mhurhangee/patent-ind-claim-en huggingface dataset:
A process comprising: a. providing a one-component spray polyurethane foam formulation comprising a blowing agent and prepolymer reaction products resulting from reacting isocyanates and polyols in the presence of a catalyst, the prepolymer having free isocyanate groups at a concentration in a range of 12 to 17 weight-percent based on prepolymer weight and the blowing agent being one or any combination of more than one material selected from carbon dioxide, saturated fluorinated hydrocarbons and unsaturated fluorinated hydrocarbons and being present at a concentration of at least 9 x10 -4 moles per kilogram of foam formulation; b. providing a dispensing accessory comprising a removable nozzle that can reversibly disconnect from the rest of the dispensing accessory and that defines a flow channel defined through it, including an exit opening of the flow channel from the dispensing accessory; c. providing a supplemental propellant to the dispensing accessory at a pressure of at least 400 kiloPascals; d. feeding the one-component spray polyurethane foam formulation and supplemental propellant independent from one another into the dispensing accessory so that they combine in the removable nozzle; and e. expelling the one component spray polyurethane foam formulation and supplemental propellant together from the dispensing accessory from the exit opening of the removable nozzle; wherein the blowing agent comprises at least 13 weight-percent of a fluorinated olefin based on total weight of isocyanate, polyol and blowing agent. a. providing a one-component spray polyurethane foam formulation comprising a blowing agent and prepolymer reaction products resulting from reacting isocyanates and polyols in the presence of a catalyst, the prepolymer having free isocyanate groups at a concentration in a range of 12 to 17 weight-percent based on prepolymer weight and the blowing agent being one or any combination of more than one material selected from carbon dioxide, saturated fluorinated hydrocarbons and unsaturated fluorinated hydrocarbons and being present at a concentration of at least 9 x10 -4 moles per kilogram of foam formulation; b. providing a dispensing accessory comprising a removable nozzle that can reversibly disconnect from the rest of the dispensing accessory and that defines a flow channel defined through it, including an exit opening of the flow channel from the dispensing accessory; c. providing a supplemental propellant to the dispensing accessory at a pressure of at least 400 kiloPascals; d. feeding the one-component spray polyurethane foam formulation and supplemental propellant independent from one another into the dispensing accessory so that they combine in the removable nozzle; and e. expelling the one component spray polyurethane foam formulation and supplemental propellant together from the dispensing accessory from the exit opening of the removable nozzle; wherein the blowing agent comprises at least 13 weight-percent of a fluorinated olefin based on total weight of isocyanate, polyol and blowing agent.
A thin woven fabric composed of warp yarns and weft yarns and having a basis weight of 15 g/m 2 to 50 g/m 2 , wherein thermoplastic synthetic yarns having fineness of 5 dtex to 30 dtex are arranged in at least a portion of the warp yarns or weft yarns, characterized in that the average deviation of the coefficient of friction on one side of the fabric, determined as described in the description, is 0.008 to 0.05, the value of Qmax of that one side of the fabric, determined as described in the description, is 85 W/m 2 ·°C to 125 W/m 2 ·°C, the yarn flattening index X of yarn composing the surface of said one side of the thin woven fabric, determined as described in the description, is 0.75 or less, and the yarn flattening index Y of yarn not composing the surface of said one side of the thin woven fabric is 0.8 to 1.1, wherein the thin woven fabric is obtained by a method comprising the steps of (i) weaving a fabric and (ii) calendering the woven fabric under such conditions that the calendering index, determined as described in the description, is -10 to 10.
Heat pump, comprising: an evaporator ; a liquefier ; a gas region extending between the evaporator and the liquefier and formed to guide evaporated working fluid from the evaporator to the liquefier , so that the evaporated working fluid is liquefied in the liquefier; a first compressor arranged between the evaporator and the liquefier in a vertical direction, wherein the first compressor is formed to compress evaporated working fluid and feed the compressed working fluid into a part of the gas region having a higher pressure than the evaporator in operation of the heat pump, and a second compressor arranged laterally to or above the liquefier to even further compress, and feed into the liquefier , compressed evaporated working fluid from the part of the gas region, wherein the heat pump has a setup direction for operation, and wherein the liquefier is arranged above the evaporator with respect to the setup direction for operation. an evaporator ; a liquefier ; a gas region extending between the evaporator and the liquefier and formed to guide evaporated working fluid from the evaporator to the liquefier , so that the evaporated working fluid is liquefied in the liquefier; a first compressor arranged between the evaporator and the liquefier in a vertical direction, wherein the first compressor is formed to compress evaporated working fluid and feed the compressed working fluid into a part of the gas region having a higher pressure than the evaporator in operation of the heat pump, and a second compressor arranged laterally to or above the liquefier to even further compress, and feed into the liquefier , compressed evaporated working fluid from the part of the gas region, wherein the heat pump has a setup direction for operation, and wherein the liquefier is arranged above the evaporator with respect to the setup direction for operation.
