mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying a menu including menu icons in a content execution apparatus, the method comprising steps of: (a) extracting a menu information from a storage media, the menu information including information on services, such as a playback service of multimedia content or a set-up service of the content execution apparatus, the services being respectively associated with the menu icons to be displayed, and the menu information further including information on service data required by the respective services; from the extracted menu information, determining whether the services and the service data are available in the content execution apparatus; when the services and the service data are available in the content execution apparatus according to the determination, determining a capability of a system resource of the content execution apparatus; (c) when none of the services and the corresponding service data is available, updating the extracted menu information such that the menu icon associated with the unavailable service is deleted in the menu; and (d) based on the updated menu information, displaying the menu that only includes the menu icons associated with available services; (e) when none of the service and the service data is available, checking for availability of description data which provides information on the unavailable service; and (f) when the description data is available, updating the extracted menu information such that the displayed menu includes the menu icon associated with the unavailable service. (a) extracting a menu information from a storage media, the menu information including information on services, such as a playback service of multimedia content or a set-up service of the content execution apparatus, the services being respectively associated with the menu icons to be displayed, and the menu information further including information on service data required by the respective services; from the extracted menu information, determining whether the services and the service data are available in the content execution apparatus; when the services and the service data are available in the content execution apparatus according to the determination, determining a capability of a system resource of the content execution apparatus; (c) when none of the services and the corresponding service data is available, updating the extracted menu information such that the menu icon associated with the unavailable service is deleted in the menu; and (d) based on the updated menu information, displaying the menu that only includes the menu icons associated with available services; (e) when none of the service and the service data is available, checking for availability of description data which provides information on the unavailable service; and (f) when the description data is available, updating the extracted menu information such that the displayed menu includes the menu icon associated with the unavailable service.
A system for pretreatment of sample comprising: a holder storage unit having a module holder on which a sample pretreatment module is seated; a cartridge accommodating portion for loading a cartridge therein, wherein the sample accommodated in a chamber of the sample pretreatment module is discharged and loaded into the cartridge; a magnetic force generating unit for generating a magnetic force to rotate the permanent magnet provided in the sample pretreatment module; and a penetration and discharge unit for penetrating the penetration membrane in the sample pretreatment module and discharging the sample by pressing the moving unit of the cap 120); wherein the cartridge comprises a reaction area; and wherein the system is adapted to drop the sample on the cartridge for fluid analysis, characterized in that the penetration and discharge unit comprises an edge pressing portion for pressing the cap edge portion of the sample pretreatment module so as to penetrate the penetration membrane in the sample pretreatment module; the sample pretreatment module comprises a moving unit pressing portion for pressing the moving unit to discharge the sample; the sample pretreatment module comprises a body having the chamber for accommodating the sample therein and the cap coupled to one end of the body, whereby a discharge tip is movably coupled to the other end of the body for discharging the sample accommodated in the chamber; the moving unit is movably provided in the cap and pressing the sample in the chamber according to the movement to discharge the sample to the outside. a holder storage unit having a module holder on which a sample pretreatment module is seated; a cartridge accommodating portion for loading a cartridge therein, wherein the sample accommodated in a chamber of the sample pretreatment module is discharged and loaded into the cartridge; a magnetic force generating unit for generating a magnetic force to rotate the permanent magnet provided in the sample pretreatment module; and a penetration and discharge unit for penetrating the penetration membrane in the sample pretreatment module and discharging the sample by pressing the moving unit of the cap 120); wherein the cartridge comprises a reaction area; and wherein the system is adapted to drop the sample on the cartridge for fluid analysis, characterized in that the penetration and discharge unit comprises an edge pressing portion for pressing the cap edge portion of the sample pretreatment module so as to penetrate the penetration membrane in the sample pretreatment module; the sample pretreatment module comprises a moving unit pressing portion for pressing the moving unit to discharge the sample; the sample pretreatment module comprises a body having the chamber for accommodating the sample therein and the cap coupled to one end of the body, whereby a discharge tip is movably coupled to the other end of the body for discharging the sample accommodated in the chamber; the moving unit is movably provided in the cap and pressing the sample in the chamber according to the movement to discharge the sample to the outside.
