehicle comprising: a housing, wherein the housing is configured for being mounted to the vehicle and wherein the housing at least partially contains: - a display screen secured to the housing, wherein the display screen is configured for showing an image provided by a camera at least partially facing in a rear direction of the vehicle, wherein the image on the display screen is shown continuously while the vehicle is in a drive gear, - an ECU mounted within the housing for controlling the image shown on the display; and a temperature sensor, a rain sensor, a forward facing camera, and a lidar and/or radar sensor at least one of them used by another system for the vehicle, and wherein one of them is at least partially contained within the housing, wherein the display system is used in place of a rear view mirror of the vehicle. a housing, wherein the housing is configured for being mounted to the vehicle and wherein the housing at least partially contains: - a display screen secured to the housing, wherein the display screen is configured for showing an image provided by a camera at least partially facing in a rear direction of the vehicle, wherein the image on the display screen is shown continuously while the vehicle is in a drive gear, - an ECU mounted within the housing for controlling the image shown on the display; and - a display screen secured to the housing, wherein the display screen is configured for showing an image provided by a camera at least partially facing in a rear direction of the vehicle, wherein the image on the display screen is shown continuously while the vehicle is in a drive gear, - an ECU mounted within the housing for controlling the image shown on the display; and a temperature sensor, a rain sensor, a forward facing camera, and a lidar and/or radar sensor at least one of them used by another system for the vehicle, and wherein one of them is at least partially contained within the housing, wherein the display system is used in place of a rear view mirror of the vehicle.
A torsional vibration damper-type pulley including: - a substantially annular body, and - reinforcements distributed about an axis of said body of the pulley, each reinforcement having an angular offset (α, β) relative to a theoretical position for which this reinforcement would present, with all the other reinforcements of the pulley, a uniform angular distribution relative to the axis of the pulley, characterized in that the angular offset (α, β) following a pseudorandom binary sequence (PRBS), a bit "1" or "0" corresponding respectively to a first angular offset (α) and to a second angular offset (β), and in that the pseudorandom binary sequence (PRBS) is calculated via an additive method of interference designated as Scrambler. - a substantially annular body, and - reinforcements distributed about an axis of said body of the pulley, each reinforcement having an angular offset (α, β) relative to a theoretical position for which this reinforcement would present, with all the other reinforcements of the pulley, a uniform angular distribution relative to the axis of the pulley, characterized in that the angular offset (α, β) following a pseudorandom binary sequence (PRBS), a bit "1" or "0" corresponding respectively to a first angular offset (α) and to a second angular offset (β), and in that the pseudorandom binary sequence (PRBS) is calculated via an additive method of interference designated as Scrambler.
A material for forming a carton for containing a plurality of articles, the material comprising: a plurality of layers comprising a first layer comprising a base and a second layer comprising an insulator, the first layer being an exterior layer and the second layer being a interior layer; the layers of the plurality of layers being respectively overlapped and attached to one another; characterized in that the insulator of the second layer is an adhesive having properties suitable for spray application, the adhesive is 787μm (31 mil) foam padding spray-adhesive, 203μm (8 mil) polystyrene label stock spray-adhesive, or 279μm (11 mil) polystyrene label stock spray-adhesive. a plurality of layers comprising a first layer comprising a base and a second layer comprising an insulator, the first layer being an exterior layer and the second layer being a interior layer; the layers of the plurality of layers being respectively overlapped and attached to one another; characterized in that the insulator of the second layer is an adhesive having properties suitable for spray application, the adhesive is 787μm (31 mil) foam padding spray-adhesive, 203μm (8 mil) polystyrene label stock spray-adhesive, or 279μm (11 mil) polystyrene label stock spray-adhesive.
A dry-process method for the production of an easy-to-take solid preparation wherein a compression-molded core is coated with a coating agent comprising a gelling agent that will show slipperiness when it is brought into contact with water, comprising directly applying only powder of the coating agent to a mortar inner surface, the bottom end surface of an upper-pestle, and the top end surface of a lower-pestle, and subsequently loading and integrally compression-molding a core-molding material.
A soft contact lens comprising a solid component, based on a polymer, which is provided for conferring shape and structure on the contact lens and a liquid component which is distributed in the solid component, characterized in that the liquid component comprises tyrosine at a concentration between 1 and 200 mg/l.
