mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user device comprising a first module for implementing a secure cellular network user device functionality for a secure cellular network, a second module for implementing a functionality for another type of a cellular network and three or more air interfaces comprising a secured cellular air interface of the secure cellular network, usable by the first module, and a cellular air interface of the cellular network, usable by the second module, and one or more further air interfaces providing short range wireless access and being usable by the first module and the second module, the method comprising: sending (6-7), by the first module, in response to receiving (202, 303, 6-1), in the user device by the first module, over a secured network connection via the secured cellular air interface, a remote management message to temporarily disable the functionality of the user device in a secure cellular network to where the secured network connection is established, to the second module a command to enter a disabled operation mode; disabling (203, 305, 307, 6-9), by the second module, in response to the command, in the user device one or more air interfaces, that are usable by the second module, said air interfaces including the cellular air interface of the cellular network; setting (203, 305, 307, 6-6), by the user device, in response to the message, user interfaces in the user device off; and allowing control information exchange via the secured cellular air interface with the secure cellular network over the secured network connection. sending (6-7), by the first module, in response to receiving (202, 303, 6-1), in the user device by the first module, over a secured network connection via the secured cellular air interface, a remote management message to temporarily disable the functionality of the user device in a secure cellular network to where the secured network connection is established, to the second module a command to enter a disabled operation mode; disabling (203, 305, 307, 6-9), by the second module, in response to the command, in the user device one or more air interfaces, that are usable by the second module, said air interfaces including the cellular air interface of the cellular network; setting (203, 305, 307, 6-6), by the user device, in response to the message, user interfaces in the user device off; and allowing control information exchange via the secured cellular air interface with the secure cellular network over the secured network connection.
An apparatus for encoding a dot code pattern suitable for being read by an optical pen , wherein from the dot code pattern a spatial absolute position of an optical pen tip can be derived, comprising a supporting base upon which is encoded said dot code pattern that is continuously arranged on a surface of the supporting base; characterised in that the pattern is formed by a sequence of parallel bands , wherein each band of said sequence of parallel bands comprises a plurality of parallel lines and a plurality of dots , said plurality of parallel lines comprising a base line and at least one secondary line ; and wherein any two consecutive parallel bands are spaced apart from each other by a predetermined value, wherein each parallel band includes a sequence of dot positions; wherein said plurality of dots , in each band, is arranged in pre-determined positions on said dot positions in order to represent a number at a selected number base.
Method for the recovery of heat energy during the vulcanization of a vehicle tyre, comprising the steps of: a) carrying out vulcanization of a tyre with a vulcanization press and in conjunction with hot-water steam and b) removing the hot-water steam from the vulcanization press by way of a hot-water steam collector , characterized by the following steps: c) feeding the hot-water steam into the steam condenser , which is formed in multiple stages with water sprinkling devices lying one above the other, wherein the hot-water steam is conducted counter to a cooling medium in the form of water and is cooled down, wherein the water is heated and caught in a collecting container , d) removing the heated-up water from the collecting container and feeding the heated-up water to a heat exchanger , wherein heat energy is removed at the heat exchanger and fed to a consumer, e) removing the cooled-down water from the heat exchanger , f) returning the cooled-down water to the steam condenser , wherein the water is conducted essentially in a circulating manner. a) carrying out vulcanization of a tyre with a vulcanization press and in conjunction with hot-water steam and b) removing the hot-water steam from the vulcanization press by way of a hot-water steam collector , characterized by the following steps: c) feeding the hot-water steam into the steam condenser , which is formed in multiple stages with water sprinkling devices lying one above the other, wherein the hot-water steam is conducted counter to a cooling medium in the form of water and is cooled down, wherein the water is heated and caught in a collecting container , d) removing the heated-up water from the collecting container and feeding the heated-up water to a heat exchanger , wherein heat energy is removed at the heat exchanger and fed to a consumer, e) removing the cooled-down water from the heat exchanger , f) returning the cooled-down water to the steam condenser , wherein the water is conducted essentially in a circulating manner.
