mhurhangee/patent-ind-claim-en huggingface dataset:
Intelligent Transportation System, ITS, service station , comprising: a receiver having an area of radio coverage and being configured to receive a first Collective Perception Message, CPM, from a first ITS station at a first position (P B ) within the coverage area , the first CPM including first sensor data (sd i ) on at least one first free space area (A) perceived by the first ITS station , and an aggregator connected to the receiver and configured to aggregate said first sensor data (sd i ) with at least one second sensor data (sd i , sd k ) on at least one second free space area (B, C) into a third sensor data (sd Σ ), which second sensor data (sd i , sd k ) either is received via the receiver in a second CPM from a second ITS station at a second position (P C ) within the coverage area or is determined by a sensor of the ITS service station , wherein the ITS service station further comprises a transmitter connected to the aggregator and configured to broadcast said third sensor data (sd Σ ) in a third CPM . a receiver having an area of radio coverage and being configured to receive a first Collective Perception Message, CPM, from a first ITS station at a first position (P B ) within the coverage area , the first CPM including first sensor data (sd i ) on at least one first free space area (A) perceived by the first ITS station , and an aggregator connected to the receiver and configured to aggregate said first sensor data (sd i ) with at least one second sensor data (sd i , sd k ) on at least one second free space area (B, C) into a third sensor data (sd Σ ), which second sensor data (sd i , sd k ) either is received via the receiver in a second CPM from a second ITS station at a second position (P C ) within the coverage area or is determined by a sensor of the ITS service station , wherein the ITS service station further comprises a transmitter connected to the aggregator and configured to broadcast said third sensor data (sd Σ ) in a third CPM .
A data processing system, comprising: processing circuitry configured to receive sensor data from a plurality of field devices and convert the sensor data to field data; receive a first source file having first field data exported from a first editor being an input/output (I/O) editor to configure I/O signals for the plurality of field devices ; and receive a second source file having second field data exported from a second editor which is an I/O module (IOM) editor, characterized in that the processing circuitry is further configured to cache the first field data from the first source file and the second field data from the second source file to concurrently run through a cache to generate first and second cached source files ; filter the first and second cached source files by using previously determined conditions for each respective cached source file based on required data for respective target export files; implement categorization by using the filtered first and second cached source files to generate at least one export file , each of which includes multiple worksheets which are associated with each other, wherein the multiple worksheets are generated based upon the previously determined conditions, the filtered first and second field data are extracted from source fields of the first source file and the second source file , and the extracted first and second field data are mapped into related worksheet fields of the multiple worksheets; and export the at least one export file having the multiple worksheets having the mapped and extracted first and second field data in an export file to an engineering tool for subsequent data processing. the multiple worksheets are generated based upon the previously determined conditions, the filtered first and second field data are extracted from source fields of the first source file and the second source file , and the extracted first and second field data are mapped into related worksheet fields of the multiple worksheets; and
A composition comprising: a. a transesterified furan-based polyester comprising first-alkylene furandicarboxylate repeat units (R 1 F) and one or more of a second-alkylene furandicarboxylate repeat unit (R 2 F), a first-alkylene terephthalate repeat unit (R 1 T), and a second-alkylene terephthalate repeat unit (R 2 T); and b. a transesterified terephthalate-based polyester comprising second-alkylene terephthalate repeat unit (R 2 T) and one or more of a first-alkylene terephthalate repeat unit (R 1 T), a second-alkylene furandicarboxylate repeat unit (R 2 F), and a first-alkylene furandicarboxylate repeat units (R 1 F); wherein the first-alkylene group (R 1 ) and the second-alkylene group (R 2 ) are independently selected from a C 2 to C 12 aliphatic group, and wherein the composition has an NMR blockiness index of 0.35 to less than 1.00, determined using the method described in the present specification. a. a transesterified furan-based polyester comprising first-alkylene furandicarboxylate repeat units (R 1 F) and one or more of a second-alkylene furandicarboxylate repeat unit (R 2 F), a first-alkylene terephthalate repeat unit (R 1 T), and a second-alkylene terephthalate repeat unit (R 2 T); and b. a transesterified terephthalate-based polyester comprising second-alkylene terephthalate repeat unit (R 2 T) and one or more of a first-alkylene terephthalate repeat unit (R 1 T), a second-alkylene furandicarboxylate repeat unit (R 2 F), and a first-alkylene furandicarboxylate repeat units (R 1 F); wherein the first-alkylene group (R 1 ) and the second-alkylene group (R 2 ) are independently selected from a C 2 to C 12 aliphatic group, and wherein the composition has an NMR blockiness index of 0.35 to less than 1.00, determined using the method described in the present specification.
