mhurhangee/ep-ind-claims huggingface dataset:
A rotary electric machine, comprising: a rotor that is rotatably supported in a casing; a stator that includes a stator winding and is supported in the casing; a rectifying device that is disposed on one end side in the axis direction outside the casing, and rectifies an alternate current generated in the stator winding; and a voltage regulator that is disposed on one end side in the axis direction outside the casing and regulates a level of AC voltage generated in the stator, wherein the rectifying device includes a heat sink that supports a rectifying element and has a plurality of fins to cool the rectifying element, the plurality of fins are constituted by fin groups in which fins are aligned in parallel in one direction; characterized in that, in each of the fin groups, entanglement preventing portions are disposed only on the respective outer side surfaces of a pair of outermost fins among outer side surfaces of the plurality of fins; each of the entanglement preventing portions is a thick portion, with increased thickness toward the outside, in an area near the tip of the corresponding outermost fin respectively; and in that the thickness of the tip of the fin where the entanglement preventing portion is disposed is greater than the distance between adjacent fins. a rotor that is rotatably supported in a casing; a stator that includes a stator winding and is supported in the casing; a rectifying device that is disposed on one end side in the axis direction outside the casing, and rectifies an alternate current generated in the stator winding; and a voltage regulator that is disposed on one end side in the axis direction outside the casing and regulates a level of AC voltage generated in the stator, wherein the rectifying device includes a heat sink that supports a rectifying element and has a plurality of fins to cool the rectifying element, the plurality of fins are constituted by fin groups in which fins are aligned in parallel in one direction; characterized in that, in each of the fin groups, entanglement preventing portions are disposed only on the respective outer side surfaces of a pair of outermost fins among outer side surfaces of the plurality of fins; each of the entanglement preventing portions is a thick portion, with increased thickness toward the outside, in an area near the tip of the corresponding outermost fin respectively; and in that the thickness of the tip of the fin where the entanglement preventing portion is disposed is greater than the distance between adjacent fins.
A method of operating a node of a network, the method comprising: receiving (402, 604), from a device having an application program stored therein, a first token generated by the device in response to a request from a user to access the application program; receiving (404, 614) a second token input by the user at a mobile terminal of a mobile network in response to a request for the user to input the first token generated by the device; deciding (406, 624, 626) whether to allow the user access to the application program stored in the device based on a verification of whether the second token matches the first token and whether the user has a subscription for the application program; and transmitting (408, 628), to the device, an indication of the decision whether to allow the user access to the application program. receiving (402, 604), from a device having an application program stored therein, a first token generated by the device in response to a request from a user to access the application program; receiving (404, 614) a second token input by the user at a mobile terminal of a mobile network in response to a request for the user to input the first token generated by the device; deciding (406, 624, 626) whether to allow the user access to the application program stored in the device based on a verification of whether the second token matches the first token and whether the user has a subscription for the application program; and transmitting (408, 628), to the device, an indication of the decision whether to allow the user access to the application program.
A process for preparing N-substituted menthanecarboxamide of general formula comprising a coupling reaction in the presence of a copper catalyst between a primary menthane carboxamide and an aryl halide of the general formula wherein R 1, R 2 and R 3 may be the same or different and may each be hydrogen or one of R 1, R 2 and R 3 may be a group selected from halogen, OH, hydroxy-C1-C4-alkyl, C1-C4-alkoxy, NO 2, CN, cyano-C1-C4-alkyl, acetyl, SO 2 NH 2, CHO, CO 2 H and C1-C4 alkyl carboxylate; two of R 1, R 2 and R 3 may be H or C 1-C4 alkyl and X is Cl, Br, I or mixtures thereof.
An antenna device, comprising: an electromagnetic wave radiation source (7, 21) for radiating an electromagnetic wave; and an electromagnetic wave shaping module, arranged forward of the electromagnetic wave radiation source, comprising a plurality of slot array rows each including a plurality of slots (11A, 11B, 11C), which slots are arranged in a horizontal direction, the slot array rows being arranged in a vertical direction; characterised in that the electromagnetic wave radiation source is a single source arranged in the horizontal direction; and the electromagnetic wave has its center axis substantially in a horizontal plane; and the plurality of slot array rows are arranged symmetrically, in the vertical direction, about the electromagnetic wave radiation source wherein each slot is configured to couple with an electromagnetic wave radiated from the electromagnetic wave radiation source and produce a new wave source. an electromagnetic wave radiation source (7, 21) for radiating an electromagnetic wave; and an electromagnetic wave shaping module, arranged forward of the electromagnetic wave radiation source, comprising a plurality of slot array rows each including a plurality of slots (11A, 11B, 11C), which slots are arranged in a horizontal direction, the slot array rows being arranged in a vertical direction; characterised in that the electromagnetic wave radiation source is a single source arranged in the horizontal direction; and the electromagnetic wave has its center axis substantially in a horizontal plane; and the plurality of slot array rows are arranged symmetrically, in the vertical direction, about the electromagnetic wave radiation source wherein each slot is configured to couple with an electromagnetic wave radiated from the electromagnetic wave radiation source and produce a new wave source.
