mhurhangee/ep-ind-claims huggingface dataset:
An in-vehicle electronic apparatus capable of displaying screen information, which is settable to a day mode or night mode, supplied from a portable information terminal device, the electronic apparatus comprising: connection confirming means for confirming whether the portable information terminal device is connected to the electronic apparatus; notifying means for notifying the portable information terminal device of setting information concerning setting of the screen information supplied from the portable information terminal device, if the connection confirming means confirms that the portable information terminal device is connected to the electronic apparatus, wherein the setting information is for a screen of the electronic apparatus and concerns luminance and/or tone of the screen; receiving means for receiving the screen information, that is set on the basis of the setting information, from the portable information terminal device; displaying means for displaying the screen information received by the receiving means; and detecting means for detecting vehicle information concerning an operation of the vehicle, wherein the notifying means is configured to notify the setting information for having the luminance and/or the tone of the screen based on the vehicle information. connection confirming means for confirming whether the portable information terminal device is connected to the electronic apparatus; notifying means for notifying the portable information terminal device of setting information concerning setting of the screen information supplied from the portable information terminal device, if the connection confirming means confirms that the portable information terminal device is connected to the electronic apparatus, wherein the setting information is for a screen of the electronic apparatus and concerns luminance and/or tone of the screen; receiving means for receiving the screen information, that is set on the basis of the setting information, from the portable information terminal device; displaying means for displaying the screen information received by the receiving means; and detecting means for detecting vehicle information concerning an operation of the vehicle, wherein the notifying means is configured to notify the setting information for having the luminance and/or the tone of the screen based on the vehicle information.
Light fixture apparatus comprising: a plurality of LEDs; a plurality of vertical baffles and a plurality of first apertures, each first aperture being disposed between a pair of the vertical baffles and over a respective one of said LEDs; a glare shield mounted over said plurality of baffles and having a plurality of second apertures therein, each second aperture of the glare shield overlying a respective one of said first apertures; and a single piece collimator lens mounted in said glare shield and disposed between said second apertures of the glare shield and said LEDs; wherein the light fixture apparatus is configured to direct light on an auditorium aisle way located beneath the light fixture apparatus, the light having a beam width selected to illuminate the aisle way. a plurality of LEDs; a plurality of vertical baffles and a plurality of first apertures, each first aperture being disposed between a pair of the vertical baffles and over a respective one of said LEDs; a glare shield mounted over said plurality of baffles and having a plurality of second apertures therein, each second aperture of the glare shield overlying a respective one of said first apertures; and a single piece collimator lens mounted in said glare shield and disposed between said second apertures of the glare shield and said LEDs; wherein the light fixture apparatus is configured to direct light on an auditorium aisle way located beneath the light fixture apparatus, the light having a beam width selected to illuminate the aisle way.
A display device comprising: a display panel; and a cushion plate disposed on a rear surface of the display panel, wherein the cushion plate includes: a metal foam which has a a porous metal structure having a plurality of pores, and a water-proof layer, wherein the metal foam includes a body and a chamfer formed along an edge of the body, and wherein the water-proof layer is disposed on a rear surface of the metal foam and covers a rear surface of the body and the chamfer. a display panel; and a cushion plate disposed on a rear surface of the display panel, wherein the cushion plate includes: a metal foam which has a a porous metal structure having a plurality of pores, and a water-proof layer, a metal foam which has a a porous metal structure having a plurality of pores, and a water-proof layer, wherein the metal foam includes a body and a chamfer formed along an edge of the body, and wherein the water-proof layer is disposed on a rear surface of the metal foam and covers a rear surface of the body and the chamfer.
A surface treatment device, characterized in that the surface treatment device comprises: a vacuum blast head including an injection nozzle for spraying a polishing agent for blast treatment on a surface of a material to be treated, a suction hole for suctioning the injected polishing agent with suction air; and an air curtain-forming unit that injects air toward the surface of the material to be treated to form an air curtain that surrounds the injected polishing agent; characterized by an auxiliary air injection unit that injects auxiliary air between the air curtain and the suction air towards the material to be treated at a lower pressure than the air forming the air curtain. a vacuum blast head including an injection nozzle for spraying a polishing agent for blast treatment on a surface of a material to be treated, a suction hole for suctioning the injected polishing agent with suction air; and an air curtain-forming unit that injects air toward the surface of the material to be treated to form an air curtain that surrounds the injected polishing agent; characterized by an auxiliary air injection unit that injects auxiliary air between the air curtain and the suction air towards the material to be treated at a lower pressure than the air forming the air curtain.
