mhurhangee/ep-ind-claims huggingface dataset:
A method for performing mobile-based positioning in a wireless communications system, the method performed within a mobile device comprising: communicating with a network supporting a first positioning method to determine what positioning methods are supported, wherein a mobile device supports a second positioning method not supported by the network; requesting terrestrial assistance data from the network, allegedly in support for performing the first positioning method; receiving, with a wireless receiver in the mobile device, terrestrial assistance data for the first positioning method from the network supporting the first positioning method in response to requesting the terrestrial assistance data; receiving wireless signals from satellites and base stations of the network; and computing a terrestrial position estimate with the second positioning method based on the wireless signals from the base stations using the wireless signals from the base stations and the terrestrial assistance data for the first positioning method; wherein the first positioning method and the second positioning method are different terrestrial positioning methods; computing a satellite position estimate based on the wireless signals from satellites using a satellite positioning method; combining the satellite positioning method with the second positioning method, wherein the terrestrial position estimate derived from the second positioning method and the satellite position estimate derived from the satellite positioning method are weighted. communicating with a network supporting a first positioning method to determine what positioning methods are supported, wherein a mobile device supports a second positioning method not supported by the network; requesting terrestrial assistance data from the network, allegedly in support for performing the first positioning method; receiving, with a wireless receiver in the mobile device, terrestrial assistance data for the first positioning method from the network supporting the first positioning method in response to requesting the terrestrial assistance data; receiving wireless signals from satellites and base stations of the network; and computing a terrestrial position estimate with the second positioning method based on the wireless signals from the base stations using the wireless signals from the base stations and the terrestrial assistance data for the first positioning method; wherein the first positioning method and the second positioning method are different terrestrial positioning methods; computing a satellite position estimate based on the wireless signals from satellites using a satellite positioning method; combining the satellite positioning method with the second positioning method, wherein the terrestrial position estimate derived from the second positioning method and the satellite position estimate derived from the satellite positioning method are weighted.
A genetically engineered Streptomyces strain for producing isovaleryl spiramycin I, designated as WSJ-IA, and deposited under the accession number CGMCC 3942.
A method of rendering image frames for online gaming sessions, implemented at a server system, wherein the server system includes one or more CPUs, one or more GPUs, main dynamic memory storing programs and data for use by the CPUs and/or GPUs during program execution, a static memory pool, and a shader cache, the method comprising: - establishing a shader hash table (342, 1006, 1150) that associates each of a plurality of performance criteria with an address of a respective sequence of compiled shaders in the static memory pool, including associating the performance criterion and a first sequence of compiled shaders in the shader hash table (342, 1006, 1150); - storing the shader hash table (342, 1006, 1150) in the shader cache; - executing on the one or more CPUs a plurality of online gaming sessions in parallel for a gaming title; - rendering by the one or more GPUs a plurality of image frames for each of the plurality of online gaming sessions using the first sequence of compiled shaders; and - while executing the plurality of online gaming sessions: identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders. - establishing a shader hash table (342, 1006, 1150) that associates each of a plurality of performance criteria with an address of a respective sequence of compiled shaders in the static memory pool, including associating the performance criterion and a first sequence of compiled shaders in the shader hash table (342, 1006, 1150); - storing the shader hash table (342, 1006, 1150) in the shader cache; - executing on the one or more CPUs a plurality of online gaming sessions in parallel for a gaming title; - rendering by the one or more GPUs a plurality of image frames for each of the plurality of online gaming sessions using the first sequence of compiled shaders; and - while executing the plurality of online gaming sessions: identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders. identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders.
A tracheostomy cannula with a cannula tube, wherein the cannula tube has a proximal end with a proximal opening, a distal end with a distal opening, as well as a phonation opening in the wall of the cannula tube between the proximal end and the distal end, wherein a cover completely spans the opening cross section of the phonation opening and has at least one passage for air which is permanently open during use of the tracheostomy cannula so that at all times air can pass from the upper natural airway through the phonation opening into the cannula tube when inhaling or out of the cannula tube through the phonation opening and the passage for air into the upper natural airway when exhaling, wherein a protrusion which runs around along at least sections of the outer edge of the cover functions as a spacer against the outside of the cannula tube and is connected at least in parts to the cannula tube, wherein the protrusion has the at least one permanently open passage for air.
