mhurhangee/ep-ind-claims huggingface dataset:
Raster arrangement with frame parts and a plurality of raster elements arranged side by side with reflecting side walls for glare-suppressing the light emitted by a light source, characterized in that the raster elements are formed by separate lamella elements out of solid material by profiled metal rods, which are held at their two ends by a frame part, respectively.
A method for fluid flow ( Q i) measurement for a discrete area of a fluid supply network, the fluid supply network comprising a network of pipes for delivering a fluid to consumers, wherein the network of pipes comprises at least one main pipe to transport fluid from a source into the fluid supply network, wherein the main pipe crosses a boundary between the discrete area and a further area of the fluid supply network, and a plurality of distribution pipes (5, 13), wherein each distribution pipe (5, 13) is adapted to transport fluid from the main pipe to a consumer fluidly connected to the distribution pipe (5, 13), and a plurality of nodes that are junctions of at least two pipes, wherein two such nodes that are located on the same main pipe on different sides of the boundary without any further nodes located between them are boundary nodes (11, 12); a plurality of key metering points (14, 15) wherein each key metering point (14, 15) is located on a distribution pipe (5, 13) and equipped with a pressure sensor and a consumption gauge, wherein each pressure sensor is adapted to make a measurement of fluid pressure ( P 1, P 2) in the distribution pipe (5, 13) where the pressure sensor is installed; each consumption gauge is adapted to measure fluid consumption ( q 1, q 2) by consumers that are fluidly connected to the distribution pipe (5, 13) on which the consumption gauge is installed, comprising steps of a) taking measurements of the fluid pressure ( P 1) and the fluid consumption ( q 1) on at least one selected first key metering point that is located inside the discrete area, b) taking measurements of the fluid pressure ( P 2) and the fluid consumption ( q 2) on at least one selected second key metering point that is located inside the further area, c) calculating the fluid flow (Qi) in the at least one main pipe using the Kirchhoff's system of equations for fluid pressures (P1, P2) and the fluid consumptions (q1, q2) measured on the selected key metering points (19, 20). each pressure sensor is adapted to make a measurement of fluid pressure ( P 1, P 2) in the distribution pipe (5, 13) where the pressure sensor is installed; each consumption gauge is adapted to measure fluid consumption ( q 1, q 2) by consumers that are fluidly connected to the distribution pipe (5, 13) on which the consumption gauge is installed, a) taking measurements of the fluid pressure ( P 1) and the fluid consumption ( q 1) on at least one selected first key metering point that is located inside the discrete area, b) taking measurements of the fluid pressure ( P 2) and the fluid consumption ( q 2) on at least one selected second key metering point that is located inside the further area, c) calculating the fluid flow (Qi) in the at least one main pipe using the Kirchhoff's system of equations for fluid pressures (P1, P2) and the fluid consumptions (q1, q2) measured on the selected key metering points (19, 20).
A soft reset method performed by a soft reset control device of a digital subscriber line, DSL apparatus, the DSL apparatus containing a plurality of service modules and a plurality of non-service modules, wherein the non-service modules are provided in a hardware apparatus layer and the service modules are provided in other layers, wherein one non-service module among the plurality of non-service modules is a DSL module, the method comprising: • receiving a soft reset command, wherein the soft reset command comprises: ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; • controlling, according to the soft reset command, the service module of the plurality of service modules to perform soft reset; • presetting and saving a first service module type that needs support of a non-service module of the plurality of non-service modules during a soft reset process; • obtaining a second service module type corresponding to the service module, wherein the second service module type is included in the soft reset command; • judging whether the second service module type matches the first service module type; and when it does not match, controlling the non-service module to maintain the working status. • receiving a soft reset command, wherein the soft reset command comprises: ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; • controlling, according to the soft reset command, the service module of the plurality of service modules to perform soft reset; • presetting and saving a first service module type that needs support of a non-service module of the plurality of non-service modules during a soft reset process; • obtaining a second service module type corresponding to the service module, wherein the second service module type is included in the soft reset command; • judging whether the second service module type matches the first service module type; and when it does not match, controlling the non-service module to maintain the working status.
