mhurhangee/ep-ind-claims huggingface dataset:
An image forming system, comprising: - a mobile device comprising: - an operation unit; - a display; and - an operation screen display that is adapted to display an operation screen to operate the image forming apparatus on the display, wherein the operation screen comprises a copy button, a scan button, and a pull print button; - an image forming apparatus including a scanner and a printer; and - a server, characterized in that: when the copy button is pressed, - the mobile device is adapted to cause the server to perform a login process; - the server is adapted to perform the login process and to send the result of the login process to the mobile device; when the login process is successful, - the mobile device is adapted to cause the server to send to the mobile device a set value of a copy associated to the copy button and managed by the server; - the server is adapted to send to the mobile device the set value of the copy associated to the copy button and managed by the server, wherein the set value of the copy includes a resolution for reading by the scanner and a color of printing by the printer; - the mobile device is adapted to cause the image forming apparatus to perform the copy at the set value of the copy transmitted from the server; and - the image forming apparatus is adapted to perform the copy at the set value of the copy transmitted from the mobile device by using the scanner and the printer. - a mobile device comprising: - an operation unit; - a display; and - an operation screen display that is adapted to display an operation screen to operate the image forming apparatus on the display, wherein the operation screen comprises a copy button, a scan button, and a pull print button; - an operation unit; - a display; and - an operation screen display that is adapted to display an operation screen to operate the image forming apparatus on the display, wherein the operation screen comprises a copy button, a scan button, and a pull print button; - an image forming apparatus including a scanner and a printer; and - a server, - the mobile device is adapted to cause the server to perform a login process; - the server is adapted to perform the login process and to send the result of the login process to the mobile device; - the mobile device is adapted to cause the server to send to the mobile device a set value of a copy associated to the copy button and managed by the server; - the server is adapted to send to the mobile device the set value of the copy associated to the copy button and managed by the server, wherein the set value of the copy includes a resolution for reading by the scanner and a color of printing by the printer; - the mobile device is adapted to cause the image forming apparatus to perform the copy at the set value of the copy transmitted from the server; and - the image forming apparatus is adapted to perform the copy at the set value of the copy transmitted from the mobile device by using the scanner and the printer.
A fixed-bed tubular reactor which extends, along a longitudinal axis (XX'), between a first end and a second end, the reactor comprising a catalyst powder bed confined in an annular space delimited by a first wall of a hollow tube and a second wall of a hollow insert, disposed in the hollow tube coaxially with the latter, the hollow insert comprising at least one distribution chamber and at least one collection chamber, separated from one another by a separating wall, and comprising, respectively, a gas intake opening at the first end and a gas discharge opening at the second end, the second wall comprising at least one distribution opening and at least one collection opening, the distribution opening allowing the distribution of a gas capable of being admitted through the intake opening of the distribution chamber to the annular space, and the collection opening allowing the collection of the gas distributed in the annular space by the collection chamber, characterized in that the second wall of the hollow insert includes, on at least a first longitudinal portion (Pl) of the insert defined along the longitudinal axis (XX'), at least one offset distribution opening and at least one offset collection opening, any offset distribution opening being contained in a transverse plane to the longitudinal axis (XX') different from any transverse plane to the longitudinal axis (XX') containing an offset collection opening such that the direction of the flow of gas distributed and/or admitted between an offset collection opening and an offset distribution opening has an axial component along the longitudinal axis (XX'). the reactor comprising a catalyst powder bed confined in an annular space delimited by a first wall of a hollow tube and a second wall of a hollow insert, disposed in the hollow tube coaxially with the latter, the hollow insert comprising at least one distribution chamber and at least one collection chamber, separated from one another by a separating wall, and comprising, respectively, a gas intake opening at the first end and a gas discharge opening at the second end, the second wall comprising at least one distribution opening and at least one collection opening, the distribution opening allowing the distribution of a gas capable of being admitted through the intake opening of the distribution chamber to the annular space, and the collection opening allowing the collection of the gas distributed in the annular space by the collection chamber, characterized in that the second wall of the hollow insert includes, on at least a first longitudinal portion (Pl) of the insert defined along the longitudinal axis (XX'), at least one offset distribution opening and at least one offset collection opening, any offset distribution opening being contained in a transverse plane to the longitudinal axis (XX') different from any transverse plane to the longitudinal axis (XX') containing an offset collection opening such that the direction of the flow of gas distributed and/or admitted between an offset collection opening and an offset distribution opening has an axial component along the longitudinal axis (XX').
