mhurhangee/ep-ind-claims huggingface dataset:
A playback device for playing back a recording medium having a video stream constituting a stereoscopic image, playlist information, and a subtitle stream, wherein the playlist information includes a stream selection table showing a stream entry, a stream attribute, and additional information for the subtitle stream to be permitted to be played back in a monoscopic playback mode, the additional information indicates, as a display region of a subtitle in a stereoscopic playback mode of the playback device, an upper end or a lower end in a video plane, the playback device comprises: a register operable to store information of a video shift mode of the playback device, the video shift mode including an upward shift mode and a downward shift mode, and an overlay unit operable to, when the playback device performs the upward shift mode based on the information stored in the register, if the additional information indicates the lower end in the video plane, shift a picture resulting from decoding of the video stream in the video plane upward, and shift subtitle data resulting from decoding of the subtitle stream to a region of the lower end in the video plane where the shifted picture is not displayed, so as to overlay the picture and the subtitle data, and when the playback device performs the downward shift mode based on the information stored in the register, if the additional information indicates the upper end in the video plane, shift the picture in the video plane downward, and shift the subtitle data to a region of the upper end in the video plane where the shifted picture is not displayed, so as to overlay the picture and the subtitle data. a register operable to store information of a video shift mode of the playback device, the video shift mode including an upward shift mode and a downward shift mode, and an overlay unit operable to, when the playback device performs the upward shift mode based on the information stored in the register, if the additional information indicates the lower end in the video plane, shift a picture resulting from decoding of the video stream in the video plane upward, and shift subtitle data resulting from decoding of the subtitle stream to a region of the lower end in the video plane where the shifted picture is not displayed, so as to overlay the picture and the subtitle data, and when the playback device performs the downward shift mode based on the information stored in the register, if the additional information indicates the upper end in the video plane, shift the picture in the video plane downward, and shift the subtitle data to a region of the upper end in the video plane where the shifted picture is not displayed, so as to overlay the picture and the subtitle data.
Method for the surface treatment of a dielectric plate which is transparent to visible light, for the observation by optical microscopy of said dielectric plate, comprising stages consisting in: - depositing, on said plate, a negative film comprising a polymerizable composition which polymerizes when it is exposed to an electron beam, - polymerizing the composition of the negative film to give a set of points representing a predetermined pattern, by exposure of said negative film to an electron beam, - developing the negative film by dissolution of the non-polymerized composition and obtaining a set of studs of polymerized composition, each stud corresponding to a point of the predetermined pattern, - depositing a metal film on the negative film of the surface of the plate, and - dissolving the developed negative film, in order to obtain a metal film pierced with holes, each hole of the metal film corresponding to the base of a stud, characterized in that it additionally comprises a stage consisting in: - functionalising the surface of the dielectric plate by deposition of a monolayer of proteins in the holes of the metal film, in order to produce a set of islets of proteins, each islet being positioned in a respective hole of the metal film. - depositing, on said plate, a negative film comprising a polymerizable composition which polymerizes when it is exposed to an electron beam, - polymerizing the composition of the negative film to give a set of points representing a predetermined pattern, by exposure of said negative film to an electron beam, - developing the negative film by dissolution of the non-polymerized composition and obtaining a set of studs of polymerized composition, each stud corresponding to a point of the predetermined pattern, - depositing a metal film on the negative film of the surface of the plate, and - dissolving the developed negative film, in order to obtain a metal film pierced with holes, each hole of the metal film corresponding to the base of a stud, - functionalising the surface of the dielectric plate by deposition of a monolayer of proteins in the holes of the metal film, in order to produce a set of islets of proteins, each islet being positioned in a respective hole of the metal film.
A method for producing biogas in a multi-stage decomposition process with at least two consecutively connected fermenters, in which biomass from a starting substrate is split into various intermediate products such as carbon dioxide, hydrogen, alcohol, acetic acid and other organic acids in a first decomposition stage in a first fermenter, which products are metabolised to yield the biogas in a second decomposition stage in the second fermenter which is arranged downstream of the first decomposition stage, wherein at least some of the carbon dioxide and hydrogen produced as an intermediate product in the first fermenter is removed from the decomposition process for producing biogas as a hydrogen-carbon dioxide mixture prior to methanation of the hydrogen-carbon dioxide mixture, characterized in that the hydrogen-carbon dioxide mixture is catalytically converted to methanol and water or formic acid in a separate conversion step.
