mhurhangee/ep-ind-claims huggingface dataset:
A rock anchoring system to reinforce a rock face with a rock bolt drilled into rock formations to stabilize said rock formations, said rock bolt being securable into a region defined by an axial bore hole and having a longitudinally extending linear shank body with a bore hole end and a rock face end, said bore hole end being fixable furthest within the rock formation, said rock bolt further comprising a planar surface bearing plate bearing against the rock face with a circular outline wherein: said bearing plate comprises a lateral surface along the circular periphery thereof, configured to be inclined with regard to the axial direction of the rock bolt so as to form a right circular truncated cone, a first circular surface of the truncated cone bears against the rock face and a second circular surface of the truncated cone is closer to the rock face end of the rock bolt, said first circular surface being smaller than said second larger circular surface, characterized in that, a spherical washer abuts a bearing plate dome adjacent to said large circular surface of the truncated cone, said spherical washer is welded to the rock bolt at a welded region to be in abutment with said bearing plate dome adjacent to said large circular surface of the truncated cone, said rock bolt comprises a threaded portion spaced apart from said welded region and, a fastening means is connectable with the rock bolt to be matingly threaded into firm engagement with the threaded portion. said bearing plate comprises a lateral surface along the circular periphery thereof, configured to be inclined with regard to the axial direction of the rock bolt so as to form a right circular truncated cone, a first circular surface of the truncated cone bears against the rock face and a second circular surface of the truncated cone is closer to the rock face end of the rock bolt, said first circular surface being smaller than said second larger circular surface, characterized in that, a spherical washer abuts a bearing plate dome adjacent to said large circular surface of the truncated cone, said spherical washer is welded to the rock bolt at a welded region to be in abutment with said bearing plate dome adjacent to said large circular surface of the truncated cone, said rock bolt comprises a threaded portion spaced apart from said welded region and, a fastening means is connectable with the rock bolt to be matingly threaded into firm engagement with the threaded portion.
A circuit board comprising: an insulating substrate; and a circuit formed on the insulating substrate, wherein the circuit comprises: a undercoat layer with a circuit pattern formed by irradiating a metal thin film covering a surface of the insulating substrate with a laser along an outer shape of the circuit so as to partly remove the metal thin film along the outer shape of the circuit; a Cu plating layer, a Ni plating layer and a Au plating layer formed by metal plating and sequentially provided on a surface of the undercoat layer; characterized by a first middle plating layer and a second middle plating layer provided between the Ni plating layer and the Au plating layer, wherein the first middle plating layer includes metal with a less noble standard electrode potential with respect to Au and is in contact with the Au plating layer, and wherein the second middle plating layer includes metal with a noble standard electrode potential with respect to the metal in the first middle plating layer and is in contact with the first middle plating layer. an insulating substrate; and a circuit formed on the insulating substrate, wherein the circuit comprises: a undercoat layer with a circuit pattern formed by irradiating a metal thin film covering a surface of the insulating substrate with a laser along an outer shape of the circuit so as to partly remove the metal thin film along the outer shape of the circuit; a Cu plating layer, a Ni plating layer and a Au plating layer formed by metal plating and sequentially provided on a surface of the undercoat layer; characterized by a first middle plating layer and a second middle plating layer provided between the Ni plating layer and the Au plating layer, wherein the first middle plating layer includes metal with a less noble standard electrode potential with respect to Au and is in contact with the Au plating layer, and wherein the second middle plating layer includes metal with a noble standard electrode potential with respect to the metal in the first middle plating layer and is in contact with the first middle plating layer. a undercoat layer with a circuit pattern formed by irradiating a metal thin film covering a surface of the insulating substrate with a laser along an outer shape of the circuit so as to partly remove the metal thin film along the outer shape of the circuit; a Cu plating layer, a Ni plating layer and a Au plating layer formed by metal plating and sequentially provided on a surface of the undercoat layer; characterized by a first middle plating layer and a second middle plating layer provided between the Ni plating layer and the Au plating layer, wherein the first middle plating layer includes metal with a less noble standard electrode potential with respect to Au and is in contact with the Au plating layer, and wherein the second middle plating layer includes metal with a noble standard electrode potential with respect to the metal in the first middle plating layer and is in contact with the first middle plating layer.
A WW domain-containing oxidoreductase (WWOX) wild type gene, or a functional derivative thereof encoding an amino acid sequence having at least 95% sequence identity with the amino acid sequence of SEQ ID NO: 2, for use in a method for the treatment of a WWOX-associated CNS disease, the method comprising: administering to the brain of a patient in need of such treatment, said WWOX wild type gene or functional derivative thereof under control of a regulatory element that results in expression of WWOX in the brain, wherein the WWOX-associated CNS disease is WWOX-related epileptic encephalopathy (WOREE) syndrome or spinocerebellar ataxia, autosomal recessive 12 (SCAR12).