A compound having formula a stereoisomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof, wherein the compounds are selected from the group comprising:
A system for controlling an electric network comprising a plurality of slow dynamics electromechanical devices and a plurality of fast dynamics Distributed Energy Resource devices configured for relatively fast and continuous dynamic variation of a reactive power output, said system comprising an Integrated Volt-VAr Control component configured to determine one or more optimization parameters for the plurality of slow dynamics electromechanical devices and the plurality of fast dynamics DER devices, wherein the slow dynamics devices are configured to be remotely controlled by a present state of the electric network and at least one of a voltage rise table that is adaptively updated in real-time using at least one of a command output and a power flow-based complete optimization routine for generating optimal setpoints for the slow dynamics devices and for at least some of the fast dynamics DER devices; and wherein the fast dynamics devices are configured to be controlled locally between the remote control update using at least one of: a control algorithm using a DER reactive power contribution based on IVVC settings, a control algorithm using a DER reactive power contribution based on variable generation DER active power variations, a control algorithm using a DER reactive power contribution based on power factor, and a control algorithm using a DER reactive power contribution based on a voltage of the local electric network. a control algorithm using a DER reactive power contribution based on IVVC settings, a control algorithm using a DER reactive power contribution based on variable generation DER active power variations, a control algorithm using a DER reactive power contribution based on power factor, and a control algorithm using a DER reactive power contribution based on a voltage of the local electric network.
A medium- or large-sized battery module comprising: - two battery cells, each of which has electrode terminals formed at upper and lower ends thereof, as unit cells, and - a frame member, wherein the frame member comprises: a lower-end frame having a groove, into which lower electrode terminals of the unit cells are inserted while the lower electrode terminals of the unit cells are coupled with each other, the lower-end frame being constructed such that lower-end sealing parts of the unit cells are mounted to the lower-end frame; an upper-end frame constructed such that upper-end sealing parts of the unit cells are mounted to the upper-end frame, and external input and output terminals, which are connected to upper electrode terminals of the unit cells, protrude from the outer surface of the upper-end frame; and a side frame connected between the lower-end frame and the upper-end frame, the side frame being constructed such that one-side sealing parts of the unit cells are mounted to the side frame. - two battery cells, each of which has electrode terminals formed at upper and lower ends thereof, as unit cells, and - a frame member, wherein the frame member comprises: a lower-end frame having a groove, into which lower electrode terminals of the unit cells are inserted while the lower electrode terminals of the unit cells are coupled with each other, the lower-end frame being constructed such that lower-end sealing parts of the unit cells are mounted to the lower-end frame; an upper-end frame constructed such that upper-end sealing parts of the unit cells are mounted to the upper-end frame, and external input and output terminals, which are connected to upper electrode terminals of the unit cells, protrude from the outer surface of the upper-end frame; and a side frame connected between the lower-end frame and the upper-end frame, the side frame being constructed such that one-side sealing parts of the unit cells are mounted to the side frame. a lower-end frame having a groove, into which lower electrode terminals of the unit cells are inserted while the lower electrode terminals of the unit cells are coupled with each other, the lower-end frame being constructed such that lower-end sealing parts of the unit cells are mounted to the lower-end frame; an upper-end frame constructed such that upper-end sealing parts of the unit cells are mounted to the upper-end frame, and external input and output terminals, which are connected to upper electrode terminals of the unit cells, protrude from the outer surface of the upper-end frame; and a side frame connected between the lower-end frame and the upper-end frame, the side frame being constructed such that one-side sealing parts of the unit cells are mounted to the side frame.
A sensor for use in a system comprising a plurality of sensors, the sensor comprising: - a transmitter configured to transmit pulses for sensing; - a clock configured to control timing of the pulses transmitted from the transmitter; - a receiver configured to receive echoes of said pulses; and - an apparatus comprising: sensing logic configured to sense a being or object in dependence on the echo of the pulses received back by the receiver from the transmitter; and timing logic configured to compensate for a clock discrepancy between the clock and that of one or more other sensors, by using the receiver to listen for instances of the pulses from the one or more other sensors, and adjusting the timing of the pulses from the transmitter based thereon, wherein each of the plurality of sensors is configured to transmit on a different respective time slot over a plurality of frames, so that when transmitting the transmitter transmits one or more of the pulses on its respective time slot per frame, characterized in that the timing logic is configured to listen for instances of the pulses from the one or more other sensors to determine whether any of the one or more other sensors is already transmitting on any of said time slots, to select one of the time slots not already used by one of the one or more other sensors, and to use the selected time slot in subsequent frames to transmit the pulses from the transmitter. - a transmitter configured to transmit pulses for sensing; - a clock configured to control timing of the pulses transmitted from the transmitter; - a receiver configured to receive echoes of said pulses; and - an apparatus comprising: sensing logic configured to sense a being or object in dependence on the echo of the pulses received back by the receiver from the transmitter; and timing logic configured to compensate for a clock discrepancy between the clock and that of one or more other sensors, by using the receiver to listen for instances of the pulses from the one or more other sensors, and adjusting the timing of the pulses from the transmitter based thereon, sensing logic configured to sense a being or object in dependence on the echo of the pulses received back by the receiver from the transmitter; and timing logic configured to compensate for a clock discrepancy between the clock and that of one or more other sensors, by using the receiver to listen for instances of the pulses from the one or more other sensors, and adjusting the timing of the pulses from the transmitter based thereon,
A compound comprising a thiodipeptide having the formula II: H 2 N-CHR 1 -CS-NH-CHR 4 -COOH wherein R 1 is independently selected from a group consisting of hydrogen, or methyl, and R 4 is a side chain group of serine, glutamic acid, or aspartic acid.