Flexible pipe for transporting a cryogenic fluid, comprising at least one tensile armour layer, a leak proof sealed external sheath and a connecting end fitting, characterised in that it comprises an inner tube suitable for ensuring leak proof sealing for the fluid and resistance to internal pressure, the tensile armour layer being arranged around the corrugated tube, the flexible pipe comprising at least one thermal insulation layer (6, 8), arranged around the tensile armour layer, the leak proof sealed external sheath being disposed around the thermal insulation layer (6, 8), the said end fitting (10; 40) including a front part (11; 41) comprising a front end flange (12; 42) for holding in place the corrugated tube and elements (16, 17, 18; 44) for fastening the armour layer and a rear part (21; 51) comprising at least one rear end flange (24; 53, 55, 58) for crimping the leak proof sealed external sheath and for holding in place the thermal insulation layer (6, 8), the front end flanges (12; 42) and the rear end flanges (24; 53, 55, 58), respectively being connected to each other by connecting elements (32, 33; 61, 59, 60), the end fitting (10; 40) comprising thermal insulation means (35; 65) interposed between the front end flanges (12; 42) and the rear end flanges (24; 53, 55, 58), respectively, in order to isolate the rear part (21; 51) from the front part (11; 41) of the connecting end fitting (10; 40).
A refrigerator comprising: a main body having a storage room; a door for opening/closing the storage room; a home bar (110, 310) disposed in a front side of the door; a dispenser (120, 320) provided at and exposed to an outside of the home bar (110, 310); a home bar door (111, 311) rotatably coupled to the door to be openable; a hinge axis provided at lower ends of both sides of the home bar door, an upper end of the home bar door being vertically rotatable around the hinge axis; and a home bar space formed in a rear side of the door and opened or closed by the home bar door (111, 311), characterized in that the dispenser (120, 320) comprises a lever (140, 340) allowing a user to press to discharge water or ice, wherein the lever (140, 340) is disposed at an upper portion of the home bar door (111, 311) to be exposed to an outside when the home bar door (111, 311) is in a closed position. a main body having a storage room; a door for opening/closing the storage room; a home bar (110, 310) disposed in a front side of the door; a dispenser (120, 320) provided at and exposed to an outside of the home bar (110, 310); a home bar door (111, 311) rotatably coupled to the door to be openable; a hinge axis provided at lower ends of both sides of the home bar door, an upper end of the home bar door being vertically rotatable around the hinge axis; and a home bar space formed in a rear side of the door and opened or closed by the home bar door (111, 311), characterized in that the dispenser (120, 320) comprises a lever (140, 340) allowing a user to press to discharge water or ice, wherein the lever (140, 340) is disposed at an upper portion of the home bar door (111, 311) to be exposed to an outside when the home bar door (111, 311) is in a closed position.
A method of identifying a welding asset, being characterised by the following: receiving, at a welding asset tracking server, a selection signal representative of a selection of a particular welding asset; and sending, via a welding asset tracking network, to the particular welding asset, via communication circuitry of the welding asset tracking server, a command for the particular welding asset to emit a perceptible output through an interface of the particular welding asset; wherein the welding asset tracking network comprises at least one welding asset retaining a gateway in communication with the welding asset tracking server. receiving, at a welding asset tracking server, a selection signal representative of a selection of a particular welding asset; and sending, via a welding asset tracking network, to the particular welding asset, via communication circuitry of the welding asset tracking server, a command for the particular welding asset to emit a perceptible output through an interface of the particular welding asset; wherein the welding asset tracking network comprises at least one welding asset retaining a gateway in communication with the welding asset tracking server.
