mhurhangee/ep-ind-claims huggingface dataset:
A method for transmission across a link having multiple lanes, comprising: creating a transaction layer packet, TLP,; creating a data link layer packet, DLLP; calculating a cyclic redundancy check, CRC, code for the TLP, the CRC code comprising eight bytes; calculating an error correcting code, ECC, for the TLP, the DLLP and the CRC code; generating a flit comprising a plurality of symbols, the plurality of symbols including TLP symbols to store the TLP, DLLP symbols to store the DLLP, eight consecutive CRC symbols to store the CRC code and ECC symbols to store the ECC, the DLLP symbols being placed after the TLP symbols in the flit, the CRC symbols being placed after the DLLP symbols in the flit, and the ECC symbols being placed after the CRC symbols in the flit; and transmitting the flit across the multiple lanes of the link. creating a transaction layer packet, TLP,; creating a data link layer packet, DLLP; calculating a cyclic redundancy check, CRC, code for the TLP, the CRC code comprising eight bytes; calculating an error correcting code, ECC, for the TLP, the DLLP and the CRC code; generating a flit comprising a plurality of symbols, the plurality of symbols including TLP symbols to store the TLP, DLLP symbols to store the DLLP, eight consecutive CRC symbols to store the CRC code and ECC symbols to store the ECC, the DLLP symbols being placed after the TLP symbols in the flit, the CRC symbols being placed after the DLLP symbols in the flit, and the ECC symbols being placed after the CRC symbols in the flit; and transmitting the flit across the multiple lanes of the link.
A driver assistance system for coupling a trailer onto a tractor, having a video camera attached to the tractor and an associated display arranged in the driver's field of vision, in the video image of which system a static guide marking is displayed along which a coupling mouth of a coupling arranged on the tractor can be contacted with a drawbar eye held on the trailer by a drawbar, wherein the video camera is arranged at a vertical distance from the coupling and the guide marking is formed by two beam corridors arranged on both sides of the vehicle's longitudinal axis converging towards one another in the rearward direction of the tractor, characterised in that, the beam corridors each have an inner boundary line and an outer boundary line and, for a correct coupling, a reference element of the drawbar eye is arranged in the video image between the inner boundary line and the outer boundary line of both beam corridors during the approach of the coupling mouth and the drawbar eye.
A method of wireless communication operable at a scheduling entity (202, 600), comprising: communicating with one or more subordinate entities (204, 700) including a first subordinate entity and a second subordinate entity utilizing a multi-transmission time interval, TTI, subframe comprising two or more transmission time intervals, wherein a first TTI of the subframe includes a control region containing multiple symbols with a physical downlink retransmission indicator channel, PDRICH, in a second symbol, wherein the PDRICH provides a retransmission indicator signalling that data information carried in the subframe will be a new transmission or a retransmission, in accordance with a ACK/NACK received at an end of a previous subframe; transmitting scheduling information from the scheduling entity to the first subordinate entity to utilize the first transmission time interval, TTI, of the two or more transmission time intervals; and transmitting scheduling information from the scheduling entity to the second subordinate entity to utilize a second TTI of the two or more transmission time intervals. communicating with one or more subordinate entities (204, 700) including a first subordinate entity and a second subordinate entity utilizing a multi-transmission time interval, TTI, subframe comprising two or more transmission time intervals, wherein a first TTI of the subframe includes a control region containing multiple symbols with a physical downlink retransmission indicator channel, PDRICH, in a second symbol, wherein the PDRICH provides a retransmission indicator signalling that data information carried in the subframe will be a new transmission or a retransmission, in accordance with a ACK/NACK received at an end of a previous subframe; transmitting scheduling information from the scheduling entity to the first subordinate entity to utilize the first transmission time interval, TTI, of the two or more transmission time intervals; and transmitting scheduling information from the scheduling entity to the second subordinate entity to utilize a second TTI of the two or more transmission time intervals.
Sanitary device allowing to carry out intimate hygiene, the device comprising: a toilet bowl; a tap; a mixing unit integrating a thermostat; and a showerhead connected to the tap for exit of water delivered by the tap; wherein the thermostat is adjustable by the user of the device, to adjust the desired temperature of the water delivered by the showerhead; the device being characterised in that the showerhead is fixed on the inner edge of the bowl, in the middle of the rear side, and in that the thermostat is integrated with the tap and the thermostat and the tap are incorporated in the righthand or left-hand side of the bowl. a toilet bowl; a tap; a mixing unit integrating a thermostat; and a showerhead connected to the tap for exit of water delivered by the tap; wherein the thermostat is adjustable by the user of the device, to adjust the desired temperature of the water delivered by the showerhead; the device being characterised in that the showerhead is fixed on the inner edge of the bowl, in the middle of the rear side, and in that the thermostat is integrated with the tap and the thermostat and the tap are incorporated in the righthand or left-hand side of the bowl.
