mhurhangee/patent-ind-claim-en huggingface dataset:
A method of handling one or more virtual private network 'VPN' profiles defined in a wireless local area network 'WLAN' client device on which a VPN client application is installed , the method comprising: launching a WLAN connection setup application during execution of the WLAN connection setup application causing the device to scan for available WLANs during execution of the WLAN connection setup application, the device successfully connecting to a WLAN, the device not having a connection profile for the WLAN; displaying a connection profile screen of the WLAN connection setup application, in response to connecting to a WLAN for which a connection profile is not saved in client device , the connection profile screen enabling selection of an option to save or not to save the connection profile for the WLAN; and displaying a VPN selection screen as the next screen following the WLAN connection profile screen , the VPN selection screen displaying the one or more VPN profiles defined in the device and enabling the user to specify whether to attempt to establish, using the VPN client application installed on the client device , a VPN connection over the WLAN, using information stored in one of the one or more VPN profiles. launching a WLAN connection setup application during execution of the WLAN connection setup application causing the device to scan for available WLANs during execution of the WLAN connection setup application, the device successfully connecting to a WLAN, the device not having a connection profile for the WLAN; displaying a connection profile screen of the WLAN connection setup application, in response to connecting to a WLAN for which a connection profile is not saved in client device , the connection profile screen enabling selection of an option to save or not to save the connection profile for the WLAN; and displaying a VPN selection screen as the next screen following the WLAN connection profile screen , the VPN selection screen displaying the one or more VPN profiles defined in the device and enabling the user to specify whether to attempt to establish, using the VPN client application installed on the client device , a VPN connection over the WLAN, using information stored in one of the one or more VPN profiles.
Anti-theft security method for a two-wheel motorized vehicle wherein the vehicle comprises: - an electric motor (M) to assist or carry out the propulsion of the vehicle; - an accessory detachable from the vehicle comprising an electronic circuit for receiving a signal in wireless manner, and - an electronic processor (U1, U2) configured to control the motor when the accessory is mounted on the vehicle ; wherein the accessory emits a signal (S1) to unconditionally unlock the operation of the electronic processor (U2) or of the motor (M) only if, through the electronic circuit , it recognizes a wireless signal coming from an external portable electronic device , the external portable electronic device being a mobile phone, a smartphone or a tablet. - an electric motor (M) to assist or carry out the propulsion of the vehicle; - an accessory detachable from the vehicle comprising an electronic circuit for receiving a signal in wireless manner, and - an electronic processor (U1, U2) configured to control the motor when the accessory is mounted on the vehicle ; the accessory emits a signal (S1) to unconditionally unlock the operation of the electronic processor (U2) or of the motor (M) only if, through the electronic circuit , it recognizes a wireless signal coming from an external portable electronic device , the external portable electronic device being a mobile phone, a smartphone or a tablet.
A method operational on a multi-modal user equipment, comprising: ascertaining that a first service over a wireless communication session with a first network has failed; sending a service request for a second service to the first network, where the second service is distinct from the first service, wherein the service request is an extended service request message that is used to indicate that the user equipment is initiating a voice call service, and foregoing subsequent steps for initiating the voice call service which has the effect of suspending the wireless communication session with the first network; and resending the data transmission for the failed first service over a second network. ascertaining that a first service over a wireless communication session with a first network has failed; sending a service request for a second service to the first network, where the second service is distinct from the first service, wherein the service request is an extended service request message that is used to indicate that the user equipment is initiating a voice call service, and foregoing subsequent steps for initiating the voice call service which has the effect of suspending the wireless communication session with the first network; and resending the data transmission for the failed first service over a second network.
A method of grading leather comprising: moving all or a portion of a hide through a fixture that compresses local areas of the hide into a concave shape with a grain side of the hide being compressed and a flesh side of the hide being expanded to cause a break to be manifested in the local areas; scanning the local areas of the hide with a digitizing profilometer that moves parallel to an axis of the concave shape to measure break size data in the local areas while moving the hide through the fixture; recording in a controller the break size data as measured by the digitizing profilometer across the hide; and correlating in the controller the break size data with hide position data representing the local areas scanned to develop a map of the break relative to the hide position data. moving all or a portion of a hide through a fixture that compresses local areas of the hide into a concave shape with a grain side of the hide being compressed and a flesh side of the hide being expanded to cause a break to be manifested in the local areas; scanning the local areas of the hide with a digitizing profilometer that moves parallel to an axis of the concave shape to measure break size data in the local areas while moving the hide through the fixture; recording in a controller the break size data as measured by the digitizing profilometer across the hide; and correlating in the controller the break size data with hide position data representing the local areas scanned to develop a map of the break relative to the hide position data.