System or kit for capturing and coupling in view of de-orbiting or re-orbiting an object in space, intended to equip a motorised space vehicle , comprising: - a flexible wall for capturing the object, this wall being deployable from a folded or stored position to a deployed position for receiving and capturing the object, - means for deploying the wall, these means comprising at least one inflatable member extending over at least one portion of the peripheral edge of the wall and intended to lead to the deployment of the wall when it is inflated, the inflatable member being connected to inflation means , and - means for connecting the vehicle to the wall and/or to the inflatable member, these means making it possible to apply a traction force to the captured object when the vehicle moves, characterised in that the inflatable member is formed by a frame which extends substantially over the whole perimeter of the peripheral edge of the wall and is connected to an end of at least one inflatable mast of which the other end is connected to the inflation means . - a flexible wall for capturing the object, this wall being deployable from a folded or stored position to a deployed position for receiving and capturing the object, - means for deploying the wall, these means comprising at least one inflatable member extending over at least one portion of the peripheral edge of the wall and intended to lead to the deployment of the wall when it is inflated, the inflatable member being connected to inflation means , and - means for connecting the vehicle to the wall and/or to the inflatable member, these means making it possible to apply a traction force to the captured object when the vehicle moves,
An apparatus suitable for continuous sieving and fluid separation of a material containing fractions of a solid and fluid, wherein the material is drilling fluid, which is continuously circulated between a borehole and the surface and is containing drilling mud and drilled particles or cuttings, and for separating liquid and gas, which are liberated from the material, said sieving and fluid separation apparatus comprising a sieving unit which forms a fluid-tight vessel and having a supply portion open for material to be sieved on at least one sieving element , on the upper side of which the material is being placed, the sieving element including an endless sieving cloth arranged to be moved round at least two spaced-apart turning rollers , the sieving unit further having an outlet portion for particles falling off the sieving cloth and at least one suction nozzle , which is located proximate the underside of the endless sieving cloth and is extending across the entire width of the endless sieving cloth , characterized in that the apparatus further comprises a fluid separation unit having a fluid-tight vessel which is evacuated by the use of at least one vacuum pump , the gas phase of the fluid being arranged to be separated from the liquid phase of the fluid in the vessel , and the gas phase of the fluid and the liquid phase of the fluid being evacuated separately from said vessel , a pipe arrangement connecting the at least one suction nozzle with the vessel for allowing a continuous fluid flow through at least a portion of the material present on the endless sieving cloth to the fluid-tight vessel , wherein the apparatus is configured such that air is supplied to the apparatus at a rate substantially corresponding to the rate at which the vacuum pump removes air from the apparatus and in such a way that the desired underpressure in the apparatus is achieved.
Rail vehicle coupling device having a coupler head , having a coupling bar which extends along a longitudinal axis and has a first end region for at least indirectly connecting to a vehicle, and a second end region for at least indirectly connecting to the coupler head so as to couple to a mating coupler head of a second vehicle; having an articulated-joint connection installation for connecting in a force-transmitting manner two components which in a first functional position "coupled" extend in each case along a common longitudinal axis (L) and for pivoting one of the two components relative to the other component about a pivot axis (S13) that is disposed so as to be perpendicular to and preferably spaced apart from the longitudinal axis (L) to at least one further second functional position "uncoupled"; wherein the articulated-joint connection installation is disposed between the components coupler head and coupling bar , or coupling bar and an articulation of the coupling bar on the vehicle or coupling bar parts , characterized in that the articulated-joint connection installation comprises two coupling elements , wherein each of the coupling elements has a connector region having a connection or connector installation for releasably connecting to an end region of one of the components; the two coupling elements are connected to each other by way of at least one articulated connection which defines the pivot axis (S13); and the two coupling elements are assigned at least one releasable installation for connecting in a force-transmitting manner the coupling elements , wherein the connector region of an individual coupling element that supports the connector installation for releasably connecting to the end region of one of the components has means for generating at least a form-fit or force-fit or a combination thereof when interacting with connector installations disposed in the end region of the component, and the connector region of an individual coupling element that supports the connector installation for releasably connecting to the end region of one of the components is configured as an integral shell-type sleeve for connecting to a shell-type sleeve collar disposed in the end region of the component, and the installation for releasably connecting the coupling elements to each other in the first functional position "coupled" is configured as a locking installation having a locking element and an actuating installation , assigned to the locking element , for activating the locking element .