Food preparation attachment device (101; 201), having - at least one transmitter (226; 228) for transmitting data to an external unit (106; 206), - at least one integrated circuit (116; 216) for processing data and for outputting data to the transmitter (226; 228) based on the processing, - at least one energy absorber (114; 214) in the form of a coil for the transformer absorption of energy from an electromagnetic excitation field for the power supply of the integrated circuit (116; 216) and the transmitter (226; 228) and - a heating element, - characterised in that the heating element can be supplied with energy for its operation by means of the at least one energy absorber (114; 214) and - the food preparation attachment device (101; 201) has an intrinsic temperature determination unit (117; 217) for determining an intrinsic temperature of the integrated circuit (116; 216). - at least one transmitter (226; 228) for transmitting data to an external unit (106; 206), - at least one integrated circuit (116; 216) for processing data and for outputting data to the transmitter (226; 228) based on the processing, - at least one energy absorber (114; 214) in the form of a coil for the transformer absorption of energy from an electromagnetic excitation field for the power supply of the integrated circuit (116; 216) and the transmitter (226; 228) and - a heating element, - characterised in that the heating element can be supplied with energy for its operation by means of the at least one energy absorber (114; 214) and - the food preparation attachment device (101; 201) has an intrinsic temperature determination unit (117; 217) for determining an intrinsic temperature of the integrated circuit (116; 216).
A cigarette comprising: a tobacco rod; and a filter connected to one end of the tobacco rod, wherein the filter includes a capsule in which contents is held inside a film, and a filter plug in which the capsule is embedded or which forms a hollow space in which the capsule is provided, the capsule is a tooth-breaking capsule to be broken by teeth, the center position of the tooth-break capsule is arranged in a position apart from a holder end of the filter by 9 to 20 mm, the breaking volume of the capsule which is the volume of the sound generated by the break of the capsule, is 0.7 to 1.0 Vrms, the breaking hardness of the capsule which is the power needed to break the capsule, is 25 to 40 N, and the deformation rate of the capsule is 3/4 or less, and the deformation rate is defined by (C - D)/C wherein the distance between spots (e) of the filter plug before the filter plug is not subject to an external pressure is C and the distance between spots (e') of the filter plug in a state that the spots of the filter plug is subject to external pressure is D. a tobacco rod; and a filter connected to one end of the tobacco rod, wherein the filter includes a capsule in which the breaking volume of the capsule which is the volume of the sound generated by the break of the capsule, is 0.7 to 1.0 Vrms, the breaking hardness of the capsule which is the power needed to break the capsule, is 25 to 40 N, and the deformation rate of the capsule is 3/4 or less, and the deformation rate is defined by (C - D)/C wherein the distance between spots (e) of the filter plug before the filter plug is not subject to an external pressure is C and the distance between spots (e') of the filter plug in a state that the spots of the filter plug is subject to external pressure is D.
