mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing inter-Femtocell interference, comprising: obtaining an average channel gain of all available channels; determining whether the average channel gain is greater than a preset threshold; if the average channel gain is greater than the preset threshold, determining a P channel and an N channel by using spectrum sensing, wherein the P channel is one or more available channels causing greatest interference and the N channel is one or more available channels suffering greatest interference; and transmitting or receiving a signal in an available channel other than the P channel and the N channel; wherein the determining a P channel and an N channel by using spectrum sensing comprises: transmitting a sounding signal to obtain interference power in each channel by using spectrum sensing, and determining the P channel according to the variation between the interference power before transmitting the sounding signal and the interference power after transmitting the sounding signal. obtaining an average channel gain of all available channels; determining whether the average channel gain is greater than a preset threshold; if the average channel gain is greater than the preset threshold, determining a P channel and an N channel by using spectrum sensing, wherein the P channel is one or more available channels causing greatest interference and the N channel is one or more available channels suffering greatest interference; and transmitting or receiving a signal in an available channel other than the P channel and the N channel; transmitting a sounding signal to obtain interference power in each channel by using spectrum sensing, and determining the P channel according to the variation between the interference power before transmitting the sounding signal and the interference power after transmitting the sounding signal.
Device for treating biological tissue with a low-pressure plasma with a) a transformer for generating a high-frequency electromagnetic field, b) a probe which can be electrically coupled to the transformer and c) a control device for controlling the high-frequency electromagnetic field generated by the transformer, characterized in that the device comprises an information device associated with the probe, whereas the current intensity or the power which is emitted by the device to the tissue is measurable by the information device, and the power supply of the device is interruptible by the information device when a predefined limit value is exceeded. a) a transformer for generating a high-frequency electromagnetic field, b) a probe which can be electrically coupled to the transformer and c) a control device for controlling the high-frequency electromagnetic field generated by the transformer,
A via structure in a multi-layer substrate, characterized in comprising: a first metal layer, having an upper surface; a dielectric layer, covering the first metal layer in which a via is opened to expose the upper surface and the via has an inclined wall with an upper edge; and a second metal layer, formed in the via as being a via land which contacts the exposed upper surface and the inclined wall, an electrical connection being formed between the via land and the first metal layer, wherein a contacting surface of the via land contacting with the exposed upper surface and the inclined wall has a top line lower than the upper edge of the inclined wall, the size of the via land is smaller than the area enclosed by the upper edge of the inclined wall, and the via land is inside the via. a first metal layer, having an upper surface; a dielectric layer, covering the first metal layer in which a via is opened to expose the upper surface and the via has an inclined wall with an upper edge; and a second metal layer, formed in the via as being a via land which contacts the exposed upper surface and the inclined wall, an electrical connection being formed between the via land and the first metal layer, wherein a contacting surface of the via land contacting with the exposed upper surface and the inclined wall has a top line lower than the upper edge of the inclined wall, the size of the via land is smaller than the area enclosed by the upper edge of the inclined wall, and the via land is inside the via.
A nucleic acid construct comprising a transgene encoding MDR3 isoform A, said transgene is the sequence SEQ ID NO: 1 or a sequence having at least 90 % of identity with SEQ ID NO: 1.
A thermal transfer printer comprising: a processor; a memory storing computer readable instructions arranged to cause the processor to: generate access request data for processing by an access control server; send, to a smartphone and via a wireless connection comprising a short range communications protocol, the access request data, wherein the smartphone receives the access request data from the thermal transfer printer for onward transmission to the access control server; receive, from the smartphone and via the wireless connection, access response data responsive to the access request data, wherein the smartphone receives the access response data from the access control server; process the access response data to determine a first print limit indicated by the access response data; and update, responsive to processing the access response data, an access status in the memory from indicating a third print limit to indicate a second print limit, the second print limit being the sum of the first print limit and the third print limit, wherein the first, second and third print limit specify a length of ribbon. a processor; a memory storing computer readable instructions arranged to cause the processor to: generate access request data for processing by an access control server; send, to a smartphone and via a wireless connection comprising a short range communications protocol, the access request data, wherein the smartphone receives the access request data from the thermal transfer printer for onward transmission to the access control server; receive, from the smartphone and via the wireless connection, access response data responsive to the access request data, wherein the smartphone receives the access response data from the access control server; process the access response data to determine a first print limit indicated by the access response data; and update, responsive to processing the access response data, an access status in the memory from indicating a third print limit to indicate a second print limit, the second print limit being the sum of the first print limit and the third print limit, wherein the first, second and third print limit specify a length of ribbon. generate access request data for processing by an access control server; send, to a smartphone and via a wireless connection comprising a short range communications protocol, the access request data, wherein the smartphone receives the access request data from the thermal transfer printer for onward transmission to the access control server; receive, from the smartphone and via the wireless connection, access response data responsive to the access request data, wherein the smartphone receives the access response data from the access control server; process the access response data to determine a first print limit indicated by the access response data; and update, responsive to processing the access response data, an access status in the memory from indicating a third print limit to indicate a second print limit, the second print limit being the sum of the first print limit and the third print limit, wherein the first, second and third print limit specify a length of ribbon.
