mhurhangee/patent-ind-claim-en huggingface dataset:
An authentication method, comprising: obtaining, by a server, a first key Ksm shared with a gateway; receiving, by the server, an encrypted first random factor Rand-M-Encry, a first data digest Data-Hash, and encrypted first data Data-Encry that are sent by a terminal, wherein the Rand-M-Encry is generated by the gateway by encrypting a first random factor Rand-M by using the Ksm, the Data-Hash is obtained by the terminal by performing an operation on a second key Ksx and first data Data based on a first preset algorithm, the Data-Encry is obtained by encrypting the Data by using the Ksx, the Ksx is generated by performing an operation on the Rand-M and a key Kpsa-xi that is shared by the terminal with the server by using a second preset algorithm, the Kpsa-xi, the first preset algorithm, and the second preset algorithm are preconfigured by the terminal and the server, and the Rand-M is generated by the gateway and sent to the terminal; decrypting, by the server, the Rand-M-Encry by using the stored Ksm, to obtain a second random factor Rand-M'; performing, by the server, an operation on the Rand-M' and the Kpsa-xi by using the second preset algorithm, to generate a third key K'sx; decrypting, by the server, the Data-Encry by using the K'sx, to obtain second data Data'; performing, by the server, an operation on the K'sx and the Data' based on the first preset algorithm to obtain a second data digest Data-Hash'; and if the Data-Hash' is the same as the Data-Hash, determining, by the server, that authentication on the terminal succeeds. obtaining, by a server, a first key Ksm shared with a gateway; receiving, by the server, an encrypted first random factor Rand-M-Encry, a first data digest Data-Hash, and encrypted first data Data-Encry that are sent by a terminal, wherein the Rand-M-Encry is generated by the gateway by encrypting a first random factor Rand-M by using the Ksm, the Data-Hash is obtained by the terminal by performing an operation on a second key Ksx and first data Data based on a first preset algorithm, the Data-Encry is obtained by encrypting the Data by using the Ksx, the Ksx is generated by performing an operation on the Rand-M and a key Kpsa-xi that is shared by the terminal with the server by using a second preset algorithm, the Kpsa-xi, the first preset algorithm, and the second preset algorithm are preconfigured by the terminal and the server, and the Rand-M is generated by the gateway and sent to the terminal; decrypting, by the server, the Rand-M-Encry by using the stored Ksm, to obtain a second random factor Rand-M'; performing, by the server, an operation on the Rand-M' and the Kpsa-xi by using the second preset algorithm, to generate a third key K'sx; decrypting, by the server, the Data-Encry by using the K'sx, to obtain second data Data'; performing, by the server, an operation on the K'sx and the Data' based on the first preset algorithm to obtain a second data digest Data-Hash'; and if the Data-Hash' is the same as the Data-Hash, determining, by the server, that authentication on the terminal succeeds.
Stripping tool for removing an outer sheath and/or core insulation of an electrical single-core or multicore cable , the stripping tool comprising hollow body shells which are interconnected by means of a common pivot pin and can be pivoted towards one another to form a hollow body which accommodates a cable at least in part, the hollow body shells comprising at least one cutting element , characterised in that the stripping tool comprises at least two hollow body portions arranged at an angle (α) from one another of between approximately 90° and 170°, in particular between 110° and 150°, at least one first hollow body portion comprising two hollow body shells that can pivot relative to one another, of which at least one hollow body shell can be pivoted without a second hollow body portion being moved.
A module of a photovoltaic system, which has a frame for fastening and a filling element and electrical contacts , at least two electrical contacts being present in the frame and it being possible to conductively connect the module with one or more adjacent modules to these electrical contacts, characterized in that the module is constructed in such a manner that a plurality of modules can be mounted on a roof in a mutually overlapping manner, comparable to conventional roof tiles, wherein the frame of a module can be fastened directly to a substructure using single fastening elements , wherein an adjacent module can be fastened along one side, overlapping with a double fastening element together with a module located therebelow, to a substructure , wherein a double fastening element is set up for direct, detachable fastening of a module with an adjacent module to the substructure , and wherein a ventilation opening for rear ventilation remains exposed.
