mhurhangee/ep-ind-claims huggingface dataset:
A hinge assembly for an electronic device, said hinge assembly being moveable between an unfolded position and at least a first folded end position (P2a), said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator (6, 7), said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position, each hinge blade being rotated relative to neighboring hinge blades around a first hinge assembly rotation axis (A1a), when said hinge assembly is moved to said first folded end position (P2a), said linear actuator (6, 7) comprising a rotation shaft and a plurality of linear drive arrangements having different lengths, said rotation shaft extending in parallel with said first hinge assembly rotation axis (Ala) and comprising sections having different diameters, a first end of each linear drive arrangement being interconnected with a section of said rotation shaft having one diameter, a second, opposite end of each linear drive arrangement being connected to one hinge blade, an actuator axis extending between said first and second ends (13a, 13b) of each linear drive arrangement and perpendicular to said first hinge assembly rotation axis (Ala), wherein actuation of said linear actuator (6, 7) along said actuator axis is configured to urge each hinge blade to rotate relative neighboring hinge blades around said first hinge assembly rotation axis (Ala). said hinge assembly comprising a row of interconnected and abutting hinge blades and at least one linear actuator (6, 7), said hinge blades being aligned in a common plane when said hinge assembly is in said unfolded position, each hinge blade being rotated relative to neighboring hinge blades around a first hinge assembly rotation axis (A1a), when said hinge assembly is moved to said first folded end position (P2a), said linear actuator (6, 7) comprising a rotation shaft and a plurality of linear drive arrangements having different lengths, said rotation shaft extending in parallel with said first hinge assembly rotation axis (Ala) and comprising sections having different diameters, a first end of each linear drive arrangement being interconnected with a section of said rotation shaft having one diameter, a second, opposite end of each linear drive arrangement being connected to one hinge blade, an actuator axis extending between said first and second ends (13a, 13b) of each linear drive arrangement and perpendicular to said first hinge assembly rotation axis (Ala), wherein actuation of said linear actuator (6, 7) along said actuator axis is configured to urge each hinge blade to rotate relative neighboring hinge blades around said first hinge assembly rotation axis (Ala).
A medical device, comprising: a stethoscope that includes an audio sensor (19M, 19N) configured to sense body sounds of a subject from outside the subject's body, a vibration generator configured to vibrate to cause a sound to be emitted from the stethoscope and to provide a tactile signal output palpably felt by a user handling the stethoscope, a light (33, 34, 35, 36, 37, 38, 39 and 40) configured to illuminate, a processor configured to cause the vibration generator to vibrate in a pattern indicative of the sensed body sounds in real time with the sensing of the body sounds, to provide the emitted sound and the tactile signal output, and configured to cause the light to illuminate in a pattern indicative of the sensed body sounds in real time with the sensing of the body sounds, a base having a surface configured to contact the subject's body, a body having the processor contained therein, and a knob, the knob being movable relative to the base and the body to selectively start the audio sensor sensing the body sounds and stop the audio sensor from sensing the body sounds. an audio sensor (19M, 19N) configured to sense body sounds of a subject from outside the subject's body, a vibration generator configured to vibrate to cause a sound to be emitted from the stethoscope and to provide a tactile signal output palpably felt by a user handling the stethoscope, a light (33, 34, 35, 36, 37, 38, 39 and 40) configured to illuminate, a processor configured to cause the vibration generator to vibrate in a pattern indicative of the sensed body sounds in real time with the sensing of the body sounds, to provide the emitted sound and the tactile signal output, and configured to cause the light to illuminate in a pattern indicative of the sensed body sounds in real time with the sensing of the body sounds, a base having a surface configured to contact the subject's body, a body having the processor contained therein, and a knob, the knob being movable relative to the base and the body to selectively start the audio sensor sensing the body sounds and stop the audio sensor from sensing the body sounds.