A method for managing an authority implemented by a server, the method comprises: acquiring authority use data of a user, the authority use data being at least one history use record of an authority option of said user that is recorded in a cloud; characterized in that the method further comprises: processing the authority use data to obtain an authority result, comprising: processing the authority use data in accordance with an authority choice, to obtain an authority confidence value and an initial authority choice; and adjusting the initial authority choice according to the authority confidence value and a threshold value, to obtain the authority result, wherein the authority result includes a user ID, an application name, a name of an authority, and an authority choice; and sending the authority result obtained by the processing to a terminal, for the terminal to update a corresponding authority option. acquiring authority use data of a user, the authority use data being at least one history use record of an authority option of said user that is recorded in a cloud; characterized in that the method further comprises: processing the authority use data to obtain an authority result, comprising: processing the authority use data in accordance with an authority choice, to obtain an authority confidence value and an initial authority choice; and adjusting the initial authority choice according to the authority confidence value and a threshold value, to obtain the authority result, wherein the authority result includes a user ID, an application name, a name of an authority, and an authority choice; and sending the authority result obtained by the processing to a terminal, for the terminal to update a corresponding authority option. processing the authority use data to obtain an authority result, comprising: processing the authority use data in accordance with an authority choice, to obtain an authority confidence value and an initial authority choice; and adjusting the initial authority choice according to the authority confidence value and a threshold value, to obtain the authority result, wherein the authority result includes a user ID, an application name, a name of an authority, and an authority choice; and processing the authority use data in accordance with an authority choice, to obtain an authority confidence value and an initial authority choice; and adjusting the initial authority choice according to the authority confidence value and a threshold value, to obtain the authority result, wherein the authority result includes a user ID, an application name, a name of an authority, and an authority choice; and sending the authority result obtained by the processing to a terminal, for the terminal to update a corresponding authority option.
A method for partially splitting a piece, the method comprising pressing the piece in a direction intersecting with a splitting direction by pressing elements during a machining motion of a splitting element and the machinable piece and splitting the piece partially, characterized by controlling the location and shape of splitting areas in the machinable piece by pressing the machinable piece in a direction intersecting with the splitting direction by the pressing elements during the machining motion of the splitting element and the machinable piece such that tensile stress caused by the splitting element inside the machinable material causes the machinable piece to split until compression stress of the material in the range of the pressing elements eliminates the tensile stress and the splitting can thus be limited at a desired splitting area.