A method of generating a lock detect signal indicative of stability of a frequency of an output signal of a voltage controlled oscillator, based upon UP and DN signals received from a phase detector comprising the steps of: receiving the UP and DN signals from the phase detector; characterised by performing an OR operation that combines the received UP and DN signals to obtain a combined signal; delaying the combined signal to obtain a delayed combined signal; performing an AND operation on the combined signal and the delayed combined signal to obtain the lock detect signal; and using a flip flop configured to shape the lock detect signal so that pulses in the lock detect signal with a width above a predetermined pulse width are output as a lock detect pulse of sufficient duration to trigger all other downstream circuits, and pulses in the lock detect signal with a width below the predetermined pulse width are eliminated. receiving the UP and DN signals from the phase detector; characterised by performing an OR operation that combines the received UP and DN signals to obtain a combined signal; delaying the combined signal to obtain a delayed combined signal; performing an AND operation on the combined signal and the delayed combined signal to obtain the lock detect signal; and using a flip flop configured to shape the lock detect signal so that pulses in the lock detect signal with a width above a predetermined pulse width are output as a lock detect pulse of sufficient duration to trigger all other downstream circuits, and pulses in the lock detect signal with a width below the predetermined pulse width are eliminated.
Folding-box insert, in particular for cylindrical articles such as ampoules, bottles and the like, having a blank which forms two accommodating chambers (31, 32) for accommodating in particular the end portions of the articles, wherein the accommodating chambers (31, 32) each comprise a wall portion (14, 15) which is spaced apart from a base portion and has a cutout for accommodating the respective end portion of the article, wherein the wall portion (14, 15) has flaps (33, 34) which are articulated via folds (36, 37) and can be folded over in the direction of the base portion, and wherein the flaps (33, 34) are designed in the form of means for propping up the accommodating chambers (31, 32), characterized in that the flaps are arranged as first flaps (33, 34), by means of folds (36, 37), on at least one lateral boundary edge (38, 39) of the wall portion (14, 15), wherein the first flap (33, 34) is of such a form that it can be swung into the lateral opening cross section (42, 43) of the accommodating chamber (31, 32), and in that the folds (36, 37) of the first flap (33, 34) are arranged so as to be set in laterally at the boundary edge (38, 39) of the wall portion (14, 15).
A set of building panels, wherein a first building panel has an edge portion presenting a sidewardly open groove, in which a tongue formed as a separate part is received, wherein the tongue, which is of an elongated shape, is intended to lock into a tongue groove of an adjacent second building panel, wherein the tongue, when received in the sidewardly open groove, is bendable in a plane substantially parallel with a main plane of the panel, such that a part of the tongue is resiliently displaceable in said plane, wherein said part of the tongue can bend in length direction of the tongue and spring back in such a way that a projecting portion of the tongue is displaceable transversely during locking, wherein the tongue is fixed into the sidewardly open groove with a friction connection, which comprises a protrusion arranged at an upper surface and/or at a lower surface of the tongue, characterized in that the displacement of the projecting portion is in the range of 0,1 - 3,0 mm so as to form a vertical locking which prevents vertical movement.
A method for anticipating impacts on service levels of one or more services provided to a User Equipment, UE, while the UE moves along a planned route, each of the one or more services being provided to the UE using a network slice in a network slicing based mobile communication system, the method being performed by an anticipation component and comprising: receiving, from the UE, a service level anticipation request for the planned route of the UE; triggering determining an expected impact on the service levels of the one or more services at one or more locations of the planned route; and triggering sending to the UE a response to the service level anticipation request including information on the expected impact on the service levels, wherein the expected impact on the service levels is determined based on network slice selection information of the UE defining, for each of the one or more services, a network slice to be used for providing the respective service to the UE while the UE moves along the planned route, wherein the network slice selection information corresponds to a Network Slice Selection Assistance Information, NSSAI, which includes, for each network slice to be used for providing the respective service to the UE, a Single Network Slice Selection Assistance Information, S-NSSAI, defining the respective network slice, and wherein the network slice selection information is included in the service level anticipation request. receiving, from the UE, a service level anticipation request for the planned route of the UE; triggering determining an expected impact on the service levels of the one or more services at one or more locations of the planned route; and triggering sending to the UE a response to the service level anticipation request including information on the expected impact on the service levels, wherein the expected impact on the service levels is determined based on network slice selection information of the UE defining, for each of the one or more services, a network slice to be used for providing the respective service to the UE while the UE moves along the planned route, wherein the network slice selection information corresponds to a Network Slice Selection Assistance Information, NSSAI, which includes, for each network slice to be used for providing the respective service to the UE, a Single Network Slice Selection Assistance Information, S-NSSAI, defining the respective network slice, and wherein the network slice selection information is included in the service level anticipation request.
