mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method performed by an organization, the method comprising: intercepting , by an auto-login component of the organization, a request from a client device of the organization to access a remote third-party application ; generating, by the auto-login component , a substitute URL that specifies a remote login service and includes at least a domain name and path of the intercepted request and an identifier of the remote third-party application ; sending, by the auto-login component , the substitute URL to a remote login service at a remote server outside a network domain of the organization; receiving, from the remote login service by a browser of the client device, a redirect request to the remote login service , the redirect request including the identifier of the remote third-party application ; responsive to receiving the redirect request, redirecting , by the browser, to the remote login service ; receiving, from the remote login service , based on the identifier of the remote third-party application , a uniform resource locator (URL) of a start page of the remote third-party application and a session cookie generated by the remote third-party application and indicating that the client device is logged into the remote third-party application ; and automatically requesting , by the browser, the start page of the remote third-party application , the request for the start page including the session cookie. intercepting , by an auto-login component of the organization, a request from a client device of the organization to access a remote third-party application ; generating, by the auto-login component , a substitute URL that specifies a remote login service and includes at least a domain name and path of the intercepted request and an identifier of the remote third-party application ; sending, by the auto-login component , the substitute URL to a remote login service at a remote server outside a network domain of the organization; receiving, from the remote login service by a browser of the client device, a redirect request to the remote login service , the redirect request including the identifier of the remote third-party application ; responsive to receiving the redirect request, redirecting , by the browser, to the remote login service ; receiving, from the remote login service , based on the identifier of the remote third-party application , a uniform resource locator (URL) of a start page of the remote third-party application and a session cookie generated by the remote third-party application and indicating that the client device is logged into the remote third-party application ; and automatically requesting , by the browser, the start page of the remote third-party application , the request for the start page including the session cookie.
A nontherapeutic use of a nanoemulsion composition for tooth whitening, comprising: a water phase part containing water; and an oil phase part dispersed in the water phase part and made of nanoparticle containing a perfluorocarbon compound, wherein the oil phase part contains oxygen gas. a water phase part containing water; and an oil phase part dispersed in the water phase part and made of nanoparticle containing a perfluorocarbon compound, wherein the oil phase part contains oxygen gas.
A bearing that rotatably supports a rotating shaft via one or more bearing pads and that is supplied with a lubricant oil to a space between the bearing pads and a supported surface of the rotating shaft, wherein: at least one of the bearing pads comprises a conduit that extends from a first aperture formed on a high temperature zone of a sliding surface opposing to the supported surface in a direction apart from the supported surface and that reaches a second aperture ; each of the bearing pads is tiltable towards a rotating direction of the rotating shaft; the high temperature zone is positioned at a bearing pad rear portion in the downstream region of the sliding surface with respect to the rotating direction of the shaft, and the second aperture is positioned on a bearing pad forward portion upstream of the first aperture with respect to the rotating direction; and the conduit is a flow path having the first aperture as an inlet and the second aperture as an exit and having a differential pressure letting the lubricant oil flowing therethrough, characterized in that the second aperture is arranged on a front surface of the at least one of the bearing pads pointing upstream of the rotating direction. at least one of the bearing pads comprises a conduit that extends from a first aperture formed on a high temperature zone of a sliding surface opposing to the supported surface in a direction apart from the supported surface and that reaches a second aperture ; each of the bearing pads is tiltable towards a rotating direction of the rotating shaft; the high temperature zone is positioned at a bearing pad rear portion in the downstream region of the sliding surface with respect to the rotating direction of the shaft, and the second aperture is positioned on a bearing pad forward portion upstream of the first aperture with respect to the rotating direction; and the conduit is a flow path having the first aperture as an inlet and the second aperture as an exit and having a differential pressure letting the lubricant oil flowing therethrough, characterized in that the second aperture is arranged on a front surface of the at least one of the bearing pads pointing upstream of the rotating direction.
A pooled memory controller for inter-node communication in a pooled memory architecture, the pooled memory controller comprising: a pooled memory access module to manage remote access by a first compute node and a second compute node to a pooled memory ; a virtual network interface controller, vNIC, interface module to: receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and a data copy module to copy the packet data from the sender physical memory address to the receiver physical memory address within the pooled memory in response to receipt of the receiver physical memory address. a pooled memory access module to manage remote access by a first compute node and a second compute node to a pooled memory ; a virtual network interface controller, vNIC, interface module to: receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and a data copy module to copy the packet data from the sender physical memory address to the receiver physical memory address within the pooled memory in response to receipt of the receiver physical memory address.