Process for the culturing of eukaryotic cells in a reactor in suspension in a cell culture medium, wherein the cells produce a biological substance, wherein the biological substance is an IgG, wherein the cell culture comprising the cells, the biological substance and cell culture medium is circulated over a filter using a tangential flow resulting in a liquid outflow and a flow which contents are kept in or fed back into the reactor, wherein at least one cell culture medium component is fed to the cell culture, wherein the filter has a pore size characterized by a molecular weight cut-off of at most 50 kDa, suitable to separate the biological substance from substances having a lower molecular weight than the biological substance, wherein the liquid outflow from the filter essentially only contains components having a molecular weight lower than that of the biological substance and wherein the biological substance is retained in or fed back into the reactor.
Set of floor panels, wherein these floor panels (1A-1B) are oblong rectangular and thus have a pair of long edges and a pair of short edges; wherein the long as well as the short edges are provided with mechanical coupling parts, which allow coupling the floor panels of the set to each other; wherein the one long edge is provided with a male coupling part and the other long edge is provided with a female coupling part; wherein the one short edge is provided with a male coupling part and the other short edge is provided with a female coupling part; wherein the male coupling part at the long edge can be inserted into the female coupling part at the long edge of a floor panel of the set by means of a turning movement; wherein the male coupling part at the long edge can also be inserted into the female coupling part at the short edge of a floor panel of the set by means of a turning movement; and wherein the male coupling part at the short edge can be inserted into the female coupling part at the long edge in one and the same turning movement which is used for inserting the male coupling part at the long edge into the female coupling part (7 or 9) at the long or short edge (3 or 5); wherein the male coupling part at the short edge and the female coupling part at the long edge comprise locking parts, which, in a mutually coupled condition of such short edge and long edge, effect a locking in horizontal direction as well as a locking in vertical direction; wherein the female coupling part at the long edge and/or short edge comprises a lateral groove, which is bordered by an upper lip and a lower lip, of which the lower lip extends distally to beyond the upper lip and is provided with an upwardly directed locking part; wherein the male coupling part at the long edge is provided with a tongue, which, in the coupled condition, can cooperate with the aforementioned lateral groove in order to effect a vertical locking; characterized in that the set of floor panels comprises at least one pair of locking portions in order to effect the aforementioned vertical locking of the male coupling part of the short edge in the female coupling part at the long edge, namely a first locking portion at this male coupling part and a second locking portion, cooperating therewith in coupled condition, at the female coupling part; and in that the aforementioned second locking portion, which is present at the female coupling part, is situated at the proximal side of the aforementioned upwardly directed locking part.
A method for producing a new electrolyzer by arranging a laminate in an existing electrolyzer comprising an anode, a cathode that is opposed to the anode, and a membrane that is arranged between the anode and the cathode, the method comprising: a step of integrating an electrode for electrolysis with a new membrane at a temperature at which the membrane does not melt to thereby obtain the laminate, wherein the method for the integration is a method in which a liquid is interposed between the electrode for electrolysis and the new membrane, wherein the surface tension of the liquid integrates the electrode and the new membrane and wherein a temperature at which the membrane does not melt is a temperature below the softening point of the membrane; and a step of replacing the membrane in the existing electrolyzer by the laminate after the step, wherein the laminate is arranged on the surface of the anode or the cathode of the existing electrolyzer. a step of integrating an electrode for electrolysis with a new membrane at a temperature at which the membrane does not melt to thereby obtain the laminate, wherein the method for the integration is a method in which a liquid is interposed between the electrode for electrolysis and the new membrane, wherein the surface tension of the liquid integrates the electrode and the new membrane and wherein a temperature at which the membrane does not melt is a temperature below the softening point of the membrane; and a step of replacing the membrane in the existing electrolyzer by the laminate after the step, wherein the laminate is arranged on the surface of the anode or the cathode of the existing electrolyzer.
A method for increasing the acid catalytic activity of a silicate based nanoporous material, said method comprising the incorporation of a chemical element in said material using an atomic layer deposition process under conditions favoring the hydrolysis of a compound comprising said chemical element, said chemical element being a trivalent element being any of Aluminum, Gallium, Iron or Boron.