An apparatus comprising a processor , a memory , and communication circuitry , the apparatus being connected to a communications network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: a. provide a service layer entity; and characterized in that the computer-executable instructions, when executed by the processor of the apparatus, further cause the apparatus to: b. receive indications of multicast capabilities provided by underlying networks to multiple entities; c. maintain one or more service layer resources for a multicast configuration; d. receive a request from a first entity to create a service layer group; e. selecting members of a multicast group from among the multiple entities, wherein the selection is based at least in part on the indications of multicast capabilities; f. request a service capability exposure function, SCEF, of an underlying 3rd Generation Partnership Project, 3GPP, cellular network to create a multicast group for transmitting messages to the members of the multicast group; g. receive a create group response from the SCEF, the create group response comprising an assigned 3GPP External Group identity name associated with the multicast group; and h. in response to receiving the create group response from the SCEF, create a service layer group for the selected multiple entities, the group associated with the assigned 3GPP External Group identity name. a. provide a service layer entity; and characterized in that the computer-executable instructions, when executed by the processor of the apparatus, further cause the apparatus to: b. receive indications of multicast capabilities provided by underlying networks to multiple entities; c. maintain one or more service layer resources for a multicast configuration; d. receive a request from a first entity to create a service layer group; e. selecting members of a multicast group from among the multiple entities, wherein the selection is based at least in part on the indications of multicast capabilities; f. request a service capability exposure function, SCEF, of an underlying 3rd Generation Partnership Project, 3GPP, cellular network to create a multicast group for transmitting messages to the members of the multicast group; g. receive a create group response from the SCEF, the create group response comprising an assigned 3GPP External Group identity name associated with the multicast group; and h. in response to receiving the create group response from the SCEF, create a service layer group for the selected multiple entities, the group associated with the assigned 3GPP External Group identity name.
An abrasive sheath for attachment to a component surface, comprising: a metallic layer consisting of a nickel foil or a nickel braze foil; and an abrasive layer plated on a surface of the metallic layer and including a matrix consisting of an alloy having the formula MCrAIY, where M is selected from the group consisting of Ni, Co, Fe, and combinations thereof and abrasive particles protruding from the matrix, an exposed surface of the metallic layer being joinable to the component surface by a heat treatment comprising welding when the metallic layer consists of a nickel foil or brazing when the metallic layer consists of a nickel braze foil. a metallic layer consisting of a nickel foil or a nickel braze foil; and an abrasive layer plated on a surface of the metallic layer and including a matrix consisting of an alloy having the formula MCrAIY, where M is selected from the group consisting of Ni, Co, Fe, and combinations thereof and abrasive particles protruding from the matrix, an exposed surface of the metallic layer being joinable to the component surface by a heat treatment comprising welding when the metallic layer consists of a nickel foil or brazing when the metallic layer consists of a nickel braze foil.
A process for separating a mixture produced in the carbonylation of methanol comprising water, acetic acid, methyl iodide, methyl acetate, methanol, and at least one permanganate reducing compound (PRC) to reduce an amount of methyl iodide that is removed as waste from said process, comprising the steps of: (a) distilling the mixture in a distillation column to separate the mixture into a plurality of streams, at least one of said streams being a PRC enriched overhead stream comprising dimethyl ether; and (b) extracting the PRC enriched overhead stream with water, wherein said extracting comprises a first extraction step comprising contacting the PRC enriched overhead stream with water and separating therefrom a first aqueous extract stream comprising said at least one PRC and a first raffinate stream , and a second extraction step comprising contacting the first raffinate stream with water and separating therefrom a second aqueous extract stream comprising said at least one PRC and a second raffinate stream ; wherein said PRC enriched overhead stream comprises an amount of dimethyl ether effective to reduce the solubility of methyl iodide in said aqueous extract streams (64;70). (a) distilling the mixture in a distillation column to separate the mixture into a plurality of streams, at least one of said streams being a PRC enriched overhead stream comprising dimethyl ether; and (b) extracting the PRC enriched overhead stream with water, wherein said extracting comprises a first extraction step comprising contacting the PRC enriched overhead stream with water and separating therefrom a first aqueous extract stream comprising said at least one PRC and a first raffinate stream , and a second extraction step comprising contacting the first raffinate stream with water and separating therefrom a second aqueous extract stream comprising said at least one PRC and a second raffinate stream ;
A pharmaceutical composition comprising a core in a form of multi-unit spheroidal tablet (MUST) containing esomeprazole or a pharmaceutically acceptable salt thereof and a disintegrant, wherein the disintegrant is low-substituted hydroxypropyl cellulose, the content of the low-substituted hydroxypropyl cellulose being in a range of about 12 percent by weight (wt%) to about 30 wt%, based on a total weight of the core, wherein the pharmaceutical composition is dissolved by 50 percent (%) or more within 15 minutes of a dissolution test in presence of simulated intestinal fluid at 25 revolutions per minute (rpm), when a dissolution test takes place using the paddle method. wherein the disintegrant is low-substituted hydroxypropyl cellulose, the content of the low-substituted hydroxypropyl cellulose being in a range of about 12 percent by weight (wt%) to about 30 wt%, based on a total weight of the core, wherein the pharmaceutical composition is dissolved by 50 percent (%) or more within 15 minutes of a dissolution test in presence of simulated intestinal fluid at 25 revolutions per minute (rpm), when a dissolution test takes place using the paddle method.