Housing comprising a housing body that defines a hollow space for receiving electrical and/or electronic components and a housing opening , and a angle connector , which has a first cylindrical section having a first longitudinal connector axis (D) that is designed to be received in the housing opening in a tangential orientation with respect to the housing body , wherein the housing body also comprises a securing pin that is designed to engage in a groove on an outer face of the first cylindrical section of the angle connector in order to secure a position of the angle connector along the first longitudinal connector axis (D), wherein the groove only extends across part of the circumference of the first cylindrical section of the angle connector in order to form a first end stop and a second end stop for a pivoting movement of the angle connector around the first longitudinal connector axis (D), wherein the housing body comprises an essentially circular housing surface area and an essentially cylindrical housing jacket and wherein the tangential orientation of the first cylindrical section with respect to the housing body is a tangential orientation of the first longitudinal connector axis (D) of the first cylindrical section with respect to the circumference of the essentially circular housing surface area and the essentially cylindrical housing jacket . which has a first cylindrical section having a first longitudinal connector axis (D) that is designed to be received in the housing opening in a tangential orientation with respect to the housing body , wherein the housing body also comprises a securing pin that is designed to engage in a groove on an outer face of the first cylindrical section of the angle connector in order to secure a position of the angle connector along the first longitudinal connector axis (D), wherein the groove only extends across part of the circumference of the first cylindrical section of the angle connector in order to form a first end stop and a second end stop for a pivoting movement of the angle connector around the first longitudinal connector axis (D), wherein the housing body comprises an essentially circular housing surface area and an essentially cylindrical housing jacket and wherein the tangential orientation of the first cylindrical section with respect to the housing body is a tangential orientation of the first longitudinal connector axis (D) of the first cylindrical section with respect to the circumference of the essentially circular housing surface area and the essentially cylindrical housing jacket .
An earpiece , comprising: an intra-auricular support having an intra-auricular support external surface positionable in an auricle of an ear , wherein a portion of said intra-auricular support external surface is configured as an intra-auricular support base securable to an earphone housing of an earphone , said intra-auricular support includes a base member having a base member first surface fixedly or removably engaged to the intra-auricular support base, said base member having an arcuate body having a base member length and a base member width , said base member length include a base member curvature , which allows a base member second surface to mateably secure in overlying engagement with corresponding curvature of the earphone housing of the earphone and said base member curvature including an arc measure extending between opposite arcuate body first and second ends of 45 degrees and 270 degrees, said intra-auricular support secured by said intra-auricular support base to said earphone housing positionable in said auricle of said ear upon insertion of said earphone into said ear.
Use of a cold-rolling magnetic filtration waste as a flux for a high-ash-melting-point coal having a softening temperature of not less than 1450 °C.
A pressure sensitive adhesive sheet comprising a pressure sensitive adhesive layer formed of a pressure sensitive adhesive composition, the pressure sensitive adhesive composition comprising an aliphatic polycarbonate, a pressure sensitive adhesive resin other than the aliphatic polycarbonate and an acid/base generator that generates an acid or a base upon the application of energy.
A curable composition comprising: (A) an organic polymer having a backbone structure which is a polyoxyalkylene polymer and having a reactive silyl group; (B) at least one ester compound (except for compounds having a methyl ester group) selected from the group consisting of isophthalic acid ester compounds, terephthalic acid ester compounds, 1,3-cyclohexanedicarboxylic acid ester compounds, and 1,4-cyclohexanedicarboxylic acid ester compounds; and (C) a compound having a methyl ester group. (A) an organic polymer having a backbone structure which is a polyoxyalkylene polymer and having a reactive silyl group; (B) at least one ester compound (except for compounds having a methyl ester group) selected from the group consisting of isophthalic acid ester compounds, terephthalic acid ester compounds, 1,3-cyclohexanedicarboxylic acid ester compounds, and 1,4-cyclohexanedicarboxylic acid ester compounds; and (C) a compound having a methyl ester group.
Device for underwater pelletizing of plastic with a pelletizing head , with a pelletizing housing which can be connected to the pelletizing head and accommodates a cutter head which interacts with a die plate of the pelletizing head and whose cutter head shaft is mounted in a sliding sleeve so as to be rotatable but axially non-displaceable, and with an axial displacement guide , fixed to the housing, for the sliding sleeve , which sliding sleeve can be displaced by means of an adjusting drive , characterized in that the pelletizing housing can be fastened to a mounting flange of the die plate arranged in a thermally insulated manner with respect to the pelletizing head and forms the displacement guide for the sliding sleeve .
An antibody-drug conjugate comprising a cytotoxic drug conjugated to the N-terminal amino acid residue of the heavy chain or light chain of an antibody, wherein the cytotoxic drug is conjugated to the N-terminal α-amine group of the heavy chain or light chain of the antibody, and the cytotoxic drug is conjugated to the antibody by a linker having a reactive aldehyde group through reductive alkylation.
