mhurhangee/ep-ind-claims huggingface dataset:
A site check method for checking whether a predetermined site is legitimate or not, the method comprising the steps of: providing: a first server that is provided with site identification information and manages the predetermined site; and a second server that holds the site identification information provided to the first server and synchronizes its time with a time in the first server; receiving, by the first server, a first access from a first information terminal used by a user and creating first check information based on the time of the first access obtained from its own time information and the site identification information; displaying, by the first server, a login screen containing the created first check information on the first information terminal; receiving, by the second server, a second access from the first information terminal and creating second check information based on the time of the second access obtained from its own time information and the site identification information; and displaying, by the second server, the created second check information on the first information terminal. providing: a first server that is provided with site identification information and manages the predetermined site; and a second server that holds the site identification information provided to the first server and synchronizes its time with a time in the first server; receiving, by the first server, a first access from a first information terminal used by a user and creating first check information based on the time of the first access obtained from its own time information and the site identification information; displaying, by the first server, a login screen containing the created first check information on the first information terminal; receiving, by the second server, a second access from the first information terminal and creating second check information based on the time of the second access obtained from its own time information and the site identification information; and displaying, by the second server, the created second check information on the first information terminal.
Position encoder for the detection of the position of a shaft rotatable about a rotation axis, comprising a first optical sensor array for the detection of the single turn position of the shaft, a second optical sensor array for the gearless detection of the multi-turn position of the shaft, a control and evaluation unit for the further processing of the single turn position and of the multi-turn position, whereby the position encoder comprises a normal mode for the application of an external voltage supply and an energy-saving mode for when the external voltage supply is switched off or fails, characterized in that a first separate evaluation unit is provided for evaluating the single turn position and a second separate evaluation unit is provided for evaluating the multi-turn position, and in normal mode the multi-turn position of the shaft can also be detected by means of the first optical sensor array and a comparison of the thus detected multi-turn positions can be carried out so that errors can be detected and the reliability of the detection of the multi-turn position can be increased.
An apparatus for sealing a secondary battery, the apparatus comprising: a sealing member thermally fusing and sealing a sealing surface of a pouch in which an electrode assembly is accommodated; and a cooling member cooling the sealing surface, wherein the cooling member is provided with an internal cooling part and an external cooling part, which respectively cool an inner end and an outer end of the sealing surface with the sealing member therebetween, and wherein the internal cooling part disposed on the inner end of the sealing surface has a cooling area greater than that of the external cooling part. a sealing member thermally fusing and sealing a sealing surface of a pouch in which an electrode assembly is accommodated; and a cooling member cooling the sealing surface, wherein the cooling member is provided with an internal cooling part and an external cooling part, which respectively cool an inner end and an outer end of the sealing surface with the sealing member therebetween, and wherein the internal cooling part disposed on the inner end of the sealing surface has a cooling area greater than that of the external cooling part.
Nozzle device for conveying air at a ventilator, comprising: a nozzle housing having an outer wall area wherein at the outer wall area a dust collector having at least one flow inlet opening and at least one flow outlet opening is provided and the at least one flow inlet opening is flow-connected by at least one housing wall opening with an interior of the nozzle device so that a part of the air transported through the nozzle device flows through the dust collector as bypass-flow, wherein at the at least one flow outlet opening of the dust collector a sensor for measuring parameters of the transported air is disposed in such a way that the bypass-flow streaming from the at least one flow outlet opening of the dust collector impacts directly on the sensor.