A method performed by a user equipment, UE, comprising: performing access barring check for an access category; starting an access barring timer for the access category if the UE considers access as barred; stopping the access barring timer when cell reselection occurs; considering the barring for the access category is alleviated in a case that the access barring timer is stopped; and initiating an RRC connection resume procedure, in a case that (i) the UE is in RRC INACTIVE state, (ii) the cell in which the UE currently resides does not belong to an RAN Notification Area, RNA, and (iii) the alleviated barring is for the access category which is associated with the RNA. performing access barring check for an access category; starting an access barring timer for the access category if the UE considers access as barred; stopping the access barring timer when cell reselection occurs; considering the barring for the access category is alleviated in a case that the access barring timer is stopped; and initiating an RRC connection resume procedure, in a case that (i) the UE is in RRC INACTIVE state, (ii) the cell in which the UE currently resides does not belong to an RAN Notification Area, RNA, and (iii) the alleviated barring is for the access category which is associated with the RNA.
An inflatable child seat for rearward facing use in a vehicle, the child seat comprising: an inflatable seating cushion chamber; an inflatable back part chamber; inflatable side part chambers (4, 5); the child seat when deflated being adapted to be folded into a rather compact package for easy stowage in the vehicle; characterized in that the chambers (2, 3, 4, 5) are interconnected such that they form a continuous inflatable volume that require only a single port for inflation and deflation; and the chambers (2, 3, 4, 5) are constructed out of a non-permeable fabric that comprises means for maintaining a constant separation between at least two non-permeable fabric surfaces (7a, 7b) when inflated, said means being provided through that each chamber (2, 3, 4, 5) and constructed out of a drop-stitch fabric which comprises two flexible non-permeable fabric surfaces (7a, 7b) that are spanned by a plurality of stitches of fixed lengths. an inflatable seating cushion chamber; an inflatable back part chamber; inflatable side part chambers (4, 5); the child seat when deflated being adapted to be folded into a rather compact package for easy stowage in the vehicle; characterized in that the chambers (2, 3, 4, 5) are interconnected such that they form a continuous inflatable volume that require only a single port for inflation and deflation; and the chambers (2, 3, 4, 5) are constructed out of a non-permeable fabric that comprises means for maintaining a constant separation between at least two non-permeable fabric surfaces (7a, 7b) when inflated, said means being provided through that each chamber (2, 3, 4, 5) and constructed out of a drop-stitch fabric which comprises two flexible non-permeable fabric surfaces (7a, 7b) that are spanned by a plurality of stitches of fixed lengths.
Food processing machine for processing food products, particularly seafood or vegetables for producing tempura, comprising: a) a dipping bath containing a liquid or semi-liquid food material, particularly a batter; and b) a conveyor arrangement for conveying said food products through said dipping bath, so that said food products are coated with said food material in said dipping bath; characterized in that c) said conveyor arrangement comprises a round belt conveyor (27, 28). a) a dipping bath containing a liquid or semi-liquid food material, particularly a batter; and b) a conveyor arrangement for conveying said food products through said dipping bath, so that said food products are coated with said food material in said dipping bath; characterized in that c) said conveyor arrangement comprises a round belt conveyor (27, 28).
Foils with thicknesses of 0.035 to 1 mm comprising a plastics composition produced by thermoplastic processing and comprising about 90 to 99.95% by weight of a transparent plastic, about 0.01 to 10% by weight of transparent polymer particles with average particle diameter between 1 and 100 μm and with an optical density differing from that of the transparent plastic, characterized in that the plastics composition produced by thermoplastic processing comprises up to 500 ppm of polymeric, transparent particles with a particle diameter of 80 to 200 nm.
