mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inter-changing, at a conference call location, conference information between a first conferencing device and a second conferencing device , wherein the first conferencing device comprises a conferencing system (CS, 108) which acts as an end point in a conference call, and the second conferencing device comprises a controlling device (CD, 104, 106) for connecting to the conferencing system (CS, 108) to initiate a conference from the conferencing system (CS, 108), the method comprising: accessing with a first processor a meeting identification code ; feeding the meeting identification code into a melody generation algorithm to generate using the first processor an acoustic melody in which the meeting identification code is embedded; transmitting the acoustic melody using one or more loudspeakers in the first conferencing device ; receiving using a microphone the acoustic melody in the second conferencing device ; decoding the received acoustic melody to extract the meeting identification code from the received acoustic melody , by the second conferencing device ; and initiating or joining by the second conferencing device a conference identified by the extracted meeting identification code . accessing with a first processor a meeting identification code ; feeding the meeting identification code into a melody generation algorithm to generate using the first processor an acoustic melody in which the meeting identification code is embedded; transmitting the acoustic melody using one or more loudspeakers in the first conferencing device ; receiving using a microphone the acoustic melody in the second conferencing device ; decoding the received acoustic melody to extract the meeting identification code from the received acoustic melody , by the second conferencing device ; and initiating or joining by the second conferencing device a conference identified by the extracted meeting identification code .
A method for protecting an automated system, the automated system including a plurality of automated system devices , the method comprising: collecting, by a control tool , architecture data of the automated system, wherein the architecture data includes at least one of: a list of automated system devices ; a topology of the automated system; a list of applications installed on a gateway of an automated system network; a list of known vulnerabilities for each application installed on the gateway ; and a list of data exchange protocols operable with each application installed on the gateway and known vulnerabilities of the data exchange protocols; building, by the control tool , a security configuration based on the architecture data of the automated system, wherein compliance with the security configuration ensures a security level for the plurality of automated system devices ; installing, by a control service of the gateway , a data transmission application on the gateway of the automated system network using the security configuration , the data transmission application configured to exchange data with at least one computing device outside the automated system network; and transmitting data from one of the plurality of automated system devices through the data transmission application , wherein the actions of the data transmission application are defined by the security configuration . collecting, by a control tool , architecture data of the automated system, wherein the architecture data includes at least one of: a list of automated system devices ; a topology of the automated system; a list of applications installed on a gateway of an automated system network; a list of known vulnerabilities for each application installed on the gateway ; and a list of data exchange protocols operable with each application installed on the gateway and known vulnerabilities of the data exchange protocols; a list of automated system devices ; a topology of the automated system; a list of applications installed on a gateway of an automated system network; a list of known vulnerabilities for each application installed on the gateway ; and a list of data exchange protocols operable with each application installed on the gateway and known vulnerabilities of the data exchange protocols; building, by the control tool , a security configuration based on the architecture data of the automated system, wherein compliance with the security configuration ensures a security level for the plurality of automated system devices ; installing, by a control service of the gateway , a data transmission application on the gateway of the automated system network using the security configuration , the data transmission application configured to exchange data with at least one computing device outside the automated system network; and transmitting data from one of the plurality of automated system devices through the data transmission application , wherein the actions of the data transmission application are defined by the security configuration .
A non-therapeutic method for creating a mist, comprising: introducing a fluid in a housing ; and activating a switch on the housing such that the housing expels a mist of the fluid from a first outlet in the housing , the mist being drawn into an inlet of a pump in the housing and being expelled by a second outlet of the pump into a path of the mist from the first outlet in the housing such that droplets of the mist collide and break apart. introducing a fluid in a housing ; and activating a switch on the housing such that the housing expels a mist of the fluid from a first outlet in the housing , the mist being drawn into an inlet of a pump in the housing and being expelled by a second outlet of the pump into a path of the mist from the first outlet in the housing such that droplets of the mist collide and break apart.