A tube for use in a liquid chromatography system, comprising: a) an outer layer having an inner surface and an outer surface, and having a first and a second end, wherein said first and second ends of said outer layer are flanged, flared or angled; and b) a biocompatible inner layer having an inner surface, an outer surface, a first end, a second end and a passageway therethrough, wherein said inner layer is located within said outer layer and wherein said first and second ends of said biocompatible inner layer extend beyond said first and second ends, respectively, of said outer layer, and wherein said first and second ends of said inner layer are flanged, flared, or angled. a) an outer layer having an inner surface and an outer surface, and having a first and a second end, wherein said first and second ends of said outer layer are flanged, flared or angled; and b) a biocompatible inner layer having an inner surface, an outer surface, a first end, a second end and a passageway therethrough, wherein said inner layer is located within said outer layer and wherein said first and second ends of said biocompatible inner layer extend beyond said first and second ends, respectively, of said outer layer, and wherein said first and second ends of said inner layer are flanged, flared, or angled.
Cylinder head for covering a combustion chamber of an internal combustion engine, having: a fluid conducting duct for feeding in a fluid to or discharging a fluid from the combustion chamber ; and a cooling duct for a cooling fluid for cooling the cylinder head ; characterized by : at least one material cutout for thermal insulation, which at least one material cutout is formed in a main body of the cylinder head and is arranged between the fluid conducting duct and the cooling duct , the at least one material cutout being arranged such that it is separated from the fluid conducting duct by way of the main body . a fluid conducting duct for feeding in a fluid to or discharging a fluid from the combustion chamber ; and a cooling duct for a cooling fluid for cooling the cylinder head ;
Method for providing a name service within an industrial automation system, in which - the industrial automation system comprises a plurality of cells each having a plurality of automation devices and a cell switch that connects the automation devices within its cell to one another at least indirectly, - the cell switches are connected to an assigned router that broadcasts IPv6 prefixes into subordinate subnetworks by way of router announcement messages , - the cell switches and/or the automation devices determine their respective IPv6 address using the IPv6 prefixes contained in router announcement messages , - router announcement messages , received by the cell switches , of the assigned router are forwarded to a broadcast unit of the respective cell switch and supplemented, by the broadcast unit , with information about a name service server assigned to the respective cell , - the cell switches broadcast the router announcement messages , supplemented by their broadcast units , to the automation devices in their respective cell , - information, contained in received router announcement messages , about the name service server assigned to the respective cell is forwarded to a name service functional unit of the respective automation device by the automation devices and is used by the name service functional unit for its configuration, - name resolution queries of the automation devices are transmitted, by way of the respective name service functional unit, according to its configuration, to the assigned name service server . - the industrial automation system comprises a plurality of cells each having a plurality of automation devices and a cell switch that connects the automation devices within its cell to one another at least indirectly, - the cell switches are connected to an assigned router that broadcasts IPv6 prefixes into subordinate subnetworks by way of router announcement messages , - the cell switches and/or the automation devices determine their respective IPv6 address using the IPv6 prefixes contained in router announcement messages , - router announcement messages , received by the cell switches , of the assigned router are forwarded to a broadcast unit of the respective cell switch and supplemented, by the broadcast unit , with information about a name service server assigned to the respective cell , - the cell switches broadcast the router announcement messages , supplemented by their broadcast units , to the automation devices in their respective cell , - information, contained in received router announcement messages , about the name service server assigned to the respective cell is forwarded to a name service functional unit of the respective automation device by the automation devices and is used by the name service functional unit for its configuration, - name resolution queries of the automation devices are transmitted, by way of the respective name service functional unit, according to its configuration, to the assigned name service server .