An electrode for an electrochemical device comprising: an electrode current collector; an electrode active material layer comprising an electrode active material, wherein the electrode active material layer is formed on a part of at least one surface of the electrode current collector, and; a packed bed comprising a mixture of a first inorganic particles and a first polymer binder, wherein the packed bed is formed on non-coating areas of both sides of the electrode current collector, on which the electrode active material layer is not formed, coated to be continuous with the electrode active material layer; and a separation layer comprising a mixture of a second inorganic particles and a second polymer binder, wherein the separation layer is obtainable by simultaneously forming the same on the surfaces of the electrode active material layer and the packed bed, wherein the first inorganic particles comprise any one compound selected from Al 2 O 3, BaTiO 3, TiO 2, CeO 2, SiO 2, ZrO 2, SnO 2, CuO, ZnO or a mixture of two or more thereof, and the second inorganic particles comprise two or more compounds selected from Al 2 O 3, BaTiO 3, TiO 2, CeO 2, SiO 2, ZrO 2, SnO 2, CuO or ZnO. an electrode current collector; an electrode active material layer comprising an electrode active material, wherein the electrode active material layer is formed on a part of at least one surface of the electrode current collector, and; a packed bed comprising a mixture of a first inorganic particles and a first polymer binder, wherein the packed bed is formed on non-coating areas of both sides of the electrode current collector, on which the electrode active material layer is not formed, coated to be continuous with the electrode active material layer; and a separation layer comprising a mixture of a second inorganic particles and a second polymer binder, wherein the separation layer is obtainable by simultaneously forming the same on the surfaces of the electrode active material layer and the packed bed, wherein the first inorganic particles comprise any one compound selected from Al 2 O 3, BaTiO 3, TiO 2, CeO 2, SiO 2, ZrO 2, SnO 2, CuO, ZnO or a mixture of two or more thereof, and the second inorganic particles comprise two or more compounds selected from Al 2 O 3, BaTiO 3, TiO 2, CeO 2, SiO 2, ZrO 2, SnO 2, CuO or ZnO.
A gas purification filter comprising a filter body formed by a fiber cloth and a gas purification catalyst supported by the filter body, wherein the gas purification filter has a porosity of not less than 6% and not greater than 20%, the porosity representing a volume of voids occupying a space per unit volume.
A polypeptide comprising a tenth fibronectin type III ( 10 Fn3) domain, wherein the 10 Fn3 domain (i) comprises a loop AB, a loop BC, a loop CD, a loop DE, a loop EF, and a loop FG; (ii) binds human IGF-IR with a dissociation constant of about 1 μM or less, and (iii) comprises the amino acid sequence of SEQ ID NO: 2.
A gas sensor comprising: a gas sensing portion formed by a metal-oxide semiconductor portion the electrical characteristic of which varies according to a gas to be detected and a catalytic portion dispersed on a surface of the metal-oxide semiconductor portion; and an insulating portion formed on a surface of the gas sensing portion so that a part of the gas sensing portion may be exposed; wherein the metal-oxide semiconductor portion is comprised mainly of SnO 2. the catalytic portion is comprised of a noble metal M and the insulating portion is comprised mainly of SiO 2, wherein a first surface additive ratio, which is expressed by Si/(M+Si)- the ratio in the number of atoms of Si to M -, of the gas sensing portion is determined to be 65% or more to 97% or less, and a second surface additive ratio, which is expressed by Si/(Sn+Si) - the ratio in the number of atoms of Si to Sn, of the gas sensing portion is determined to be 75% or more to 97% or less, wherein the gas sensor further comprises a silicon substrate; and an insulating layer formed on the silicon substrate and in which a heating element for heating the metal-oxide semiconductor portion is buried therein, wherein the silicon substrate includes an open space formed at a position directly below the heating element, and wherein the metal-oxide semiconductor portion is formed on the insulating layer so as to be directly above the heating element. a gas sensing portion formed by a metal-oxide semiconductor portion the electrical characteristic of which varies according to a gas to be detected and a catalytic portion dispersed on a surface of the metal-oxide semiconductor portion; and an insulating portion formed on a surface of the gas sensing portion so that a part of the gas sensing portion may be exposed; wherein the metal-oxide semiconductor portion is comprised mainly of SnO 2. the catalytic portion is comprised of a noble metal M and the insulating portion is comprised mainly of SiO 2, wherein a first surface additive ratio, which is expressed by Si/(M+Si)- the ratio in the number of atoms of Si to M -, of the gas sensing portion is determined to be 65% or more to 97% or less, and a second surface additive ratio, which is expressed by Si/(Sn+Si) - the ratio in the number of atoms of Si to Sn, of the gas sensing portion is determined to be 75% or more to 97% or less, wherein the gas sensor further comprises a silicon substrate; and an insulating layer formed on the silicon substrate and in which a heating element for heating the metal-oxide semiconductor portion is buried therein, wherein the silicon substrate includes an open space formed at a position directly below the heating element, and wherein the metal-oxide semiconductor portion is formed on the insulating layer so as to be directly above the heating element.