Piston for an oscillating armature pump, which is configured for conveying a fluid under the impact of a counter-pressure, with a pressure piston element (11a; 11b) and with an armature element (12a; 12b) which is implemented separately from the pressure piston element (11a; 11b), which is fixedly coupled with the pressure piston element (11a; 11b) for at least one force direction, and which is implemented in the shape of a sleeve that is at least partially made of a magnetisable material, characterised in that the armature element (12a; 12b) is embodied as a flexural component, wherein the pressure piston element (11a; 11b) penetrates the armature element (12a; 12b) completely, wherein the armature element (12a; 12b) is plugged onto the pressure piston element (11a; 11b), and is, in an axial direction, fixated just by a form-fit that delimits a plug-on depth.
Watchmaker's portable lubrication tool comprising a plurality of chambers comprised in at least one horological lubricant reservoir, each only accessible to a user in a first open position of said tool, each said reservoir being closable by at least one sealed lid which, in a second closed position, is held sealingly pressed on said reservoir, said tool comprising a first separate housing for each said reservoir, characterized in that at least one said reservoir is removable for cleaning or filling, and characterized in that said tool comprises first snap-fit means for said at least one reservoir which are arranged in said at least one reservoir and/or in a structure comprised in said tool and which carries said at least one said first housing, to hold said reservoir in its said first housing.
A device, comprising: a cryogenic-stripline microwave attenuator (100, 442, 443, 444), comprising, a first substrate (102, 502, 602, 702); a second substrate (103, 503, 603, 703), wherein the first substrate and the second substrate comprise a material from a list, the list comprising sapphire, quartz, silicon and other glass-type materials, and wherein the first substrate and the second substrate are different materials; a compression component (108,109, 508, 509, 608, 708), and a signal conductor (106, 506, 606, 706) comprising one or more attenuator lines between the first substrate and the second substrate, the signal conductor compressed by the compression component configured to press the first substrate against one side of the signal conductor and press the second substrate against another side of the signal conductor, wherein the compression component is configured to facilitate thermal conductivity between the substrates and the signal conductor. a cryogenic-stripline microwave attenuator (100, 442, 443, 444), comprising, a first substrate (102, 502, 602, 702); a second substrate (103, 503, 603, 703), wherein the first substrate and the second substrate comprise a material from a list, the list comprising sapphire, quartz, silicon and other glass-type materials, and wherein the first substrate and the second substrate are different materials; a compression component (108,109, 508, 509, 608, 708), and a signal conductor (106, 506, 606, 706) comprising one or more attenuator lines between the first substrate and the second substrate, the signal conductor compressed by the compression component configured to press the first substrate against one side of the signal conductor and press the second substrate against another side of the signal conductor, wherein the compression component is configured to facilitate thermal conductivity between the substrates and the signal conductor.
An exhaust purification system of an internal combustion engine wherein an SO x trap catalyst for trapping SO x contained in exhaust gas is arranged in an engine exhaust passage, said SO x trap catalyst contains SO 2 adsorption-use oxides which can adsorb SO 2 contained in exhaust gas and an SO x storage material which can store SO x in the form of sulfates, said SO x trap catalyst has a property of being able to adsorb SO 2 contained in exhaust gas at the SO 2 adsorption-use oxides without oxidizing and has a property whereby SO 2 adsorbed at the SO 2 adsorption-use oxides is oxidized and is stored in the form of sulfates in the SO x storage material when a temperature of the SO x trap catalyst becomes higher than a start temperature of adsorbed SO 2 movement where the SO 2 adsorbed at the SO 2 adsorption-use oxides starts to move toward the SO x storage material, and the exhaust gas purification system being characterized by a control unit comprising means to repeatedly change, during engine operation, the temperature of the SO x trap catalyst from less than said start temperature of adsorbed SO 2 movement to more than said start temperature of adsorbed SO 2 movement.
A method of controlling the stopping and starting of a heat engine with which a vehicle is equipped, of the type according to which it is necessary that the vehicle be in the engine stop request phase and not in the predefined operating conditions opposed to the stopping of said engine for the stopping of the engine to be controlled, or it is necessary that the vehicle be in engine start request phase and not in the predefined operating conditions opposed to the starting of said engine for the starting of the engine to be controlled, wherein said operating conditions of the vehicle opposed to the stopping of the engine include the absence of the driver from the vehicle, in that amongst the engine operating conditions defining a start request phase is the detection of the absence of the driver from the vehicle, and as soon as the duration of the absence of the drive exceeds a first threshold value, the absence of the driver does not constitute any longer an operating condition opposed to the stopping of the engine and the stopping of the engine can be controlled, characterized in that as soon as the duration of the absence of the driver exceeds a second threshold value, the absence of the driver constitutes an operating condition opposed to the starting of the engine and the starting of the engine can no longer be controlled.