A mobile terminal, comprising: a touch screen configured to display a message interface; a wireless communication unit; and a controller configured to: display a message list indicating a plurality of message histories including messages recently transceived with a plurality of external devices on the touch screen, display a first message history among the message list in a full screen in response to a first touch input on the first message history, wherein the first message history includes a first message, and display an edited message of the first message in the message list in response to a second touch input selecting a part of the first message, wherein the edited message corresponds to information of high priority by a user. a touch screen configured to display a message interface; a wireless communication unit; and a controller configured to: display a message list indicating a plurality of message histories including messages recently transceived with a plurality of external devices on the touch screen, display a first message history among the message list in a full screen in response to a first touch input on the first message history, wherein the first message history includes a first message, and display an edited message of the first message in the message list in response to a second touch input selecting a part of the first message, wherein the edited message corresponds to information of high priority by a user. display a message list indicating a plurality of message histories including messages recently transceived with a plurality of external devices on the touch screen, display a first message history among the message list in a full screen in response to a first touch input on the first message history, wherein the first message history includes a first message, and display an edited message of the first message in the message list in response to a second touch input selecting a part of the first message, wherein the edited message corresponds to information of high priority by a user.
A method comprising: establishing a range between a pair of ultra-wideband, UWB, transceivers comprising a first UWB, transceiver with a second UWB transceiver using a process in execution upon the first UWB transceiver and the second UWB transceiver; wherein the process comprises: transmitting an UWB impulse with the first UWB transceiver where the first UWB transceiver is operating with a first clock rate having first integration windows established in dependence upon the first clock rate; receiving from the second UWB transceiver an echo signal where the echo signal is generated and transmitted by the second UWB transceiver when the second UWB transceiver determines receipt of the UWB impulse; determining that the echo signal has been received from the second UWB transceiver when a the received energy within a first integration window of the first integration windows exceeds a predetermined threshold; upon determining that the echo signal has been received, providing the integrated energies within the first integration windows to a digital signal processing, DSP, circuit; and deriving an estimate of elapsed time with the DSP circuit in dependence upon a time the echo signal was received which is established using the received energies within the first integration windows. transmitting an UWB impulse with the first UWB transceiver where the first UWB transceiver is operating with a first clock rate having first integration windows established in dependence upon the first clock rate; receiving from the second UWB transceiver an echo signal where the echo signal is generated and transmitted by the second UWB transceiver when the second UWB transceiver determines receipt of the UWB impulse; determining that the echo signal has been received from the second UWB transceiver when a the received energy within a first integration window of the first integration windows exceeds a predetermined threshold; upon determining that the echo signal has been received, providing the integrated energies within the first integration windows to a digital signal processing, DSP, circuit; and deriving an estimate of elapsed time with the DSP circuit in dependence upon a time the echo signal was received which is established using the received energies within the first integration windows.
A composition comprising hyaluronic acid or a salt thereof, Actinidia chinensis extract and Zingiber officinale extract, optionally in admixture with one or more pharmaceutically acceptable carriers and/or excipients.
A control plane network function, CP NF, comprising: a communication unit configured to receive a user plane packet, UPP, and a control plane packet, CPP; a packet analysis unit configured to analyze whether a packet received through the communication unit is the UPP or CPP, and when the received packet is the UPP, further analyze the received UPP to determine whether to process the received UPP and whether to convert the received UPP into a CPP; a control plane processor configured to process the received CPP and in response to the received UPP being determined to be converted, convert the received UPP into the CPP to be processed in the control plane processor; and a user plane processor configured to process the received UPP if the received UPP is determined to be processed, and to control the received UPP to be transmitted to a user plane network function, UP NF, if the received UPP is being determined not to be processed. a communication unit configured to receive a user plane packet, UPP, and a control plane packet, CPP; a packet analysis unit configured to analyze whether a packet received through the communication unit is the UPP or CPP, and when the received packet is the UPP, further analyze the received UPP to determine whether to process the received UPP and whether to convert the received UPP into a CPP; a control plane processor configured to process the received CPP and in response to the received UPP being determined to be converted, convert the received UPP into the CPP to be processed in the control plane processor; and a user plane processor configured to process the received UPP if the received UPP is determined to be processed, and to control the received UPP to be transmitted to a user plane network function, UP NF, if the received UPP is being determined not to be processed.