A cutter, comprising: a fixed blade; a movable blade; a drive motor that moves the movable blade; and a controller that drives the drive motor to move the movable blade relative to the fixed blade and to perform a process for cutting a medium, wherein: the process for cutting comprises: a first moving process of moving the moveable blade from a home position to a contact position at which the moveable blade contacts the medium; a cutting process of moving the moveable blade from the contact position to a cutting end position at which cutting of the medium ends; and a second moving process of moving the movable blade from the cutting end position to the home position, and the controller drives the drive motor such that the maximum output torque of the drive motor during the first moving process and second moving process becomes lower than the maximum output torque of the drive motor during the cutting process. a fixed blade; a movable blade; a drive motor that moves the movable blade; and a controller that drives the drive motor to move the movable blade relative to the fixed blade and to perform a process for cutting a medium, the process for cutting comprises: a first moving process of moving the moveable blade from a home position to a contact position at which the moveable blade contacts the medium; a cutting process of moving the moveable blade from the contact position to a cutting end position at which cutting of the medium ends; and a second moving process of moving the movable blade from the cutting end position to the home position, and the controller drives the drive motor such that the maximum output torque of the drive motor during the first moving process and second moving process becomes lower than the maximum output torque of the drive motor during the cutting process.
A display apparatus comprising: a substrate; a plurality of light emitting device elements arranged in front of the substrate; a transmission layer formed on a front surface of the substrate to entirely cover the plurality of LED elements; a first polarization member arranged in front of the transmission layer; and a second polarization member arranged on a front surface of the first polarization member and allowing external light to be incident thereon, wherein the transmission layer is provided such that polarization of external light polarized through the second polarization member and the first polarization member is maintained in a course of the polarized external light passing through the transmission layer, being reflected by the front surface of the substrate or the plurality of LED elements and being directed to the first polarization member, wherein the transmission layer is provided to surround spaces between the plurality of LED elements. a substrate; a plurality of light emitting device elements arranged in front of the substrate; a transmission layer formed on a front surface of the substrate to entirely cover the plurality of LED elements; a first polarization member arranged in front of the transmission layer; and a second polarization member arranged on a front surface of the first polarization member and allowing external light to be incident thereon, wherein the transmission layer is provided such that polarization of external light polarized through the second polarization member and the first polarization member is maintained in a course of the polarized external light passing through the transmission layer, being reflected by the front surface of the substrate or the plurality of LED elements and being directed to the first polarization member, wherein the transmission layer is provided to surround spaces between the plurality of LED elements.
A resin-made pipe joint structure comprising: a joint body having a cylindrical shape: a sleeve having a cylindrical press-inserting portion which is press-insertable into the joint body, and a cylindrical coupling portion which is press-insertable into a tube; and a fastening member for fixing the tube which is in a state where the coupling portion is press-inserted, to the joint body through the sleeve, wherein the sleeve contains a sealing surface in an outer circumferential surface of the press-inserting portion, the sealing surface being closely contactable with an inner circumferential surface of the joint body, and comprises a non-contacting surface between the press-inserting portion and the coupling portion, the non-contacting surface forming a space with respect to the inner circumferential surface of the joint body, when the sealing surface is closely contacted with the inner circumferential surface of the joint body wherein the sleeve is produced by using a predetermined resin and molds, characterized in that in production of the sleeve, a gate port of the molds is placed in one place of an area for molding the non-contacting surface in a cavity formed by the molds, and a molten resin is poured into the cavity through the gate port, whereby a resin agate residue is on the non-contacting surface and not on the sealing surface. a joint body having a cylindrical shape: a sleeve having a cylindrical press-inserting portion which is press-insertable into the joint body, and a cylindrical coupling portion which is press-insertable into a tube; and a fastening member for fixing the tube which is in a state where the coupling portion is press-inserted, to the joint body through the sleeve, wherein a sleeve having a cylindrical press-inserting portion which is press-insertable into the joint body, and a cylindrical coupling portion which is press-insertable into a tube; and a fastening member for fixing the tube which is in a state where the coupling portion is press-inserted, to the joint body through the sleeve, wherein the sleeve contains a sealing surface in an outer circumferential surface of the press-inserting portion, the sealing surface being closely contactable with an inner circumferential surface of the joint body, and comprises a non-contacting surface between the press-inserting portion and the coupling portion, the non-contacting surface forming a space with respect to the inner circumferential surface of the joint body, when the sealing surface is closely contacted with the inner circumferential surface of the joint body wherein the sleeve is produced by using a predetermined resin and molds, characterized in that in production of the sleeve, a gate port of the molds is placed in one place of an area for molding the non-contacting surface in a cavity formed by the molds, and a molten resin is poured into the cavity through the gate port, whereby a resin agate residue is on the non-contacting surface and not on the sealing surface.