mhurhangee/patent-ind-claim-en huggingface dataset:
Method of printing a sheet intended to form an attachment part of a data page for an identification document, comprising the following steps: - providing a first sheet made of a first thermoplastic material and intended to form the attachment part , - placing at least one second sheet made of a second thermoplastic material at least locally against one face of the first sheet , the at least one second sheet comprising at least one security feature printed on it, characterized in : - laminating the first sheet and the at least one second sheet at a temperature and a pressure lower than the melting point of the second thermoplastic material and allowing to transfer the printed security feature to the first sheet . - providing a first sheet made of a first thermoplastic material and intended to form the attachment part , - placing at least one second sheet made of a second thermoplastic material at least locally against one face of the first sheet , the at least one second sheet comprising at least one security feature printed on it, characterized in : - laminating the first sheet and the at least one second sheet at a temperature and a pressure lower than the melting point of the second thermoplastic material and allowing to transfer the printed security feature to the first sheet .
A method for sending a paging message, comprising: sending , by a first network node, a paging message to a second network node, wherein the paging message carries indication information, and the indication information is used to indicate a paging cause, reading, after receiving the paging message sent by the first network node, by the second network node, the indication information in the paging message, and then correspondingly generating downlink control information, DCI, according to the indication information, wherein the DCI carries the indication information used to notify the paging cause, wherein the first network node is a central unit, CU, and the second network node is a distributed unit, DU, of a fifth generation mobile communications technology ,5G, network system. sending , by a first network node, a paging message to a second network node, wherein the paging message carries indication information, and the indication information is used to indicate a paging cause, reading, after receiving the paging message sent by the first network node, by the second network node, the indication information in the paging message, and then correspondingly generating downlink control information, DCI, according to the indication information, wherein the DCI carries the indication information used to notify the paging cause, wherein the first network node is a central unit, CU, and the second network node is a distributed unit, DU, of a fifth generation mobile communications technology ,5G, network system.
A light emitting diode (LED) package , comprising: a body having body side surfaces and a body top surface; a plurality of cavities (772a-772c) in said body top surface, with each of said cavities (772a-772c) comprising an LED (753a-753c) arranged to emit out of its one of said cavities (772a-772c); and an encapsulant over said body top surface and said body side surfaces, said encapsulant also comprising lenses over each of said cavities (772a-772c) to shape the emission of said LEDs (753a-753c) to the desired emission profile, wherein the intensity of each of said LEDs (753a-753c) is individually controllable, said LED package being capable of emitting different color combinations of light from said LEDs (753a-753c) characterized in that a step is formed in the body and the step extends along at least one of the body side surfaces; in that the light emitting diode (LED) package further comprises a lead frame electrically coupled to said LEDs (753a-753c), wherein at least one contact lead of the lead frame extends within the body and through the step ; and in that the encapsulant extends on said body side surfaces to said step . a body having body side surfaces and a body top surface; a plurality of cavities (772a-772c) in said body top surface, with each of said cavities (772a-772c) comprising an LED (753a-753c) arranged to emit out of its one of said cavities (772a-772c); and an encapsulant over said body top surface and said body side surfaces, said encapsulant also comprising lenses over each of said cavities (772a-772c) to shape the emission of said LEDs (753a-753c) to the desired emission profile, wherein the intensity of each of said LEDs (753a-753c) is individually controllable, said LED package being capable of emitting different color combinations of light from said LEDs (753a-753c) characterized in that a step is formed in the body and the step extends along at least one of the body side surfaces; in that the light emitting diode (LED) package further comprises a lead frame electrically coupled to said LEDs (753a-753c), wherein at least one contact lead of the lead frame extends within the body and through the step ; and in that the encapsulant extends on said body side surfaces to said step .