A thermoplastic resin composition comprising: a polycarbonate resin; a rubber-modified vinyl graft copolymer; a large-diameter rubber polymer having an average particle diameter of about 400 nm to about 1,500 nm, measured as indicated in the specification; an aromatic vinyl copolymer resin; a phosphorus flame retardant; talc; wollastonite; a maleic anhydride-grafted rubber polymer; and a black pigment. a polycarbonate resin; a rubber-modified vinyl graft copolymer; a large-diameter rubber polymer having an average particle diameter of about 400 nm to about 1,500 nm, measured as indicated in the specification; an aromatic vinyl copolymer resin; a phosphorus flame retardant; talc; wollastonite; a maleic anhydride-grafted rubber polymer; and a black pigment.
A gas burner membrane (14, 100) for use with pure hydrogen gas or a hydrogen blend gas which includes at least 30 vol. % hydrogen gas, the gas burner membrane comprising a sheet of material with a plurality of holes, and wherein a ceramic coating is provided on the sheet of material.
Plunger for a medical syringe, the plunger having a plunger body which has a longitudinal axis (x), a lateral surface, a front side and a rear side, a first sealing bead being associated with the front side of the plunger and the rear side being used to connect to a plunger rod, a front part of the plunger, including the front side, furthermore being covered with a film-like cover layer for also separating the plunger from the medical substance in the use position, characterised in that the cover layer is formed having different thicknesses (d), the thickness (d) being greatest in the region of the longitudinal axis (x) and, starting from the longitudinal axis (x), decreasing radially outwards, in that the plunger has a plurality of sealing beads (15 to 17) extending in a plane perpendicular to the longitudinal axis (x), having a first sealing bead which is associated with the front side of the plunger, a sealing bead (15 to 17) extending in a rounded manner relative to a longitudinal cross-section through the plunger viewed prior to the insertion of the plunger into a syringe, having a largest radial dimension (a) in a plane extending perpendicularly to the longitudinal axis (x), in that the cover layer extends as far as the radially outermost region of the first sealing bead and, in the axial direction, starting from a point at which the outermost region of the first sealing bead is first reached, extends over 0.1 mm or more, up to 3 mm, in the direction of the longitudinal axis (x), in that the cover layer has a smallest thickness (d) of 0.1 to 3 μm, in that the cover layer has a thickness in the range of 0.2 to 60 μm in the central region of the front plunger side, and in that the cover layer extends as far as a rear side of the first sealing bead that faces away from a front side of the plunger, but does not reach a subsequent cylindrical portion of the plunger.
A user plane connection establishment method, comprising: characterized by determining, by an interworking function network element-control plane, information indicative of a granularity of a user plane connection between an interworking function network element-user plane and an access network gateway, wherein the information indicative of the granularity of the user plane connection comprises information about the user plane connection at an access network gateway granularity, information about the user plane connection at a terminal granularity, or information about the user plane connection at a packet data unit, PDU, session granularity; wherein, at the access network gateway granularity, each access network gateway is associated with a respective user plane connection; wherein, at the terminal granularity, each terminal is associated with a respective user plane connection; and wherein, at the session granularity, each session of a terminal is associated with a respective user plane connection; and sending, by the interworking function network element-control plane, the information indicative of the granularity of the user plane connection to the interworking function network element-user plane and the access network gateway, wherein the information indicative of the granularity of the user plane connection is used to establish the user plane connection between the interworking function network element-user plane and the access network gateway. determining, by an interworking function network element-control plane, information indicative of a granularity of a user plane connection between an interworking function network element-user plane and an access network gateway, wherein the information indicative of the granularity of the user plane connection comprises information about the user plane connection at an access network gateway granularity, information about the user plane connection at a terminal granularity, or information about the user plane connection at a packet data unit, PDU, session granularity; wherein, at the access network gateway granularity, each access network gateway is associated with a respective user plane connection; wherein, at the terminal granularity, each terminal is associated with a respective user plane connection; and wherein, at the session granularity, each session of a terminal is associated with a respective user plane connection; and sending, by the interworking function network element-control plane, the information indicative of the granularity of the user plane connection to the interworking function network element-user plane and the access network gateway, wherein the information indicative of the granularity of the user plane connection is used to establish the user plane connection between the interworking function network element-user plane and the access network gateway.