Process of manufacturing co-ground calcium carbonate material comprising GCC and PCC, presenting a steepness factor, defined as d 30 / d 70 x 100, of at least 30, preferably of at least 40, and most preferably of at least 45, and characterised in that it comprises the steps of: (a) providing GCC in the form of an aqueous suspension, (b) co-grinding GCC and PCC, optionally with at least another mineral material, until the steepness factor, defined as d 30 / d 70 x 100, is of at least 30, preferably of at least 40, and most preferably of at least 45, (c) optionally screening and / or upconcentrating the co-ground calcium carbonate material obtained following step (b), (d) optionally drying the co-ground calcium carbonate material obtained following step (b) or (c). (a) providing GCC in the form of an aqueous suspension, (b) co-grinding GCC and PCC, optionally with at least another mineral material, until the steepness factor, defined as d 30 / d 70 x 100, is of at least 30, preferably of at least 40, and most preferably of at least 45, (c) optionally screening and / or upconcentrating the co-ground calcium carbonate material obtained following step (b), (d) optionally drying the co-ground calcium carbonate material obtained following step (b) or (c).
A rotatable flow-promoting device for performing a biological or chemical transformation, or physical or chemical trapping from, or release of agents to, a fluidic medium, characterized by said flow-promoting device (100; 100'; 100") comprising a ferromagnetic material and a retaining structure (1; 1'; 1"), the retaining structure having a compartment (9; 9") defined by a permeable material (11; 11"), wherein the retaining structure (1; 1'; 1") comprises a top wall (3; 3") and a circumferential side wall (4; 4"), wherein the top wall (3; 3") and the circumferential side wall (4; 4") is formed mainly by said permeable material (11; 11"), and the compartment (9; 9") of the retaining structure (1; 1'; 1") is arranged to contain at least one fluid-permeable solid reaction member, whereby when the flow-promoting device (100; 100'; 100") is submerged into a fluidic medium and the flow-promoting device is subjected to an alternating magnetic field, the flow-promoting device is set to rotate, thereby causing a flow of fluidic medium into and through the compartment (9; 9") via said permeable material (11; 11"). said flow-promoting device (100; 100'; 100") comprising a ferromagnetic material and a retaining structure (1; 1'; 1"), the retaining structure having a compartment (9; 9") defined by a permeable material (11; 11"), wherein the retaining structure (1; 1'; 1") comprises a top wall (3; 3") and a circumferential side wall (4; 4"), wherein the top wall (3; 3") and the circumferential side wall (4; 4") is formed mainly by said permeable material (11; 11"), and the compartment (9; 9") of the retaining structure (1; 1'; 1") is arranged to contain at least one fluid-permeable solid reaction member, whereby when the flow-promoting device (100; 100'; 100") is submerged into a fluidic medium and the flow-promoting device is subjected to an alternating magnetic field, the flow-promoting device is set to rotate, thereby causing a flow of fluidic medium into and through the compartment (9; 9") via said permeable material (11; 11").