A method comprising: transmitting a downlink control information message in a first subframe, the downlink control information message indicating a resource assignment and a modulation and coding scheme and indicating a plurality of cyclic shifts from which a user equipment may select one cyclic shift for transmission in a second subframe on an uplink carrier; receiving a data packet on a physical uplink shared channel in a resource indicated by the resource assignment and modulation and coding scheme, and using a demodulation reference signal based on a selected cyclic shift in the second subframe on the uplink carrier; wherein a first cyclic shift is indicated using a cyclic shift for demodulation reference signal and orthogonal cover code index field of the downlink control information message; and wherein a second cyclic shift is indicated using a field used for transmit power control for a physical uplink shared channel and a field used for a new data indicator. transmitting a downlink control information message in a first subframe, the downlink control information message indicating a resource assignment and a modulation and coding scheme and indicating a plurality of cyclic shifts from which a user equipment may select one cyclic shift for transmission in a second subframe on an uplink carrier; receiving a data packet on a physical uplink shared channel in a resource indicated by the resource assignment and modulation and coding scheme, and using a demodulation reference signal based on a selected cyclic shift in the second subframe on the uplink carrier; wherein a first cyclic shift is indicated using a cyclic shift for demodulation reference signal and orthogonal cover code index field of the downlink control information message; and wherein a second cyclic shift is indicated using a field used for transmit power control for a physical uplink shared channel and a field used for a new data indicator.
Thermal flowmeter for determining and/or monitoring a thermal mass flow of a measured medium, wherein said flowmeter comprises a sensor element (1, 11, 21) with a measuring tube (2, 12, 22) with a tube wall (7, 17, 27) and with at least a first and a second temperature sensor element, which are particularly formed as a resistance thermometer (3, 13, 23, 33), wherein at least one of the temperature sensor elements can be heated, wherein the measuring tube (2, 12, 22) has a longitudinal axis and a tube contour (8, 18, 28) with a first tube cross-section in the end sections of the measuring tube (2, 12, 22), wherein the measuring tube (2, 12, 22) has a constriction with a second tube cross-section which differs from the first tube cross-section in terms of its shape and/or surface, wherein the constriction is divided into at least three segments, a first segment (6, 16, 26), a central segment (5, 15, 25) and a third segment (6, 16, 26), wherein the segments (5, 6, 15, 16, 25, 26) are arranged one after another in this order in the flow direction, wherein the first and third segment (6, 16, 26) are each formed as a flat surface inclined in relation to the longitudinal axis, wherein said surface is inclined at an angle of at least 5° in relation to the longitudinal axis of the measuring tube (2, 12, 22), and wherein, in the first and third segment (6, 16, 26), one of the temperature sensor elements is arranged, in each case, on the wall (7, 17, 27) of the measuring tube (2, 12, 22) on the outside and is in thermal contact with the measured medium. wherein at least one of the temperature sensor elements can be heated, wherein the measuring tube (2, 12, 22) has a longitudinal axis and a tube contour (8, 18, 28) with a first tube cross-section in the end sections of the measuring tube (2, 12, 22), wherein the measuring tube (2, 12, 22) has a constriction with a second tube cross-section which differs from the first tube cross-section in terms of its shape and/or surface, wherein the constriction is divided into at least three segments, a first segment (6, 16, 26), a central segment (5, 15, 25) and a third segment (6, 16, 26), wherein the segments (5, 6, 15, 16, 25, 26) are arranged one after another in this order in the flow direction, wherein the first and third segment (6, 16, 26) are each formed as a flat surface inclined in relation to the longitudinal axis, wherein said surface is inclined at an angle of at least 5° in relation to the longitudinal axis of the measuring tube (2, 12, 22), and wherein, in the first and third segment (6, 16, 26), one of the temperature sensor elements is arranged, in each case, on the wall (7, 17, 27) of the measuring tube (2, 12, 22) on the outside and is in thermal contact with the measured medium.
Method for reducing the energy consumption of a safety controller by means of wiring a circuit having a predefined voltage in the safety controller comprising a control unit which has a switch input (14A, 16A, 18A) and a switch output (10A, 12A), which are connected to the circuit, wherein the voltage at the switch input (14A, 16A, 18A) is determined at a plurality of sampling instants, wherein the predefined voltage is applied at the switch output (10A, 12A) within predefined time intervals, each surrounding one of the sampling instants, and wherein a lower voltage than the predefined voltage is applied at the switch output (10A, 12A) outside of the time intervals.