A differential device for a 4-wheel-drive vehicle wherein a portion of a drive force of a drive power source transmitted to left and right main drive wheels is transmitted to left and right auxiliary drive wheels through a propeller shaft which is disconnectable from a power transmitting path between the main drive wheels and the drive power source , the differential device being configured to distribute the drive force from the propeller shaft to the left and right auxiliary drive wheels , and to selectively connect and disconnect the propeller shaft and an output shaft to and from each other, the output shaft being operatively connected to the left and right auxiliary drive wheels , the differential device comprising: a side oil seal disposed between the output shaft and a casing ; a side bearing disposed adjacent to the side oil seal in an axial direction of the output shaft , such the output shaft is supported by the casing via the side bearing ; characterized in that an oil slinger is disposed axially adjacent to the side bearing such that the oil slinger is rotated with the output shaft , whereby lubricant is stirred up. a side oil seal disposed between the output shaft and a casing ; a side bearing disposed adjacent to the side oil seal in an axial direction of the output shaft , such the output shaft is supported by the casing via the side bearing ; characterized in that an oil slinger is disposed axially adjacent to the side bearing such that the oil slinger is rotated with the output shaft , whereby lubricant is stirred up.
A method for wireless communication at a wireless device (105; 115), comprising: identifying a set of beam configurations for a plurality of communications with at least one target device; determining a duplexing mode for the plurality of communications based at least in part on the identified set of beam configurations; and communicating with the at least one target device based at least in part on the identified set of beam configurations and the determined duplexing mode; wherein the duplexing mode comprises a half-duplexed control channel using one or more wide beams and a full duplexed data channel using one or more narrow beams. identifying a set of beam configurations for a plurality of communications with at least one target device; determining a duplexing mode for the plurality of communications based at least in part on the identified set of beam configurations; and communicating with the at least one target device based at least in part on the identified set of beam configurations and the determined duplexing mode; wherein the duplexing mode comprises a half-duplexed control channel using one or more wide beams and a full duplexed data channel using one or more narrow beams.
A roof element comprising a roof panel , specifically a fiber cement panel, for tiling a roof , and comprising a mounting rail arranged on the roof panel , having at least one hooking element engageable with a roof batten of the roof to be tiled, characterized in that the mounting rail is attached in the ridge-side region of the roof panel , and in that the mounting rail comprises two parallel receiving portions that are spaced apart a distance of a thickness of the roof panel , forming a compartment-like slot, in which the roof panel is inserted with a peripheral region and that is fixed within the slot.
A control device configured to control a motor for performing axial feed of a moved object , comprising: an input unit configured to allow an operator to perform an axial feed operation and specify an axial feed rate; a motor driving control unit configured to drive the motor so that the moved object moves at the specified axial feed rate only while the axial feed operation is being performed by the operator; an amount-of-movement detecting unit configured to detect an amount of movement of the moved object in an axial feed direction; a coordinate position detecting unit configured to detect, based on the amount of movement, a coordinate position of the moved object in the axial feed direction on a predetermined coordinate system; a display unit configured to display at least the coordinate position; and a rounding processing unit configured to perform rounding processing for rounding, to a rounding place corresponding to the specified axial feed rate, at least one of the coordinate position and the amount of movement of the moved object at a time when the axial feed operation is stopped by the operator, wherein the motor driving control unit is further configured to drive the motor so that at least one of the coordinate position and the amount of movement of the moved object is rounded based on a result of the rounding processing. an input unit configured to allow an operator to perform an axial feed operation and specify an axial feed rate; a motor driving control unit configured to drive the motor so that the moved object moves at the specified axial feed rate only while the axial feed operation is being performed by the operator; an amount-of-movement detecting unit configured to detect an amount of movement of the moved object in an axial feed direction; a coordinate position detecting unit configured to detect, based on the amount of movement, a coordinate position of the moved object in the axial feed direction on a predetermined coordinate system; a display unit configured to display at least the coordinate position; and a rounding processing unit configured to perform rounding processing for rounding, to a rounding place corresponding to the specified axial feed rate, at least one of the coordinate position and the amount of movement of the moved object at a time when the axial feed operation is stopped by the operator, wherein the motor driving control unit is further configured to drive the motor so that at least one of the coordinate position and the amount of movement of the moved object is rounded based on a result of the rounding processing.
