mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a master device (102, 202) coupled to a communication link (110, 205), the master device (102, 202) to transmit, via the communication link (110, 205), a clock signal (108, 208) and a synchronization command; and one or more slave devices (104, 204) coupled to the communication link (110, 205), characterized in that each slave device (104, 204) to: track a number of selected transitions of the clock signal (108, 208) between detection of the synchronization command at the slave device (104, 204) and detection of an event at the slave device (104, 204), and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal (108, 208), the master device (102, 202) to: obtain the information about the elapsed time, and derive a time the event was detected at the slave device (104, 204) based on the information. a master device (102, 202) coupled to a communication link (110, 205), the master device (102, 202) to transmit, via the communication link (110, 205), a clock signal (108, 208) and a synchronization command; and one or more slave devices (104, 204) coupled to the communication link (110, 205), characterized in that each slave device (104, 204) to: track a number of selected transitions of the clock signal (108, 208) between detection of the synchronization command at the slave device (104, 204) and detection of an event at the slave device (104, 204), and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal (108, 208), track a number of selected transitions of the clock signal (108, 208) between detection of the synchronization command at the slave device (104, 204) and detection of an event at the slave device (104, 204), and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal (108, 208), the master device (102, 202) to: obtain the information about the elapsed time, and derive a time the event was detected at the slave device (104, 204) based on the information. obtain the information about the elapsed time, and derive a time the event was detected at the slave device (104, 204) based on the information.
A composite material comprising perfluoroalkoxy polymer powder, carbon black powder and a film-forming liquid, wherein the proportion by mass of the film-forming liquid is from 0.05% by weight to 1.0% by weight, the film-forming liquid at least partially wets the surfaces of the particles of the perfluoroalkoxy polymer powder, and the particles of the carbon black powder adhere to the film-forming liquid and/or the particles of the perfluoroalkoxy polymer powder.
A patient support for use in a healthcare facility having at least one secondary patient support, the patient support comprising: a display operable to render a graphical user interface to interface with a user and allow the user to set one or more alarms, wherein each alarm corresponds to an alarm triggering event triggered by an action of a patient; communication circuitry to communicatively couple the patient support to a healthcare communication system and the patient support to the at least one secondary patient support; and a control system to monitor data of the patient support and the at least one secondary patient support based on the set alarms, detect whether an alarm triggering event occurred at either the patient support or the at least one secondary patient support based on the monitored data, and, in response to a determination that the alarm triggering event occurred, provide a signal indicative of the alarm triggering event to the healthcare communication system, characterised in that the one or more alarms comprise at least one or more alarms of the at least one secondary patient support. a display operable to render a graphical user interface to interface with a user and allow the user to set one or more alarms, wherein each alarm corresponds to an alarm triggering event triggered by an action of a patient; communication circuitry to communicatively couple the patient support to a healthcare communication system and the patient support to the at least one secondary patient support; and a control system to monitor data of the patient support and the at least one secondary patient support based on the set alarms, detect whether an alarm triggering event occurred at either the patient support or the at least one secondary patient support based on the monitored data, and, in response to a determination that the alarm triggering event occurred, provide a signal indicative of the alarm triggering event to the healthcare communication system, characterised in that the one or more alarms comprise at least one or more alarms of the at least one secondary patient support.
A compound of Formula: wherein X is OR 2; Z is O; Y is oxygen; R 2 is selected from the group consisting of hydrogen, hydrocarbyl, and substituted hydrocarbyl; R 5 is selected from the group consisting of CF 3, halogen, CH 3, OMe, hydrocarbyl, and substituted hydrocarbyl; R 6, R 7, R 8 and R 9 are independently selected from the group consisting of hydrogen, -COR 10 R 11, -CONR 10 R 11, -COOR 12 and -NR 12 CONR 10, with the proviso that R 6 and R 7 form a cycloalkyl or heterocyclo ring, R 7 and R 8 form a cycloalkyl or heterocyclo ring, or R 8 and R 9 form a cycloalkyl or heterocyclo ring; and R 10, R 11 and R 12 are independently selected from the group consisting of hydrogen, hydrocarbyl, substituted hydrocarbyl, aryl, and heterocycle. X is OR 2; Z is O; Y is oxygen; R 2 is selected from the group consisting of hydrogen, hydrocarbyl, and substituted hydrocarbyl; R 5 is selected from the group consisting of CF 3, halogen, CH 3, OMe, hydrocarbyl, and substituted hydrocarbyl; R 6, R 7, R 8 and R 9 are independently selected from the group consisting of hydrogen, -COR 10 R 11, -CONR 10 R 11, -COOR 12 and -NR 12 CONR 10, with the proviso that R 6 and R 7 form a cycloalkyl or heterocyclo ring, R 7 and R 8 form a cycloalkyl or heterocyclo ring, or R 8 and R 9 form a cycloalkyl or heterocyclo ring; and R 10, R 11 and R 12 are independently selected from the group consisting of hydrogen, hydrocarbyl, substituted hydrocarbyl, aryl, and heterocycle.