Method for measuring angles of orientation of an x-ray imaging system, the x-ray imaging system comprising an x-ray source , an x-ray detector and a sample holder arranged to receive a sample to be analysed, the x-ray imaging system being arranged so that the x-ray source can emit a polychromatic x-ray beam along a main axis of propagation ( X s ) passing through the sample to be analysed and reaching a sensing area of the x-ray detector , an optical axis ( X ) of the x-ray imaging system being defined between a centre of the x-ray source and the x-ray detector , the method comprising the steps of: ▪ emitting , from the x-ray source, a polychromatic x-ray beam along the main axis of propagation ( X s ), so that the x-ray beam passes through a reference sample installed on the sample holder and forms a diffraction pattern on the sensing area of the x-ray detector , ▪ generating , with the x-ray detector , an observed image, the observed image comprising the diffraction pattern, and ▪ determining the orientation (^xy, ^xz) of the main axis of propagation (Xs) and the orientation (α, β, γ) of the sensing area of the x-ray detector by comparing the observed image with at least one target image, the target image including a diffraction pattern obtained for the reference sample with a preset orientation of the main axis of propagation and a preset orientation of the sensing area of the x-ray detector. ▪ emitting , from the x-ray source, a polychromatic x-ray beam along the main axis of propagation ( X s ), so that the x-ray beam passes through a reference sample installed on the sample holder and forms a diffraction pattern on the sensing area of the x-ray detector , ▪ generating , with the x-ray detector , an observed image, the observed image comprising the diffraction pattern, and ▪ determining the orientation (^xy, ^xz) of the main axis of propagation (Xs) and the orientation (α, β, γ) of the sensing area of the x-ray detector by comparing the observed image with at least one target image, the target image including a diffraction pattern obtained for the reference sample with a preset orientation of the main axis of propagation and a preset orientation of the sensing area of the x-ray detector.
A method for synthesizing saccharide comprising the steps: A) providing a solid support with at least one immobilized acceptor group for reacting with a saccharide; B) delivering the saccharide onto the solid support; C) applying a vapor of a mixture of a glycosylation reagent and a solvent onto the solid support at a temperature below 20°C in order to initiate a coupling reaction of the saccharide to the at least one immobilized acceptor group. A) providing a solid support with at least one immobilized acceptor group for reacting with a saccharide; B) delivering the saccharide onto the solid support; C) applying a vapor of a mixture of a glycosylation reagent and a solvent onto the solid support at a temperature below 20°C in order to initiate a coupling reaction of the saccharide to the at least one immobilized acceptor group.
An in vitro method to develop monoclonal antibodies, said method comprising the steps of: (a) enrichment of source material by capturing of specific cells on which surface the antibodies are exposed on the antigen loaded plastic surfaces wherein the capturing includes a capturing media comprising 0.5% w/v BSA and 0.1% w/v NaN3 (b) amplification of VH and VL coding cDNAs; (c) construction of combinatorial VH-VL library mammalian expression plasmid DNA format; and (d) identification of the proper specific antigen binding VH-VL combinations after antibody expression in mammalian cells. (a) enrichment of source material by capturing of specific cells on which surface the antibodies are exposed on the antigen loaded plastic surfaces wherein the capturing includes a capturing media comprising 0.5% w/v BSA and 0.1% w/v NaN3 (b) amplification of VH and VL coding cDNAs; (c) construction of combinatorial VH-VL library mammalian expression plasmid DNA format; and (d) identification of the proper specific antigen binding VH-VL combinations after antibody expression in mammalian cells.
An apparatus comprising: a no-back brake , disposed within an actuator coupled to an aircraft, comprising: a shaft ; a ball ramp plate , coupled to the shaft , configured to receive a force comprising an air loading force and to be displaced responsive to the force; a brake , coupled to the shaft and coupled to the ball ramp plate , configured to be displaced, by the ball ramp plate , corresponding to a distance the ball ramp plate is displaced; and a modulating spring , coupled to the shaft and coupled to the brake , configured to compress in response to the brake being displaced, wherein the modulating spring is configured to apply a selective compressive force at the brake corresponding to a distance the brake is displaced, and wherein the modulating spring comprises: a first spring ; a first cylindrical washer oriented adjacent to the first spring ; a second spring oriented adjacent to the first cylindrical washer ; and wherein the first spring and the second spring comprise a belleville spring. a shaft ; a ball ramp plate , coupled to the shaft , configured to receive a force comprising an air loading force and to be displaced responsive to the force; a brake , coupled to the shaft and coupled to the ball ramp plate , configured to be displaced, by the ball ramp plate , corresponding to a distance the ball ramp plate is displaced; and a modulating spring , coupled to the shaft and coupled to the brake , configured to compress in response to the brake being displaced, wherein the modulating spring is configured to apply a selective compressive force at the brake corresponding to a distance the brake is displaced, and wherein the modulating spring comprises: a first spring ; a first cylindrical washer oriented adjacent to the first spring ; a second spring oriented adjacent to the first cylindrical washer ; and wherein the first spring and the second spring comprise a belleville spring. a first spring ; a first cylindrical washer oriented adjacent to the first spring ; a second spring oriented adjacent to the first cylindrical washer ; and wherein the first spring and the second spring comprise a belleville spring.