A method for establishing an end to end service in an optical transport network having gateway network elements, comprising: a path computation entity acquiring link information in a network and multi-stage multiplexing capability constraint information supported by said gateway network elements; when an end-to-end path computation request is received, according to the link information and the multi-stage multiplexing capability constraint information supported by the gateway network elements, the path computation entity performing an end-to-end routing computation to acquire an end-to-end routing, and selecting a multi-stage multiplexing capability used on a gateway network element passed by the end-to-end routing; and a path configuration entity configuring the end-to-end service, and configuring the selected multi-stage multiplexing capability to the gateway network element passed by the end-to-end routing. a path computation entity acquiring link information in a network and multi-stage multiplexing capability constraint information supported by said gateway network elements; when an end-to-end path computation request is received, according to the link information and the multi-stage multiplexing capability constraint information supported by the gateway network elements, the path computation entity performing an end-to-end routing computation to acquire an end-to-end routing, and selecting a multi-stage multiplexing capability used on a gateway network element passed by the end-to-end routing; and a path configuration entity configuring the end-to-end service, and configuring the selected multi-stage multiplexing capability to the gateway network element passed by the end-to-end routing.
Apparatus for layer-by-layer production of three-dimensional objects in a powder bed fusion method, comprising a build space, at least one energy source, a build field having a build space platform, and a build space container that laterally bounds the build space platform, wherein the build space platform has an upper side facing a powder and a lower side remote from the powder, wherein the upper side comprises a material having a thermal conductivity of at least 20 W/ (m·K) and the lower side a material having a thermal conductivity of not more than 0.5 W/(m·K), wherein the thermal conductivity is determined to ASTM E1461, and the contact area of the upper side of the build space platform with the powder is increased by at least 20% compared to the flat surface of a build space platform, characterized in that the build space platform exhibits at least one inlet and at least one outlet for a cooling medium.
A method for handling handover of a user equipment, i.e. UE, in a telecommunications network from one access technology to another access technology, comprising the steps of: - detecting in a target access gateway, i.e. AGW, that a handover state of the UE is unknown at handover from a 3GPP access technology to a non-3GPP access technology; - sending from the target access gateway a gateway control session, i.e. GCS, establishment message to a policy and charging rules function, i.e. PCRF, node, wherein the establishment message comprise an indication to instruct the PCRF node to defer leg linking of a session until reception of corresponding control signalling from a packet data network gateway, i.e. PDN-GW over Gx interface. - detecting in a target access gateway, i.e. AGW, that a handover state of the UE is unknown at handover from a 3GPP access technology to a non-3GPP access technology; - sending from the target access gateway a gateway control session, i.e. GCS, establishment message to a policy and charging rules function, i.e. PCRF, node, wherein the establishment message comprise an indication to instruct the PCRF node to defer leg linking of a session until reception of corresponding control signalling from a packet data network gateway, i.e. PDN-GW over Gx interface.
A layered body comprising a polarizer material film that is a product of stretching in one or more directions, and a substrate film provided on the polarizer material film, the substrate film being a product of stretching in one or more directions, wherein a stretching ratio X of the polarizer material film is 1.5 or more and 5.5 or less, a stretching ratio Y of the substrate film is smaller than the stretching ratio X of the polarizer material film, characterized in that: a thickness T2 is 20 μm or less, the thickness T2 being a thickness of the polarizer material film as a result of free end uniaxial stretching of the layered body at a stretching ratio 6.0/X, and an angle Θ2 formed by a stretching direction of the polarizer material film and a stretching direction of the substrate film is less than 1°. a stretching ratio X of the polarizer material film is 1.5 or more and 5.5 or less, a stretching ratio Y of the substrate film is smaller than the stretching ratio X of the polarizer material film, a thickness T2 is 20 μm or less, the thickness T2 being a thickness of the polarizer material film as a result of free end uniaxial stretching of the layered body at a stretching ratio 6.0/X, and an angle Θ2 formed by a stretching direction of the polarizer material film and a stretching direction of the substrate film is less than 1°.