A method for producing electrical and/or mechanical energy intended for a consumer system, including the following step: - generation of electrical and/or mechanical power via a power generation unit including at least one combustion turbine , the combustion turbine including a compressor , a combustion chamber , a dynamic expansion turbine , and a component rotated by the dynamic expansion turbine , the electrical and/or mechanical power generation including the compression of an air flow entering the compressor , the heating of the compressed air flow coming from the compressor in the combustion chamber , so as to form a flow feeding the turbine , and the expansion, in the dynamic expansion turbine , of the flow feeding the turbine so as to rotate the dynamic expansion turbine . characterized in that the power generation unit is configured for generating, under defined site conditions, without any cooling or heating of the incoming air flow , a defined site electrical and/or mechanical power less than a predefined maximum required electrical and/or mechanical power, to be supplied to the consumer system at the defined site conditions, by the power generation unit , the method including the following steps: - cooling of the incoming air flow when the power requested by the consumer system is greater than the defined site power of the power generation unit at the defined site conditions, and is lower than or equal to the predefined maximum required power; - heating of the incoming air flow when the power requested by the consumer system is lower than the defined site power of the power generation unit at the defined site conditions. - generation of electrical and/or mechanical power via a power generation unit including at least one combustion turbine , the combustion turbine including a compressor , a combustion chamber , a dynamic expansion turbine , and a component rotated by the dynamic expansion turbine , the electrical and/or mechanical power generation including the compression of an air flow entering the compressor , the heating of the compressed air flow coming from the compressor in the combustion chamber , so as to form a flow feeding the turbine , and the expansion, in the dynamic expansion turbine , of the flow feeding the turbine so as to rotate the dynamic expansion turbine . - cooling of the incoming air flow when the power requested by the consumer system is greater than the defined site power of the power generation unit at the defined site conditions, and is lower than or equal to the predefined maximum required power; - heating of the incoming air flow when the power requested by the consumer system is lower than the defined site power of the power generation unit at the defined site conditions.
A method comprising: providing a semiconductor-on-insulator, SOI, wafer , the SOI wafer having: an insulator layer between a substrate layer and a semiconductor layer ; and a first side and a second side, wherein the second side is opposite to the first side; forming a first active layer in and on the semiconductor layer on the first side of the SIO wafer, wherein the first active layer comprises a plurality of CMOS devices ; forming a second active layer in and on the substrate layer on the second side of the SOI wafer, wherein the second active layer comprises a MEMS device ; forming a first interconnect layer on the first active layer, the first interconnect layer electrically coupling the plurality of CMOS devices of the first active layer; characterised by : forming a second interconnect layer on the second active layer; and forming electrical connections between the second interconnect layer and the first and second active layers. providing a semiconductor-on-insulator, SOI, wafer , the SOI wafer having: an insulator layer between a substrate layer and a semiconductor layer ; and a first side and a second side, wherein the second side is opposite to the first side; an insulator layer between a substrate layer and a semiconductor layer ; and a first side and a second side, wherein the second side is opposite to the first side; forming a first active layer in and on the semiconductor layer on the first side of the SIO wafer, wherein the first active layer comprises a plurality of CMOS devices ; forming a second active layer in and on the substrate layer on the second side of the SOI wafer, wherein the second active layer comprises a MEMS device ; forming a first interconnect layer on the first active layer, the first interconnect layer electrically coupling the plurality of CMOS devices of the first active layer; characterised by : forming a second interconnect layer on the second active layer; and forming electrical connections between the second interconnect layer and the first and second active layers.
A method for lubricating a mechanical device comprising supplying to the mechanical device a lubricating composition, wherein the mechanical device is a turbine system, and wherein the lubricating composition comprises: (a) 0.001 to 15 wt % of a polymer with a weight average molecular weight of 50,000 to 1,000,000, wherein the polymer has radial or star architecture and is a polymethacrylate, or mixtures thereof, wherein the polymethacrylate is derived from a monomer composition comprising: (i) 50 wt% to 100 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 10 to 30, or 10 to 20, or 12 to 18, or 12 to 15 carbon atoms; (ii) 0 wt% to 40 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 1 to 9, or 1 to 4 carbon atoms; and (iii) 0 wt% to 10 wt% of a nitrogen containing monomer; (b) an antiwear agent; (c) a corrosion inhibitor; and (d) an oil of lubricating viscosity. (a) 0.001 to 15 wt % of a polymer with a weight average molecular weight of 50,000 to 1,000,000, wherein the polymer has radial or star architecture and is a polymethacrylate, or mixtures thereof, wherein the polymethacrylate is derived from a monomer composition comprising: (i) 50 wt% to 100 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 10 to 30, or 10 to 20, or 12 to 18, or 12 to 15 carbon atoms; (ii) 0 wt% to 40 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 1 to 9, or 1 to 4 carbon atoms; and (iii) 0 wt% to 10 wt% of a nitrogen containing monomer; (i) 50 wt% to 100 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 10 to 30, or 10 to 20, or 12 to 18, or 12 to 15 carbon atoms; (ii) 0 wt% to 40 wt% of an alkyl methacrylate, wherein the alkyl group of the methacrylate has 1 to 9, or 1 to 4 carbon atoms; and (iii) 0 wt% to 10 wt% of a nitrogen containing monomer; (b) an antiwear agent; (c) a corrosion inhibitor; and (d) an oil of lubricating viscosity.