A urethane adhesive composition comprising: a urethane prepolymer having an isocyanate group; an isocyanurate compound having an isocyanurate ring; a terpene compound having active hydrogen; and a vinyl silane coupling agent represented by Formula (A) below: where in Formula (A), R 1 and R 3 each independently represent a monovalent hydrocarbon group, R 2 represents a (n + 1) valent hydrocarbon group, Vi represents -CH=CH 2 , m1 is from 1 to 3, m2 is from 1 to 3, m3 is from 0 to 2, m1 + m2 + m3 is 4, and n is 1 or greater. a urethane prepolymer having an isocyanate group; an isocyanurate compound having an isocyanurate ring; a terpene compound having active hydrogen; and a vinyl silane coupling agent represented by Formula (A) below: where in Formula (A), R 1 and R 3 each independently represent a monovalent hydrocarbon group, R 2 represents a (n + 1) valent hydrocarbon group, Vi represents -CH=CH 2 , m1 is from 1 to 3, m2 is from 1 to 3, m3 is from 0 to 2, m1 + m2 + m3 is 4, and n is 1 or greater.
A radio frequency ablation device , wherein the radio frequency ablation device comprises a balloon blocking guide catheter , wherein the balloon blocking guide catheter comprises a dual-chamber or multi-chamber catheter, an inflatable closed balloon configured to block local blood flow inside a blood vessel is disposed on an outer wall of a far end of the guide catheter, a first catheter branch communicating with a first lumen inside the guide catheter is disposed on a near end of the guide catheter, the inside of the closed balloon is configured to communicate with the first lumen inside the guide catheter, the first catheter branch is configured to provide an inflation material for the closed balloon through the first lumen, a second catheter branch communicating with a second lumen inside the guide catheter is disposed on the near end of the guide catheter, an infusion port is disposed on a far end of the second lumen, and the second catheter branch is configured to infuse liquid or gas into a blood vessel on a to-be-ablated portion through the infusion port; and the radio frequency ablation device further comprises a radio frequency ablation catheter disposed in a particular lumen inside the balloon blocking guide catheter, wherein an electrode support is disposed on a far end of the radio frequency ablation catheter, at least two electrodes are disposed on the electrode support, at least one of the electrodes is connected to an output terminal of a radio frequency generator, to form a radio frequency electrode, and at least one of the electrodes is configured to be connected to a loop terminal of the radio frequency generator, to form a loop electrode; characterized in that one or more through-wall electrodes are disposed on the far end of the radio frequency ablation catheter, and the through-wall electrode is hollow and configured to communicate with a path inside the radio frequency ablation catheter, and is used to inject liquid or gas into a blood vessel wall.
An apparatus for determining a control protocol for controlling a C-arm system comprising a radiation source , wherein the control protocol comprises a sequence of roll angles and a sequence of propeller angles, wherein the apparatus comprises: a tilt plane providing unit for providing a tilt plane tilted with respect to a vertical plane , and a control protocol determining unit for determining a control protocol by determining the sequence of roll angles and the sequence of propeller angles such that the radiation source follows a trajectory that comprises a circular component in the tilt plane and that allows the C-arm system to acquire projection data for image reconstruction. a tilt plane providing unit for providing a tilt plane tilted with respect to a vertical plane , and a control protocol determining unit for determining a control protocol by determining the sequence of roll angles and the sequence of propeller angles such that the radiation source follows a trajectory that comprises a circular component in the tilt plane and that allows the C-arm system to acquire projection data for image reconstruction.