A terminal for mounting to a fiber distribution cable, comprising: a housing defining a cable opening for receiving an end of the fiber distribution cable, the housing including: a base; and a cover connectedly engaged with the base wherein the cover includes a tail piece that projects outwardly from the cover, the tail piece defining a cable opening; a plurality of adapters disposed on the cover; a fiber routing tray having a top panel and a bottom panel and being disposed in an interior cavity defined by the base and the cover, wherein the fiber routing tray includes a storage space defined between the top panel and the bottom panel for storing a length of optical fiber; and an anchor block for securing the fiber distribution cable to the housing, wherein the anchor block is configured to mechanically interlock with the housing, and wherein the anchor block includes a main body and first and second interlocking tabs (60, 62) that project outwardly from the main body, and wherein the first and second interlocking tabs (60, 62) are configured to be received within first and second interlock receptacles provided in the interior cavity of the housing, and wherein a first end of the anchor block is disposed in the interior cavity of the housing and a second end is disposed in the cable opening of the tail piece. a base; and a cover connectedly engaged with the base wherein the cover includes a tail piece that projects outwardly from the cover, the tail piece defining a cable opening; a plurality of adapters disposed on the cover; a fiber routing tray having a top panel and a bottom panel and being disposed in an interior cavity defined by the base and the cover, wherein the fiber routing tray includes a storage space defined between the top panel and the bottom panel for storing a length of optical fiber; and an anchor block for securing the fiber distribution cable to the housing, wherein the anchor block is configured to mechanically interlock with the housing, and wherein the anchor block includes a main body and first and second interlocking tabs (60, 62) that project outwardly from the main body, and wherein the first and second interlocking tabs (60, 62) are configured to be received within first and second interlock receptacles provided in the interior cavity of the housing, and wherein a first end of the anchor block is disposed in the interior cavity of the housing and a second end is disposed in the cable opening of the tail piece.
Method for operating a wireless communication device configured to operate in a cellular network comprising a plurality of base stations, the wireless communication device operating in association with a first base station, the method comprising the steps for the wireless communication device of: - determining further suitable base stations, in case at least one suitable second base station different from the first base station is found, - checking if cell identifier of the second base station is listed in a neighbor cell list received from the first base station, and - checking signaling power of the second base station, - rating the second base station as fake base station in case measured signaling power is significantly higher than the signaling power of the first base station, and the cell identifier of the second base station is not listed in said neighbor cell list, - increasing the rating of the second base station as fake base station in case of receiving with a set of system information blocks from the second base station an empty neighbor cell list, in case of the rating of the second base station as fake base station is above a predetermined threshold: - discarding the second base station from a list of suitable base stations. - determining further suitable base stations, in case at least one suitable second base station different from the first base station is found, - checking if cell identifier of the second base station is listed in a neighbor cell list received from the first base station, and - checking signaling power of the second base station, - rating the second base station as fake base station in case measured signaling power is significantly higher than the signaling power of the first base station, and the cell identifier of the second base station is not listed in said neighbor cell list, - increasing the rating of the second base station as fake base station in case of receiving with a set of system information blocks from the second base station an empty neighbor cell list, - discarding the second base station from a list of suitable base stations.
A saddle-ride type vehicle for motocross with a water-cooled engine and a radiator shroud structure, the vehicle including: a pair of left and right front forks by which a front wheel is steerably supported; a radiator which is disposed behind the front forks; and a pair of left and right shrouds which cover left and right outer sides of the radiator from a front side to a rear side of the radiator, the front forks being disposed between the pair of left and right shrouds in a vehicle width direction, wherein a front end portion of each of the shrouds is disposed in front of an upper portion of the radiator and an outermost portion of each of the shrouds is disposed in front of the radiator, and each of the shrouds includes: a main body portion which has the outermost portion at a front end portion of the main body portion; characterized in that the structure of the shrouds has an extending portion, that the extending portion extends from the front end portion of the main body portion obliquely forward and inward toward rear ends of the front forks in a side view, so as to increase the sizes of the shrouds, that the extending portion is provided in a range which is only an intermediate section of the front end portion of the main body front end portion in the up-down direction, and that the extending portion is configured to guide a leg of a rider with its outer surface when the leg is put forward to support the vehicle and to regulate a traveling wind with its inner surface. a front end portion of each of the shrouds is disposed in front of an upper portion of the radiator and an outermost portion of each of the shrouds is disposed in front of the radiator, and each of the shrouds includes: a main body portion which has the outermost portion at a front end portion of the main body portion; that the structure of the shrouds has an extending portion, that the extending portion extends from the front end portion of the main body portion obliquely forward and inward toward rear ends of the front forks in a side view, so as to increase the sizes of the shrouds, that the extending portion is provided in a range which is only an intermediate section of the front end portion of the main body front end portion in the up-down direction, and that the extending portion is configured to guide a leg of a rider with its outer surface when the leg is put forward to support the vehicle and to regulate a traveling wind with its inner surface.
An active layer ion implantation method for TFT comprising: applying a photoresist on the active layer; and implanting ions into a first region of the active layer that corresponds to a TFT channel region; characterized in that the ions are implanted through the photoresist. applying a photoresist on the active layer; and implanting ions into a first region of the active layer that corresponds to a TFT channel region; characterized in that the ions are implanted through the photoresist.