Joint arrangement having at least one driven axis, in particular for activating a movement of a component of a robot, comprising: - a first base element incorporates a first rotation element and the first rotation element is rotatable about a first rotation axis, - the first rotation element incorporates a second rotation axis separate from the first rotation axis, about which a second rotation element is swivellable on the first rotation element, - the second rotation element has a third rotation axis separate from the second rotation axis about which a second base element is rotatable with respect to the second rotation element, - the second rotation axis has an axial offset relative to the first rotation axis and the second rotation axis is inclined relative to the first rotation axis and - the first and the second rotation axis (14, 18) have an intersection point which lies outside the joint arrangement, characterised in that the first rotation element is formed as a pan body and the second rotation element as a sphere segment body, the radius of which being adjusted to that of the pan body to form a gap. - a first base element incorporates a first rotation element and the first rotation element is rotatable about a first rotation axis, - the first rotation element incorporates a second rotation axis separate from the first rotation axis, about which a second rotation element is swivellable on the first rotation element, - the second rotation element has a third rotation axis separate from the second rotation axis about which a second base element is rotatable with respect to the second rotation element, - the second rotation axis has an axial offset relative to the first rotation axis and the second rotation axis is inclined relative to the first rotation axis and - the first and the second rotation axis (14, 18) have an intersection point which lies outside the joint arrangement, characterised in that the first rotation element is formed as a pan body and the second rotation element as a sphere segment body, the radius of which being adjusted to that of the pan body to form a gap.
A window management method, applied to a control, comprising receiving, by the control, a window creation request sent by a Web page connected to the control; obtaining, by the control, a covered area of a window to be created in the Web page, according to the window creation request; and creating, by the control, a display window and covering the covered area with the display window; wherein the control comprises at least one software module and the at least one software module is stored in a memory or hardcoded in an operating system of an electronic device in a form of software or firmware; wherein the covered area contains an absolute position of the window to be created in the Web page; and wherein the control independently operates and the window creation request comprises a window size of the Web page and a relative position of the window to be created in the Web page; the method being characterized in that: creating the display window and covering the covered area with the display window comprises: creating a new process, establishing a display window in the new process, and covering the covered area of the Web page with the display window, wherein the display window is a window without borders, titles and taskbar icons. obtaining, by the control, a covered area of a window to be created in the Web page, according to the window creation request; and creating, by the control, a display window and covering the covered area with the display window; wherein the control comprises at least one software module and the at least one software module is stored in a memory or hardcoded in an operating system of an electronic device in a form of software or firmware; wherein the covered area contains an absolute position of the window to be created in the Web page; and wherein the control independently operates and the window creation request comprises a window size of the Web page and a relative position of the window to be created in the Web page; the method being characterized in that: creating the display window and covering the covered area with the display window comprises: creating a new process, establishing a display window in the new process, and covering the covered area of the Web page with the display window, wherein the display window is a window without borders, titles and taskbar icons.
Aircraft engine, comprising a housing having an inlet and an outlet, an axial fan which is arranged adjacent to the inlet in a first housing section and has at least one impeller, at least one electric motor which is designed to drive the impeller, at least one fuel cell unit which is designed to supply power to the electric motor, and at least one combustion drive arranged downstream of the axial fan within the housing, the housing being formed with a convergent section adjacent to the first housing section and with a divergent section adjacent to the convergent section, characterized in that the combustion drive comprises a combustion chamber with a hydrogen injection means, which are arranged or formed within the divergent section.