A composition comprising: a) a mesoparticle comprised of a poorly water soluble agricultural active ingredient having a volume-average diameter in a range of 30 ±3.0 nm to 500 ±50.0 nm; and b) an adjuvant, wherein the agricultural active ingredient has a water solubility of less than 1000 ±100.0 ppm, the mesoparticle is at least one of a mesocapsule and a meso-matrix particle and the adjuvant is a penetrant or a non-ionic surfactant representing a nonylphenol ethoxylate. a) a mesoparticle comprised of a poorly water soluble agricultural active ingredient having a volume-average diameter in a range of 30 ±3.0 nm to 500 ±50.0 nm; and b) an adjuvant, wherein the agricultural active ingredient has a water solubility of less than 1000 ±100.0 ppm, the mesoparticle is at least one of a mesocapsule and a meso-matrix particle and the adjuvant is a penetrant or a non-ionic surfactant representing a nonylphenol ethoxylate.
A mounting plate (180, 280) for forming a gas turbine engine component comprising: a plate body defining an abutment dimensioned to mate with a forming die (182, 183), and the plate body defining at least one internal cooling circuit; and wherein the at least one internal cooling circuit comprises: a passageway including an intermediate portion interconnecting inlet and outlet portions (289A, 289B), the intermediate portion dimensioned to follow a perimeter of the abutment; wherein the intermediate portion includes a plurality of fins extending partially from a first sidewall towards a second sidewall opposed to the first sidewall; characterised in that the at least one internal cooling circuit includes a first circuit and a second circuit fluidly isolated from the first circuit within the plate body, and the intermediate portion of the first circuit and the intermediate portion of the second circuit are defined on opposed sides of the abutment. a plate body defining an abutment dimensioned to mate with a forming die (182, 183), and the plate body defining at least one internal cooling circuit; and wherein the at least one internal cooling circuit comprises: a passageway including an intermediate portion interconnecting inlet and outlet portions (289A, 289B), the intermediate portion dimensioned to follow a perimeter of the abutment; wherein the intermediate portion includes a plurality of fins extending partially from a first sidewall towards a second sidewall opposed to the first sidewall; a passageway including an intermediate portion interconnecting inlet and outlet portions (289A, 289B), the intermediate portion dimensioned to follow a perimeter of the abutment; wherein the intermediate portion includes a plurality of fins extending partially from a first sidewall towards a second sidewall opposed to the first sidewall; characterised in that the at least one internal cooling circuit includes a first circuit and a second circuit fluidly isolated from the first circuit within the plate body, and the intermediate portion of the first circuit and the intermediate portion of the second circuit are defined on opposed sides of the abutment.
A press brake for bending sheet metals, the press brake comprising: a first fixed press beam, as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams (4, 7); a tool-changing device which is designed for inserting the bending tools into the tool holder and which comprises a gripping device for manipulating the bending tools; a tool provision device which is designed for holding several bending tools and which is displaceable by means of a drive device between a tooling position and a tool-changing position, in which the bending tools can be transferred from the tool provision device into the tool holder by means of the tool-changing device, characterized in that a tool storage is designed for storing bending tools that are not being used, and that the tooling position serves for loading the tool provision device with bending tools from the tool storage. a first fixed press beam, as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams (4, 7); a tool-changing device which is designed for inserting the bending tools into the tool holder and which comprises a gripping device for manipulating the bending tools; a tool provision device which is designed for holding several bending tools and which is displaceable by means of a drive device between a tooling position and a tool-changing position, in which the bending tools can be transferred from the tool provision device into the tool holder by means of the tool-changing device, characterized in that a tool storage is designed for storing bending tools that are not being used, and that the tooling position serves for loading the tool provision device with bending tools from the tool storage.
Decorated wall or floor panel, comprising: - a carrier; - a primer layer arranged on a surface of the carrier; - a decorative layer arranged on the primer layer; - a layer of a radiation curable lacquer arranged on the decorative layer; - a structured plastic film (150, 152) arranged on the layer of a radiation curable lacquer; characterized by - a cover layer arranged on the structured plastic film, and characterized in that the carrier comprises a fiber cement material which comprises inorganic, organic, metallic, synthetic fibers or mixtures thereof and the fibers have a length in a range from ≥ 5 μm to ≤ 1500 μm. - a carrier; - a primer layer arranged on a surface of the carrier; - a decorative layer arranged on the primer layer; - a layer of a radiation curable lacquer arranged on the decorative layer; - a structured plastic film (150, 152) arranged on the layer of a radiation curable lacquer; characterized by - a cover layer arranged on the structured plastic film, and characterized in that the carrier comprises a fiber cement material which comprises inorganic, organic, metallic, synthetic fibers or mixtures thereof and the fibers have a length in a range from ≥ 5 μm to ≤ 1500 μm.