Robot assembly having a) an application robot with a robot flange, said robot flange having a specific connection configuration, b) a robot control to control the application robot, wherein a specific construction length between the robot flange and a tool centre point of the application robot is stored in the robot control, c) an application device for the application of a coating agent to the tool centre point, the application device having c1) an application device flange with a specific connection configuration and c2) a specific construction length between the application device flange and the tool centre point, and with d) an intermediate flange with a specific construction length, the intermediate flange d1) being arranged between the robot flange and the application device flange, and d2) the connection configuration of the robot flange matching the connection configuration of the application device flange, e) wherein the construction length of the intermediate flange is matched to the construction length of the application device so that the sum of the construction length of the application device and the construction length of the intermediate flange is substantially equal to the construction length between the robot flange and a tool centre point of the application robot stored in the robot control. a) an application robot with a robot flange, said robot flange having a specific connection configuration, b) a robot control to control the application robot, wherein a specific construction length between the robot flange and a tool centre point of the application robot is stored in the robot control, c) an application device for the application of a coating agent to the tool centre point, the application device having c1) an application device flange with a specific connection configuration and c2) a specific construction length between the application device flange and the tool centre point, and with c1) an application device flange with a specific connection configuration and c2) a specific construction length between the application device flange and the tool centre point, and with d) an intermediate flange with a specific construction length, the intermediate flange d1) being arranged between the robot flange and the application device flange, and d2) the connection configuration of the robot flange matching the connection configuration of the application device flange, d1) being arranged between the robot flange and the application device flange, and d2) the connection configuration of the robot flange matching the connection configuration of the application device flange, e) wherein the construction length of the intermediate flange is matched to the construction length of the application device so that the sum of the construction length of the application device and the construction length of the intermediate flange is substantially equal to the construction length between the robot flange and a tool centre point of the application robot stored in the robot control.
A dust collector of a vacuum cleaner comprising: - a dust separation part separating dust from air; - a dust collecting body having a dust storage part storing the dust separated by the dust separation part; and - a division part dividing an inner space of the dust separation part and the dust storage part, opening and closing the dust separation part selectively, and having an opening discharging the dust into the dust storage part, characterized in that the division part is rotatably coupled with the dust separation part, the dust separation part is accommodated in the dust collecting body. - a dust separation part separating dust from air; - a dust collecting body having a dust storage part storing the dust separated by the dust separation part; and - a division part dividing an inner space of the dust separation part and the dust storage part, opening and closing the dust separation part selectively, and having an opening discharging the dust into the dust storage part,
A method of calculating a path in a first layer of a multi-layer network, the method comprising: receiving information, corresponding to a plurality of parameters, from a second layer of the multi-layer network, wherein the plurality of parameters correspond to summarized links between edge nodes of the second layer connected with the first layer; and calculating a path in the first layer using the information received from the second layer, wherein the plurality of parameters comprise a parameter of total bandwidth between the edge nodes of the second layer and a parameter of Quality of Service, QoS, between the edge nodes of the second layer. receiving information, corresponding to a plurality of parameters, from a second layer of the multi-layer network, wherein the plurality of parameters correspond to summarized links between edge nodes of the second layer connected with the first layer; and calculating a path in the first layer using the information received from the second layer, wherein the plurality of parameters comprise a parameter of total bandwidth between the edge nodes of the second layer and a parameter of Quality of Service, QoS, between the edge nodes of the second layer.