A refrigerator comprising: a freezing compartment; a refrigerating compartment; a quick-chilling chamber; a compressor configured to supply cold air to at least one of the freezing compartment, the refrigerating compartment, or the quick-chilling chamber; a sensor module configured to sense a temperature associated with the quick-chilling chamber; and a controller configured to control the quick-chilling chamber, wherein the quick-chilling chamber is cooled by first cold air introduced through the compressor or second cold air introduced through the freezing compartment, wherein, when the temperature recognized through the sensor module is higher than or equal to a reference temperature, the controller is configured to direct the first cold air into the quick-chilling chamber based on information recognized through the sensor module; and wherein, when the temperature is lower than the reference temperature, the controller is configured to direct the second cold air into the quick-chilling chamber. a freezing compartment; a refrigerating compartment; a quick-chilling chamber; a compressor configured to supply cold air to at least one of the freezing compartment, the refrigerating compartment, or the quick-chilling chamber; a sensor module configured to sense a temperature associated with the quick-chilling chamber; and a controller configured to control the quick-chilling chamber, wherein the quick-chilling chamber is cooled by first cold air introduced through the compressor or second cold air introduced through the freezing compartment, wherein, when the temperature recognized through the sensor module is higher than or equal to a reference temperature, the controller is configured to direct the first cold air into the quick-chilling chamber based on information recognized through the sensor module; and wherein, when the temperature is lower than the reference temperature, the controller is configured to direct the second cold air into the quick-chilling chamber.
A managed access system for mobile wireless devices, i.e. MWDs, in a facility, the facility being geographically within a wireless communications network, the managed access system comprising: a plurality of directional antennas arranged around a periphery of the facility; radio equipment coupled to said plurality of antennas, said radio equipment comprising a plurality of picocell radios each coupled to a respective directional antenna; and a management access controller configured to cooperate with said radio equipment to communicate with a given MWD within the facility, block outside communications via the wireless communications network when the given MWD is an unauthorized MWD, and provide outside communications when the given MWD is an authorized MWD, and further configured to determine a change in the wireless communications network and to implement, in response to said change, a corresponding change in said radio equipment comprising at least one of a change in power level of at least one of said plurality of picocell radios, a change in a communications protocol of at least one of said plurality of picocell radios, and a change in a frequency range of at least one of said plurality of picocell radios; at least one security assessment device arranged at the facility; and at least one operator station configured to cooperate with said management access controller and said at least one security assessment device. a plurality of directional antennas arranged around a periphery of the facility; radio equipment coupled to said plurality of antennas, said radio equipment comprising a plurality of picocell radios each coupled to a respective directional antenna; and a management access controller configured to cooperate with said radio equipment to communicate with a given MWD within the facility, block outside communications via the wireless communications network when the given MWD is an unauthorized MWD, and provide outside communications when the given MWD is an authorized MWD, and further configured to determine a change in the wireless communications network and to implement, in response to said change, a corresponding change in said radio equipment comprising at least one of a change in power level of at least one of said plurality of picocell radios, a change in a communications protocol of at least one of said plurality of picocell radios, and a change in a frequency range of at least one of said plurality of picocell radios; at least one security assessment device arranged at the facility; and at least one operator station configured to cooperate with said management access controller and said at least one security assessment device.
A rail guided vehicle system having a plurality of rail guided vehicles and a running area for said vehicles including branching and joining portions in a main running line, each of said rail guided vehicles being provided with: - means for recognizing a current position, - means for communication with a system controller, wherein said system controller transmits a running instruction to each of the plurality of rail guided vehicles in accordance with the current positions and state of other rail guided vehicles, - means for intercepting communication between each of the other rail guided vehicles and the system controller, and - means for controlling own running on the basis of the positions of the other rail guided vehicles obtained by the interception, characterized in that - said running area is divided into a plurality of areas, - said system comprises a plurality of area controllers each associated with one area respectively and capable of communicating with the rail guided vehicles in the respective area and with said system controller, - a branching portion and a joining portion, if provided, in the main running line are included in one area (3, 4) and controlled by the area controller of this area, and - a bypass having branching and joining portions located at the respective ends of the bypass, if provided, are arranged in the same area, wherein each of the rail guided vehicles within the same area intercepts the communication between the system controller and each of the other rail guided vehicles in the same area for controlling own running in said area on the basis of the positions of the other rail guided vehicles in the same area so as to avoid jamming and collision, and each vehicle communicates with an area controller and each vehicle also communicates with the system controller. - means for recognizing a current position, - means for communication with a system controller, wherein said system controller transmits a running instruction to each of the plurality of rail guided vehicles in accordance with the current positions and state of other rail guided vehicles, - means for intercepting communication between each of the other rail guided vehicles and the system controller, and - means for controlling own running on the basis of the positions of the other rail guided vehicles obtained by the interception, - said running area is divided into a plurality of areas, - said system comprises a plurality of area controllers each associated with one area respectively and capable of communicating with the rail guided vehicles in the respective area and with said system controller, - a branching portion and a joining portion, if provided, in the main running line are included in one area (3, 4) and controlled by the area controller of this area, and - a bypass having branching and joining portions located at the respective ends of the bypass, if provided, are arranged in the same area,