mhurhangee/ep-ind-claims huggingface dataset:
A system for suggesting a time for sending data from a server to a mobile computing device via a network, said system comprising: a memory area for storing a plurality of activation times, said activation times being associated with a plurality of schedules, wherein execution of the plurality of schedules includes performing one or more actions associated therewith at the activation times which consumes a radio resource on the mobile computing device, said memory area further storing an offset representing a processing delay on the mobile computing device and a latency associated with the network; and a processor programmed to: access a time interval requested by the server for sending data to the mobile computing device; search the stored plurality of activation times based on the requested time interval to identify a subset of the plurality of activation times; determine a delivery time based on the identified subset of the plurality of activation times; adjust the determined delivery time based on the offset stored in the memory area; and publish the adjusted delivery time, wherein the server sends the data to the mobile computing device based on the published adjusted delivery time. a memory area for storing a plurality of activation times, said activation times being associated with a plurality of schedules, wherein execution of the plurality of schedules includes performing one or more actions associated therewith at the activation times which consumes a radio resource on the mobile computing device, said memory area further storing an offset representing a processing delay on the mobile computing device and a latency associated with the network; and a processor programmed to: access a time interval requested by the server for sending data to the mobile computing device; search the stored plurality of activation times based on the requested time interval to identify a subset of the plurality of activation times; determine a delivery time based on the identified subset of the plurality of activation times; adjust the determined delivery time based on the offset stored in the memory area; and publish the adjusted delivery time, wherein the server sends the data to the mobile computing device based on the published adjusted delivery time. access a time interval requested by the server for sending data to the mobile computing device; search the stored plurality of activation times based on the requested time interval to identify a subset of the plurality of activation times; determine a delivery time based on the identified subset of the plurality of activation times; adjust the determined delivery time based on the offset stored in the memory area; and publish the adjusted delivery time, wherein the server sends the data to the mobile computing device based on the published adjusted delivery time.
A key adaptor for rail car comprising: a shank piece made of a durable material piece connected to a durable material piece at 90 degree on a long side, in which one piece is longer than the other piece and wherein the total width of said shank piece is less than 11⁄2 inch (3.8 centimeters); a top plate with two arms (100, 108) that are connected to said shank piece wherein the two arms connect and at 90 degree; a triangular gusset piece connecting the two arms of the top plate; and a handle connected at both of arms of the top plate. a shank piece made of a durable material piece connected to a durable material piece at 90 degree on a long side, in which one piece is longer than the other piece and wherein the total width of said shank piece is less than 11⁄2 inch (3.8 centimeters); a top plate with two arms (100, 108) that are connected to said shank piece wherein the two arms connect and at 90 degree; a triangular gusset piece connecting the two arms of the top plate; and a handle connected at both of arms of the top plate.
A heat exchanger comprising: - a plurality of heat transfer tubes arranged at predetermined intervals in a vertical direction; - a tubular header including a side surface portion having a plurality of connection portions to which the heat transfer tubes are connected, the header communicating with each of the heat transfer tubes; - a refrigerant pipe that communicates with the header at a middle portion of the header in the vertical direction; and a first bypass pipe having ends one of which communicates with a lower portion of the header and the other of which communicates with a middle portion of the refrigerant pipe, characterised in that a distance between a communication position at which the first bypass pipe and the refrigerant pipe communicate with each other and an inner wall of the header is not more than double an inside diameter of the refrigerant pipe. - a plurality of heat transfer tubes arranged at predetermined intervals in a vertical direction; - a tubular header including a side surface portion having a plurality of connection portions to which the heat transfer tubes are connected, the header communicating with each of the heat transfer tubes; - a refrigerant pipe that communicates with the header at a middle portion of the header in the vertical direction; and a first bypass pipe having ends one of which communicates with a lower portion of the header and the other of which communicates with a middle portion of the refrigerant pipe, characterised in that a distance between a communication position at which the first bypass pipe and the refrigerant pipe communicate with each other and an inner wall of the header is not more than double an inside diameter of the refrigerant pipe.