A multi-optical axis photoelectronic sensor including a light projector in which a plurality of light emitting elements is arranged in a line, a light receiver in which a light receiving element of the same number as each light emitting element is arranged in a line at an interval corresponding to each light emitting element, a measurement unit configured to measure, while lighting each light emitting element by turns, a light receiving quantity of the light receiving element corresponding to a lighted light emitting element, and a determination unit being configured to determine light entering/light shielding of each optical axis based on the light receiving quantity measured from each light receiving element; the multi-optical axis photoelectronic sensor comprising: a representative value acquiring unit configured to obtain a representative light receiving quantity of all optical axes using the light receiving quantity measured while a measurement process on each light receiving element is executed for at least one cycle; a peak value storage unit configured to store a peak value of the representative light receiving quantity, wherein the peak value is initially set as zero; a peak value updating unit configured to compare the representative light receiving quantity obtained by the representative value acquiring unit with the peak value stored by the peak value storage unit, and to rewrite the peak value with the representative light receiving quantity if the representative light receiving quantity is greater than the peak value; and an output unit configured to display information indicating a relationship between the representative light receiving quantity and the peak value. a representative value acquiring unit configured to obtain a representative light receiving quantity of all optical axes using the light receiving quantity measured while a measurement process on each light receiving element is executed for at least one cycle; a peak value storage unit configured to store a peak value of the representative light receiving quantity, wherein the peak value is initially set as zero; a peak value updating unit configured to compare the representative light receiving quantity obtained by the representative value acquiring unit with the peak value stored by the peak value storage unit, and to rewrite the peak value with the representative light receiving quantity if the representative light receiving quantity is greater than the peak value; and an output unit configured to display information indicating a relationship between the representative light receiving quantity and the peak value.
A method of forming an Al-Zn-Si-Mg alloy coating on a strip that includes dipping strip into a bath of molten Al-Zn-Si-Mg alloy and forming a coating of the alloy on the strip, wherein the alloy comprising the following ranges in % by weight of the elements Al, Zn, Si, and Mg: Al: 45 to 60 % Zn: 35 to 50 % Si: 1.2 to 2.5% Mg 1.0 to 3.0%; the bath has a molten metal layer and a top dross layer on the metal layer; characterised by the method including controlling the conditions in the molten bath to minimise the top dross layer in the molten bath by controlling the composition of the bath to include Ca in an amount which is more than 150 ppm and less than 500 ppm and by including Sr in the composition of the bath.
An airfoil for a gas turbine engine, the airfoil comprising: a radially extending body having a transverse cross-section comprising: a leading edge; a trailing edge; a pressure side extending between the leading edge and the trailing edge with a predominantly concave curvature; and a suction side extending between the leading edge and the trailing edge with a predominantly convex curvature, characterized in that: the suction side comprises a forward portion, an aft portion, and an approximately flat portion extending from the forward portion to the aft portion, wherein the forward portion has positive curvature from the leading edge to the point at which it meets the approximately flat portion, and where the aft portion has positive curvature from the point at which it meets the approximately flat portion to the trailing edge, wherein the approximately flat portion is formed by a series of local curvature changes that produce inflection points in the predominantly convex curvature of the suction side. a radially extending body having a transverse cross-section comprising: a leading edge; a trailing edge; a pressure side extending between the leading edge and the trailing edge with a predominantly concave curvature; and a suction side extending between the leading edge and the trailing edge with a predominantly convex curvature, a leading edge; a trailing edge; a pressure side extending between the leading edge and the trailing edge with a predominantly concave curvature; and a suction side extending between the leading edge and the trailing edge with a predominantly convex curvature, characterized in that: the suction side comprises a forward portion, an aft portion, and an approximately flat portion extending from the forward portion to the aft portion, wherein the forward portion has positive curvature from the leading edge to the point at which it meets the approximately flat portion, and where the aft portion has positive curvature from the point at which it meets the approximately flat portion to the trailing edge, wherein the approximately flat portion is formed by a series of local curvature changes that produce inflection points in the predominantly convex curvature of the suction side.