An operation method of a terminal, the operation method comprising: obtaining (801, 1001) a parameter related to the energy consumption of the terminal; determining (802, 1002) a bit resolution value of an analog to digital converter, ADC, of the terminal for reducing the energy consumption of the terminal, based on the obtained parameter; transmitting (803, 1003), to the base station, at least one of a first modulation and coding scheme, MCS, value according to the determined bit resolution value or a first channel quality indicator, CQI, value corresponding to the first MCS value according to the determined bit resolution value; receiving, from the base station, information of a second MCS value determined by the base station based on the at least one of the first MCS value or the first CQI value; and setting (804, 1005) the bit resolution value of the ADC as the determined bit resolution value, characterized in that the first MCS value is a maximum MCS value usable by the base station so that a transmission error of a signal received from the base station is equal to or less than a specific error rate according to the determined bit resolution value. obtaining (801, 1001) a parameter related to the energy consumption of the terminal; determining (802, 1002) a bit resolution value of an analog to digital converter, ADC, of the terminal for reducing the energy consumption of the terminal, based on the obtained parameter; transmitting (803, 1003), to the base station, at least one of a first modulation and coding scheme, MCS, value according to the determined bit resolution value or a first channel quality indicator, CQI, value corresponding to the first MCS value according to the determined bit resolution value; receiving, from the base station, information of a second MCS value determined by the base station based on the at least one of the first MCS value or the first CQI value; and setting (804, 1005) the bit resolution value of the ADC as the determined bit resolution value, characterized in that the first MCS value is a maximum MCS value usable by the base station so that a transmission error of a signal received from the base station is equal to or less than a specific error rate according to the determined bit resolution value.
A refrigerator comprising: a cabinet that defines a storage space; a mounting bracket disposed at a top surface of the cabinet; a door configured to rotate relative to the cabinet to thereby open and close at least a portion of the storage space, the door comprising a hinge mounting portion and a guide device mounting portion that are disposed at a top surface of the door; a hinge cover that is disposed at the top surface of the cabinet and covers the mounting bracket, the hinge cover defining a cover opening at a front surface thereof facing the door; a hinge comprising a door bracket disposed at the hinge mounting portion, a hinge bracket disposed at the mounting bracket, and a plurality of links (42, 43, 44) that connect the door bracket to the hinge bracket; a guide device having a first side that is disposed at the guide device mounting portion and a second side that passes through the cover opening and is disposed inside the hinge cover; an electric wire and a water pipe that are disposed along an inside of the guide device, wherein the guide device comprises an electric wire guide guiding the electric wire, and characterized in that the guide device further comprises a pipe guide guiding the water pipe; and the refrigerator further comprises a guide bush that is disposed at the guide device mounting portion and defines a through-hole guiding the electric wire and the water pipe into the door, wherein the guide bush defines a rotation center of an end of the electric wire guide and an end of the pipe guide that are connected to each other at the guide device mounting portion. a cabinet that defines a storage space; a mounting bracket disposed at a top surface of the cabinet; a door configured to rotate relative to the cabinet to thereby open and close at least a portion of the storage space, the door comprising a hinge mounting portion and a guide device mounting portion that are disposed at a top surface of the door; a hinge cover that is disposed at the top surface of the cabinet and covers the mounting bracket, the hinge cover defining a cover opening at a front surface thereof facing the door; a hinge comprising a door bracket disposed at the hinge mounting portion, a hinge bracket disposed at the mounting bracket, and a plurality of links (42, 43, 44) that connect the door bracket to the hinge bracket; a guide device having a first side that is disposed at the guide device mounting portion and a second side that passes through the cover opening and is disposed inside the hinge cover; an electric wire and a water pipe that are disposed along an inside of the guide device, wherein the guide device comprises an electric wire guide guiding the electric wire, and characterized in that the guide device further comprises a pipe guide guiding the water pipe; and the refrigerator further comprises a guide bush that is disposed at the guide device mounting portion and defines a through-hole guiding the electric wire and the water pipe into the door, wherein the guide bush defines a rotation center of an end of the electric wire guide and an end of the pipe guide that are connected to each other at the guide device mounting portion.