A flexible support device for chair back tilting, comprising: a pair of driving members, for connecting to two opposite sides of the chair back; a base, having a pair of partition plates separately corresponding to the driving members, wherein each of the driving members is pivotally connected to one of the partition plates with a first pivot; a spring disposed in the base; and a pulling rod, crossing the base, two ends of the pulling rod separately connected to two free ends of the two driving members, having a frame encompassing the spring, and the frame having an action end blocking the spring, wherein the action end is formed with a through hole for receiving a shaft to assemble the frame into the base, and the spring is put around the shaft; thereby when the chair back is pressed to tilt rearward, the driving members are rotated to draw the pulling rod to move toward the chair back, and the action end of the frame is driven to compress the spring so as to make the chair back flexibly supported; wherein each of the partition plates is formed with a guiding hole which is located away from the driving members, each of the guiding holes is passed by a second pivot to connect with a bottom of the cushion, and the guiding holes allow the second pivots to move therein, and each of two ends of the driving members is pivotally connected to the bottom of the cushion with a third pivot to make the driving members rotatable relative to the cushion; characterized in that an end of the shaft is formed with a thread for threadedly connecting a pressing disk which blocks an end of the spring. a pair of driving members, for connecting to two opposite sides of the chair back; a base, having a pair of partition plates separately corresponding to the driving members, wherein each of the driving members is pivotally connected to one of the partition plates with a first pivot; a spring disposed in the base; and a pulling rod, crossing the base, two ends of the pulling rod separately connected to two free ends of the two driving members, having a frame encompassing the spring, and the frame having an action end blocking the spring, wherein the action end is formed with a through hole for receiving a shaft to assemble the frame into the base, and the spring is put around the shaft; thereby when the chair back is pressed to tilt rearward, the driving members are rotated to draw the pulling rod to move toward the chair back, and the action end of the frame is driven to compress the spring so as to make the chair back flexibly supported; wherein each of the partition plates is formed with a guiding hole which is located away from the driving members, each of the guiding holes is passed by a second pivot to connect with a bottom of the cushion, and the guiding holes allow the second pivots to move therein, and each of two ends of the driving members is pivotally connected to the bottom of the cushion with a third pivot to make the driving members rotatable relative to the cushion; characterized in that an end of the shaft is formed with a thread for threadedly connecting a pressing disk which blocks an end of the spring.
A movable device for inspecting a production line intended to be partially submerged in a body of water, including: - an inspection support bearing at least one sensor capable of being positioned facing the production line; - an attaching and moving assembly for attaching to and moving on the production line, connected to the inspection support, said attaching and moving assembly including at least two clamps (28, 30) that can be selectively actuated to grip onto the production line, each clamp (28, 30) delimiting a central passage of longitudinal axis (B-B'), capable of receiving the production line, the clamps (28, 30) being longitudinally movable relative to one another along the production line, the attaching and moving assembly comprising an active mechanism for moving the clamps (28, 30) longitudinally relative to one another, characterized in that the attaching and moving assembly includes a mechanism for tilting the clamps (28, 30) relative to one another, between a position parallel to one another and a position tilted relative to one another the tilting mechanism comprising a flexion bar able to go from a straight configuration, in the parallel position of the clamps (28, 30) to a curved configuration in the tilted position of the clamps (28, 30), and in that the tilting mechanism comprises a jacket movable jointly with a first clamp from among the clamps (28, 30), the flexion bar being movable jointly with a second clamp from among the clamps (28, 30), the flexion bar being mounted translatable in the jacket, between a position inserted in the jacket and a position removed from the jacket. - an inspection support bearing at least one sensor capable of being positioned facing the production line; - an attaching and moving assembly for attaching to and moving on the production line, connected to the inspection support,
Feeder sleeve for insertion into a casting mould used in the casting of metals, comprising a feeder body consisting of an insulating and/or exothermic feeder material, having - a circumferential side wall, wherein the side wall has an outwardly directed outer contour, - a feeder cavity limited at least by the side wall for holding liquid metal, and - a feeder opening for connecting the feeder cavity with a mould cavity of the casting mould during the casting process, wherein the feeder sleeve comprises a shell in addition to the feeder body, wherein the shell surrounds the outer contour at least in sections and at least one cavity is formed between the shell and the outer contour, characterized in that the shell is made from a metallic sheet. - a circumferential side wall, wherein the side wall has an outwardly directed outer contour, - a feeder cavity limited at least by the side wall for holding liquid metal, and - a feeder opening for connecting the feeder cavity with a mould cavity of the casting mould during the casting process, wherein
A magnetic component for an electronic device, comprising a metal alloy in an ordered body-centered cubic phase, the metal alloy consisting of 32-38 weight percent (wt%) cobalt, optionally one or more of oxygen, phosphorus and sulphur, and a balance of iron, the magnetic component having a porosity between 2% and 10% and an average pore size of 2 microns to 5 microns.