A connection structure for an energy storage module, which configures an electrical connection structure in an energy storage module that stores electric energy by using a plurality of energy storage cells, the connection structure comprising: a bus bar having a plate shape, the bus bar having both ends respectively coupled to electrodes of different energy storage cells; and a rod member or having a rod shape, the rod member or having one end or coupled to the bus bar and the other end or coupled to a board of a balancing circuit that performs energy balancing so that the electrode of the energy storage cell to which the bus bar is coupled is electrically connected to the balancing circuit, wherein the rod member or has an outer circumference of a polygonal shape to facilitate the screwing, wherein one end or of the rod member or has a thread formed at an outer circumference thereof, wherein the bus bar has a screw groove screwed to one end or of the rod member or, wherein one end or of the rod member or is screwed to the screw groove of the bus bar, and wherein the other end or of the rod member or is inserted into a predetermined insert hole provided at the board and electrically connected to a terminal of the balancing circuit a bus bar having a plate shape, the bus bar having both ends respectively coupled to electrodes of different energy storage cells; and a rod member or having a rod shape, the rod member or having one end or coupled to the bus bar and the other end or coupled to a board of a balancing circuit that performs energy balancing so that the electrode of the energy storage cell to which the bus bar is coupled is electrically connected to the balancing circuit, wherein the rod member or has an outer circumference of a polygonal shape to facilitate the screwing, wherein one end or of the rod member or has a thread formed at an outer circumference thereof, wherein the bus bar has a screw groove screwed to one end or of the rod member or, wherein one end or of the rod member or is screwed to the screw groove of the bus bar, and wherein the other end or of the rod member or is inserted into a predetermined insert hole provided at the board and electrically connected to a terminal of the balancing circuit
A method of operating a terminal device, the method comprising: operating the terminal device in a connected state with respect to the communication network; and receiving a first signal from a first radio access node in the communication network indicating that the connected state is to be suspended, the first signal comprising information for use in determining a first key for encrypting data to be sent between the terminal device and the first radio access node or another radio access node in the communication network if the connected state is resumed, the first signal further comprising an identifier for the terminal device to be used by the terminal device when requesting the resumption of the connected state. operating the terminal device in a connected state with respect to the communication network; and receiving a first signal from a first radio access node in the communication network indicating that the connected state is to be suspended, the first signal comprising information for use in determining a first key for encrypting data to be sent between the terminal device and the first radio access node or another radio access node in the communication network if the connected state is resumed, the first signal further comprising an identifier for the terminal device to be used by the terminal device when requesting the resumption of the connected state.
An adapter mountable on an anesthetic agent container and configured to be received by an inlet port of an anesthetic vaporizer including a movable vaporizer valve assembly movable between open and closed positions, the adapter comprising: a base; a generally tubular spout extending upwardly from the base, said spout having a bottom end, a top end and an internal annular shoulder that forms a valve seat adjacent to the bottom end an adapter valve assembly comprising a valve plug, movably positioned within the spout and base for opening and closing the adapter to fluid flow, said adapter valve assembly being moved by contact with a stationary portion of the inlet port when the spout is inserted into the inlet port; and a vaporizer valve assembly contact member which is stationary with respect to the spout and is located to contact and move the movable vaporizer valve assembly when the adapter is inserted into the vaporizer inlet port, characterized in that: the adapter valve assembly comprises a poppe including a lower stem portion and an upper tubular portion slidably positioned within the spout and extending above the top end of the spout when the adapter valve assembly is in either an open position or a closed position, a base; a generally tubular spout extending upwardly from the base, said spout having a bottom end, a top end and an internal annular shoulder that forms a valve seat adjacent to the bottom end an adapter valve assembly comprising a valve plug, movably positioned within the spout and base for opening and closing the adapter to fluid flow, said adapter valve assembly being moved by contact with a stationary portion of the inlet port when the spout is inserted into the inlet port; and a vaporizer valve assembly contact member which is stationary with respect to the spout and is located to contact and move the movable vaporizer valve assembly when the adapter is inserted into the vaporizer inlet port, characterized in that: the adapter valve assembly comprises a poppe including a lower stem portion and an upper tubular portion slidably positioned within the spout and extending above the top end of the spout when the adapter valve assembly is in either an open position or a closed position, the adapter valve assembly comprises a poppe including a lower stem portion and an upper tubular portion slidably positioned within the spout and extending above the top end of the spout when the adapter valve assembly is in either an open position or a closed position,