Age hardenable aluminum-cerium-manganese alloy consisting of: 0.05 to 23.0 weight percent cerium; 0.03 to 9.5 weight percent manganese; and the balance aluminum. 0.05 to 23.0 weight percent cerium; 0.03 to 9.5 weight percent manganese; and
A pendant luminaire having - an elongated carrier element, which extends along an longitudinal axis, - a light source, arranged on the carrier element, for the generation of an indirect lighting directed upwards (o), wherein the light source has a first section, which extends with respect to the longitudinal axis over a first longitudinal area, as well as a second section, which extends with respect to the longitudinal axis over a second longitudinal area, wherein the second section is arranged on a higher level than the first section characterized in that the first section and the second section are designed as parts of a unit, and by a third section, which correspondingly extends over a third longitudinal area, wherein the three longitudinal areas (L1, L2, L3) extend in a row along the longitudinal axis and the second longitudinal area is arranged between the first longitudinal area (L1 and the third longitudinal area. - an elongated carrier element, which extends along an longitudinal axis, - a light source, arranged on the carrier element, for the generation of an indirect lighting directed upwards (o),
A touch screen device comprising: a touch screen; a sensor on an edge, on a border, or under the border of the touch screen device and configured to sense a user's hand gripping the device, and output information regarding a location of the user's hand on the sensor, the sensor comprising a strip sensor; and a processor configured to: determine an active area of the touch screen that is receiving touch inputs and that is along the same edge of the touch screen device as the user's hand sensed by the sensor; and ignore touch inputs received within the determined active area of the touch screen. a touch screen; a sensor on an edge, on a border, or under the border of the touch screen device and configured to sense a user's hand gripping the device, and output information regarding a location of the user's hand on the sensor, the sensor comprising a strip sensor; and a processor configured to: determine an active area of the touch screen that is receiving touch inputs and that is along the same edge of the touch screen device as the user's hand sensed by the sensor; and ignore touch inputs received within the determined active area of the touch screen. determine an active area of the touch screen that is receiving touch inputs and that is along the same edge of the touch screen device as the user's hand sensed by the sensor; and ignore touch inputs received within the determined active area of the touch screen.
Housing of a pump, in particular of a centrifugal pump, having means for fastening the pump on a retaining surface, having a pump chamber, in which an impeller is mounted in a rotatable manner, having an intake connector and having a delivery connector, which is of identical type to the intake connector, wherein the intake and delivery connectors (15, 16) each have a flange (4a, 4b), and wherein the flanges have a common flange axis, wherein the housing has just two fastening locations (3a, 3b; 5a, 5b) for fastening the pump on the retaining surface, characterized in that in each case one fastening location (3a, 3b; 5a, 5b) is located on in each case one flange (4a, 4b), and in that each flange (4a, 4b), for forming a fastening location (3a, 3b; 5a, 5b), has at least one flattened portion (5a, 5b) or material protrusion directed towards the retaining surface.
An electromagnetic oil tank heating unit comprising: - a generator comprising a temperature control unit, and capable of generating high frequency electrical current; - a transformer connected to the said generator and receiving electrical current from the said generator; - an induction plate supported on an induction plate supporter (71, 91); and having at least one unit of induction coil embedded therein connected to the said transformer and receiving high concentration current and cooling fluid from the transformer; - at least one cooling unit (40,40") connected to and supplying cooling fluid to the generator and the transformer; and - a frame (45, 112), on which the generator, the transformer, the induction plate and the cooling unit (40,40") are supported thereon; characterized in that the transformer and the induction plate are configured to operably move forward and backward with respect to the said frame (45, 112), allowing to project toward or away from a wall of an oil tank at an area of which heating is desired. - a generator comprising a temperature control unit, and capable of generating high frequency electrical current; - a transformer connected to the said generator and receiving electrical current from the said generator; - an induction plate supported on an induction plate supporter (71, 91); and having at least one unit of induction coil embedded therein connected to the said transformer and receiving high concentration current and cooling fluid from the transformer; - at least one cooling unit (40,40") connected to and supplying cooling fluid to the generator and the transformer; and - a frame (45, 112), on which the generator, the transformer, the induction plate and the cooling unit (40,40") are supported thereon;
Method for converting a fatty acid-containing and/or fat-containing and/or oil-containing starting material into a hydrocarbon-containing product mixture comprising the following steps: - contacting the fatty acid-containing and/or fat-containing and/or oil-containing starting material in the absence of oxygen at a temperature of 150-850°C in a conversion reactor containing activated carbon to produce a hydrocarbon-containing product gas mixture, - capturing the hydrocarbon-containing product gas flow, characterized in that the conversion method is operated continuously or semi-continuously, and the starting material is contacted with the activated carbon in the presence of water and/or a material that releases water, wherein at least 2 molar equivalents water or releasable water are present related to the starting material. - contacting the fatty acid-containing and/or fat-containing and/or oil-containing starting material in the absence of oxygen at a temperature of 150-850°C in a conversion reactor containing activated carbon to produce a hydrocarbon-containing product gas mixture, - capturing the hydrocarbon-containing product gas flow,