A process for the manufacturing of a forming tool which comprises the following steps: a) Providing a base steel for the forming tool; b) Depositing by laser cladding a clad steel onto at least part of the surface of the base steel for the forming tool, obtaining a cladded piece with presence of retained austenite in the coating, wherein the clad steel presents a chemical composition suitable to promote austenite retention and the coating obtained by deposition by laser cladding presents between 2% and 18% in volume of retained austenite, c) Carrying out a finish machining operation of the piece obtained in previous step b), d) Applying a cryogenic treatment to the piece obtained in previous step c); wherein the cryogenic treatment is carried out at a temperature equal or lower than -150 °C. a) Providing a base steel for the forming tool; b) Depositing by laser cladding a clad steel onto at least part of the surface of the base steel for the forming tool, obtaining a cladded piece with presence of retained austenite in the coating, wherein the clad steel presents a chemical composition suitable to promote austenite retention and the coating obtained by deposition by laser cladding presents between 2% and 18% in volume of retained austenite, c) Carrying out a finish machining operation of the piece obtained in previous step b), d) Applying a cryogenic treatment to the piece obtained in previous step c);
A set of strata for the creation of a model for the manufacture of a part by moulding by non-permanent mould of refractory material, this set comprising: - a first stratum, and - a second stratum able to be stacked on the first stratum along a stacking direction, characterized in that: - said first stratum includes a functional projection for protection, a functional projection being a projection which is in contact with the refractory material when the two strata are stacked, and a non-functional stratum extending along the stacking direction and intended to protect said functional projection, - said second stratum includes a recess able to totally cover the non-functional projection when these two strata (10, 12) are stacked so as to prevent a contact between the non-functional projection and the refractory material, and in that: - the height of the non-functional projection along the stacking direction is greater than the height of the functional projection along the same stacking direction. - a first stratum, and - a second stratum able to be stacked on the first stratum along a stacking direction, - said first stratum includes a functional projection for protection, a functional projection being a projection which is in contact with the refractory material when the two strata are stacked, and a non-functional stratum extending along the stacking direction and intended to protect said functional projection, - said second stratum includes a recess able to totally cover the non-functional projection when these two strata (10, 12) are stacked so as to prevent a contact between the non-functional projection and the refractory material, - the height of the non-functional projection along the stacking direction is greater than the height of the functional projection along the same stacking direction.
A seat apparatus (2, 102) for a vehicle, comprising: a longitudinal sliding mechanism including a first lower rail adapted to be fixed to a vehicle floor and extending in a longitudinal direction of the vehicle and a first upper rail supported to be slidable relative to the first lower rail; a width-directional sliding mechanism including a second lower rail mounted on the first upper rail and extending in a width direction of the vehicle and a second upper rail supported to be slidable relative to the second lower rail and adapted to be fixed to a seat frame member; the seat apparatus being characterized in that it comprises an attachment bracket extending in parallel to the second lower rail and including an upper wall portion and first and second engagement portions (36a, 36b) which extend downwardly from the upper wall portion while facing each other in the longitudinal direction of the vehicle and which are supported by the first upper rail, wherein the second lower rail is fixed between the first and second engagement portions (36a, 36b) of the attachment bracket. a longitudinal sliding mechanism including a first lower rail adapted to be fixed to a vehicle floor and extending in a longitudinal direction of the vehicle and a first upper rail supported to be slidable relative to the first lower rail; a width-directional sliding mechanism including a second lower rail mounted on the first upper rail and extending in a width direction of the vehicle and a second upper rail supported to be slidable relative to the second lower rail and adapted to be fixed to a seat frame member; the seat apparatus being characterized in that it comprises an attachment bracket extending in parallel to the second lower rail and including an upper wall portion and first and second engagement portions (36a, 36b) which extend downwardly from the upper wall portion while facing each other in the longitudinal direction of the vehicle and which are supported by the first upper rail, wherein the second lower rail is fixed between the first and second engagement portions (36a, 36b) of the attachment bracket.