A capturing method applicable to a terminal device defining at least three cameras, the at least three cameras comprising at least two lift-able cameras, and the method comprising: displaying a capturing interface; receiving a capturing instruction; and controlling a second camera to capture from a fixed height according to height information corresponding to a capturing mode, and a third camera to capture from different heights to obtain a panoramic image, wherein the second camera and the third camera are lift-able cameras, and after receiving the capturing instruction, the third camera is extended to a highest height, and then is retracted therefrom towards the terminal, continuously capturing the panoramic image during the retraction; and the panoramic image captured by the third camera is fused with an image captured by the second camera to obtain a fused panoramic image, wherein the fusing comprises obtaining different image information from the panoramic image captured by the third camera and the image captured by the second camera and generating the fused panoramic image using the different image information, wherein the image captured by the second camera is used at a center position or a starting position or an ending position of the fused panoramic image. displaying a capturing interface; receiving a capturing instruction; and controlling a second camera to capture from a fixed height according to height information corresponding to a capturing mode, and a third camera to capture from different heights to obtain a panoramic image, wherein the second camera and the third camera are lift-able cameras, and after receiving the capturing instruction, the third camera is extended to a highest height, and then is retracted therefrom towards the terminal, continuously capturing the panoramic image during the retraction; and the panoramic image captured by the third camera is fused with an image captured by the second camera to obtain a fused panoramic image, wherein the fusing comprises obtaining different image information from the panoramic image captured by the third camera and the image captured by the second camera and generating the fused panoramic image using the different image information, wherein the image captured by the second camera is used at a center position or a starting position or an ending position of the fused panoramic image.
A method of configuring an elastic medical band with an elastic support membrane having a fibrous surface, the method comprising forming an aperture through the membrane at a selected location, such that the aperture is surrounded by the fibrous surface ; and securing a stretch stabilizer to the fibrous surface of the membrane, the stretch stabilizer defining an opening at least mostly surrounded by a field of touch fastening elements that releasably engage with the fibrous surface of the membrane with the stretch stabilizer secured; wherein the formed aperture is aligned with the stabilizer opening to form a passage through the membrane; and wherein the secured stretch stabilizer impedes stretch of the membrane in the vicinity of the formed aperture, while allowing an adjacent region of the membrane to stretch.
A reconfiguration method, performed by a terminal, wherein the terminal is connected to at least two base stations, and the method comprises: when a connection failure occurred between the terminal and a master base station MN, reporting a radio connection failure indication of the MN to a secondary base station SN; characterized in that , after the reporting the radio connection failure indication of the MN to the secondary base station SN, the method further comprises: if receiving an RRC reconfiguration message before a target timer of the terminal expires, performing reconfiguration processing according to the RRC reconfiguration message; if the target timer of the terminal expires, initiating an RRC connection re-establishment procedure; wherein the method further comprises: when the RRC layer receives the RRC reconfiguration message or performs the reconfiguration processing according to the RRC reconfiguration message, stopping the target timer. when a connection failure occurred between the terminal and a master base station MN, reporting a radio connection failure indication of the MN to a secondary base station SN; characterized in that , after the reporting the radio connection failure indication of the MN to the secondary base station SN, the method further comprises: if receiving an RRC reconfiguration message before a target timer of the terminal expires, performing reconfiguration processing according to the RRC reconfiguration message; if the target timer of the terminal expires, initiating an RRC connection re-establishment procedure; wherein the method further comprises: when the RRC layer receives the RRC reconfiguration message or performs the reconfiguration processing according to the RRC reconfiguration message, stopping the target timer. if receiving an RRC reconfiguration message before a target timer of the terminal expires, performing reconfiguration processing according to the RRC reconfiguration message; if the target timer of the terminal expires, initiating an RRC connection re-establishment procedure; wherein the method further comprises: when the RRC layer receives the RRC reconfiguration message or performs the reconfiguration processing according to the RRC reconfiguration message, stopping the target timer.
An electric storage water heater with double cathodic protection, including a cathodic polarization circuit comprising: a sacrificial anode and - an anode with imposed current in electrical contact with the sacrificial anode , - a tank , - a voltage generator , and - an insulated supply conductor and an insulated connecting conductor for connecting to the tank in order to couple the voltage generator to the anode with imposed current and to the tank , characterized in that the sacrificial anode surrounds the anode with imposed current such that the current passing through the anode with imposed current can only be discharged through the sacrificial anode , and in that the sacrificial anode has a configuration able to prevent any contact of the anode with imposed current with the water of the tank of the electric water heater , before consumption of the sacrificial anode . - an anode with imposed current in electrical contact with the sacrificial anode , - a tank , - a voltage generator , and - an insulated supply conductor and an insulated connecting conductor for connecting to the tank in order to couple the voltage generator to the anode with imposed current and to the tank , characterized in that the sacrificial anode surrounds the anode with imposed current such that the current passing through the anode with imposed current can only be discharged through the sacrificial anode , and in that the sacrificial anode has a configuration able to prevent any contact of the anode with imposed current with the water of the tank of the electric water heater , before consumption of the sacrificial anode .
