mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling a consist of at least first and second rail vehicles (102, 104), the system comprising: a first control unit electrically coupled to the first rail vehicle, the first control unit being configured to receive first signals representing a level of a non-propulsion consumable resource on-board the first rail vehicle; a second control unit electrically coupled to the second rail vehicle, the second control unit being configured to receive second signals representing a level of a non-propulsion consumable resource on-board the second rail vehicle; wherein the first control unit and the second control unit are configured to communicate information of the level of the non-propulsion consumable resource on-board the first rail vehicle and the level of the non-propulsion consumable resource on-board the second rail vehicle, respectively, to one another over a communication link. a first control unit electrically coupled to the first rail vehicle, the first control unit being configured to receive first signals representing a level of a non-propulsion consumable resource on-board the first rail vehicle; a second control unit electrically coupled to the second rail vehicle, the second control unit being configured to receive second signals representing a level of a non-propulsion consumable resource on-board the second rail vehicle; wherein the first control unit and the second control unit are configured to communicate information of the level of the non-propulsion consumable resource on-board the first rail vehicle and the level of the non-propulsion consumable resource on-board the second rail vehicle, respectively, to one another over a communication link.
Intra-corporal expandable device comprising a first elongated part, a second part assembled telescopically relative to the said first part, first links to the organism at a first end of the said first part, second links to the organism at a first end of the said second part, a rod with at least one thread, the rotation of which leads to the displacement of the said second part relative to the said first part, means for controlling the rotation of the said rod and links between these components characterized in that the said rod is assembled between two ends which come closer when the said device is elongated, the second end of the said first part opposite the said first end of the said first part and the second end of the said second part opposite the said first end of the said second part so that the loaded rod length operates under traction when the device is elongated.
A method of receiving media data, the method comprising, by a file delivery protocol unit: receiving, according to a file delivery protocol, a file including media data comprising video frames, the file conforming to International Organization for Standardization, ISO, Base Media File Format or an extension to the ISO Base Media File Format; after receiving the file, determining that at least one portion of the file is potentially erroneous; in response to determining that the at least one portion of the file is potentially erroneous, forming error-indicative data indicating that the file includes the at least one portion that is potentially erroneous; and storing to a location available to a target application for the media data of the file: the file, a set of information, for each of the at least one portion that is potentially erroneous, indicative of one or more removable portions of the file that can be removed from the file, and the error-indicative data, wherein decoding of media data of said one or more removable portions of the file would lead to potentially erroneous decoding of said media data due to the at least one portion of the file that is potentially erroneous being used by respective video frames of said media data for reference, wherein the one or more removable portions of the file completely overlap with the at least one portion of the file that is potentially erroneous. receiving, according to a file delivery protocol, a file including media data comprising video frames, the file conforming to International Organization for Standardization, ISO, Base Media File Format or an extension to the ISO Base Media File Format; after receiving the file, determining that at least one portion of the file is potentially erroneous; in response to determining that the at least one portion of the file is potentially erroneous, forming error-indicative data indicating that the file includes the at least one portion that is potentially erroneous; and storing to a location available to a target application for the media data of the file: the file, a set of information, for each of the at least one portion that is potentially erroneous, indicative of one or more removable portions of the file that can be removed from the file, and the error-indicative data, wherein decoding of media data of said one or more removable portions of the file would lead to potentially erroneous decoding of said media data due to the at least one portion of the file that is potentially erroneous being used by respective video frames of said media data for reference, wherein the one or more removable portions of the file completely overlap with the at least one portion of the file that is potentially erroneous.
