mhurhangee/ep-ind-claims huggingface dataset:
A method of processing media content, the method comprising: obtaining, at a current time instance, a current fragment comprising at least a current time component; determining, from the current time component, a modified duration for a previous media sample of a previous fragment, the modified duration indicating a time duration by which a presentation of the previous media sample of the previous fragment is to be reduced; and presenting the previous media sample of the previous media fragment for a time duration based on the modified duration, wherein i) the current time component includes the modified duration for the previous media sample of the previous fragment, or ii) the current time component includes an absolute decoding time or a baseMediaDecodeTime for the current fragment and the modified duration for the previous sample is determined based on the absolute decoding time or baseMediaDecodeTime for the current fragment in combination with a decoding time for the previous fragment. obtaining, at a current time instance, a current fragment comprising at least a current time component; determining, from the current time component, a modified duration for a previous media sample of a previous fragment, the modified duration indicating a time duration by which a presentation of the previous media sample of the previous fragment is to be reduced; and presenting the previous media sample of the previous media fragment for a time duration based on the modified duration, wherein i) the current time component includes the modified duration for the previous media sample of the previous fragment, or ii) the current time component includes an absolute decoding time or a baseMediaDecodeTime for the current fragment and the modified duration for the previous sample is determined based on the absolute decoding time or baseMediaDecodeTime for the current fragment in combination with a decoding time for the previous fragment.
An ink jet recording medium comprising a substrate and an ink receiving layer provided on the substrate and composed of two or more layers of at least an upper layer and a lower layer, wherein the ink receiving layer composed of the two or more layers contains polyvinyl alcohol in an amount of 12.7% by mass or more based on the total mass of the ink receiving layer composed of the two or more layers, wherein the upper layer is a layer most distant from the substrate in the ink receiving layer composed of the two or more layers, contains a pigment and polyvinyl alcohol, the pigment containing 90% by mass or more of alumina hydrate, and has a layer thickness of 3.0 μm or more and 10.0 μm or less, and wherein the lower layer is a layer just under the upper layer, contains a pigment and polyvinyl alcohol, the pigment containing 20% by mass or more of silica, and has a layer thickness 2.5 times or more and 10 times or less larger than that of the upper layer and an average pore radius 0,90 times or more and 1.30 times or less larger than that of the upper layer.
Ahead mounted display device comprising: a display unit comprising a first panel and a second panel, wherein each of the first and second panel are divided into a first area and a second area; wherein the first area has a shape selected from a circle and an ellipse; a memory which stores first compensation data corresponding to the first area and second compensation data corresponding to the second area, wherein a capacity assigned to the first compensation data in the memory is set larger than that assigned to the second compensation data; and a position determiner which determines whether first data supplied from an outside belong to the first area or the second area, wherein the position determiner is configured to determine that the first data belong to the first area if the inequality: x − x 0 2 + b y − y 0 2 < c is satisfied, wherein x0 and y0 denote the coordinates of a pixel located at the central portion of each of the first panel and the second panel, x and y denote a position coordinate of currently input first data, c denotes a constant corresponding to the size of the first area, and b equals one when the first area has the shape of a circle and when the first area has the shape of an ellipse b is a constant set corresponding to the shape of the ellipse. a display unit comprising a first panel and a second panel, wherein each of the first and second panel are divided into a first area and a second area; wherein the first area has a shape selected from a circle and an ellipse; a memory which stores first compensation data corresponding to the first area and second compensation data corresponding to the second area, wherein a capacity assigned to the first compensation data in the memory is set larger than that assigned to the second compensation data; and a position determiner which determines whether first data supplied from an outside belong to the first area or the second area, wherein the position determiner is configured to determine that the first data belong to the first area if the inequality: x − x 0 2 + b y − y 0 2 < c is satisfied, wherein x0 and y0 denote the coordinates of a pixel located at the central portion of each of the first panel and the second panel, x and y denote a position coordinate of currently input first data, c denotes a constant corresponding to the size of the first area, and b equals one when the first area has the shape of a circle and when the first area has the shape of an ellipse b is a constant set corresponding to the shape of the ellipse.