A process for producing 1,1,1,3-tetrachloropropane comprising providing a reaction mixture comprising ethene and carbon tetrachloride in a primary alkylation zone upstream of a principal alkylation zone, feeding said reaction mixture into said principal alkylation zone to produce 1,1,1,3-tetrachloropropane in the reaction mixture, and extracting a portion of the reaction mixture from the principal alkylation zone, wherein the reaction in the principal reaction zone is in continuous operation and_the concentration of 1,1,1,3-tetrachloropropane in the reaction mixture in the principal alkylation zone is maintained at a level such that the molar ratio of 1,1,1,3-tetrachloropropane : carbon tetrachloride in the reaction mixture extracted from the alkylation zone does not exceed 95:5 and wherein the reaction mixture extracted from the principal alkylation zone additionally comprises ethene and the reaction mixture is subjected to a selective dealkenation step in which at least 50% or more by weight of the alkene present in the reaction mixture is extracted therefrom and at least 50% of the extracted alkene is fed back into the reaction mixture provided in the principal alkylation zone; and wherein the dealkenation step comprises feeding the reaction mixture extracted from the principal alkylation zone to a distillation zone, in which ethene is distilled from the reaction mixture.
A fluid dispenser comprising: • a casing (E) that is provided with a dispenser head , and • a refill cartridge (C) that includes a fluid reservoir (R), wherein the refill cartridge (C) is axially insertable into the casing (E) in such a manner as to connect the fluid reservoir (R) to the dispenser head , the fluid dispenser being characterized in that the refill cartridge (C) and the casing (E) are provided with connection means for connecting the refill cartridge (C) in the casing (E) by screw-fastening, so as to bring the fluid reservoir (R) into leaktight contact with the dispenser head , the movement, after screw-fastening, of the refill cartridge (C) in the casing (E) towards the dispenser head delivering the fluid to the dispenser head . • a casing (E) that is provided with a dispenser head , and • a refill cartridge (C) that includes a fluid reservoir (R),
A method of predicting invasive breast cancer in a subject, the method comprising: quantifying levels of at least four oncogenic biomarkers from a hyperplastic tissue sample from a pre-cancerous tumor or atypical hyperplastic tissue from breast tissue derived from a subject; calculating a risk score based on the levels of the at least four oncogenic biomarkers; and determining that the subject has a low, intermediate or high risk of developing invasive breast cancer based on the calculated risk score, wherein the at least four oncogenic biomarkers are HEC1 (Highly Expressed in Cancer protein), CEACAM6 (Carcino Embryonic Antigen Cell Adhesion Molecule 6), HYAL1 (Hyaluronoglucosaminidase 1), and MMP-1 (Matrix Metalloproteinase-1). quantifying levels of at least four oncogenic biomarkers from a hyperplastic tissue sample from a pre-cancerous tumor or atypical hyperplastic tissue from breast tissue derived from a subject; calculating a risk score based on the levels of the at least four oncogenic biomarkers; and determining that the subject has a low, intermediate or high risk of developing invasive breast cancer based on the calculated risk score, wherein the at least four oncogenic biomarkers are HEC1 (Highly Expressed in Cancer protein), CEACAM6 (Carcino Embryonic Antigen Cell Adhesion Molecule 6), HYAL1 (Hyaluronoglucosaminidase 1), and MMP-1 (Matrix Metalloproteinase-1).
An isolated antibody that specifically binds to CD74, wherein the antibody comprises: (i) a V H comprising: a CDR-H1 comprising at least one of SEQ ID NOs: 12 and 44; a CDR-H2 comprising at least one of SEQ ID NOs: 76 and 108; and a CDR-H3 comprising SEQ ID NO: 140; (ii) a V L comprising: a CDR-L1 comprising SEQ ID NO: 174; a CDR-L2 comprising SEQ ID NO: 194; and a CDR-L3 comprising SEQ ID NO: 214. (i) a V H comprising: a CDR-H1 comprising at least one of SEQ ID NOs: 12 and 44; a CDR-H2 comprising at least one of SEQ ID NOs: 76 and 108; and a CDR-H3 comprising SEQ ID NO: 140; (ii) a V L comprising: a CDR-L1 comprising SEQ ID NO: 174; a CDR-L2 comprising SEQ ID NO: 194; and a CDR-L3 comprising SEQ ID NO: 214.