Motor-operated valve, comprising: - a servomotor having an output shaft, - a stem nut, and - a coupling bushing connected to the servomotor and to the stem nut in order to couple the output shaft of the servomotor and the stem nut rotationally, said bushing comprising: - a measurement device for directly measuring the torque delivered by the output shaft of the servomotor to the stem nut, and - a contactless transmitter for transmitting measurement data obtained by the measurement device. - a servomotor having an output shaft, - a stem nut, and - a coupling bushing connected to the servomotor and to the stem nut in order to couple the output shaft of the servomotor and the stem nut rotationally, said bushing comprising: - a measurement device for directly measuring the torque delivered by the output shaft of the servomotor to the stem nut, and - a contactless transmitter for transmitting measurement data obtained by the measurement device.
Method for correcting a model for determining a quantity of reducing agent to be injected for a selective catalytic reduction of the nitrogen oxides contained in exhaust gases, comprising the following steps: - a quantity of reducing agent to be injected is determined according to the quantity of nitrogen oxides emitted and an initial mathematical model, - it is determined, by means of a measurement of the quantity and/or nature of gases made at the discharge from the catalyst, whether the reduction reaction is carried out correctly, - if an abnormality is detected, the quantity of reducing agent to be injected is modified, - if the implementation of this method leads to a successive number of modifications of the same number greater than a predetermined value N: ∘ the mathematical model is corrected, and ∘ the initial mathematical model is replaced with the corrected model, the step of determining whether the reduction reaction is carried out correctly comprising the following steps: - an efficacy of conversion of the nitrogen oxides in response to an injection of the quantity of reducing agent is determined according to the measurement of the quantity of gas at the discharge from the catalyst, - this efficacy, referred to as the actual efficacy, is compared with a required minimum efficacy, and - if the difference between the required minimum efficacy and the actual efficacy is greater than a predetermined threshold, the presence of an abnormality is detected. - a quantity of reducing agent to be injected is determined according to the quantity of nitrogen oxides emitted and an initial mathematical model, - it is determined, by means of a measurement of the quantity and/or nature of gases made at the discharge from the catalyst, whether the reduction reaction is carried out correctly, - if an abnormality is detected, the quantity of reducing agent to be injected is modified, - if the implementation of this method leads to a successive number of modifications of the same number greater than a predetermined value N: ∘ the mathematical model is corrected, and ∘ the initial mathematical model is replaced with the corrected model, the step of determining whether the reduction reaction is carried out correctly comprising the following steps: ∘ the mathematical model is corrected, and ∘ the initial mathematical model is replaced with the corrected model, - an efficacy of conversion of the nitrogen oxides in response to an injection of the quantity of reducing agent is determined according to the measurement of the quantity of gas at the discharge from the catalyst, - this efficacy, referred to as the actual efficacy, is compared with a required minimum efficacy, and - if the difference between the required minimum efficacy and the actual efficacy is greater than a predetermined threshold, the presence of an abnormality is detected.
Electric fence for deterring animals from an area with one or more supplies of feed and at least one separate feed processing machine (12, 19), wherein the fence comprises: - an electrically conductive member (2a, 2b, 2c, 2d, 2e), - an electric power supply connected to said member (2a, 2b, 2c, 2d, 2e) for energizing the member (2a, 2b, 2c, 2d, 2e) and arranged to provide an electric shock to an object coming into contact with said member (2a, 2b, 2c, 2d, 2e), and - a controller operatively connected to the fence, wherein the controller is arranged to measure a value of an electrical parameter of the fence, and to automatically adjust the operating state of the machine (12, 19) within the area when the measured parameter value fulfils a predetermined criterion and wherein the controller is arranged to automatically adjust the operating state when the criterion is fulfilled at least a predetermined number of times and characterized in that the fence is provided with a gate (8, 9, 10) and wherein the controller is arranged to determine the state of said gate (8, 9, 10) and automatically adjust the operating state of the machine (12, 19) on the basis of the determined state of said gate (8, 9, 10). - an electrically conductive member (2a, 2b, 2c, 2d, 2e), - an electric power supply connected to said member (2a, 2b, 2c, 2d, 2e) for energizing the member (2a, 2b, 2c, 2d, 2e) and arranged to provide an electric shock to an object coming into contact with said member (2a, 2b, 2c, 2d, 2e), and - a controller operatively connected to the fence,
A compound for use in the treatment of respiratory syncytial virus infection, characterized in that the compound is S1-2 of formula or S1-4 of formula:
An information transmission method, comprising: receiving a random access preamble sent by user equipment, UE; generating first information according to the received random access preamble, wherein the first information is information about a random access response to the random access preamble, characterized by that the first information comprises indication information of a narrowband resource used for transmission of a control channel and resource allocation information used for transmission of second information, wherein the second information is information about a response to the first information, resource allocation information used for transmission of the second information indicates a narrowband resource and resource allocation within a narrowband; and sending the first information to the UE; wherein the narrowband includes six physical resource blocks, PRBs, and indexes of the PRBs are separately: a PRB n, a PRB n+1, a PRB n+2, a PRB n+3, a PRB n+4, and a PRB n+5; 3 bits are used for indicating the resource allocation within the narrowband as illustrated in the following table: Resource indication bit status within the narrowband Resource within the narrowband 000 PRB n 001 PRB n+1 010 PRB n+2 011 PRB n+3 100 PRB n+4 101 PRB n+5 110 PRB n, PRB n+1 111 PRB n+2, PRB n+3 receiving a random access preamble sent by user equipment, UE; generating first information according to the received random access preamble, wherein the first information is information about a random access response to the random access preamble, characterized by that the first information comprises indication information of a narrowband resource used for transmission of a control channel and resource allocation information used for transmission of second information, wherein the second information is information about a response to the first information, resource allocation information used for transmission of the second information indicates a narrowband resource and resource allocation within a narrowband; and sending the first information to the UE; wherein the narrowband includes six physical resource blocks, PRBs, and indexes of the PRBs are separately: a PRB n, a PRB n+1, a PRB n+2, a PRB n+3, a PRB n+4, and a PRB n+5; 3 bits are used for indicating the resource allocation within the narrowband as illustrated in the following table:
A sliding member, comprising: a base; a chromium-based hard chromium plated layer consisting of chromium, 0.2 mass% to 0.5 mass% oxygen and 0.03 mass% to 0.1 mass% hydrogen and formed on a surface of the base; and a hard carbon layer mainly composed of carbon element, formed on the hard chromium plated layer, wherein a hydrogen concentration of the hard chromium plated layer is from 10 to 140 mass ppm. a base; a chromium-based hard chromium plated layer consisting of chromium, 0.2 mass% to 0.5 mass% oxygen and 0.03 mass% to 0.1 mass% hydrogen and formed on a surface of the base; and a hard carbon layer mainly composed of carbon element, formed on the hard chromium plated layer, wherein a hydrogen concentration of the hard chromium plated layer is from 10 to 140 mass ppm.
Decoupling mat for sealing and decoupling, and for solid-borne-sound insulation, comprising a plurality of layers in the following sequence: α) textile layer or non-woven layer, β) plastics film layer, γ) plastics film layer with flat, coherent main area and with, on one side, depressed areas and cavities, where the coherent main area has been bonded to the plastics film layer (β), and where the depressed areas have been filled with a filler, and the filler is composed of a mixture of quartz sand with a binder, δ) textile layer or non-woven layer, where the decoupling mat is impermeable to water. α) textile layer or non-woven layer, β) plastics film layer, γ) plastics film layer with flat, coherent main area and with, on one side, depressed areas and cavities, where the coherent main area has been bonded to the plastics film layer (β), and where the depressed areas have been filled with a filler, and the filler is composed of a mixture of quartz sand with a binder, δ) textile layer or non-woven layer,
A method of recycling black mass obtained from lithium iron phosphate batteries, comprising: an alkaline leaching step, comprising adding an alkaline solution with a pH of 13-14 to the black mass to obtain a first leachate and a first solid residue; an acid leaching step, comprising adding a 4M-6M acid solution to the first solid residue for a first duration to obtain a second leachate, wherein the acid leaching step further comprises diluting the acid solution by 1⁄2 and adding a first oxidising agent to the acid solution for a second duration to obtain the second leachate. passing the second leachate through a first ion-exchange column wherein fluoride ions from the second leachate are retained in a first resin column to obtain a first eluate; passing the first eluate through a second ion-exchange column wherein copper ions from the first eluate are retained in a second resin column to obtain a second eluate; an iron precipitation step, comprising raising the pH of the second eluate to 2.5-5 and adding a quantity of phosphoric acid to the second eluate, to obtain a first solution and an iron phosphate precipitate; combining the first leachate and the first solution to obtain a second solution; and adjusting the pH of the second solution to 6.5 to obtain a residual precipitate and a lithium solution; wherein the quantity of phosphoric acid is sufficient to achieve an equivalent stoichiometric ratio of ferric iron and phosphate anions in the second eluate. an alkaline leaching step, comprising adding an alkaline solution with a pH of 13-14 to the black mass to obtain a first leachate