A device (104, 114) for processing audio signals comprising: an interchannel temporal mismatch analyzer configured to determine an interchannel temporal mismatch value indicative of a temporal misalignment between a first audio signal and a second audio signal; an interchannel phase difference, IPD, mode selector configured to select an IPD mode (156, 465, 467) based at least in part on whether the interchannel temporal mismatch value satisfies a difference threshold and whether a strength value associated with the interchannel temporal mismatch value satisfies a strength threshold; and an IPD estimator configured to determine IPD values based on the first audio signal and the second audio signal, the IPD values having a resolution (165, 456, 476) corresponding to the selected IPD mode (156, 465, 467). an interchannel temporal mismatch analyzer configured to determine an interchannel temporal mismatch value indicative of a temporal misalignment between a first audio signal and a second audio signal; an interchannel phase difference, IPD, mode selector configured to select an IPD mode (156, 465, 467) based at least in part on whether the interchannel temporal mismatch value satisfies a difference threshold and whether a strength value associated with the interchannel temporal mismatch value satisfies a strength threshold; and an IPD estimator configured to determine IPD values based on the first audio signal and the second audio signal, the IPD values having a resolution (165, 456, 476) corresponding to the selected IPD mode (156, 465, 467).
A pipeline termination arrangement to be mounted to a pipeline end section in order to support a pipeline hub of the pipeline end section during and after a subsea connection of the pipeline hub to a corresponding spool piece hub that is fixed to a spool piece termination structure, wherein the pipeline termination arrangement comprises: - a landing structure, which is configured to support said spool piece termination structure when landed onto the pipeline termination arrangement; and - a connection porch, to which the pipeline hub is to be fixed, the connection porch being fixed to the landing structure, characterized in: - that the pipeline termination arrangement comprises a support structure, which is provided with a guide frame, wherein the support structure is fixed to the pipeline end section with the pipeline hub located in a position above the guide frame; - that the guide frame is configured to slidably support the landing structure so as to allow the landing structure and the connection porch to slide along the guide frame from a first position, in which the connection porch is located in front of and at a distance from the pipeline hub, to a second position, in which the connection porch is in contact with the pipeline hub; and - that the pipeline termination arrangement further comprises a mounting collar, which is fixed to the pipeline hub and which is configured to be bolted to the connection porch when the landing structure and the connection porch are in said second position to thereby secure the pipeline hub to the connection porch. - a landing structure, which is configured to support said spool piece termination structure when landed onto the pipeline termination arrangement; and - a connection porch, to which the pipeline hub is to be fixed, the connection porch being fixed to the landing structure, - that the pipeline termination arrangement comprises a support structure, which is provided with a guide frame, wherein the support structure is fixed to the pipeline end section with the pipeline hub located in a position above the guide frame; - that the guide frame is configured to slidably support the landing structure so as to allow the landing structure and the connection porch to slide along the guide frame from a first position, in which the connection porch is located in front of and at a distance from the pipeline hub, to a second position, in which the connection porch is in contact with the pipeline hub; and - that the pipeline termination arrangement further comprises a mounting collar, which is fixed to the pipeline hub and which is configured to be bolted to the connection porch when the landing structure and the connection porch are in said second position to thereby secure the pipeline hub to the connection porch.
A positioning element for installation between a roof penetration and an upper device, said positioning element having a cylindrical upper part, a convex lower part for mounting on a roof penetration and a levelling device, wherein said at least one levelling device is provided on the wall of the cylindrical upper part, wherein the levelling device is provided in the vertical axis of the cylindrical upper part, at the level of the upper edge of the cylindrical upper part characterized in that the levelling device is mounted on a removable rack.
A method for preparing and treating a p-type photovoltaic semiconductor absorber layer of a photovoltaic device, wherein the photovoltaic device comprises, in order, a substrate, a front contact layer, an optional transparent n-type layer, the p-type photovoltaic semiconductor absorber layer, and a back contact layer, wherein the substrate, the front contact layer and the optional transparent n-type layer form a window stack, the method comprising: moving the substrate through multiple and various deposition stations with their own vapour distributor and supply so as to prepare the window stack and deposit the p-type photovoltaic semiconductor absorber layer on the window stack; supplying a reducing agent to produce a reducing environment; contacting at least a portion of the p-type photovoltaic semiconductor absorber layer (140, 340) with a passivating agent while the absorber layer is in the reducing environment, wherein the absorber layer is p-type doped with a group V dopant, wherein the absorber layer (140, 340) comprises cadmium and tellurium, and wherein the passivating agent comprises one or more of: CdCl 2, MnCl 2, MgCl 2, NH 4 Cl, ZnCl 2, and TeCl 4; and heating the absorber layer (140, 340) with the passivating agent while in the reducing environment at a selected temperature and a selected pressure for a selected treatment duration, wherein: the reducing agent is H 2; and the reducing environment comprises at least a trace amount of oxygen and from 0.06% H 2 to 3.0% H 2, wherein a ratio of the partial pressure of H 2 to a partial pressure of the oxygen is at least 3. moving the substrate through multiple and various deposition stations with their own vapour distributor and supply so as to prepare the window stack and deposit the p-type photovoltaic semiconductor absorber layer on the window stack; supplying a reducing agent to produce a reducing environment; contacting at least a portion of the p-type photovoltaic semiconductor absorber layer (140, 340) with a passivating agent while the absorber layer is in the reducing environment, wherein the absorber layer is p-type doped with a group V dopant, wherein the absorber layer (140, 340) comprises cadmium and tellurium, and wherein the passivating agent comprises one or more of: CdCl 2, MnCl 2, MgCl 2, NH 4 Cl, ZnCl 2, and TeCl 4; and heating the absorber layer (140, 340) with the passivating agent while in the reducing environment at a selected temperature and a selected pressure for a selected treatment duration, wherein: the reducing agent is H 2; and the reducing environment comprises at least a trace amount of oxygen and from 0.06% H 2 to 3.0% H 2, wherein a ratio of the partial pressure of H 2 to a partial pressure of the oxygen is at least 3. the reducing agent is H 2; and the reducing environment comprises at least a trace amount of oxygen and from 0.06% H 2 to 3.0% H 2, wherein a ratio of the partial pressure of H 2 to a partial pressure of the oxygen is at least 3.