A semiconductor device comprising: a plurality of CPU cores (91 to 94) each comprising a scan chain; and a diagnostic test circuit that is configured to perform a scan test for the plurality of CPU cores (91 to 94) by using the scan chain, characterized in that the diagnostic test circuit is configured to perform a scan test for each of the plurality of CPU cores (91 to 94) in a predetermined order so that execution time periods of the scan tests do not overlap each other, wherein the scan test for each of the plurality of CPU cores (91 to 94) is repeated periodically until the diagnostic test circuit determines that there is a failure in the plurality of CPU cores (91 to 94), and during an execution time period of the scan test for one of the plurality of CPU cores (91 to 94), the rest of the plurality of CPU cores (91 to 94) are configured to perform normal operations. a plurality of CPU cores (91 to 94) each comprising a scan chain; and a diagnostic test circuit that is configured to perform a scan test for the plurality of CPU cores (91 to 94) by using the scan chain, characterized in that the diagnostic test circuit is configured to perform a scan test for each of the plurality of CPU cores (91 to 94) in a predetermined order so that execution time periods of the scan tests do not overlap each other, wherein the scan test for each of the plurality of CPU cores (91 to 94) is repeated periodically until the diagnostic test circuit determines that there is a failure in the plurality of CPU cores (91 to 94), and during an execution time period of the scan test for one of the plurality of CPU cores (91 to 94), the rest of the plurality of CPU cores (91 to 94) are configured to perform normal operations.
Method for producing an isocyanate by reacting the corresponding primary amine with phosgene in a reactor 100 which comprises at least one reaction zone 110 and a quenching zone 120 arranged there beneath, comprising the steps: (i) introducing a gaseous amine stream 1 and a gaseous phosgene stream 2 into the reactor 100 and reacting the mixture in the reaction zone 110 to form a product gas stream 3 comprising isocyanate and hydrogen chloride; (ii) introducing the product gas stream 3 into the quenching zone 120 in which the product gas stream is cooled by spraying in a quench liquid 4 via at least one quench nozzle 200 in such a manner that a liquid stream 5 comprising quench liquid 4 and isocyanate is obtained; (iii) isolating the isocyanate from the liquid stream 5 obtained in step (ii); characterized in that the temperature of the wall of the reaction zone immediately above the quenching zone, T w *, is maintained at a value which is at most 15% below the maximum temperature in Kelvin of the wall of the reaction zone, T w max. (i) introducing a gaseous amine stream 1 and a gaseous phosgene stream 2 into the reactor 100 and reacting the mixture in the reaction zone 110 to form a product gas stream 3 comprising isocyanate and hydrogen chloride; (ii) introducing the product gas stream 3 into the quenching zone 120 in which the product gas stream is cooled by spraying in a quench liquid 4 via at least one quench nozzle 200 in such a manner that a liquid stream 5 comprising quench liquid 4 and isocyanate is obtained; (iii) isolating the isocyanate from the liquid stream 5 obtained in step (ii);
A grain cleaning system for a combine, the grain cleaning system comprising: a front roller; a rear roller spaced in a rearward direction from the first roller; a conveyor belt having an upper surface extending from the front roller to the rear roller; a motor operatively connected to the conveyor belt and configured to drive the upper surface in a belt travel direction from the front roller to the rear roller; the conveyor belt being configured to expel a combination of grain and material other than grain in the belt drive direction, one or more sieves (214, 216); a fan configured to direct an airflow at least partially upwards in the vertical direction adjacent the rear roller; a baffle located adjacent the rear roller, the baffle having a leading edge, a trailing edge located behind the leading edge with respect to the belt travel direction and below the leading edge with respect to a vertical direction, and a baffle surface extending from the leading edge to the trailing edge; the one or more sieves (214, 216) located below the baffle; characterized in that the conveyor belt comprises one or more paddles extending from an outer surface of the conveyor belt and the baffle is configured to contact the expelled combination of grain and material other than grain and to force the combination of grain and material other than grain to move at least partially downwards in the vertical direction. a front roller; a rear roller spaced in a rearward direction from the first roller; a conveyor belt having an upper surface extending from the front roller to the rear roller; a motor operatively connected to the conveyor belt and configured to drive the upper surface in a belt travel direction from the front roller to the rear roller; the conveyor belt being configured to expel a combination of grain and material other than grain in the belt drive direction, one or more sieves (214, 216); a fan configured to direct an airflow at least partially upwards in the vertical direction adjacent the rear roller; a baffle located adjacent the rear roller, the baffle having a leading edge, a trailing edge located behind the leading edge with respect to the belt travel direction and below the leading edge with respect to a vertical direction, and a baffle surface extending from the leading edge to the trailing edge; the one or more sieves (214, 216) located below the baffle; characterized in that the conveyor belt comprises one or more paddles extending from an outer surface of the conveyor belt and the baffle is configured to contact the expelled combination of grain and material other than grain and to force the combination of grain and material other than grain to move at least partially downwards in the vertical direction.