A method performed by a UE and comprising: receiving, from an eNB, a first measurement setting for synchronization signal detection, and receiving a second measurement setting for radio resource management measurement, wherein the first measurement setting includes a first gap length and a first measurement gap repetition period, and the second measurement setting includes a second gap length and a second measurement gap repetition period; performing synchronization detection using the first measurement setting; in response to an inter-frequency small cell being detected, providing, to the eNB, a feedback indication on an indication channel; and in response to the inter-frequency small cell being detected, performing radio resource management measurement according to the second measurement setting; wherein the first gap length is shorter than the second gap length. receiving, from an eNB, a first measurement setting for synchronization signal detection, and receiving a second measurement setting for radio resource management measurement, wherein the first measurement setting includes a first gap length and a first measurement gap repetition period, and the second measurement setting includes a second gap length and a second measurement gap repetition period; performing synchronization detection using the first measurement setting; in response to an inter-frequency small cell being detected, providing, to the eNB, a feedback indication on an indication channel; and in response to the inter-frequency small cell being detected, performing radio resource management measurement according to the second measurement setting; wherein the first gap length is shorter than the second gap length.
Phenoxyphenylamidine of the general formula in which R 1 is selected from the group consisting of halogen and halomethyl; R 2 is methyl; R 3 is halogen; or their salts, N-oxides, metal complexes and their stereoisomers. R 1 is selected from the group consisting of halogen and halomethyl; R 2 is methyl; R 3 is halogen;
Method for monitoring a blind spot on a two-wheeled vehicle, characterized in that, in a defining step, at least one warning region (128, 130) that at least partially comprises a blind spot is defined using lane information which represents a lateral position of the two-wheeled vehicle within its lane and/or represents a location of at least one adjacent lane (122, 124) in the form of a lateral distance of the adjacent lane from the two-wheeled vehicle, and a blind spot warning is provided in a providing step if object information representing a position of another vehicle indicates the other vehicle within the warning region (128, 130).
A piece of baggage including - a body of the piece of baggage, - a display means integrated in said body of the piece of baggage and configured as an electronic tag and comprising an indicating area, - wherein flight and personal data required for a flight are adapted to be indicated in said indicating area, wherein said indicating area has a length ranging between 160 and 200 mm and a width ranging between 38 and 60 mm. - a body of the piece of baggage, - a display means integrated in said body of the piece of baggage and configured as an electronic tag and comprising an indicating area, - wherein flight and personal data required for a flight are adapted to be indicated in said indicating area,
A method for calculating a blind equalization error, characterized by comprising: configuring a first error vector parameter group; calculating a first error vector according to the first error vector parameter group; calculating a first mean square error, MSE, maximum value and a first MSE mean value according to the first error vector; determining whether an equalizer enters a single-mode steady-state converging state according to the first MSE maximum value and the first MSE mean value; and in response to determining that the equalizer enters the single-mode steady-state converging state, calculating a second error vector according to the first error vector parameter group. configuring a first error vector parameter group; calculating a first error vector according to the first error vector parameter group; calculating a first mean square error, MSE, maximum value and a first MSE mean value according to the first error vector; determining whether an equalizer enters a single-mode steady-state converging state according to the first MSE maximum value and the first MSE mean value; and in response to determining that the equalizer enters the single-mode steady-state converging state, calculating a second error vector according to the first error vector parameter group.
Redundant vacuum pumping system, comprising a primary roots pump having a gas suction inlet connectable to a process chamber and a gas discharge outlet connected to a first pumping sub-system and a second pumping sub-system, wherein the first pumping sub-system and the second pumping sub-system are arranged to pump in parallel the gas evacuated by the primary roots pump, the first pumping sub-system comprising a first secondary roots pump, a first positive displacement pump and a first valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the first secondary roots pump, and the second pumping sub-system comprising a second secondary roots pump, a second positive displacement pump and a second valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the second secondary roots pump, characterized in that the first pumping sub-system and the second pumping sub-system are configured to pump at a same flow rate, and that the primary roots pump is configured to be able to pump at a flow rate F equal to the pumping flow rate of the primary pumping sub-system plus the pumping flow rate of the secondary pumping sub-system. wherein the first pumping sub-system and the second pumping sub-system are arranged to pump in parallel the gas evacuated by the primary roots pump, the first pumping sub-system comprising a first secondary roots pump, a first positive displacement pump and a first valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the first secondary roots pump, and the second pumping sub-system comprising a second secondary roots pump, a second positive displacement pump and a second valve positioned between the gas discharge outlet of the primary roots pump and the gas suction inlet of the second secondary roots pump, characterized in that the first pumping sub-system and the second pumping sub-system are configured to pump at a same flow rate, and that the primary roots pump is configured to be able to pump at a flow rate F equal to the pumping flow rate of the primary pumping sub-system plus the pumping flow rate of the secondary pumping sub-system.