A method for electrostatically discharging a primary packaging container made of plastics, comprising - moving a primary packaging container to be electrostatically discharged so as to pass a plurality of electrodes , - applying an alternating voltage to the electrodes so as to generate ionized air in a vicinity of the electrodes , and - rotating the primary packaging container in the vicinity of the electrodes so as to be contacted by the ionized air, wherein the primary packaging container is configured to move so as to pass the plurality of electrodes , wherein to each of the plurality of the electrodes an alternating voltage is applied so as to generate ionized air in the vicinity of the plurality of electrodes , wherein the primary packaging container is moved so as to pass the plurality of electrodes with a predetermined distance to at least one of the electrodes , wherein the electrodes comprise a predetermined length , wherein the predetermined distance to at least one of the electrodes is constant over the predetermined length . - moving a primary packaging container to be electrostatically discharged so as to pass a plurality of electrodes , - applying an alternating voltage to the electrodes so as to generate ionized air in a vicinity of the electrodes , and - rotating the primary packaging container in the vicinity of the electrodes so as to be contacted by the ionized air,
A command data processing method of a radio communication terminal configured to communicate with a transportation means and a mobile terminal (30-1, 30-2), the method comprising: receiving command data destined for the transportation means from the mobile terminal and identity information of an application requesting for execution of the command data from the mobile terminal; checking an operation status of the transportation means; determining whether to deliver the command data to the transportation means based on the operation status of the transportation means, on whether the command data is contained in a transmission-allowed command list, on whether the identity information of the application is contained in a transmission-allowed application list, on whether a type of the command data is an inquiry command data for inquiring about the operation status of the transportation means or a control command data for controlling the transportation means, and on a type of a communication protocol used for receiving the command data; and delivering, when the command data is determined to be delivered to the transportation means, the command data to the transportation means. receiving command data destined for the transportation means from the mobile terminal and identity information of an application requesting for execution of the command data from the mobile terminal; checking an operation status of the transportation means; determining whether to deliver the command data to the transportation means based on the operation status of the transportation means, on whether the command data is contained in a transmission-allowed command list, on whether the identity information of the application is contained in a transmission-allowed application list, on whether a type of the command data is an inquiry command data for inquiring about the operation status of the transportation means or a control command data for controlling the transportation means, and on a type of a communication protocol used for receiving the command data; and delivering, when the command data is determined to be delivered to the transportation means, the command data to the transportation means.
A system for manufacturing a customized sole member for an article of footwear providing a personalized forefoot cushioning, comprising: a computing system adapted to receive a customer-selected rating of a first level of forefoot cushioning of a first sole member of a first article of footwear , the first sole member being formed from a first base sole layer; a cutting device adapted to cut one or more incisions in a material for a footwear sole member; and a second base sole layer for a second sole member for a second article of footwear , wherein the cutting device is adapted to cut one or more incisions in the second base sole layer based on the customer-selected rating of the first level of forefoot cushioning of the first sole member . a computing system adapted to receive a customer-selected rating of a first level of forefoot cushioning of a first sole member of a first article of footwear , the first sole member being formed from a first base sole layer; a cutting device adapted to cut one or more incisions in a material for a footwear sole member; and a second base sole layer for a second sole member for a second article of footwear , wherein the cutting device is adapted to cut one or more incisions in the second base sole layer based on the customer-selected rating of the first level of forefoot cushioning of the first sole member .
An atomizing assembly structure, comprising an atomizing sleeve , a threaded sleeve and an atomizing core , the atomizing sleeve having a lower end fixed to the threaded sleeve , the atomizing assembly structure further comprising a tobacco liquid valve and a top cap , wherein the atomizing core is arranged inside the tobacco liquid valve , the atomizing core and the tobacco liquid valve are in pluggable connection, the tobacco liquid valve has an upper end connected to the top cap through threads, and the top cap covers and seals the atomizing sleeve , characterized in that the atomizing core comprises a head end of the atomizing core and a tail end of the atomizing core , and the head end and the tail end of the atomizing core are fixed together through threaded connection.
Process for purifying a stream including 1,1,1,2,2-pentafluoropropane, comprising the steps of: i) providing a stream A comprising 1,1,1,2,2-pentafluoropropane and at least two of the compounds selected from the group consisting of 2-chloro-1,1,1,3,3-pentafluoropropane, 1,2-dichloro-3,3,3-trifluoropropene, 2-chloro-1,3,3,3-tetrafluoropropene; ii) purification, preferably by distillation, of the stream A provided in i) under conditions effective for forming a first stream A1 comprising 1,1,1,2,2-pentafluoropropane, preferably recovered at the top of the distillation column, and a second stream A2 comprising said at least two of the compounds selected from the group consisting of 2-chloro-1,1,1,3,3-pentafluoropropane, 1,2-dichloro-3,3,3-trifluoropropene, 2-chloro-1,3,3,3-tetrafluoropropene, preferably recovered at the bottom of the distillation column. i) providing a stream A comprising 1,1,1,2,2-pentafluoropropane and at least two of the compounds selected from the group consisting of 2-chloro-1,1,1,3,3-pentafluoropropane, 1,2-dichloro-3,3,3-trifluoropropene, 2-chloro-1,3,3,3-tetrafluoropropene; ii) purification, preferably by distillation, of the stream A provided in i) under conditions effective for forming a first stream A1 comprising 1,1,1,2,2-pentafluoropropane, preferably recovered at the top of the distillation column, and a second stream A2 comprising said at least two of the compounds selected from the group consisting of 2-chloro-1,1,1,3,3-pentafluoropropane, 1,2-dichloro-3,3,3-trifluoropropene, 2-chloro-1,3,3,3-tetrafluoropropene, preferably recovered at the bottom of the distillation column.