A process for the hydrolysis of oligosaccharides present in a liquid biomass feed stream derived from pre-treated ligno-cellulosic biomass, wherein the process comprises the steps of A. Creating an acidic stream from the liquid biomass feed stream by increasing the number of H + ions to the liquid biomass feed stream in an amount sufficient so that the pH of the acidic stream is at least 0.5 pH units less than the pH of the liquid biomass feed stream prior to the addition of the H + ions wherein less than 80% of the total amount of H + ions added to the feed stream are derived from an acid or acids, and B. Hydrolyzing the acidic stream by increasing the temperature of the acidic stream to a hydrolysis temperature greater than 80 °C. A. Creating an acidic stream from the liquid biomass feed stream by increasing the number of H + ions to the liquid biomass feed stream in an amount sufficient so that the pH of the acidic stream is at least 0.5 pH units less than the pH of the liquid biomass feed stream prior to the addition of the H + ions wherein less than 80% of the total amount of H + ions added to the feed stream are derived from an acid or acids, and B. Hydrolyzing the acidic stream by increasing the temperature of the acidic stream to a hydrolysis temperature greater than 80 °C.
A system for zooming an image displayed in a viewport, wherein the image comprises a plurality of regions, each region of said plurality of regions being defined as a portion of the viewport, the plurality of regions of the image partitioning the viewport; each region of said plurality of regions having a zoom function defined using a zoom center and associated with the region, the system comprising: - an input unit for receiving a region input for selecting a region of said plurality of regions and for receiving a zoom input for zooming the image, the region input comprising a viewport location, i.e., a location in the viewport, a region being selected from said plurality of regions as the region that comprises the viewport location comprised in the region input; and - a zoom unit for zooming the image based on the zoom input, using the zoom function associated with the selected region. - an input unit for receiving a region input for selecting a region of said plurality of regions and for receiving a zoom input for zooming the image, the region input comprising a viewport location, i.e., a location in the viewport, a region being selected from said plurality of regions as the region that comprises the viewport location comprised in the region input; and - a zoom unit for zooming the image based on the zoom input, using the zoom function associated with the selected region.
A process for the preparation of a catalyst starting from a pre-catalyst comprising at least one catalytic metal and a support, said catalytic metal being selected from the group formed by metals from group VIB and non-noble group VIII, said pre-catalyst having undergone a heat treatment at least 60°C without calcining, in which process said pre-catalyst is impregnated with a basic solution having a pH of more than 7.5 and containing at least one molecule in the zwitterionic form, and the impregnated pre-catalyst is dried at a temperature of at most 240°C without subsequent calcining, and the molecule in the zwitterionic form is bicine or tricine.
A bone broach comprising a plurality of substantially planar members which are positioned adjacent to each other, in which each of the substantially planar members is attached to at least one other substantially planar member, and at least some of the substantially planar members define at least one cutting profile at their perimeter, the plurality of substantially planar members comprising a first group of substantially planar members (12a to 12k) defining planes which are substantially parallel to each other, characterised in that the plurality of substantially planar members includes at least one additional substantially planar member (18a to 18c) defining a plane which is angled relative to the planes defined by the first group of substantially planar members.