and a first solid residue; an acid leaching step, comprising adding a 4M-6M acid solution to the first solid residue for a first duration to obtain a second leachate, wherein the acid leaching step further comprises diluting the acid solution by 1⁄2 and adding a first oxidising agent to the acid solution for a second duration to obtain the second leachate. passing the second leachate through a first ion-exchange column wherein fluoride ions from the second leachate are retained in a first resin column to obtain a first eluate; passing the first eluate through a second ion-exchange column wherein copper ions from the first eluate are retained in a second resin column to obtain a second eluate; an iron precipitation step, comprising raising the pH of the second eluate to 2.5-5 and adding a quantity of phosphoric acid to the second eluate, to obtain a first solution and an iron phosphate precipitate; combining the first leachate and the first solution to obtain a second solution; and adjusting the pH of the second solution to 6.5 to obtain a residual precipitate and a lithium solution;
Toilet flush comprising: - a tank comprising at least one upper opening and one lower outlet for the discharge of a flushing liquid; - a reservoir arranged at least partly inside said tank with the possibility to perform at least one rotation between at least one filling position, in which the reservoir can be filled with flushing liquid, and at least one discharge position, in which at least a part of the flushing liquid can be poured out of the reservoir and discharged through said outlet; - support means arranged on said tank in a removable manner, said support means comprising two support portions arranged on two opposite sides of the support means, said reservoir comprising two reservoir portions arranged on two opposite sides of the reservoir, said two reservoir portions being rotatably coupled to said two support portions; characterized in that said support means is arranged at least in part above said opening. - a tank comprising at least one upper opening and one lower outlet for the discharge of a flushing liquid; - a reservoir arranged at least partly inside said tank with the possibility to perform at least one rotation between at least one filling position, in which the reservoir can be filled with flushing liquid, and at least one discharge position, in which at least a part of the flushing liquid can be poured out of the reservoir and discharged through said outlet; - support means arranged on said tank in a removable manner, said support means comprising two support portions arranged on two opposite sides of the support means, said reservoir comprising two reservoir portions arranged on two opposite sides of the reservoir, said two reservoir portions being rotatably coupled to said two support portions;
Power socket connected to the Schuko ® standard for mounting in a flush-mount box, said power socket comprising a housing closed at the front by a trim plate forming an insertion well for an electrical plug, with a bottom wall pierced with access orifices to phase and neutral electrical connection terminals arranged in the housing, said housing enclosing a ground connection terminal and an electronic board pierced with a circular opening at a point eccentric with respect to the center of the bottom wall of the insertion well, characterised in that it comprises a conductive spacer in the form of a cylindrical section, connected to the ground connection terminal, which passes through said circular opening of the electronic board so that the free end of said conductive spacer emerges just above or at the level of the bottom wall of the insertion well for connection to a conductive grounding spring contact of a Schuko ® standard socket.
A process for the manufacturing of a catalyst composition of the present invention prepared by: a. Adding, clay, boehmite, a first silica to form a slurry; b. Digesting the slurry with a monoprotic acid to a pH of less than 4; c. Adding one or more zeolites from the group of ultra stabilized high SiO 2 /Al 2 O 3 Y zeolite, wherein the framework SiO 2 /Al 2 O 3 ratio is above 6.5, rare earth exchanged USY, rare earth exchanged Y zeolites, zeolites with pentasil and beta structures to the slurry and mixtutres thereof; d. Adding a rare earth component in form of a salt or solution to the slurry either after step (a) or after step (c) and mixing; e. Adjust the slurry pH to below 4 with monoprotic acid; f. Adding a second silica anywhere in the above steps a - e; g. Destabilizing the slurry by raising the pH to above 4.0; h. Shaping and collecting the resulting catalyst; i. Optionally followed by a calcination and post washing step to remove excess sodium as necessary. a. Adding, clay, boehmite, a first silica to form a slurry; b. Digesting the slurry with a monoprotic acid to a pH of less than 4; c. Adding one or more zeolites from the group of ultra stabilized high SiO 2 /Al 2 O 3 Y zeolite, wherein the framework SiO 2 /Al 2 O 3 ratio is above 6.5, rare earth exchanged USY, rare earth exchanged Y zeolites, zeolites with pentasil and beta structures to the slurry and mixtutres thereof; d. Adding a rare earth component in form of a salt or solution to the slurry either after step (a) or after step (c) and mixing; e. Adjust the slurry pH to below 4 with monoprotic acid; f. Adding a second silica anywhere in the above steps a - e; g. Destabilizing the slurry by raising the pH to above 4.0; h. Shaping and collecting the resulting catalyst; i. Optionally followed by a calcination and post washing step to remove excess sodium as necessary.