A method of forming coated particles, the method comprising: providing a first quantity of metal oxide particles; providing a second quantity of a coating material comprising an organic compound; and mechanically mixing the metal oxide particles with the coating material in a dry mixing process to provide a mixture comprising the metal oxide particles coated with the organic compound; wherein the ratio of the particles to the coating material is between 1:0.5 and 1:2 by mass. providing a first quantity of metal oxide particles; providing a second quantity of a coating material comprising an organic compound; and mechanically mixing the metal oxide particles with the coating material in a dry mixing process to provide a mixture comprising the metal oxide particles coated with the organic compound; wherein the ratio of the particles to the coating material is between 1:0.5 and 1:2 by mass.
A multilayered heat-resistant separator element which is obtained by laminating an inorganic heat-resistant layer on at least one surface of a substrate film comprising a polyolefin microporous membrane having an elongation of 2% or less when tensioned at 10 N/mm 2 at 100 °C, wherein the polyolefin microporous membrane comprises a propylene polymer having a melt mass flow rate measured under conditions according to JIS K 6758 at 230 °C and a load of 21.18 N of 0.1 to 1.0 g/10 min and a melting point of 150 to 170 °C and optionally containing at least one selected from among ethylene and α-olefins having 4 to 8 carbon atoms, and in which the thickness of the substrate film is 10 to 30 μm, the thickness of one inorganic heat-resistant layer is 1 to 5 μm, and a curl height measured by the following method (a) is less than 10 mm, curl height measurement method (a): a rectangular sample of 30 cm in the length direction × 20 cm in the width direction cut out from a multilayered heat-resistant separator element is left under an atmosphere at 25 °C for 24 hours, and then placed on a horizontal table such that a shrunk surface side faces upward, heights of four corners of the sample from the table are measured, and an average value of the four heights is calculated as a curl height.
An automated slide treatment apparatus for treating one or more tissue samples disposed on slides including a plurality of slide treatment modules arranged to receive ones of the slides and at least one fluid dispensing robot configured by a controller to dispense a plurality of reagents to said ones of the slides received in the slide treatment modules to treat said one or more tissue samples respectively, the automated slide treatment apparatus including a slide transport system , the slide transport system including: a slide transport robot configured by the controller to move the slides to and from the slide treatment modules , wherein the slide treatment modules include a closure body ; a slide transport device disposed on the slide transport robot and configured by the controller to releasably hold the slides , wherein the slide transport device is configured by the controller to release the slide so as to locate the slide in the slide treatment module when the closure body is in an open position, characterised in that : the closure body is normally held in a closed position; and the slide transport robot includes a slide handling head arranged to move the closure body of one of the slide treatment modules so as to move the closure body normally held in the closed position to the open position when the slide transport robot is configured by the controller to move one of the slides to the slide treatment module . a slide transport robot configured by the controller to move the slides to and from the slide treatment modules , wherein the slide treatment modules include a closure body ; a slide transport device disposed on the slide transport robot and configured by the controller to releasably hold the slides , wherein the slide transport device is configured by the controller to release the slide so as to locate the slide in the slide treatment module when the closure body is in an open position, characterised in that : the closure body is normally held in a closed position; and the slide transport robot includes a slide handling head arranged to move the closure body of one of the slide treatment modules so as to move the closure body normally held in the closed position to the open position when the slide transport robot is configured by the controller to move one of the slides to the slide treatment module . the closure body is normally held in a closed position; and the slide transport robot includes a slide handling head arranged to move the closure body of one of the slide treatment modules so as to move the closure body normally held in the closed position to the open position when the slide transport robot is configured by the controller to move one of the slides to the slide treatment module .
A refrigerator having a slide rail cabling mechanism , comprising a compartment opened forward and a drawer-type door which is movable back and forth to open or close the compartment , the compartment having a bottom wall , a rear wall and two sidewalls , the drawer-type door being provided with an electrical component , a support frame movably mounted on the sidewall in a front-rear direction being further disposed on a rear side of the drawer-type door , the support frame being used to support a drawer box , wherein the slide rail cabling mechanism comprises a cable for powering the electrical component , a first cabling box fixed on an inner side of the compartment and a second cabling box fixed on the support frame , the first cabling box is formed with a first receiving portion and a second receiving portion below the drawer box , the cable having a fixed section fixed in the first receiving portion and a movable section extending from the fixed section towards the second cabling box , the second receiving portion being used to receive part of the movable section , the second cabling box is formed with a fixed receiving section extending in the front-rear direction.