Stack-shaped III-V semiconductor component comprising - a stack with an upper side , a lower side , a side surface connecting the upper side and the lower side and a longitudinal axis (L) extending through the upper side and the lower side , wherein - the stack has a p + region with an upper side, a lower side and a doping substance concentration of 5·10 18 - 5·10 20 N/cm 3 , - the stack has an n - layer with an upper side, a lower side, a doping substance concentration of 10 12 - 10 17 N/cm 3 and a layer thickness (D2) of 10 - 300 μm, - the stack has an n + region with an upper side, a lower side and a doping substance concentration of at least 10 19 N/cm 3 , - the p + region , the n - layer and the n + region are respectively of monolithic construction, each comprise a GaAs compound or each consist of a GaAs compound and so follow one another along the longitudinal axis (L) of the stack that the n - layer lies between the p + region and the n + region , and - the n + region or the p + region is formed as a substrate layer, wherein - the stack has in the region of the side surface a first encircling step-shaped edge and a second encircling step-shaped edge , - the first edge is formed by the substrate layer, - the second edge is formed by the n - layer or by an intermediate layer arranged between the n - layer and the p + region , and - the first encircling edge and the second encircling edge each have a width (B1, B2) of at least 10 μm - so that the side surface of the III-V semiconductor component is formed to be step-shaped. - a stack with an upper side , a lower side , a side surface connecting the upper side and the lower side and a longitudinal axis (L) extending through the upper side and the lower side , wherein - the stack has a p + region with an upper side, a lower side and a doping substance concentration of 5·10 18 - 5·10 20 N/cm 3 , - the stack has an n - layer with an upper side, a lower side, a doping substance concentration of 10 12 - 10 17 N/cm 3 and a layer thickness (D2) of 10 - 300 μm, - the stack has an n + region with an upper side, a lower side and a doping substance concentration of at least 10 19 N/cm 3 , - the p + region , the n - layer and the n + region are respectively of monolithic construction, each comprise a GaAs compound or each consist of a GaAs compound and so follow one another along the longitudinal axis (L) of the stack that the n - layer lies between the p + region and the n + region , and - the n + region or the p + region is formed as a substrate layer, wherein - the stack has in the region of the side surface a first encircling step-shaped edge and a second encircling step-shaped edge , - the first edge is formed by the substrate layer, - the second edge is formed by the n - layer or by an intermediate layer arranged between the n - layer and the p + region , and - the first encircling edge and the second encircling edge each have a width (B1, B2) of at least 10 μm - so that the side surface of the III-V semiconductor component is formed to be step-shaped.
An uplink transmission method, comprising: generating (S401), by a media access control, MAC, layer of a first device, MAC information, then generating (S402) a first primitive carrying the MAC information, and sending (S402) the first primitive to an adjacent higher layer of the MAC layer of the first device; and receiving (S402), by the adjacent higher layer of the MAC layer of the first device, the first primitive, then generating (S403) an adjacent higher layer message carrying the MAC information, and sending (S404) the adjacent higher layer message to an adjacent higher layer of a MAC layer of a second device, wherein the adjacent higher layer message is used to instruct the adjacent higher layer of the MAC layer of the second device to send, by using a second primitive, the MAC information to the MAC layer of the second device, characterized in that the first primitive further carries address information of the second device. generating (S401), by a media access control, MAC, layer of a first device, MAC information, then generating (S402) a first primitive carrying the MAC information, and sending (S402) the first primitive to an adjacent higher layer of the MAC layer of the first device; and receiving (S402), by the adjacent higher layer of the MAC layer of the first device, the first primitive, then generating (S403) an adjacent higher layer message carrying the MAC information, and sending (S404) the adjacent higher layer message to an adjacent higher layer of a MAC layer of a second device, wherein the adjacent higher layer message is used to instruct the adjacent higher layer of the MAC layer of the second device to send, by using a second primitive, the MAC information to the MAC layer of the second device, characterized in that the first primitive further carries address information of the second device.