An orthodontic adhesive comprising: a curable resin monomer component; a quaternary curing initiator system comprising at least two sensitizers, an electron donor and a catalyst, wherein the at least two sensitizers comprise camphorquinone and bis(2,4,6-trimethylbenzoyl)-phenylphosphine oxide, the electron donor is octyldimethylaminobenzoate; and the catalyst is 1,1'-azobis(cyanocyclohexane); and a filler; characterised in that the orthodontic adhesive has a working time to curing time ratio (W/C) of at least 10. a curable resin monomer component; a quaternary curing initiator system comprising at least two sensitizers, an electron donor and a catalyst, wherein the at least two sensitizers comprise camphorquinone and bis(2,4,6-trimethylbenzoyl)-phenylphosphine oxide, the electron donor is octyldimethylaminobenzoate; and the catalyst is 1,1'-azobis(cyanocyclohexane); and a filler; characterised in that the orthodontic adhesive has a working time to curing time ratio (W/C) of at least 10.
Forage harvester with a supporting chassis and a drive motor which is connected in terms of drive via a main belt drive to an input shaft of a drive arrangement for the variable-speed driving of a conditioning device, equipped with two conditioning rollers (28, 28'), of the forage harvester, wherein the drive arrangement comprises the following: the driveable input shaft, a first drive train between the input shaft and a first conditioning roller, the drive train comprising a first belt drive and a gear unit reversing the direction of rotation, and a second drive train between the input shaft and a second conditioning roller, said drive train comprising a second belt drive, characterized in that the output rotational speed of the first and/or second drive train can be varied by a superposition gear unit which is connected to an additional drive. the driveable input shaft, a first drive train between the input shaft and a first conditioning roller, the drive train comprising a first belt drive and a gear unit reversing the direction of rotation, and a second drive train between the input shaft and a second conditioning roller, said drive train comprising a second belt drive, characterized in that the output rotational speed of the first and/or second drive train can be varied by a superposition gear unit which is connected to an additional drive.
An interlock unit capable of preventing rotation from a closed position to an open position of a cover that is provided so as to cover an upper part of a work surface, which is an upper surface of a casing, and is pivotally supported to be rotatable in a vertical direction between the closed position and the open direction around a support shaft provided on one side of the casing, the interlock unit comprising: a hollow case having a rectangular parallelepiped shape disposed at a position adjacent to an inner side surface of the casing, below an end part opposite to the support shaft at the closed position of the cover; an action member that is provided on an upper surface of the case, supported to be movable between a non-operating position and an operating position, and engaged with a protruding part provided on the cover at the operating position to inhibit the cover from rotating toward the open position; electromagnetic drive means provided below the action member to drive the action member; and drive connecting means for driving the action member by connecting the action member and the electromagnetic drive means and transmitting an operation of the electromagnetic drive means to the action member, the interlock unit further comprising: a drain port (88,92) provided to be opened to the outside below the case; and liquid guide means (85,86,87,89) that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port. a hollow case having a rectangular parallelepiped shape disposed at a position adjacent to an inner side surface of the casing, below an end part opposite to the support shaft at the closed position of the cover; an action member that is provided on an upper surface of the case, supported to be movable between a non-operating position and an operating position, and engaged with a protruding part provided on the cover at the operating position to inhibit the cover from rotating toward the open position; electromagnetic drive means provided below the action member to drive the action member; and drive connecting means for driving the action member by connecting the action member and the electromagnetic drive means and transmitting an operation of the electromagnetic drive means to the action member, the interlock unit further comprising: a drain port (88,92) provided to be opened to the outside below the case; and liquid guide means (85,86,87,89) that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port. a drain port (88,92) provided to be opened to the outside below the case; and liquid guide means (85,86,87,89) that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port.