Vacuum cleaner nozzle, in particular for household vacuum clears, having a housing, which is supported on at least one roller, a floor sliding element, which is mounted in a tiltable manner to a swivel axis within a housing and comprises suction nozzle, a carrier arranged in an adjustable manner with at least one brush strip and/or at least one sealing lip, and a switch element to adjust the carrier between a carpeted-floor position and a hard-floor position, wherein the switch element acts on a counterface of the carrier and locks the carrier in the hard-floor position of the switch element in a lowered position, wherein the switch element comprises at least one locking element, which locks the floor sliding element in the hard-floor position of the switch element in such a way that a tilting movement of the floor sliding element around the swivel axis is not possible, characterized in that the swivel axis of the floor sliding element is arranged behind the suction nozzle in the operating direction and that the floor sliding element is swivelled and locked into the hard-floor position of the switch element. a housing, which is supported on at least one roller, a floor sliding element, which is mounted in a tiltable manner to a swivel axis within a housing and comprises suction nozzle, a carrier arranged in an adjustable manner with at least one brush strip and/or at least one sealing lip, and a switch element to adjust the carrier between a carpeted-floor position and a hard-floor position,
Method for testing a laser device which is configured for emitting pulsed, focused laser radiation, the method comprising the following steps: providing an artificial eye body having a pattern that simulates a pupil and/or an iris structure; arranging an irradiation test object, which is separate from the eye body and which is made of a material which is modifiable by the laser radiation of the laser device, above the pattern; applying laser radiation of the laser device to the irradiation test object according to a predefined application profile, so that a material modification which corresponds to the application profile is generated in the irradiation test object, characterized in that the material of the irradiation test object includes a liquid material which is solidifiable by the applied laser radiation, and the material modification includes a solidification of material of the irradiation test object. providing an artificial eye body having a pattern that simulates a pupil and/or an iris structure; arranging an irradiation test object, which is separate from the eye body and which is made of a material which is modifiable by the laser radiation of the laser device, above the pattern; applying laser radiation of the laser device to the irradiation test object according to a predefined application profile, so that a material modification which corresponds to the application profile is generated in the irradiation test object, characterized in that the material of the irradiation test object includes a liquid material which is solidifiable by the applied laser radiation, and the material modification includes a solidification of material of the irradiation test object.
A method for forming plastic preforms into plastic containers in a blow moulding machine which has a plurality of blow moulding stations, wherein each blow moulding station comprises at least a blow mould and a blow moulding valve assembly as components and wherein a protective sheath which can be perfused from an inlet is provided for at least one component, wherein a blow moulding fluid is applied to each plastic preform at an associated blow moulding station for an expansion into the plastic container in a blow moulding process, wherein after moulding of the plastic container, at least part of the blow moulding fluid which is under pressure is supplied to a further application as a recycling stream, and wherein at least a portion of the recycling stream is supplied to the inlet of the protective sheath. wherein a blow moulding fluid is applied to each plastic preform at an associated blow moulding station for an expansion into the plastic container in a blow moulding process, wherein after moulding of the plastic container, at least part of the blow moulding fluid which is under pressure is supplied to a further application as a recycling stream, and wherein at least a portion of the recycling stream is supplied to the inlet of the protective sheath.
A method comprising: a) providing a substrate comprising a nickel layer; b) contacting the substrate with an indium electroplating composition comprising one or more sources of indium ions, one or more 2-imidazolidinethione compounds and citric acid, salt of citric acid or mixtures thereof, wherein the indium electroplating composition is free of alloying metals; and c) electroplating an indium metal layer on the nickel layer of the substrate with the indium electroplating composition.. a) providing a substrate comprising a nickel layer; b) contacting the substrate with an indium electroplating composition comprising one or more sources of indium ions, one or more 2-imidazolidinethione compounds and citric acid, salt of citric acid or mixtures thereof, wherein the indium electroplating composition is free of alloying metals; and c) electroplating an indium metal layer on the nickel layer of the substrate with the indium electroplating composition..
Twin clamp device for two longitudinal profiled (2, 3) which are disposed adjacent to one another and aligned in a longitudinal direction, comprising - a first individual clamp device which has an inner first clamping jaw and an outer first clamping jaw and - a second individual clamp device which has an inner second clamping jaw and an outer second clamping jaw, which are mechanically coupled to one another by means of at least one first movably mounted clamping lever and at least one second movably mounted clamping lever, wherein - the at least one first clamping lever is operatively connected to the inner first clamping jaw and the outer first clamping jaw, and - the at least one second clamping lever is operatively connected to the inner second clamping lever and the outer second clamping jaw, and - and with at least one first spring means which pushes the inner first clamping jaw and the outer first clamping jaw apart against a force exerted by the at least one first clamping lever, and - at least one second spring means which pushes the inner second clamping jaw and the outer second clamping jaw apart against a force exerted by the at least one second clamping lever characterised in that the at least one first clamping lever and the at least one second clamping lever are rotatably mounted about a common axis. - a first individual clamp device which has an inner first clamping jaw and an outer first clamping jaw and - a second individual clamp device which has an inner second clamping jaw and an outer second clamping jaw, which are mechanically coupled to one another by means of at least one first movably mounted clamping lever and at least one second movably mounted clamping lever, wherein - the at least one first clamping lever is operatively connected to the inner first clamping jaw and the outer first clamping jaw, and - the at least one second clamping lever is operatively connected to the inner second clamping lever and the outer second clamping jaw, and - and with at least one first spring means which pushes the inner first clamping jaw and the outer first clamping jaw apart against a force exerted by the at least one first clamping lever, and - at least one second spring means which pushes the inner second clamping jaw and the outer second clamping jaw apart against a force exerted by the at least one second clamping lever characterised in that the at least one first clamping lever and the at least one second clamping lever are rotatably mounted about a common axis.