An ultrasonic liquid electronic cigarette atomizer, comprising an atomization core , a suction nozzle and an air outlet tube , a bottom end of the air outlet tube being communicated with an atomization chamber of the atomization core , a top end of the air outlet tube being communicated with the suction nozzle , wherein the top end of the air outlet tube is communicated with a bottom end of the suction nozzle through a liquid blocking chamber , and the diameter of a top end of the liquid blocking chamber is greater than the diameter of the bottom end of the suction nozzle ; is characterized in that the ultrasonic liquid electronic cigarette atomizer further comprises a connecting seat between the liquid blocking chamber and the suction nozzle , wherein an air tube is disposed in the connecting seat , the bottom of the air tube extends into the liquid blocking chamber , the side wall of the air tube is not in contact with the side wall of the liquid blocking chamber , and the liquid blocking chamber is communicated with the suction nozzle through the air tube .
An electrode for a non-aqueous electrolyte secondary battery, characterized in that the electrode comprises a collector; and an active material layer formed on a surface of the collector, wherein the active material layer includes SiOx particles as an active material capable of being alloyed with Li, a carboxyl group-containing polymer bonded to a surface of the active material, and a binder formed of a carboxyl group-containing water-soluble polymer having a polysaccharide structure, characterized in that the carboxyl group-containing polymer bonded to a surface of the active material is an acidic polymer, the carboxyl group-containing polymer bonded to a surface of the active material and the binder are covalently bonded to each other by being converted into an acid anhydride, characterised in that , a content of the carboxyl group-containing polymer bonded to a surface of the active material is in a range of 6 or more to 12 or less by mass ratio when a content of the active material is taken to be 100 by mass ratio, and a content of the water-soluble polymer contained in the binder is in a range of 18 or more to 24 or less by mass ratio when a content of the active material is taken to be 100 by mass ratio.
An embryo culture medium, gamete culture medium or stem cell culture medium comprising: a) acetyl-carnitine at a concentration of about 5 to about 50μM; and b) lipoic acid or a derivative thereof at a concentration of about 2.5 to about 40μM, wherein the derivative is a biologically active amphiphilic disulfide/thiotic molecule that has essentially equivalent physiological properties as lipoic acid. a) acetyl-carnitine at a concentration of about 5 to about 50μM; and b) lipoic acid or a derivative thereof at a concentration of about 2.5 to about 40μM, wherein the derivative is a biologically active amphiphilic disulfide/thiotic molecule that has essentially equivalent physiological properties as lipoic acid.
A method for optimizing a robot program of a welding robot unit , wherein the method comprises: - compiling in a log file information relating to a welding path on one or more workpieces (12a-b), and welding parameters recorded when executing the robot program in a welding operation forming a weld on the one or more workpieces (12a-b), and - processing the log file to form a geometrical visualization of the log file so that the welding parameters are paired with geometrical positions of the weld, wherein the welding path is divided into a plurality of clusters, each cluster comprising information on the welding parameters at the respective portion of the welding path, wherein the clusters are marked on the geometrical visualization of the log file. - compiling in a log file information relating to a welding path on one or more workpieces (12a-b), and welding parameters recorded when executing the robot program in a welding operation forming a weld on the one or more workpieces (12a-b), and - processing the log file to form a geometrical visualization of the log file so that the welding parameters are paired with geometrical positions of the weld,
A bracket for furniture, comprising a supporting piece with a fixed piece connectable to each other, at least one group of convex structures are arranged on the fixed piece and the convex structures comprise two symmetrically disposed convex clasps ; characterized in that a first connection piece detachably mounted on the supporting piece , wherein at least one group of connection hole structures are arranged on the first connection piece ; the connection hole structures comprise two symmetrically disposed sockets , wherein the sockets comprise insertion portions and clamping portions which are communicated with each other; a clearance of the clamping portions is smaller than that of the insertion portions ; and the convex clasps are inserted into the insertion portions and move to be clamped into the clamping portions ; and wherein the bracket connection structure further comprises a second connection piece detachably mounted on the fixed piece ; the convex structures are arranged on the second connection piece ; the second connection piece is sheet-like; and the second connection piece is fixed onto the fixed piece through screws .
A trench shoring apparatus , comprising: first and second side panels connected in a parallel spaced-apart configuration by a connecting rod pivotally connected to one end of one or more pairs of lateral arms, the other opposite end of the one or more pairs of lateral arms being hingedly connected to the side panels , characterised in that translational movement of the connecting rod in a direction parallel to the side panels causes the spaced-apart panels to move between retracted and extended parallel spaced-apart configurations.