A method for manufacturing a coreless paper roll, the method comprising: a first step in which a wide tissue web is unrolled from a parent roll ; a second step in which adhesive is sprayed on the wide tissue web; a third step in which the wide tissue web is wound on a winding mandrel to form a log roll ; and a fourth step in which the log roll is cut into round slices to form a plurality of paper rolls (20a-e), wherein the second step includes a fifth step in which a first adhesive , which has a bonding strength capable of solidifying the wide tissue web wound on the winding mandrel and capable of separating a sheet of tissue from the solidified wide tissue web, is deposited on a portion of the wide tissue web from which the wide tissue web starts to be wound on the winding mandrel, the portion including both ends in the width direction of the wide tissue web and positions at which the log roll is cut in the fourth step, and a sixth step in which a second adhesive having a lower bonding strength than the first adhesive is deposited on portions between the positions where the first adhesive is deposited. a first step in which a wide tissue web is unrolled from a parent roll ; a second step in which adhesive is sprayed on the wide tissue web; a third step in which the wide tissue web is wound on a winding mandrel to form a log roll ; and a fourth step in which the log roll is cut into round slices to form a plurality of paper rolls (20a-e), wherein the second step includes a fifth step in which a first adhesive , which has a bonding strength capable of solidifying the wide tissue web wound on the winding mandrel and capable of separating a sheet of tissue from the solidified wide tissue web, is deposited on a portion of the wide tissue web from which the wide tissue web starts to be wound on the winding mandrel, the portion including both ends in the width direction of the wide tissue web and positions at which the log roll is cut in the fourth step, and a sixth step in which a second adhesive having a lower bonding strength than the first adhesive is deposited on portions between the positions where the first adhesive is deposited.
A timekeeping escapement mechanism, including: - a bistable elastic strip (L) working in buckling mode around a median inflexion point between two anchoring points (A, B) of said bistable elastic strip, - a winding lever of said bistable elastic strip (L), rotationally movable and kinematically linked in a direction which is substantially perpendicular to said bistable elastic strip at two equidistant points from the median inflexion point, and - at least one escapement wheel and pinion rigidly connected to at least one pinion which is capable of meshing with a wheel and pinion of the geartrain of a watch movement, and arranged to transmit sequentially a driving torque to the winding lever so as to make said winding lever pivot alternatively in a clockwise direction of rotation and an anticlockwise direction of rotation in order to make said bistable elastic strip (L) pass from a stable resting state to a metastable winding state, and - a detent lever rigidly connected to the bistable elastic strip (L) at its median inflexion point (I) and arranged to cooperate with an oscillating regulator member of a said watch movement each time the latter alternates so as to transmit a pulse consecutively to a detent of the bistable elastic strip (L) corresponding to the passage from a said winding state to a said resting state symmetrical to the previous stable resting state, characterized in that it includes a monostable elastic member for compensating for a variation of the driving torque of the winding lever by the escapement wheel(s) and pinion (s) as a function of said direction of rotation of said winding lever . - a bistable elastic strip (L) working in buckling mode around a median inflexion point between two anchoring points (A, B) of said bistable elastic strip, - a winding lever of said bistable elastic strip (L), rotationally movable and kinematically linked in a direction which is substantially perpendicular to said bistable elastic strip at two equidistant points from the median inflexion point, and - at least one escapement wheel and pinion rigidly connected to at least one pinion which is capable of meshing with a wheel and pinion of the geartrain of a watch movement, and arranged to transmit sequentially a driving torque to the winding lever so as to make said winding lever pivot alternatively in a clockwise direction of rotation and an anticlockwise direction of rotation in order to make said bistable elastic strip (L) pass from a stable resting state to a metastable winding state, and - a detent lever rigidly connected to the bistable elastic strip (L) at its median inflexion point (I) and arranged to cooperate with an oscillating regulator member of a said watch movement each time the latter alternates so as to transmit a pulse consecutively to a detent of the bistable elastic strip (L) corresponding to the passage from a said winding state to a said resting state symmetrical to the previous stable resting state,
An ignitor assembly for an internal combustion engine fuel/air ignition system, comprising an upper inductor subassembly having a tubular housing extending between an upper end and a lower end with inductor windings received in said housing between said upper and lower ends and having an upper electrical connector adjacent said upper end of said housing and a lower electrical connector adjacent said lower end of said housing , said upper electrical connector being configured in electrical communication with said lower electrical connector via said inductor windings, the lower electrical connector being axially biased relative to the tubular housing by a spring member , a lower firing end subassembly having a ceramic insulator and a metal housing surrounding at least a portion of said ceramic insulator , said ceramic insulator extending between a terminal end and a firing end with an electrical terminal extending from said terminal end of the insulator in electrical contact with said lower electrical connector and an electrode extending from said firing end , said electrode being configured in electrical communication with said electrical terminal , and a non-metal tube connecting the lower end of said upper inductor subassembly housing to the terminal end of the ceramic insulator of the lower firing end subassembly , said non-metal tube maintaining said electrical terminal in electrical contact with said lower electrical connector , and having an intermediate region extending between said tubular housing of said upper inductor subassembly and said ceramic insulator , said intermediate region being circumferentially unconstrained to allow relative pivotal movement between said electrical terminal and said lower electrical connector .