A pressure sensitive adhesive sheet comprising, laminated in this order, a supporting substrate, a pressure sensitive adhesive layer (X), a continuous void-containing layer including a composition containing silica particles, and a pressure sensitive adhesive layer (Y), the continuous void-containing layer having a mass concentration of the silica particles of more than 61% and 100% or less, wherein the continuous void-containing layer has a thickness incremental rate by voids, which is calculated according to expression below, of more than 170% and 280% or less thickness incremental rate by voids % = measured film thickness × 100 / measured value of coated amount / specific gravity of dried coated film wherein the measured film thickness is a value obtained by measuring the thickness of the void-containing layer with a constant pressure thickness gauge according to JIS K7130, the coated amount is the dry mass of the void-containing layer per unit area, and the specific gravity of the dried coated film is the value calculated from the mass fractions of the specific gravity of the materials, and the silica particles as a material forming the continuous void-containing layer have a volume average secondary particle diameter, obtained by measuring the particle size distribution by the Coulter Counter method, of from 0.5 to 10 μm. wherein the continuous void-containing layer has a thickness incremental rate by voids, which is calculated according to expression below, of more than 170% and 280% or less thickness incremental rate by voids % = measured film thickness × 100 / measured value of coated amount / specific gravity of dried coated film wherein the measured film thickness is a value obtained by measuring the thickness of the void-containing layer with a constant pressure thickness gauge according to JIS K7130, the coated amount is the dry mass of the void-containing layer per unit area, and the specific gravity of the dried coated film is the value calculated from the mass fractions of the specific gravity of the materials, and the silica particles as a material forming the continuous void-containing layer have a volume average secondary particle diameter, obtained by measuring the particle size distribution by the Coulter Counter method, of from 0.5 to 10 μm. the measured film thickness is a value obtained by measuring the thickness of the void-containing layer with a constant pressure thickness gauge according to JIS K7130, the coated amount is the dry mass of the void-containing layer per unit area, and the specific gravity of the dried coated film is the value calculated from the mass fractions of the specific gravity of the materials, and the silica particles as a material forming the continuous void-containing layer have a volume average secondary particle diameter, obtained by measuring the particle size distribution by the Coulter Counter method, of from 0.5 to 10 μm.
A method for reporting channel state information, CSI, by a user equipment, UE, in a wireless communication system, the method comprising: performing a reference signal received power, RSRP, measurement for a serving cell and a RSRP measurement for a neighboring cell; transmitting (S1410) a measurement report based on the RSRP measurement for the serving cell and the RSRP measurement for the neighboring cell; receiving (S1430) information configured as a bitmap for indicating CSI subframe sets including a first CSI subframe set and a second CSI subframe set; performing (S1440), based on the bitmap, a CSI measurement for a first CSI within the first CSI subframe set and a CSI measurement for a second CSI within the second CSI subframe set; and reporting (S1450), based on the CSI measurements, the first CSI and the second CSI, wherein CSI resources in the first CSI subframe set and CSI resources in the second CSI subframe set are configured not to be overlapped, wherein the first CSI includes a first channel quality indicator, CQI, and the second CSI includes a second CQI, wherein the first CQI in the first CSI is related to first interference experienced only in the first subframe set other than the second subframe set, wherein the second CQI in the second CSI is related to second interference experienced only in the second subframe set other than the first subframe set, and wherein the first CSI including the first CQI and the second CSI including the second CQI are configured separately from each other. performing a reference signal received power, RSRP, measurement for a serving cell and a RSRP measurement for a neighboring cell; transmitting (S1410) a measurement report based on the RSRP measurement for the serving cell and the RSRP measurement for the neighboring cell; receiving (S1430) information configured as a bitmap for indicating CSI subframe sets including a first CSI subframe set and a second CSI subframe set; performing (S1440), based on the bitmap, a CSI measurement for a first CSI within the first CSI subframe set and a CSI measurement for a second CSI within the second CSI subframe set; and reporting (S1450), based on the CSI measurements, the first CSI and the second CSI, wherein CSI resources in the first CSI subframe set and CSI resources in the second CSI subframe set are configured not to be overlapped, wherein the first CSI includes a first channel quality indicator, CQI, and the second CSI includes a second CQI, wherein the first CQI in the first CSI is related to first interference experienced only in the first subframe set other than the second subframe set, wherein the second CQI in the second CSI is related to second interference experienced only in the second subframe set other than the first subframe set, and wherein the first CSI including the first CQI and the second CSI including the second CQI are configured separately from each other.