A method of operating a mobile communication transmission and reception point, the method comprising: generating at least one directional transmission beam (10, 20, 22, 24) for transmitting signals to at least one user equipment device within a beam coverage, and changing a transmission direction of the at least one directional transmission beam by sweeping the at least one beam direction across a coverage area in accordance with an expected motion of the at least one user equipment device, characterized in that a rate of sweeping of the transmission direction of the at least one directional transmission beam is changed dependent on a measure of a handover rate of other user equipment devices between a first swept directional transmission beam and a second swept directional transmission beam, wherein the at least one directional transmission beam is one of the first swept directional transmission beam and the second swept directional transmission beam. generating at least one directional transmission beam (10, 20, 22, 24) for transmitting signals to at least one user equipment device within a beam coverage, and changing a transmission direction of the at least one directional transmission beam by sweeping the at least one beam direction across a coverage area in accordance with an expected motion of the at least one user equipment device,
Engine, in particular a combustion engine, comprising a trunnion mount for mounting the engine to a chassis, the trunnion mount comprising - a support element rigidly connected and/or connectable to the engine having a ring portion with an outer bearing surface, which is arranged concentrically around the crankshaft, - a female support having an inner bearing surface for surrounding the bearing surface of the support element, the female support forming the link between the chassis and the engine, and - a rubber bearing arranged between the inner bearing surface of the female support and the outer bearing surface of the support element, characterized in that the rubber bearing is directly vulcanized on at least one of the bearing surfaces (10, 11). - a support element rigidly connected and/or connectable to the engine having a ring portion with an outer bearing surface, which is arranged concentrically around the crankshaft, - a female support having an inner bearing surface for surrounding the bearing surface of the support element, the female support forming the link between the chassis and the engine, and - a rubber bearing arranged between the inner bearing surface of the female support and the outer bearing surface of the support element,
An optical space observation system comprising at least one primary mirror, one secondary mirror, one support base comprising said primary mirror, with a mechanical structure being positioned on said support base and bearing a support of said secondary mirror, and optoelectronic measurement means, said mechanical structure comprising a plurality of mechanical arms and said optoelectronic measurement means capturing images acquired by said optical space observation system, wherein said optical space observation system comprises a system comprising a plurality of actuators positioned on said support base and the upper ends of said mechanical arms are connected to said support of said secondary mirror on the periphery of said support, characterised in that it comprises a computation means computing secondary mirror positioning correction data on the basis of data originating from said optoelectronic measurement means, and in that said actuators are connected to the lower ends of said mechanical arms, and in that the positioning of said secondary mirror is adjusted by means of actuators displacing the lower end of said mechanical arms along a translation trajectory as a function of the correction data, said optical measurement means, said computer means and said system of actuators forming an active control chain for correcting the positioning of said secondary mirror so as to adjust the observation configurations of said optical system.