A method of decoding reception signals, by a multiple input multiple output, MIMO, receiver containing a plurality of antennas, the method comprising: selecting a reference resource element, RE, from an RE group containing a plurality of REs; generating a preprocessing filter and a common filter to be shared by the plurality of REs belonging to the RE group based on channel information of the reference RE; generating primary signals for the plurality of REs, based on operations of the common filter for reception signals; generating secondary signals based on process of compensating (1340, 1350) for primary signals of REs except the reference RE among the plurality of REs, based on the preprocessing filter and channel information of the REs, wherein the process of compensating is repetitively performed until errors become less than a threshold, wherein the errors are obtained, based on the compensated primary signals and results obtained based on a minimum mean square error, MMSE, filter for the reception signals; and decoding the secondary signals. selecting a reference resource element, RE, from an RE group containing a plurality of REs; generating a preprocessing filter and a common filter to be shared by the plurality of REs belonging to the RE group based on channel information of the reference RE; generating primary signals for the plurality of REs, based on operations of the common filter for reception signals; generating secondary signals based on process of compensating (1340, 1350) for primary signals of REs except the reference RE among the plurality of REs, based on the preprocessing filter and channel information of the REs, wherein the process of compensating is repetitively performed until errors become less than a threshold, wherein the errors are obtained, based on the compensated primary signals and results obtained based on a minimum mean square error, MMSE, filter for the reception signals; and decoding the secondary signals.
A knit fabric comprising a multi-component stranded yarn, which yarn comprises: a continuous ceramic strand; a continuous load-relieving process aid strand, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand; the continuous ceramic strand and the continuous load-relieving process aid strand form a bi-component yarn; and a metal alloy wire is concurrently knit with the continuous ceramic strand and the continuous load-relieving process aid strand to form the knit fabric. a continuous ceramic strand; a continuous load-relieving process aid strand, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand; the continuous ceramic strand and the continuous load-relieving process aid strand form a bi-component yarn; and a metal alloy wire is concurrently knit with the continuous ceramic strand and the continuous load-relieving process aid strand to form the knit fabric.
A spacer for forming a spacing between glass panes (201, 203), with a top part and a lower metal foil, wherein said top part has an inner wall part with overlap surfaces (110, 111, 109, 112) at each end for connecting to said metal foil, and wherein said metal foil has an outer wall part and two lateral sidewalls (115, 117) extending from said outer wall part, and towards said top part wherein each end of said lateral side walls (115, 117) comprises an overlap surface (119, 121) parallel to each overlap surface (109, 111) of said top part, characterised in that, the overlap surfaces (110, 111, 119, 109, 112, 121) are substantially parallel to the lateral sidewalls (115, 117) of said metal foil and wherein said overlap surfaces (119, 111) are overlapping in an overlapping area (209. 211) in the top part of the spacer for mutually fastening in a region closer to the inner wall part than the outer wall part, whereby fastening material for connecting the sides of the spacer and the panes can be positioned below the overlapping area and wherein the overlap surfaces in said overlap area are positioned for mutually fastening, e.g. by spot welding, from one side of said overlapping surfaces.
A method of detecting radiation including the steps of: providing a layer of high purity single crystal CVD diamond having a thickness no greater than 1 mm and having at least one of the following characteristics: (i) in an off state, a resistivity R 1 greater than 1 x 10 12 Ω cm, measured at an applied field of 50 V/μm and 300 K; (ii) a μτ product greater than 1.5 x 10 -6 cm 2 /V, measured at an applied field of 10 V/μm and 300 K where μ is mobility and τ is lifetime of a charge carrier; (iii) an electron mobility (μ e) measured at 300 K greater than 2400 cm 2 V -1 s -1; (iv) a hole mobility (μ h) measured at 300 K greater than 2100 cm 2 V -1 s -1; (v) a high charge collection distance greater than 150 μm, measured at an applied field of 1 V/μm and 300 K, applying an electric field of no greater than 0.5 V/μm to the layer, exposing the layer to the radiation at the applied electric field, thereby generating a signal and detecting the signal. providing a layer of high purity single crystal CVD diamond having a thickness no greater than 1 mm and having at least one of the following characteristics: (i) in an off state, a resistivity R 1 greater than 1 x 10 12 Ω cm, measured at an applied field of 50 V/μm and 300 K; (ii) a μτ product greater than 1.5 x 10 -6 cm 2 /V, measured at an applied field of 10 V/μm and 300 K where μ is mobility and τ is lifetime of a charge carrier; (iii) an electron mobility (μ e) measured at 300 K greater than 2400 cm 2 V -1 s -1; (iv) a hole mobility (μ h) measured at 300 K greater than 2100 cm 2 V -1 s -1; (v) a high charge collection distance greater than 150 μm, measured at an applied field of 1 V/μm and 300 K, (i) in an off state, a resistivity R 1 greater than 1 x 10 12 Ω cm, measured at an applied field of 50 V/μm and 300 K; (ii) a μτ product greater than 1.5 x 10 -6 cm 2 /V, measured at an applied field of 10 V/μm and 300 K where μ is mobility and τ is lifetime of a charge carrier; (iii) an electron mobility (μ e) measured at 300 K greater than 2400 cm 2 V -1 s -1; (iv) a hole mobility (μ h) measured at 300 K greater than 2100 cm 2 V -1 s -1; (v) a high charge collection distance greater than 150 μm, measured at an applied field of 1 V/μm and 300 K, applying an electric field of no greater than 0.5 V/μm to the layer, exposing the layer to the radiation at the applied electric field, thereby generating a signal and detecting the signal.