A flame retardant polymer composition comprising: a high pressure prepared ethylene copolymer comprising polar groups selected from the groups consisting of acrylic acids, methacrylic acids, acrylates, methacrylates, acetates and vinyl ester, in an amount between 15 and 25 wt% of the total polymer composition; a single site catalyst prepared ethylene copolymer consisting of comonomer units derived from C 4 to C 12 α-olefin, having a density between 0.860 and 0.910 g/cm 3 measured according to ISO 1183, in an amount between 3 and 20 wt% of the total polymer composition; a halogen-free mineral filler comprising a huntite and/or hydromagnesite, in an amount between 45 and 70 wt% of the total polymer composition; a maleic anhydride modified ethylene homo-or copolymer in an amount between 1 and 10 wt% of the total polymer composition; and a ethylene copolymer having a density between 0.912 and 0.940 g/cm 3 measured according to ISO 1183 in an amount between 1 and 7 wt% of the total polymer composition. a high pressure prepared ethylene copolymer comprising polar groups selected from the groups consisting of acrylic acids, methacrylic acids, acrylates, methacrylates, acetates and vinyl ester, in an amount between 15 and 25 wt% of the total polymer composition; a single site catalyst prepared ethylene copolymer consisting of comonomer units derived from C 4 to C 12 α-olefin, having a density between 0.860 and 0.910 g/cm 3 measured according to ISO 1183, in an amount between 3 and 20 wt% of the total polymer composition; a halogen-free mineral filler comprising a huntite and/or hydromagnesite, in an amount between 45 and 70 wt% of the total polymer composition; a maleic anhydride modified ethylene homo-or copolymer in an amount between 1 and 10 wt% of the total polymer composition; and a ethylene copolymer having a density between 0.912 and 0.940 g/cm 3 measured according to ISO 1183 in an amount between 1 and 7 wt% of the total polymer composition.
A method for producing a decorative element, the method comprising the following steps: - providing a transparent optical carrier material which has a planar or a curved surface and which consists of a glass substrate or a plastic substrate, - applying a polarizing layer, which functions as an analyzer, to one side of the carrier material, - applying a transparent optical functional layer as an image-forming layer, which consists of an optically anisotropic material having a layer thickness, to the other side of the carrier material, - structuring the functional layer in an image-forming spatial manner by means of a targeted location-dependent dependency of material properties of the optically anisotropic material for producing the image-forming layer in the form of an image motif, such that settable color contrasts having defined polarization interference colors according to the image motif are displayable on a lighted surface of the decorative element by lighting it with polarized light. - providing a transparent optical carrier material which has a planar or a curved surface and which consists of a glass substrate or a plastic substrate, - applying a polarizing layer, which functions as an analyzer, to one side of the carrier material, - applying a transparent optical functional layer as an image-forming layer, which consists of an optically anisotropic material having a layer thickness, to the other side of the carrier material, - structuring the functional layer in an image-forming spatial manner by means of a targeted location-dependent dependency of material properties of the optically anisotropic material for producing the image-forming layer in the form of an image motif,
Method for providing a clock for an electronic circuit, wherein the method comprises the following steps of: masking clock cycles of a clock signal using a sequence-controlled masking signal in order to obtain a modified clock signal, wherein the masking signal represents a randomly controlled or pseudo-randomly controlled signal; and providing the modified clock signal as the clock for the electronic circuit, characterized in that in the masking step, clock cycles of the clock signal are masked on the basis of a mode signal in order to obtain the modified clock signal, wherein all clock cycles of the clock signal are masked if the mode signal indicates a sleep mode, some of the clock cycles of the clock signal are masked using the masking signal if the mode signal indicates a throttling mode, no clock cycles of the clock signal are masked if the mode signal indicates a normal mode, and a predetermined number of successive clock cycles are masked and a further predetermined number of successive clock cycles are not masked in alternation if the mode signal indicates a memory mode, wherein the memory mode is activated if data are being read from a memory which is operated at a lower clock rate than the electronic circuit. masking clock cycles of a clock signal using a sequence-controlled masking signal in order to obtain a modified clock signal, wherein the masking signal represents a randomly controlled or pseudo-randomly controlled signal; and providing the modified clock signal as the clock for the electronic circuit, characterized in that in the masking step, clock cycles of the clock signal are masked on the basis of a mode signal in order to obtain the modified clock signal, wherein all clock cycles of the clock signal are masked if the mode signal indicates a sleep mode, some of the clock cycles of the clock signal are masked using the masking signal if the mode signal indicates a throttling mode, no clock cycles of the clock signal are masked if the mode signal indicates a normal mode, and a predetermined number of successive clock cycles are masked and a further predetermined number of successive clock cycles are not masked in alternation if the mode signal indicates a memory mode, wherein the memory mode is activated if data are being read from a memory which is operated at a lower clock rate than the electronic circuit.