A secure on-demand supply method, comprising: determining a configuration parameter of a security function module according to a security level set for requested traffic by a user, an application scenario of a user terminal comprising a location of the user terminal and a type of an access network, and a traffic type; wherein the traffic type is defined by a traffic identifier, the traffic identifier is set for the traffic at the time of carrying out Quality of Service, QoS, priority protection on the traffic; and the traffic identifier is implemented by a Diffserv traffic framework, by using the Diffserv traffic framework, each QoS characteristic has a corresponding mapped field value in a Differentiated Services Code Point, DSCP, field of an IP data header; wherein different field values represent different traffic granularity distinguishing identifiers, which have different traffic data transmission priorities; configuring the security function module according to the configuration parameter; and protecting security of traffic data of the user by the security function module. determining a configuration parameter of a security function module according to a security level set for requested traffic by a user, an application scenario of a user terminal comprising a location of the user terminal and a type of an access network, and a traffic type; wherein the traffic type is defined by a traffic identifier, the traffic identifier is set for the traffic at the time of carrying out Quality of Service, QoS, priority protection on the traffic; and the traffic identifier is implemented by a Diffserv traffic framework, by using the Diffserv traffic framework, each QoS characteristic has a corresponding mapped field value in a Differentiated Services Code Point, DSCP, field of an IP data header; wherein different field values represent different traffic granularity distinguishing identifiers, which have different traffic data transmission priorities; configuring the security function module according to the configuration parameter; and protecting security of traffic data of the user by the security function module.
An oven, comprising: a casing having a front panel; a cooking chamber provided inside the casing; a door rotatably disposed in the casing so as to open and close the cooking chamber, and having a frame; and an individual door rotatably provided in the frame so as to open and close an opening provided in the frame, an operation unit (300, 1500) provided in at least one of the door and the individual door so that rotation of the door and the individual door is selectively adjusted, and a locking unit (410, 420, 1600) that connects the door and the individual door, characterized in that said locking device (410, 420, 1600) includes a first locking unit coupled to the operation unit (300, 1500) and a second locking unit detachably coupled to the first locking unit, so that the cooking chamber is opened or closed by the individual door integrally with or separately from the door, in accordance with the operation of the operation unit (300,1500). a casing having a front panel; a cooking chamber provided inside the casing; a door rotatably disposed in the casing so as to open and close the cooking chamber, and having a frame; and an individual door rotatably provided in the frame so as to open and close an opening provided in the frame, an operation unit (300, 1500) provided in at least one of the door and the individual door so that rotation of the door and the individual door is selectively adjusted, and a locking unit (410, 420, 1600) that connects the door and the individual door, characterized in that said locking device (410, 420, 1600) includes a first locking unit coupled to the operation unit (300, 1500) and a second locking unit detachably coupled to the first locking unit, so that the cooking chamber is opened or closed by the individual door integrally with or separately from the door, in accordance with the operation of the operation unit (300,1500).
A method for searching for information, comprising: obtaining webpage data uploaded by a user terminal in a network which provides a search engine service and other services, and storing the webpage data in a user page database; wherein a user corresponding to the user terminal uses the other services by a same user identification in addition to the search engine service, and by way of using the other services, delivers contents on a webpage; the webpage data includes a webpage entry of the webpage; receiving a search request including a keyword from a user terminal of a search user when the search user uses the search engine service; searching in a common webpage database for a first webpage entry corresponding to the keyword; obtaining identifiers of all friends of the search user from a friend database, wherein user-friend relationship is stored, finding second webpage entries corresponding to the identifiers of all friends in the user page database, and searching in the found second webpage entries for a required third webpage entry corresponding to the keyword; and sorting the first webpage entry and the third webpage entry, and feeding back the sorted webpage entries to the user terminal of the search user. obtaining webpage data uploaded by a user terminal in a network which provides a search engine service and other services, and storing the webpage data in a user page database; wherein a user corresponding to the user terminal uses the other services by a same user identification in addition to the search engine service, and by way of using the other services, delivers contents on a webpage; the webpage data includes a webpage entry of the webpage; receiving a search request including a keyword from a user terminal of a search user when the search user uses the search engine service; searching in a common webpage database for a first webpage entry corresponding to the keyword; obtaining identifiers of all friends of the search user from a friend database, wherein user-friend relationship is stored, finding second webpage entries corresponding to the identifiers of all friends in the user page database, and searching in the found second webpage entries for a required third webpage entry corresponding to the keyword; and sorting the first webpage entry and the third webpage entry, and feeding back the sorted webpage entries to the user terminal of the search user.