A method performed in a wireless communication device for managing connection states in a wireless communication system, wherein the wireless communication device comprises at least two Subscriber Identity Modules, SIMs, in which a first SIM is associated to a connection state towards a first network node, a second SIM is associated to a connection state towards a second network node, the method being characterized in comprising: obtaining a position of the wireless communication device; determining a priority for the at least two SIMs based on the obtained position; determining whether the connection state of the first SIM and the connection state of the second SIMs have conflicting needs in radio resources; and if so performing a connection state change for the SIM of the first SIM and the second SIM that has lower priority from its connection state to a further connection state which needs less resources, wherein in the further connection state the connection is maintained. obtaining a position of the wireless communication device; determining a priority for the at least two SIMs based on the obtained position; determining whether the connection state of the first SIM and the connection state of the second SIMs have conflicting needs in radio resources; and if so performing a connection state change for the SIM of the first SIM and the second SIM that has lower priority from its connection state to a further connection state which needs less resources, wherein in the further connection state the connection is maintained.
A method for using a client agent to enable HTTP cookie authentication in non-HTTP communications from a client, the method comprising: (a) intercepting, by a client agent executing on a client, a connection request from the client; (b) establishing, by the client agent, a transport layer virtual private network connection with a network appliance; (c) transmitting, by the client agent via the established connection to the network appliance, an HTTP request comprising an authentication cookie, the authentication cookie to allow the network appliance to verify that the connection request from the client corresponds to a particular user session or application session; and (d) transmitting, by the client agent via the established connection, in response to receiving an HTTP response from the appliance comprising an acceptance of the authentication cookie, the connection request. (a) intercepting, by a client agent executing on a client, a connection request from the client; (b) establishing, by the client agent, a transport layer virtual private network connection with a network appliance; (c) transmitting, by the client agent via the established connection to the network appliance, an HTTP request comprising an authentication cookie, the authentication cookie to allow the network appliance to verify that the connection request from the client corresponds to a particular user session or application session; and (d) transmitting, by the client agent via the established connection, in response to receiving an HTTP response from the appliance comprising an acceptance of the authentication cookie, the connection request.
Method for producing a chip having a plurality of electrically addressable measurement regions or for producing a plurality of measurement regions on a chip, wherein on the chip in each of the measurement regions electrically contactable electrode pairings (23a, 23b) are structured and wherein the measurement regions are formed by forming a compartmental structure which separates the measurement regions from one another, wherein the formation of the compartmental structure comprises the following process steps: - producing hydrophobic wetting properties on the chip surface outside the measurement regions by applying a hydrophobic layer onto the chip surface, wherein the hydrophobic layer is applied onto the chip surface in form of a layer of a hydrophobic photoresist, wherein the photoresist is a polyamide-based photoresist, and - producing hydrophilic properties in the measurement regions, wherein the production of the hydrophilic properties is carried out in an oxygen plasma or by dry etching. - producing hydrophobic wetting properties on the chip surface outside the measurement regions by applying a hydrophobic layer onto the chip surface, wherein the hydrophobic layer is applied onto the chip surface in form of a layer of a hydrophobic photoresist, wherein the photoresist is a polyamide-based photoresist, and - producing hydrophilic properties in the measurement regions, wherein the production of the hydrophilic properties is carried out in an oxygen plasma or by dry etching.
An infusion preparation comprising two chambers separated by a partition that can be communicably opened, wherein a first chamber contains a first-chamber infusion comprising a sugar, a fat emulsion, vitamin B6 and folic acid; a second chamber contains a second-chamber infusion comprising an amino acid, an electrolyte and vitamin B2; vitamin B2 and folic acid are placed in different chambers; vitamin B6 is added to the infusion to which vitamin B2 is not added; the first-chamber infusion is substantially free of potassium, and has a relative osmotic pressure of 2.0 to 3.0; the second-chamber infusion has a potassium concentration of 40 mEq/L or less and a relative osmotic pressure of 2.5 to 3.5; and a mixture of the first- and second-chamber infusions has a potassium concentration of 16 mEq/L or more as measured upon communicably opening the partition.