An LED module for use in an LED display system , the LED module comprising: a set of imaging pixels disposed on an imaging side of the LED module , and configured to generate imaging illumination; a set of illuminating pixels disposed on a rearward side of the LED module and adjacent to an edge of the rearward side , the rearward side opposite to the imaging side , and configured to generate illumination around the edge ; and a reflector extending from the rearward side to direct the illumination around the edge through a seam between the LED module and an adjacent LED module . a set of imaging pixels disposed on an imaging side of the LED module , and configured to generate imaging illumination; a set of illuminating pixels disposed on a rearward side of the LED module and adjacent to an edge of the rearward side , the rearward side opposite to the imaging side , and configured to generate illumination around the edge ; and a reflector extending from the rearward side to direct the illumination around the edge through a seam between the LED module and an adjacent LED module .
Method for generating a laser pulse train, comprising the method steps: - generating the laser pulse train at a pulse repetition rate; - coupling the laser pulse train into an acousto-optical modulator, and - selection of individual laser pulses of the laser pulse train by driving the acousto-optical modulator with high-frequency pulses , wherein the high-frequency pulses are generated by modulation of a high-frequency carrier signal with a periodic switching signal , wherein the carrier signal is coupled to the laser pulse train in a phase-stable manner, and wherein for the frequency f HF of the carrier signal of the high-frequency pulses applies: f HF = n/p · f PRF , wherein n is any natural number and p indicates the integer ratio between the pulse repetition frequency and the frequency of the switching signal , characterized in that the spectrum of the laser pulse train is an optical frequency comb with a defined carrier-envelope-offset frequency f CEO , for which applies: f CEO = f PRF / a, wherein a is any natural number and wherein the ratio p I a likewise is a natural number. - generating the laser pulse train at a pulse repetition rate; - coupling the laser pulse train into an acousto-optical modulator, and - selection of individual laser pulses of the laser pulse train by driving the acousto-optical modulator with high-frequency pulses , wherein the high-frequency pulses are generated by modulation of a high-frequency carrier signal with a periodic switching signal , wherein the carrier signal is coupled to the laser pulse train in a phase-stable manner, and wherein for the frequency f HF of the carrier signal of the high-frequency pulses applies: f HF = n/p · f PRF , wherein n is any natural number and p indicates the integer ratio between the pulse repetition frequency and the frequency of the switching signal ,
An apparatus for processing a film , the apparatus comprising: a conveyor comprising gripping members that hold opposing edge portions of the film and convey, under influence of a drive member, the film along a machine direction within the apparatus, wherein a portion of the conveyor is configured and arranged to provide diverging paths along which the gripping members move to stretch the film; and an isolated take-away system that receives the film from the conveyor after stretching the film, the take-away system comprising a first set of opposing tracks , a second set of opposing tracks , a plurality of first gripping members configured and arranged to grasp opposing first take-away regions of the film after a desired amount of stretching and convey the film along the first set opposing tracks , and a plurality of second gripping members configured and arranged to grasp opposing second take-away regions of the film and convey the film along the second set of opposing tracks , wherein the second take-away regions are nearer a center of the film than the first take-away regions. a conveyor comprising gripping members that hold opposing edge portions of the film and convey, under influence of a drive member, the film along a machine direction within the apparatus, wherein a portion of the conveyor is configured and arranged to provide diverging paths along which the gripping members move to stretch the film; and an isolated take-away system that receives the film from the conveyor after stretching the film, the take-away system comprising a first set of opposing tracks , a second set of opposing tracks , a plurality of first gripping members configured and arranged to grasp opposing first take-away regions of the film after a desired amount of stretching and convey the film along the first set opposing tracks , and a plurality of second gripping members configured and arranged to grasp opposing second take-away regions of the film and convey the film along the second set of opposing tracks , wherein the second take-away regions are nearer a center of the film than the first take-away regions.