A surgical instrument, comprising: a handle; a movable input; an analog sensor configured to detect the position of said movable input, wherein said analog sensor is configured to produce an analog signal comprising analog data; and a microcontroller comprising an input channel, wherein said analog sensor is in signal communication with said input channel, wherein said microcontroller is configured to compare said analog data to a reference value, and wherein said microcontroller is configured to produce a digital signal in response to said comparison, wherein said microcontroller is configured to sample said analog data, and wherein said microcontroller is configured to generate a digital bit for each sample of said analog data, wherein said microcontroller is configured to generate an on bit if a sample is above said reference value, and wherein said microcontroller is configured to generate an off bit if a sample is below said reference value. a handle; a movable input; an analog sensor configured to detect the position of said movable input, wherein said analog sensor is configured to produce an analog signal comprising analog data; and a microcontroller comprising an input channel, wherein said analog sensor is in signal communication with said input channel, wherein said microcontroller is configured to compare said analog data to a reference value, and wherein said microcontroller is configured to produce a digital signal in response to said comparison, wherein said microcontroller is configured to sample said analog data, and wherein said microcontroller is configured to generate a digital bit for each sample of said analog data, wherein said microcontroller is configured to generate an on bit if a sample is above said reference value, and wherein said microcontroller is configured to generate an off bit if a sample is below said reference value.
A positive active material comprising a spinel lithium manganese oxide surface-coated with one or more types of nanoparticles selected from olivine-type lithium metal phosphate represented by Formula: LiFe( 1-x)Mn x PO 4 wherein 0 < x < 1.
A concentrated base of non ethoxylated surfactants for detergent products and products for personal care and hygiene, comprising, in an aqueous medium, from 1 to 30% of active matter of sodium cocoamphoacetate of formula (d), from 1% to 25% of active matter of sodium myristoylsarcosinate of formula (a), from 1% to 10% of active matter of sodium laurylsulphoacetate of formula (c), wherein - formula (a) is: - formula (c) is: - formula (d) is: wherein R c is the mixture of alkyl radicals derived from coco. - formula (a) is: - formula (c) is: - formula (d) is: wherein R c is the mixture of alkyl radicals derived from coco.
A method of selecting a plurality of media items, each for output by a programme receiver in a corresponding one of a plurality of slots in a programme break, the method comprising, at the receiver: a. receiving from a central scheduling function, for each of said slots, a corresponding list of one or more possible media items scheduled for output in said slot; b. determining, from each said list, one or more of the possible media items that are available from local storage at the programme receiver; and c. selecting for each of said slots, from the one or more possible media items from the corresponding list that are available from local storage, up to one media item for output in that slot by resolving one or more constraints associated with one or more media items selected for output in at least one other of the slots within the break. a. receiving from a central scheduling function, for each of said slots, a corresponding list of one or more possible media items scheduled for output in said slot; b. determining, from each said list, one or more of the possible media items that are available from local storage at the programme receiver; and c. selecting for each of said slots, from the one or more possible media items from the corresponding list that are available from local storage, up to one media item for output in that slot by resolving one or more constraints associated with one or more media items selected for output in at least one other of the slots within the break.
An information reading system, comprising an information reading device and a device to be identified, the information reading device comprising a first signal pin, a second signal pin, and a control module, the device to be identified comprising a third signal pin and a ground pin (21-GND), wherein the control module is configured to: when recognizing that the device to be identified is inserted, control the first signal pin to connect to the third signal pin, and control the second signal pin to connect to the ground pin of the device to be identified, to form a first single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; attempt to read anti-counterfeiting information stored in the device to be identified by using the first single-wire path; characterized in that when the anti-counterfeiting information fails to be read, control the first signal pin to connect to the ground pin of the device to be identified, and control the second signal pin to connect to the third signal pin of the device to be identified, to form a second single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; and attempt to read the anti-counterfeiting information stored in the device to be identified by using the second single-wire path. the control module is configured to: when recognizing that the device to be identified is inserted, control the first signal pin to connect to the third signal pin, and control the second signal pin to connect to the ground pin of the device to be identified, to form a first single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; attempt to read anti-counterfeiting information stored in the device to be identified by using the first single-wire path; characterized in that when the anti-counterfeiting information fails to be read, control the first signal pin to connect to the ground pin of the device to be identified, and control the second signal pin to connect to the third signal pin of the device to be identified, to form a second single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; and attempt to read the anti-counterfeiting information stored in the device to be identified by using the second single-wire path.