A method for processing input seismic data (d), the method comprising: receiving the input seismic data (d) recorded in a first domain by seismic receivers that travel in water, the input seismic data (d) including up-going and down-going wave-fields; generating a model (p) in a second domain to describe the input seismic data (d); and processing with a processor the model (p) to obtain an output seismic dataset indicative of the down-going wave-field and substantially free of the up-going wave-field. receiving the input seismic data (d) recorded in a first domain by seismic receivers that travel in water, the input seismic data (d) including up-going and down-going wave-fields; generating a model (p) in a second domain to describe the input seismic data (d); and processing with a processor the model (p) to obtain an output seismic dataset indicative of the down-going wave-field and substantially free of the up-going wave-field.
An aircraft arrival determination system comprising: an arrival sequence determination unit that is configured to determine a position of an aircraft within a landing queue for a destination airport and an estimated landing time for the aircraft at the destination airport ; and a user interface that is configured to show the position of the aircraft within the landing queue for the destination airport and the estimated landing time for the aircraft at the destination airport , wherein the user interface is configured to provide a visual display that allows an individual to determine whether there is a need to divert from the destination airport to an alternate airport , wherein the visual display includes indicia of: the aircraft ; the destination airport ; an outer radial distance indicative of a current distance between the aircraft and the destination airport ; and an inner radial distance to the destination airport indicative of a bug out distance representing a decision threshold in which a decision to divert to the alternate airport is to be made before reaching, wherein the aircraft is safely divertable to the alternate airport when the aircraft is outside of the inner radial distance . an arrival sequence determination unit that is configured to determine a position of an aircraft within a landing queue for a destination airport and an estimated landing time for the aircraft at the destination airport ; and a user interface that is configured to show the position of the aircraft within the landing queue for the destination airport and the estimated landing time for the aircraft at the destination airport , wherein the user interface is configured to provide a visual display that allows an individual to determine whether there is a need to divert from the destination airport to an alternate airport , wherein the visual display includes indicia of: the aircraft ; the destination airport ; an outer radial distance indicative of a current distance between the aircraft and the destination airport ; and an inner radial distance to the destination airport indicative of a bug out distance representing a decision threshold in which a decision to divert to the alternate airport is to be made before reaching, wherein the aircraft is safely divertable to the alternate airport when the aircraft is outside of the inner radial distance .
A method for network sharing on a terminal, wherein, the terminal comprises a plurality of wifi modules, the method for network sharing on a terminal comprises following steps: obtaining (S10), after a wifi module connects to a network, network connection information of the wifi module connected to the network; sending (S20) the network connection information to a to-connect wifi module of the terminal, to enable the to-connect wifi module to connect to the network according to the network connection information; obtaining (S30), when detecting data to be transmitted, data information corresponding to the data to be transmitted, wherein the data information includes data size; determining a wifi module to perform data transmission according to the data size; and controlling (S40) the wifi module to perform data transmission to transmit the data to be transmitted. obtaining (S10), after a wifi module connects to a network, network connection information of the wifi module connected to the network; sending (S20) the network connection information to a to-connect wifi module of the terminal, to enable the to-connect wifi module to connect to the network according to the network connection information; obtaining (S30), when detecting data to be transmitted, data information corresponding to the data to be transmitted, wherein the data information includes data size; determining a wifi module to perform data transmission according to the data size; and controlling (S40) the wifi module to perform data transmission to transmit the data to be transmitted.