A device for discovering a receiving device of uplink streams in a wireless communication system, the device comprising: a processor configured to identify parameters for processing the uplink streams of an uplink service; and a transceiver operably connected to the processor, the transceiver configured to: transmit, to a network entity, a discovery request message including the parameters for discovery of the receiving device capable of processing the uplink streams, wherein the discovery request message includes a set of parameters for a camera system part of the device; and receive, from the network entity, a discovery response message including information of the receiving device of the uplink streams, wherein the processor is further configured to establish a session connection for transmitting the uplink streams to the receiving device based on the discovery request and response messages. a processor configured to identify parameters for processing the uplink streams of an uplink service; and a transceiver operably connected to the processor, the transceiver configured to: transmit, to a network entity, a discovery request message including the parameters for discovery of the receiving device capable of processing the uplink streams, wherein the discovery request message includes a set of parameters for a camera system part of the device; and receive, from the network entity, a discovery response message including information of the receiving device of the uplink streams, transmit, to a network entity, a discovery request message including the parameters for discovery of the receiving device capable of processing the uplink streams, wherein the discovery request message includes a set of parameters for a camera system part of the device; and receive, from the network entity, a discovery response message including information of the receiving device of the uplink streams, wherein the processor is further configured to establish a session connection for transmitting the uplink streams to the receiving device based on the discovery request and response messages.
A method for driving a motor vehicle, for the exclusively electro-motorised movement of which at least one electric motor is indirectly or directly connected to a drive shaft or drive hub of the motor vehicle, which is supplied from an energy storage unit with electrical energy, which is supplied with electrical charge current from a generator driven by a gas engine, characterised in that the gas engine during movement of the motor vehicle is operated in such a way that an average power demand which can be allocated to the electric motor corresponds to an average power output which can be allocated to the gas engine, so that a charge state which can be allocated to the energy storage unit does not change or changes merely within a tolerance-covered charge state range, wherein the gas engine is operated at a constant speed or at a speed within a tolerance-covered speed range, at which, at a so-called speed operating point, the gas engine, in operation, is optimised with regard to efficiency and/or emissions.
An abnormality diagnosis system of an air-fuel ratio sensor (40, 41) provided in an exhaust passage of an internal combustion engine and generating a limit current corresponding to an air-fuel ratio, characterized by comprising a current detecting part configured to detect an output current of the air-fuel ratio sensor (40, 41) and an applied voltage control device controlling a voltage applied to the air-fuel ratio sensor (40, 41), and in that the system is configured to apply a voltage inside a limit current region where a limit current is generated and a voltage outside the limit current region to the air-fuel ratio sensor (40, 41) when the air-fuel ratio of the exhaust gas circulating around the air-fuel ratio sensor (40, 41) is maintained at a predetermined constant air-fuel ratio, and to differentiate between several types of abnormalities occurring at the air-fuel ratio sensor (40, 41) based on an output current of the air-fuel ratio sensor (40, 41) detected by the current detecting part when applying the voltage inside the limit current region and based on an output current of the air-fuel ratio sensor (40, 41) detected by the current detecting part when applying the voltage outside the limit current region, wherein an output current when applying the voltage inside the limit current region to the air-fuel ratio sensor (40, 41) and an output current when applying the voltage outside the limit current region to the air-fuel ratio sensor (40, 41) in the state where the air-fuel ratio of the exhaust gas circulating around the air-fuel ratio sensor (40, 41) is maintained at the predetermined constant air-fuel ratio when the air-fuel ratio sensor (40, 41) is normal, are respectively detected or calculated in advance as a normal value inside the limit current region and a normal value outside the limit current region, and the type of abnormality occurring at the air-fuel ratio sensor (40, 41) is differentiated based on the difference between a detected value of the output current of the air-fuel ratio sensor (40, 41) when applying the voltage inside the limit current region and the normal value of the output current of the air-fuel ratio sensor (40, 41) when applying the voltage inside the limit current region, and the difference between a detected value of the output current of the air-fuel ratio sensor (40, 41) when applying the voltage outside the limit current region and the normal value of the output current of the air-fuel ratio sensor (40, 41) when applying the voltage outside the limit current region, where the air-fuel ratio of the exhaust gas circulating around the air-fuel ratio sensor (40, 41) is maintained at the predetermined constant air-fuel ratio.
A fire alarm system for a building, the fire alarm system comprising: an output module comprising an indicator device for indicating the presence of a possible emergency, and an output driver for controlling operation of the indicator device, wherein the output driver includes a sensing apparatus for measuring electrical properties of the output module; a central power source electrically connected to the output module for providing electric power to the output module; and a fire alarm control panel configured to communicate with the output module. an output module comprising an indicator device for indicating the presence of a possible emergency, and an output driver for controlling operation of the indicator device, wherein the output driver includes a sensing apparatus for measuring electrical properties of the output module; a central power source electrically connected to the output module for providing electric power to the output module; and a fire alarm control panel configured to communicate with the output module.