A method comprising: generating a random secret, at a device , and storing the generated random secret on a client endpoint in a first network; receiving , at the device , a login request from a web browser executed by the client endpoint ; providing , by the device , a temporary identifier and a one-time, time-limited password to the web browser that causes the client endpoint to invoke a local handler process associated with an access service executed by the client endpoint ; generating, by the access service executed by the client endpoint , a time-based one-time password using the random secret stored on the client endpoint and sending a remote connection request to the device that includes, as credentials, the temporary identifier and the one-time password provided by the device to the web browser and the time-based one-time password generated by the access service to access a target endpoint in a second network; receiving the remote connection request to access the target endpoint in the second network, at the device ; and upon validation of the credentials, configuring , by the device and based on the remote connection request, a remote access connection between the client endpoint in the first network and the target endpoint in the second network. generating a random secret, at a device , and storing the generated random secret on a client endpoint in a first network; receiving , at the device , a login request from a web browser executed by the client endpoint ; providing , by the device , a temporary identifier and a one-time, time-limited password to the web browser that causes the client endpoint to invoke a local handler process associated with an access service executed by the client endpoint ; generating, by the access service executed by the client endpoint , a time-based one-time password using the random secret stored on the client endpoint and sending a remote connection request to the device that includes, as credentials, the temporary identifier and the one-time password provided by the device to the web browser and the time-based one-time password generated by the access service to access a target endpoint in a second network; receiving the remote connection request to access the target endpoint in the second network, at the device ; and upon validation of the credentials, configuring , by the device and based on the remote connection request, a remote access connection between the client endpoint in the first network and the target endpoint in the second network.
A method for governing user privacy data, comprising: detecting, with a processor circuitry, a dark data source in a data ecosystem, the data ecosystem comprising a plurality of data sources storing user privacy data, the dark data source representing at least one data source of the plurality of data sources in which it is unknown whether user privacy data is stored, the at least one data source comprising a plurality of datasets; identifying, with the processor circuitry, user information and relationship from the data ecosystem according to a lineage of datasets; scanning, with the processor circuitry, the dark data source by executing a natural language processing engine to identify existence of and content of user privacy data in the dark data source based on the user information and relationship; selecting, with the processor circuitry, a target user privacy data compliance policy from a plurality of user privacy data compliance policies based on a geographical region associated with the dark data source; detecting, with the processor circuitry, non-compliance in protecting the user privacy data in the dark data source based on the target user privacy data compliance policy; and in response to the non-compliance, processing, with the processor circuitry, the user privacy data to eliminate the non-compliance . detecting, with a processor circuitry, a dark data source in a data ecosystem, the data ecosystem comprising a plurality of data sources storing user privacy data, the dark data source representing at least one data source of the plurality of data sources in which it is unknown whether user privacy data is stored, the at least one data source comprising a plurality of datasets; identifying, with the processor circuitry, user information and relationship from the data ecosystem according to a lineage of datasets; scanning, with the processor circuitry, the dark data source by executing a natural language processing engine to identify existence of and content of user privacy data in the dark data source based on the user information and relationship; selecting, with the processor circuitry, a target user privacy data compliance policy from a plurality of user privacy data compliance policies based on a geographical region associated with the dark data source; detecting, with the processor circuitry, non-compliance in protecting the user privacy data in the dark data source based on the target user privacy data compliance policy; and in response to the non-compliance, processing, with the processor circuitry, the user privacy data to eliminate the non-compliance .
A method for obtaining wort by lautering mash with the aid of a lauter tun , the lauter tun having a lauter tun bottom and a false bottom which is disposed at a distance above the lauter tun bottom , and collecting openings having collecting lines connected thereto being provided in the lauter tun bottom , the wort being discharged from the lauter tun through said collecting openings, the method having the following method steps: a) interrupting the lautering process when the permeability of the spent grains bed which is formed on the false bottom falls below a specified value; b) conveying wort into the space which is formed between the lauter tun bottom and the false bottom ; c) letting the wort overflow vertically upwards from the space through the openings of the false bottom into the spent grains bed . a) interrupting the lautering process when the permeability of the spent grains bed which is formed on the false bottom falls below a specified value; b) conveying wort into the space which is formed between the lauter tun bottom and the false bottom ; c) letting the wort overflow vertically upwards from the space through the openings of the false bottom into the spent grains bed .
A method for providing substantially continuous biometric identification of a user wearing a headgear (500; 600) comprising a display viewable by the user when the headgear is worn, and a detector oriented towards an eye of the user, comprising: analyzing one or more images from the detector to identify features of an iris of the eye; identifying the user based at least in part on the features of the iris; and authorizing the user to perform one or more actions upon confirming the user's identity; and characterised in that the method further comprises modifying an opacity of the display while secure information is presented on the display to the user. analyzing one or more images from the detector to identify features of an iris of the eye; identifying the user based at least in part on the features of the iris; and authorizing the user to perform one or more actions upon confirming the user's identity; and characterised in that the method further comprises modifying an opacity of the display while secure information is presented on the display to the user.