A purging apparatus for purging a container having a container body and an openable lid using a clean gas, comprising: a detaching/attaching section contrived to attach the lid to the container body and remove the lid from the container body when it is possible to detach the lid ; a moving mechanism contrived to move the detaching/attaching section with respect to the container ; a locking member contrived to lock the lid to the container body and release the locked state of the lid ; a drive mechanism contrived to drive the locking member ; a gas supplying-discharging mechanism contrived to start purging the container during an operation of attaching the lid to the container body at a time before the drive mechanism completes an operation of locking the lid to the container body with the locking member , characterized in that the purging apparatus further comprises a first detector contrived to detect a position of the lid ; and wherein the gas supplying-discharging mechanism is contrived to start purging the container based on a position of the lid detected by the first detector while the moving mechanism moves the detaching/attaching section toward the container body . a detaching/attaching section contrived to attach the lid to the container body and remove the lid from the container body when it is possible to detach the lid ; a moving mechanism contrived to move the detaching/attaching section with respect to the container ; a locking member contrived to lock the lid to the container body and release the locked state of the lid ; a drive mechanism contrived to drive the locking member ; a gas supplying-discharging mechanism contrived to start purging the container during an operation of attaching the lid to the container body at a time before the drive mechanism completes an operation of locking the lid to the container body with the locking member , characterized in that the purging apparatus further comprises a first detector contrived to detect a position of the lid ; and wherein the gas supplying-discharging mechanism is contrived to start purging the container based on a position of the lid detected by the first detector while the moving mechanism moves the detaching/attaching section toward the container body .
A remote control device for use in a load control system, the remote control device configured to be mounted over an installed mechanical switch that controls whether power is delivered to an electrical load, the remote control device comprising: a base that defines an opening that is configured to receive a protruding portion of a paddle actuator of the mechanical switch therein, the protruding portion of the paddle actuator projecting outward when the mechanical switch is operated into a position that causes power to be delivered to the electrical load, wherein when the protruding portion is received in the opening , the base at least partially surrounds the paddle actuator ; a control unit that is configured to be attached to the base , the control unit comprising a control interface and a housing , the control unit further configured to transmit a control signal in response to a user input, the housing comprising an upper wall , a lower wall , and opposed side walls , the housing defining a void bounded by the upper wall , the lower wall , and the opposed side walls ; a battery that is configured to power the control unit ; and a battery holder that is configured to retain the battery therein, the battery holder configured to be installed within the void defined by the housing , characterised in that the battery holder is operable between a first position in a lower portion of the void and a second position in an upper portion of the void . a base that defines an opening that is configured to receive a protruding portion of a paddle actuator of the mechanical switch therein, the protruding portion of the paddle actuator projecting outward when the mechanical switch is operated into a position that causes power to be delivered to the electrical load, wherein when the protruding portion is received in the opening , the base at least partially surrounds the paddle actuator ; a control unit that is configured to be attached to the base , the control unit comprising a control interface and a housing , the control unit further configured to transmit a control signal in response to a user input, the housing comprising an upper wall , a lower wall , and opposed side walls , the housing defining a void bounded by the upper wall , the lower wall , and the opposed side walls ; a battery that is configured to power the control unit ; and a battery holder that is configured to retain the battery therein, the battery holder configured to be installed within the void defined by the housing , characterised in that the battery holder is operable between a first position in a lower portion of the void and a second position in an upper portion of the void .
A method performed by a terminal (202; 600) in a wireless communication system, the method comprising: receiving (S202), from a base station (201; 500), a radio resource control, RRC, message including numerology information for each bandwidth part, BWP, of a plurality of bandwidth parts, BWPs, including a first BWP for transmitting an uplink signal, wherein a first subcarrier spacing for the first BWP is identified based on the numerology information; changing (S203) an existing timing advance, TA, command value to a smallest granularity value among M granularity values of the plurality of BWPs; receiving (S206), from the base station (201; 500), first information including a TA command update for adjusting an uplink transmission timing, the first information being received through a medium access control, MAC, control element, CE; determining (S207) the uplink transmission timing based on the first information and the changed TA command value; and transmitting, to the base station (201; 500), the uplink signal on the first BWP using the determined uplink transmission timing, wherein the granularity is determined by: 1024 ⋅ 2 − μ T s , where the μ is a numerology index indicating the first subcarrier spacing for a BWP, and the Ts is a sampling duration applied to the wireless communication system having a value of 1 480000 × 4096 seconds. receiving (S202), from a base station (201; 500), a radio resource control, RRC, message including numerology information for each bandwidth part, BWP, of a plurality of bandwidth parts, BWPs, including a first BWP for transmitting an uplink signal, wherein a first subcarrier spacing for the first BWP is identified based on the numerology information; changing (S203) an existing timing advance, TA, command value to a smallest granularity value among M granularity values of the plurality of BWPs; receiving (S206), from the base station (201; 500), first information including a TA command update for adjusting an uplink transmission timing, the first information being received through a medium access control, MAC, control element, CE; determining (S207) the uplink transmission timing based on the first information and the changed TA command value; and transmitting, to the base station (201; 500), the uplink signal on the first BWP using the determined uplink transmission timing, wherein the granularity is determined by: 1024 ⋅ 2 − μ T s , where the μ is a numerology index indicating the first subcarrier spacing for a BWP, and the Ts is a sampling duration applied to the wireless communication system having a value of 1 480000 × 4096 seconds.