A gripping and transporting device for gripping, holding, guiding and transporting in particular bottle-like containers which comprises a supporting plate and a positioning plate which are rotatable about a rotational axis of the device, wherein the device comprises at least one container gripping device having at least one first gripper arm pair, at least one second gripper arm pair, and a control cam as an opening or closing means for the gripper arm pairs (8, 9) of the at least one container gripping device, wherein the at least one first gripper arm pair is pivotably secured to the supporting plate and the at least one second gripper arm pair is pivotably secured to the positioning plate, wherein the gripper arm pairs (8, 9) of the at least one container gripping device can be moved from a gripping position into an open position or vice-versa by means of their control cams, wherein the supporting plate comprises a first hollow body, and wherein the positioning plate is adjustable in height along the rotational axis relative to the supporting plate, characterized in that the positioning plate comprises a second hollow body, the first and second hollow bodies (12, 13) being designed as hollow cylinders of the same height which are arranged coaxially with the rotational axis of the device and can be moved into each other upon the height of the positioning plate being adjusted, wherein the gripping and transporting device has a linear drive for adjusting the height of the positioning plate, wherein the linear drive is secured to the supporting plate within the first hollow body and fixedly connected to the second hollow body.
An aircraft undercarriage comprising a leg carrying at least one wheel and for mounting to move on an aircraft structure between a deployed position and a retracted position, the undercarriage including a brace member arranged between the structure of the aircraft and the leg in order to stabilize the leg in the deployed position, and a drive actuator for moving the leg from the deployed position to the retracted position, the undercarriage being characterized in that the brace member comprises a strut arm having a proximal end that is designed to be hinged on the structure of the aircraft, the arm presenting a longitudinal slot extending until it reaches a distal end in order to terminate in a bend and having slidably engaged therein a finger that is secured to the leg, the drive actuator being coupled to said strut arm.
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving, from a network, a configuration of a control resource set for a remaining minimum system information, RMSI, via a physical broadcast channel, PBCH, included in a synchronization signal, SS, block; determining the control resource set for the RMSI based on the configuration, wherein the control resource set is configured by a fixed number of symbols in a time domain; monitoring a control channel to receive downlink control information, DCI, in the control resource set for the RMSI based on a beam which is related to the SS block; and receiving, from the network, the RMSI based on the DCI, wherein the SS block is received before a UE-specific configuration related to a channel state information reference signal, CSI-RS, is received, and wherein, after the UE-specific configuration related to the CSI-RS is received: a control channel is monitored based on a beam which is related to the CSI-RS, and the CSI-RS is used for radio link monitoring, RLM. receiving, from a network, a configuration of a control resource set for a remaining minimum system information, RMSI, via a physical broadcast channel, PBCH, included in a synchronization signal, SS, block; determining the control resource set for the RMSI based on the configuration, wherein the control resource set is configured by a fixed number of symbols in a time domain; monitoring a control channel to receive downlink control information, DCI, in the control resource set for the RMSI based on a beam which is related to the SS block; and receiving, from the network, the RMSI based on the DCI, wherein the SS block is received before a UE-specific configuration related to a channel state information reference signal, CSI-RS, is received, and wherein, after the UE-specific configuration related to the CSI-RS is received: a control channel is monitored based on a beam which is related to the CSI-RS, and the CSI-RS is used for radio link monitoring, RLM. a control channel is monitored based on a beam which is related to the CSI-RS, and the CSI-RS is used for radio link monitoring, RLM.