A compound represented by the following Chemical Formula 1: wherein: R 1 and R 2 are phenyl, L 1 and L 2 are each independently a bond, or C 6-60 arylene, and Ar 1 and Ar 2 are each independently phenyl unsubstituted or substituted with any one substituent selected from the group consisting of C 1-4 alkyl, halogen, cyano, and tri(C 1-4 alkyl)silyl; biphenylyl; terphenylyl; quaterphenylyl; naphthyl; anthracenyl; phenanthrenyl; triphenylenyl; dimethylfluorenyl; diphenylfluorenyl; dibenzofuranyl; or dibenzothiophenyl. R 1 and R 2 are phenyl, L 1 and L 2 are each independently a bond, or C 6-60 arylene, and Ar 1 and Ar 2 are each independently phenyl unsubstituted or substituted with any one substituent selected from the group consisting of C 1-4 alkyl, halogen, cyano, and tri(C 1-4 alkyl)silyl; biphenylyl; terphenylyl; quaterphenylyl; naphthyl; anthracenyl; phenanthrenyl; triphenylenyl; dimethylfluorenyl; diphenylfluorenyl; dibenzofuranyl; or dibenzothiophenyl.
A double-decker chip tray comprising: at least one RFID tag antenna configured to read gaming chips, the gaming chips including two types of gaming chips that incorporate an RFID tag and that have different shapes and sizes; an upper chip tray (1041, 1081) configured to accommodate the gaming chips; and a lower chip tray (1042, 1082) configured to accommodate the gaming chips, wherein: the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray (1041, 1081) has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray (1042, 1082) has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray. at least one RFID tag antenna configured to read gaming chips, the gaming chips including two types of gaming chips that incorporate an RFID tag and that have different shapes and sizes; an upper chip tray (1041, 1081) configured to accommodate the gaming chips; and a lower chip tray (1042, 1082) configured to accommodate the gaming chips, wherein: the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray (1041, 1081) has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray (1042, 1082) has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray. the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray (1041, 1081) has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray (1042, 1082) has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray.
A method for tracking locations of mobile terminals (207, 208, 209) in a communication network, the method comprising the steps of: assigning by a mobility management entity (202, 203) mobile terminals to a mobility group, and informing the mobile terminals on their mobility group membership, receiving by a serving mobility management entity of the communication network a group location update for the mobility group from a mobile terminal of the mobility group or a network operator trusted or controlled entity, updating the locations of the mobile terminals of the mobility group based on the group location update, and sending by the serving mobility management entity a confirmation for the group location update to the mobility group members. assigning by a mobility management entity (202, 203) mobile terminals to a mobility group, and informing the mobile terminals on their mobility group membership, receiving by a serving mobility management entity of the communication network a group location update for the mobility group from a mobile terminal of the mobility group or a network operator trusted or controlled entity, updating the locations of the mobile terminals of the mobility group based on the group location update, and sending by the serving mobility management entity a confirmation for the group location update to the mobility group members.