A mounting module for a binding tool , the binding tool being configured to attach a strap , such as a cable tie , to at least one object , the mounting module comprising: a base part having an object receiving portion ; and a moveable part having one or more binding tool receiving portions with the one or more binding tool receiving portions being configured to hold the binding tool at a fixed position relative to the movable part , wherein the moveable part is moveable relative to the base part and the object receiving portion , characterized in that the moveable part is configured to execute a combined linear and rotational movement, relative to the base part , wherein a linear and a rotational direction of movement of the movable part can be adjusted to match the at least one object , wherein the moveable part is configured such that a position thereof can be set relative to the object receiving portion and the position can be set to conform to an outer diameter of the at least one object , and wherein the moveable part is supported at the base part by guide means. a base part having an object receiving portion ; and a moveable part having one or more binding tool receiving portions with the one or more binding tool receiving portions being configured to hold the binding tool at a fixed position relative to the movable part , wherein the moveable part is moveable relative to the base part and the object receiving portion , characterized in that the moveable part is configured to execute a combined linear and rotational movement, relative to the base part , wherein a linear and a rotational direction of movement of the movable part can be adjusted to match the at least one object , wherein the moveable part is configured such that a position thereof can be set relative to the object receiving portion and the position can be set to conform to an outer diameter of the at least one object , and wherein the moveable part is supported at the base part by guide means.
A terminal comprising: a communication unit configured to perform data communication; a controller configured to: obtain authentication information and an address of a profile generation server , by a quick response, QR, code scanning, transmit, using the communication unit, the authentication information and the address of the profile generation server to a profile management server , and receive, using the communication unit, a profile corresponding to the authentication information and generated by the profile generation server from the profile management server; and a universal integrated circuit card, UICC, configured to install the received profile. a communication unit configured to perform data communication; a controller configured to: obtain authentication information and an address of a profile generation server , by a quick response, QR, code scanning, transmit, using the communication unit, the authentication information and the address of the profile generation server to a profile management server , and receive, using the communication unit, a profile corresponding to the authentication information and generated by the profile generation server from the profile management server; and a universal integrated circuit card, UICC, configured to install the received profile. obtain authentication information and an address of a profile generation server , by a quick response, QR, code scanning, transmit, using the communication unit, the authentication information and the address of the profile generation server to a profile management server , and receive, using the communication unit, a profile corresponding to the authentication information and generated by the profile generation server from the profile management server; and a universal integrated circuit card, UICC, configured to install the received profile.
Laminated glazing comprising a set of diodes and its control electronics , which are borne by a thin flexible printed circuit -FPC- and connected to a cable strip equipped with a connector at its end, characterized in that it includes two glass sheets , in that the assembly made up of the flexible printed circuit and the cable strip is hidden from the interior side of the glazing by an enamel layer deposited on face 4 of the glazing and containing apertures facing each diode in order to let pass the light emitted thereby, and in that the assembly made up of the diodes , the flexible printed circuit and the cable strip is hidden from the exterior side of the glazing by an enamel layer deposited on face 2 of the glazing.