A system in which a plurality of electronic gaming machines ("EGMs") are connected on a network wherein players are enabled to play games on the EGMs with an opportunity to win an award, the system comprising a first central server in communication with the network, characterized in that the first central server comprises: a true random number generator ("TRNG") for generating random numbers ("RNs") that determine the outcome of games played on EGMs on the network wherein each game outcome resulting from a corresponding random number ("RN") is one of a predefined set of game outcomes including winning and losing outcomes; and a true random number generator request handler ("TRNGRH") for handling RN batch requests with individual RN requests received on the network from the EGMs or from a service acting as an abstraction layer and coordinating the transmission of RNs generated by the TRNG on the network; and that the system further comprises at least one server based gaming ("SBG") server in communication with the network wherein an abstraction layer is used for: (a) receiving individual RN requests from at least a first group of EGMs that is a subset of the plurality of EGMs and accumulating the RN requests in a list that forms a batch of RN requests; (b) parsing, in time intervals Δ t <<min(Δ T, δT), the list and determining whether an equation t + τ i ≥ t i - δT is fulfilled for any of the RN requests; (c) if the equation is fulfilled for any i, sending the batch of RN requests to the TRNGRH for handling and response; (d) receiving a response to the batch of RN requests sent to the TRNGRH including a RN corresponding to each RN request in the batch of RN requests; and (e) transmitting each RN to the appropriate electronic gaming machine ("EGM") in response to each individual RN request received from the EGMs; wherein t is a running time variable in the system; τ i is an expected response time for a particular EGM to receive a RN; t i is the latest arrival time at which a particular request for a RN made on the i th EGM may be answered; δT is an operator defined value set to cover an unexpected level of fluctuation; and Δ T is the maximum allowable latency time between request and receipt of a RN on the EGM. a true random number generator ("TRNG") for generating random numbers ("RNs") that determine the outcome of games played on EGMs on the network wherein each game outcome resulting from a corresponding random number ("RN") is one of a predefined set of game outcomes including winning and losing outcomes; and a true random number generator request handler ("TRNGRH") for handling RN batch requests with individual RN requests received on the network from the EGMs or from a service acting as an abstraction layer and coordinating the transmission of RNs generated by the TRNG on the network; and that
An aluminum alloy material having an alloy composition comprising, by mass%, Mg in an amount of 0.20 to 1.80%, Si in an amount of 0.20 to 2.00% and Fe in an amount of 0.01 to 1.50%, further one or more element selected from the group of Cu, Ag, Zn, Ni, Ti, Co, Au, Mn, Cr, V, Zr and Sn in an amount of 0.00 to 2.00% in total, with the balance being Al and inevitable impurities, wherein the aluminum alloy material has a fibrous metal structure in which crystal grains extend along one direction, wherein, in a cross section of the aluminum alloy material perpendicular to a longitudinal direction along which the crystal grains extend, an average crystal grain size R1 of crystal grains existing in a thickness position D is 400 nm or less, with the thickness position D being a position in a region extending from a surface of the aluminum alloy material to 1/20 of a thickness of the aluminum alloy material and wherein a ratio (R2/R1) of an average crystal grain size R2 of crystal grains existing in a thickness central position C of the aluminum alloy material with respect to the average crystal grain size R1 in the thickness position D is equal to or greater than 1.8. wherein the aluminum alloy material has a fibrous metal structure in which crystal grains extend along one direction, wherein, in a cross section of the aluminum alloy material perpendicular to a longitudinal direction along which the crystal grains extend, an average crystal grain size R1 of crystal grains existing in a thickness position D is 400 nm or less, with the thickness position D being a position in a region extending from a surface of the aluminum alloy material to 1/20 of a thickness of the aluminum alloy material and wherein a ratio (R2/R1) of an average crystal grain size R2 of crystal grains existing in a thickness central position C of the aluminum alloy material with respect to the average crystal grain size R1 in the thickness position D is equal to or greater than 1.8.
A firewall for an inlet plenum assembly comprising: a forward firewall assembly including: an inlet aperture configured to receive a drive shaft rotatably coupled to an engine; and a flexible fireproof seal constructed of a flexible fireproof material and connected to the forward firewall assembly via a seal retainer disposed around a periphery of the inlet aperture; wherein the forward firewall assembly comprises a forward firewall upper portion and a forward firewall lower portion, the forward firewall upper portion removably attached to the forward firewall lower portion, such that in use, when the engine is to be serviced, the removable upper portion may be detached from the fixed lower portion and the engine can then be removed with the driveshaft and reduction gearbox as a complete assembly. a forward firewall assembly including: an inlet aperture configured to receive a drive shaft rotatably coupled to an engine; and a flexible fireproof seal constructed of a flexible fireproof material and connected to the forward firewall assembly via a seal retainer disposed around a periphery of the inlet aperture; wherein the forward firewall assembly comprises a forward firewall upper portion and a forward firewall lower portion, the forward firewall upper portion removably attached to the forward firewall lower portion, such that in use, when the engine is to be serviced, the removable upper portion may be detached from the fixed lower portion and the engine can then be removed with the driveshaft and reduction gearbox as a complete assembly.