A method for oxidatively dyeing gray to white human hair, in which in a first step an agent, containing, in a cosmetic carrier, at least one developer component, at least one compound of formula in which R 1, R 2, R 3 and R 4 represent a hydrogen atom and the compound of formula is urea, and also hydrogen peroxide, is applied to the keratin-containing fibers, characterized in that the agent is produced immediately before application to the fibers by mixing a first composition, containing, in a cosmetic carrier, at least one developer component having a second composition, containing at least one compound of formula in which R 1, R 2, R 3 and R 4 independently represent a hydrogen atom, and a third composition, containing hydrogen peroxide in a cosmetic carrier; in a second step, the agent is left on the fibers for a period of 1 to 10 minutes and is then rinsed out. in which R 1, R 2, R 3 and R 4 represent a hydrogen atom and the compound of formula is urea, and also hydrogen peroxide, is applied to the keratin-containing fibers, characterized in that the agent is produced immediately before application to the fibers by mixing a first composition, containing, in a cosmetic carrier, at least one developer component having a second composition, containing at least one compound of formula in which R 1, R 2, R 3 and R 4 independently represent a hydrogen atom, and a third composition, containing hydrogen peroxide in a cosmetic carrier; in a second step, the agent is left on the fibers for a period of 1 to 10 minutes and is then rinsed out. in which R 1, R 2, R 3 and R 4 independently represent a hydrogen atom, and a third composition, containing hydrogen peroxide in a cosmetic carrier; in a second step, the agent is left on the fibers for a period of 1 to 10 minutes and is then rinsed out.
Air dryer cartridge, in particular for a compressed air preparation system of a utility vehicle, having at least one air inlet and an air outlet, and a cartridge housing with a housing cover in which a drying agent is arranged, wherein the cartridge housing has, integrally, in its end region facing away from the housing cover, at least one engagement portion for engagement with a mating engagement portion on an air dryer housing, and the engagement portion has a threaded portion for screwing onto a threaded portion of the mating engagement portion on the air dryer housing, characterised in that the substantially cylindrical cartridge housing is equipped with the closed housing cover in the form of a deep-drawn plate, and the engagement portion is configured as an internal thread which is formed by reshaping the cartridge housing or by thread rolling. the cartridge housing has, integrally, in its end region facing away from the housing cover, at least one engagement portion for engagement with a mating engagement portion on an air dryer housing, and the engagement portion has a threaded portion for screwing onto a threaded portion of the mating engagement portion on the air dryer housing, characterised in that the substantially cylindrical cartridge housing is equipped with the closed housing cover in the form of a deep-drawn plate, and the engagement portion is configured as an internal thread which is formed by reshaping the cartridge housing or by thread rolling.
Method for machining a workpiece, having the steps: providing a geometric model of the workpiece to be machined; machining the workpiece by means of a machining system, wherein the machining system is controlled by means of at least one control parameter; and adapting the at least one control parameter during the machining of the workpiece on the basis of the instantaneous mass of the workpiece and/or on the basis of the instantaneous moment of inertia of the workpiece, wherein the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece are dependent on the machining progress and are ascertained with reference to the geometric model, characterised in that the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece is ascertained on the basis of a density of the workpiece and an instantaneous shape of the workpiece, wherein the instantaneous shape of the workpiece is determined with reference to the geometric model of the workpiece and wherein the geometric model is updated with reference to a machining simulation. providing a geometric model of the workpiece to be machined; machining the workpiece by means of a machining system, wherein the machining system is controlled by means of at least one control parameter; and adapting the at least one control parameter during the machining of the workpiece on the basis of the instantaneous mass of the workpiece and/or on the basis of the instantaneous moment of inertia of the workpiece, wherein the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece are dependent on the machining progress and are ascertained with reference to the geometric model, characterised in that the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece is ascertained on the basis of a density of the workpiece and an instantaneous shape of the workpiece, wherein the instantaneous shape of the workpiece is determined with reference to the geometric model of the workpiece and wherein the geometric model is updated with reference to a machining simulation.
A process for producing refrigeration in a chiller system comprising a centrifugal compressor and an evaporator comprising compressing a hydrochlorofluoropropene refrigerant in said centrifugal compressor wherein the evaporator pressure is less than ambient pressure, and evaporating the hydrochlorofluoropropene refrigerant in the vicinity of a body to be cooled, wherein said hydrochlorofluoropropene refrigerant comprises a chloro-trifluoropropene selected from the group consisitng of 1-chloro-3,3,3-trifluoropropene, 2-chloro-3,3,3-trifluoropropene and mixtures thereof.