A method for producing a gypsum product , the method comprising: - feeding a first sheet of paper on a conveyer belt ; - depositing gypsum slurry on the first sheet of paper ; - covering the gypsum slurry with a second sheet of paper ; - forming a gypsum panel ; - allowing the gypsum panel to set at least partially while the gypsum panel is moving on the conveyer belt ; - scanning with a three-dimensional laser scanner at least one edge of the gypsum panel (40L and/or 40R) as it is moving on the conveyer belt and passes the location at which the laser scanner is located; and - transmitting scans from the laser scanner to a processor , wherein the laser scanner transmits scans to a processor , and the processor is equipped with a software which calculates the edge angle of the gypsum product and a deviation in the value of the edge angle calculated from a pre-specified value for the edge angle, and wherein the pre-specified value for the edge angle is 90°, and wherein the software generates a signal when the deviation from the pre- specified value is higher than a certain threshold; and wherein the production is stopped and the gypsum slurry is reformulated to even its distribution between the first sheet of paper and the second sheet of paper if the calculated deviation is larger than the pre-specified value. - feeding a first sheet of paper on a conveyer belt ; - depositing gypsum slurry on the first sheet of paper ; - covering the gypsum slurry with a second sheet of paper ; - forming a gypsum panel ; - allowing the gypsum panel to set at least partially while the gypsum panel is moving on the conveyer belt ; - scanning with a three-dimensional laser scanner at least one edge of the gypsum panel (40L and/or 40R) as it is moving on the conveyer belt and passes the location at which the laser scanner is located; and - transmitting scans from the laser scanner to a processor , wherein the laser scanner transmits scans to a processor , and the processor is equipped with a software which calculates the edge angle of the gypsum product and a deviation in the value of the edge angle calculated from a pre-specified value for the edge angle, and wherein the pre-specified value for the edge angle is 90°, and wherein the software generates a signal when the deviation from the pre- specified value is higher than a certain threshold; and wherein the production is stopped and the gypsum slurry is reformulated to even its distribution between the first sheet of paper and the second sheet of paper if the calculated deviation is larger than the pre-specified value.
A device for supplying at least one sprayer with a liquid coating product, this device comprising at least one valve controlling the flow of the coating product toward the sprayer, this valve in turn comprising: - a moving needle , - a valve body that defines a circulation volume for the coating product and a bearing seat for the needle in the closed configuration of the valve, - pneumatic driving means for translating the needle along an axis of separation/approach (X120) relative to the seat, these pneumatic driving means comprising a piston secured in translation to the needle and mounted sliding in a guide body , - a head mounted on the guide body and defining, with the latter and a face of the piston, a variable volume chamber in which an elastic return member is provided for returning the piston to its position, characterized in that the head and the guide body are secured in rotation using corresponding reliefs respectively arranged on the head and on the guide body and that comprise slots arranged on one edge of the guide body opposite the needle , respectively on one edge of the head, and protruding elements arranged on an outer radial surface of the head, of the guide body, respectively, and received in spaces defined between the slots. - a moving needle , - a valve body that defines a circulation volume for the coating product and a bearing seat for the needle in the closed configuration of the valve, - pneumatic driving means for translating the needle along an axis of separation/approach (X120) relative to the seat, these pneumatic driving means comprising a piston secured in translation to the needle and mounted sliding in a guide body , - a head mounted on the guide body and defining, with the latter and a face of the piston, a variable volume chamber in which an elastic return member is provided for returning the piston to its position,
A pot cover, comprising: a cover body ; a handle arranged on the cover body , wherein the handle comprises: a connecting part configured to connect the cover body ; and a holding part configured to facilitate holding, wherein an end of the holding part is provided with a groove for insertion; wherein a first groove surface , a second groove surface and a third groove surface are formed at the end of the holding part , the first groove surface and the third groove surface are oppositely arranged and respectively connected with the second groove surface , characterized in that the third groove surface is convex toward the first groove surface and arranged in an arc shape. a cover body ; a handle arranged on the cover body , wherein the handle comprises: a connecting part configured to connect the cover body ; and a holding part configured to facilitate holding, wherein an end of the holding part is provided with a groove for insertion; wherein a first groove surface , a second groove surface and a third groove surface are formed at the end of the holding part , the first groove surface and the third groove surface are oppositely arranged and respectively connected with the second groove surface , characterized in that the third groove surface is convex toward the first groove surface and arranged in an arc shape. a connecting part configured to connect the cover body ; and a holding part configured to facilitate holding, wherein an end of the holding part is provided with a groove for insertion; wherein a first groove surface , a second groove surface and a third groove surface are formed at the end of the holding part , the first groove surface and the third groove surface are oppositely arranged and respectively connected with the second groove surface , characterized in that the third groove surface is convex toward the first groove surface and arranged in an arc shape.
A formulation, comprising: at least one mucoadhesive material; at least an effective amount of fenretinide or a pharmaceutically acceptable salt thereof; and at least one transmucosal permeation enhancer agent comprising: propylene glycol (PG) and menthol; and at least one solubilizer agent.