A method for determining a unit time of a serial transmission protocol, wherein the serial transmission protocol defines a unit time, UT, by transmitting a calibration pulse having a predetermined length of N*UT and wherein a receiver is operated by a system clock, the method comprising: dividing the system clock by M, wherein M evenly divides N, measuring a calibration pulse length value using the divided system clock; determining a number of system clock pulses per unit time from the measured calibration pulse value; sampling a received data nibble length by using a sampling clock derived from the system clock through a clock divider, wherein the sampling clock has a variable period set by the clock divider, wherein a first period value is used for a first number of count periods and a second period value is used for second count period to produce an average count period, wherein an addition of the number of first count periods and the number of second count periods equals the determined calibration pulse length value, and wherein the serial transmission protocol transmits a plurality of subsequent data nibble pulses (104, 106, 108), wherein each data nibble value is encoded into a length of a pulse, wherein the length is defined by multiples of the unit time, UT, and wherein a length of a data nibble pulse (104, 106, 108) or the calibration pulse is defined by the time between two falling edges of a serial transmission signal. dividing the system clock by M, wherein M evenly divides N, measuring a calibration pulse length value using the divided system clock; determining a number of system clock pulses per unit time from the measured calibration pulse value; sampling a received data nibble length by using a sampling clock derived from the system clock through a clock divider, wherein the sampling clock has a variable period set by the clock divider, wherein a first period value is used for a first number of count periods and a second period value is used for second count period to produce an average count period, wherein an addition of the number of first count periods and the number of second count periods equals the determined calibration pulse length value, and wherein the serial transmission protocol transmits a plurality of subsequent data nibble pulses (104, 106, 108), wherein each data nibble value is encoded into a length of a pulse, wherein the length is defined by multiples of the unit time, UT, and wherein a length of a data nibble pulse (104, 106, 108) or the calibration pulse is defined by the time between two falling edges of a serial transmission signal.
A method comprising: receiving, by an apparatus, a message from a radio resource control, RRC, layer in the apparatus to indicate a radio resource control connection is to be released due to a tracking area update rejection; executing, by the apparatus, a predetermined delay timer in response to the received message; and delaying, by the apparatus, the initiation of an Attach procedure until one of the predetermined delay timer expiring or receiving a notification from the RRC layer indicating radio resource control connection release is completed. receiving, by an apparatus, a message from a radio resource control, RRC, layer in the apparatus to indicate a radio resource control connection is to be released due to a tracking area update rejection; executing, by the apparatus, a predetermined delay timer in response to the received message; and delaying, by the apparatus, the initiation of an Attach procedure until one of the predetermined delay timer expiring or receiving a notification from the RRC layer indicating radio resource control connection release is completed.
Method of connecting hot slabs (2, 3) feedable in succession to at least one roll stand, characterised in that mutually facing connection sides (5, 6) of the hot slabs (2. 3) are connected by oscillation friction welding and/or vibration friction welding with simultaneous material couple with a single metallic intermediate member, which is arranged between the connection sides (5, 6), in that the intermediate member is moved in oscillation at least largely parallel to the connection sides (5, 6) whilst the connection sides (5, 6) are pressed against the intermediate member and kept stationary, wherein either the single intermediate member is separated beforehand from one of the hot slabs (2, 3) or an existing residual piece of slab is used as the single intermediate member.
An apparatus for simultaneous loading of multiple samples for molecular separation, the apparatus comprising: a separation area having walls (12, 14, 16) wherein at least one of the walls comprises multiple apertures having loading sites; a gel located within the separation area; and a plurality of wells within the gel, wherein the apertures are connected to the plurality of wells by channels structurally configured to convey samples from the apertures to the wells, wherein the apertures are structurally different from the wells, wherein said structural difference includes a difference in shape, a difference in size, or a difference in alignment positions, wherein the channels are formed from structural adaptations of a wall connecting the loading sites to outlet apertures so as to allow for the flow of sample from the loading sites to the outlet apertures, and wherein the channels comprise an incline and/or are configured in an irregular shape. a gel located within the separation area; and a plurality of wells within the gel, wherein the apertures are connected to the plurality of wells by channels structurally configured to convey samples from the apertures to the wells, wherein the apertures are structurally different from the wells, wherein said structural difference includes a difference in shape, a difference in size, or a difference in alignment positions, wherein the channels are formed from structural adaptations of a wall connecting the loading sites to outlet apertures so as to allow for the flow of sample from the loading sites to the outlet apertures, and wherein the channels comprise an incline and/or are configured in an irregular shape.
Cell with anvils (2, 3), comprising: - a support which is fixed in use; - a movable plate; - at least one piezoelectric actuator (20, 21) having an actuating axis, one end of which is fixedly attached to the support and the other end of which is fixedly attached to a first side of the movable plate, said plate being capable of moving along the actuating axis of the actuator (20, 21) under the effect of the latter; - a first anvil, mounted on a second side of said plate, opposite the first side; and - a second anvil, fixedly attached to the support, mounted facing the first anvil. - a support which is fixed in use; - a movable plate; - at least one piezoelectric actuator (20, 21) having an actuating axis, one end of which is fixedly attached to the support and the other end of which is fixedly attached to a first side of the movable plate, said plate being capable of moving along the actuating axis of the actuator (20, 21) under the effect of the latter; - a first anvil, mounted on a second side of said plate, opposite the first side; and - a second anvil, fixedly attached to the support, mounted facing the first anvil.