A recovery assistance device (110a, 120a) comprising: - a signal processing unit (111a, 121a) of a type defined to perform one or more of transmit or receive a carrier signal of a waveform and a frequency band selected to allow measurement of propagation distances to other signal processing units (121a, 111a) of the type through a material in a non-gaseous state; - a logical unit (113a, 123a) configured to combine a first propagation distance between the signal processing unit and a first another signal processing unit with a position of one of the signal processing unit or the first another signal processing unit to determine a first area of recovery of one of the signal processing unit or a first another signal processing unit; the recovery assistance device being characterized in that the logical unit is further configured to calculate a position of said recovery assistance device from one or more combinations of an absolute position of another recovery assistance device and a distance between said recovery assistance device and said another recovery assistance device; wherein the logical unit is further configured to determine a second area of recovery of one of the signal processing unit or a first another signal processing unit from a combination of one of a second position of the same first another processing signal unit or a position of a second another signal processing unit, and a second propagation distance between said one of the signal processing unit and said second position of the same first another processing signal unit or said position of a second another signal processing unit; wherein the logical unit is further configured to combine the first area of recovery and the second area of recovery to determine points of likely recovery of the one of the signal processing unit or a first another signal processing unit at intersections of the first area of recovery and the second area of recovery; wherein the logical unit is further configured to disambiguate the points of likely recovery by having the one of the signal processing unit or a first another signal processing unit, and the second another signal processing unit being caused to locate themselves at predefined locations. - a signal processing unit (111a, 121a) of a type defined to perform one or more of transmit or receive a carrier signal of a waveform and a frequency band selected to allow measurement of propagation distances to other signal processing units (121a, 111a) of the type through a material in a non-gaseous state; - a logical unit (113a, 123a) configured to combine a first propagation distance between the signal processing unit and a first another signal processing unit with a position of one of the signal processing unit or the first another signal processing unit to determine a first area of recovery of one of the signal processing unit or a first another signal processing unit;
A method in a node in a fronthaul network of a radio network, the method comprising: receiving radio data for transmission over the fronthaul network; and translating the radio data between a time domain multiplexing protocol and a packet based protocol before transmitting the data over the fronthaul network; wherein the step of translating comprises: receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion. receiving radio data for transmission over the fronthaul network; and translating the radio data between a time domain multiplexing protocol and a packet based protocol before transmitting the data over the fronthaul network; wherein the step of translating comprises: receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion. receiving control information indicative of a level of congestion over a part of the radio network using the packet based protocol; and modifying the radio data during the step of translating to control the level of congestion.
A pressure resistant filter cartridge, adapted for incorporation into the fuel supply system of an internal combustion engine for removing particulate matter from fuel and separating the water from the fuel, and comprising: a housing including opposing upper and lower shell sections (38, 38', 40), the shell sections (38, 38', 40) being generally symmetric about a cartridge axis and being joined together, the upper shell section (38, 38') having a convex-shape when viewed from a side, the upper shell section being adapted to be received by a filter base receptacle, the upper shell section (38, 38') comprising: a clip element having: a substantially cylindrical inner side wall segment having oppositely disposed a first end section and a second end section, the inner side wall segment defining a cartridge opening substantially coaxial with said cartridge axis; and an outer rim segment extending axially inward and radially inward from the top surface of the upper shell section (38, 38') to the inner side wall segment first end section; a cylindrical side wall portion, and an arcuate transition portion connecting the side wall portion to the outer rim segment, the transition portion having a radius of 0.318-2.858 cm (0.125-1.125 inches) and comprising said top surface of the upper shell section (38, 38'), a filter disposed within the housing, the filter including at least one filter element. a clip element having: a substantially cylindrical inner side wall segment having oppositely disposed a first end section and a second end section, the inner side wall segment defining a cartridge opening substantially coaxial with said cartridge axis; and an outer rim segment extending axially inward and radially inward from the top surface of the upper shell section (38, 38') to the inner side wall segment first end section; a cylindrical side wall portion, and an arcuate transition portion connecting the side wall portion to the outer rim segment, the transition portion having a radius of 0.318-2.858 cm (0.125-1.125 inches) and comprising said top surface of the upper shell section (38, 38'), a filter disposed within the housing, the filter including at least one filter element.