A body side member of an ostomy appliance comprising: a proximal skin-facing surface and a distal surface facing away from the skin when the ostomy appliance is worn by a user, at least a portion of the proximal surface comprising an adhesive ; a cover layer forming at least a portion of the distal surface of the body side member; a releasable material provided proximal to the cover layer ; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; characterised in that the cover layer comprises one or more openings in the portion of the distal surface of the body side member formed by the cover layer , each of the one or more openings configured to allow egression of the releasable material onto the distal surface of the body side member, at least in use of the body side member around a stoma of a user. a proximal skin-facing surface and a distal surface facing away from the skin when the ostomy appliance is worn by a user, at least a portion of the proximal surface comprising an adhesive ; a cover layer forming at least a portion of the distal surface of the body side member; a releasable material provided proximal to the cover layer ; wherein at least a centre portion of the body side member is prepared for provision of a stoma receiving opening extending through the body side member; characterised in that the cover layer comprises one or more openings in the portion of the distal surface of the body side member formed by the cover layer , each of the one or more openings configured to allow egression of the releasable material onto the distal surface of the body side member, at least in use of the body side member around a stoma of a user.
A method in an electronic device having a touch screen , the method comprising the operations of: sensing an object, comprising at least a portion of a user finger, approaching the touch screen ; and displaying a pointer at a predetermined position of the touch screen responsive to sensing the at least a portion of the finger for a predetermined time or longer in a predetermined region of the touch screen, wherein a position of the pointer is located along a line defined by connecting two points situated where distances between the finger and the touch screen are the least, and at a point spaced a predetermined distance away from an edge point adjacent to the edge of the touch screen, and on the line. sensing an object, comprising at least a portion of a user finger, approaching the touch screen ; and displaying a pointer at a predetermined position of the touch screen responsive to sensing the at least a portion of the finger for a predetermined time or longer in a predetermined region of the touch screen, wherein a position of the pointer is located along a line defined by connecting two points situated where distances between the finger and the touch screen are the least, and at a point spaced a predetermined distance away from an edge point adjacent to the edge of the touch screen, and on the line.
A multilayer polymeric film, comprising: a top layer comprising poly(methyl methacrylate); a bottom layer comprising a bottom layer composition; and an inner layer disposed between an inside surface of the top layer and an inside surface of the bottom layer, wherein the inner layer comprises polycarbonate, characterized by the bottom layer composition comprising polycarbonate and polyester or copolymers thereof wherein a glass transition temperature of the bottom layer is less than or equal to 140 °C; wherein an average surface roughness Rz of an outside surface of the bottom layer is less than or equal to 0.75 micrometers as measured according to ISO 4287. a top layer comprising poly(methyl methacrylate); a bottom layer comprising a bottom layer composition; and an inner layer disposed between an inside surface of the top layer and an inside surface of the bottom layer, wherein the inner layer comprises polycarbonate, characterized by the bottom layer composition comprising polycarbonate and polyester or copolymers thereof wherein a glass transition temperature of the bottom layer is less than or equal to 140 °C; wherein an average surface roughness Rz of an outside surface of the bottom layer is less than or equal to 0.75 micrometers as measured according to ISO 4287.
A method of manufacturing a case to be used in electronic devices, comprising: providing (S10) a metal case with a surface ; applying (S120) a first oxidation treatment on the surface of the metal case to form a first oxidation layer ; defining (S130) a first area on the surface of the metal case ; removing (S140) a portion of the first oxidation layer located within the first area ; and applying (S150) a second oxidation treatment on the surface of the metal case within the first area to form a second oxidation layer ; characterized by : forming (S160) a paint layer only on the second oxidation layer by spraying, wherein a top surface of the first oxidation layer is at the same height as a top surface of the paint layer ; wherein no height difference exists between different areas on a surface of the case; wherein the portion of the first oxidation layer located within the first area is removed to expose a portion of the metal case within the first area, and the second oxidation treatment is applied on the portion of the metal case . providing (S10) a metal case with a surface ; applying (S120) a first oxidation treatment on the surface of the metal case to form a first oxidation layer ; defining (S130) a first area on the surface of the metal case ; removing (S140) a portion of the first oxidation layer located within the first area ; and applying (S150) a second oxidation treatment on the surface of the metal case within the first area to form a second oxidation layer ; characterized by : forming (S160) a paint layer only on the second oxidation layer by spraying, wherein a top surface of the first oxidation layer is at the same height as a top surface of the paint layer ; wherein no height difference exists between different areas on a surface of the case; wherein the portion of the first oxidation layer located within the first area is removed to expose a portion of the metal case within the first area, and the second oxidation treatment is applied on the portion of the metal case . forming (S160) a paint layer only on the second oxidation layer by spraying, wherein a top surface of the first oxidation layer is at the same height as a top surface of the paint layer ; wherein no height difference exists between different areas on a surface of the case; wherein the portion of the first oxidation layer located within the first area is removed to expose a portion of the metal case within the first area, and the second oxidation treatment is applied on the portion of the metal case .