A cooking apparatus, comprising: - a cooking cavity; - a component room located at the rear side of the cooking cavity and provided with a plurality of components used for a cooking process in the cooking cavity, wherein the plurality of components include a magnetron and at least one of a convection heater assembly, a high voltage transformer and a high voltage capacitor, and a cooling fan is provided inside the component room to generate an air flow for cooling at least part of the plurality of components; - a rear frame provided at the rear side of the cooking cavity; - an external case connected to the rear frame so as to encompass the top and both sides of the cooking cavity; and - a cover connected to the rear frame or the external case to define the component room behind the cooking cavity, characterized in that the cooking apparatus further comprises: - an upper space defined by the external case over the cooking cavity; - lateral spaces defined by the external case on both sides of the cooking cavity; and - a rear space defined by the cover behind the cooking cavity so as to correspond to the component room, wherein the rear frame includes an opening (161, 162) so that the rear space can communicate with the upper space and/or the rear space can communicate with the lateral spaces. - a cooking cavity; - a component room located at the rear side of the cooking cavity and provided with a plurality of components used for a cooking process in the cooking cavity, wherein the plurality of components include a magnetron and at least one of a convection heater assembly, a high voltage transformer and a high voltage capacitor, and a cooling fan is provided inside the component room to generate an air flow for cooling at least part of the plurality of components; - a rear frame provided at the rear side of the cooking cavity; - an external case connected to the rear frame so as to encompass the top and both sides of the cooking cavity; and - a cover connected to the rear frame or the external case to define the component room behind the cooking cavity, - an upper space defined by the external case over the cooking cavity; - lateral spaces defined by the external case on both sides of the cooking cavity; and - a rear space defined by the cover behind the cooking cavity so as to correspond to the component room,
Use of a brush grinding head for machining a surface, preferably coated with a clear coat for protection of environmental influences, of a work piece, wherein at least a region of the work piece adjacent to the surface for machining consists of a carbon fibre composite material or a glass fibre composite material, and wherein the brush grinding head comprises a, particularly drum-formed, carrier, the use is characterized in that the brush grinding head comprises grinding lamellae, wherein the grinding lamellae are arranged on the circumference of the carrier and are composed of at least, particularly bundled, brushes and an adjacently arranged, particularly lamellar, grinding element, wherein the grinding element consists of a layer of grinding means, which comprises grinding means which are chosen from a group consisting of diamond and cubic boron nitride, preferably with a grain size of 1 to 270 μm, a binding agent, preferably a resin-based binding agent, and a flexible, in particular textile, carrier layer for the grinding means, which is permeable for the grinding fluid, particularly water, and a layer which is free of grinding means, wherein the layer is compressible while maintaining its form and is constructed in such a way, that a grinding fluid, particularly water, is storable in it, wherein the layer of grinding means contacts the layer which is free of grinding means via the carrier layer and the grinding means with the binding agent is arranged at the opposite side of the carrier layer, such that when wet-grinding the grinding fluid stored in the layer which is free of grinding means is supplied to an active side of the layer of grinding means via the carrier layer and can there remove abrasive dust, and wherein the brushes are made of natural hair, preferably of cactus hair.
A method of grinding an outer circumferential surface of a workpiece formed of a hard and brittle material into a predetermined shape using a grinding wheel while rotating the workpiece, the method comprising: plunge grinding the workpiece in dry air at an arbitrary portion in a longitudinal direction of the workpiece by causing the grinding wheel to come in contact with the workpiece in a direction which intersects a rotational axis of the workpiece and removing the grinding wheel when the outer diameter of the workpiece has been reduced to a predetermined value; and traverse grinding the workpiece in dry air toward the plunge ground portion by moving the grinding wheel relative to the workpiece in a direction parallel to the rotational axis of the workpiece; wherein in the traverse grinding step the grinding wheel moves in a direction toward the plunge ground portion while grinding the workpiece to a final shape. plunge grinding the workpiece in dry air at an arbitrary portion in a longitudinal direction of the workpiece by causing the grinding wheel to come in contact with the workpiece in a direction which intersects a rotational axis of the workpiece and removing the grinding wheel when the outer diameter of the workpiece has been reduced to a predetermined value; and traverse grinding the workpiece in dry air toward the plunge ground portion by moving the grinding wheel relative to the workpiece in a direction parallel to the rotational axis of the workpiece; wherein in the traverse grinding step the grinding wheel moves in a direction toward the plunge ground portion while grinding the workpiece to a final shape.
A data processing system comprising: - at least two security levels, each security level providing for storage of key material and for cryptographic processing using said key material, and - key material stored at a specific one of said security levels, wherein the key material is tagged with a minimum security level at which the key material may be stored, wherein the highest one of the security levels is implemented as a tamper-resistant secure element, the data processing system being arranged to move, at least temporarily, the key material to a security level that is lower than the security level at which the key material is stored, wherein the security level to which the key material is temporarily moved is equal to or higher than the minimum security level. - at least two security levels, each security level providing for storage of key material and for cryptographic processing using said key material, and - key material stored at a specific one of said security levels,
Use of connecting elements for fastening carbon fibre reinforced plastic, CFK, components and metal components in an aircraft or spacecraft, wherein a carbon fibre reinforced plastic, CFK, component and a metal component can be connected to each other at least via one of the connecting elements comprising a connecting section, wherein a separating layer is provided between the carbon fibre reinforced plastic, CFK, component and the metal component, wherein the separating layer is a glass fibre mat, a layer consisting of an aramide fibre reinforced plastic, AFK, material or a tedlar film, wherein the connecting element is a rivet, a bolt, a pin or a screw, wherein the connecting element and its connecting section are produced from an electrically non-conducting material such as glass fibre reinforced plastic, GFK, aramide fibre reinforced plastic, AFK, titanium and/or a titanium alloy.
A method of wire electric discharge machining using a wire electric discharge machine which comprises an auxiliary discharge circuit (7, 9), configured to apply a voltage to an inter-electrode gap between an electrode and a workpiece, thereby inducing electric discharge, and a main discharge circuit (8, 10) configured to supply a machining current, and machines the workpiece by repeating a cycle in which the main discharge circuit is activated and stopped after the auxiliary discharge circuit is activated, the Z method being characterised by comprising: outputting, by an inter-electrode state determination unit, an open, discharge, or short-circuit signal, depending on an inter-electrode state during a predetermined inter-electrode state determination period, after the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is started, wherein a short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if the short-circuit signal is output from the inter-electrode state determination unit, no machining current is supplied from the main discharge circuit to the inter-electrode gap if the discharge signal is output from the inter-electrode state determination unit, the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is continued if the open signal is output from the inter-electrode state determination unit, and a normal machining current equal to or higher than the short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if electric discharge is generated after the inter-electrode state determination period. outputting, by an inter-electrode state determination unit, an open, discharge, or short-circuit signal, depending on an inter-electrode state during a predetermined inter-electrode state determination period, after the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is started, wherein a short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if the short-circuit signal is output from the inter-electrode state determination unit, no machining current is supplied from the main discharge circuit to the inter-electrode gap if the discharge signal is output from the inter-electrode state determination unit, the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is continued if the open signal is output from the inter-electrode state determination unit, and a normal machining current equal to or higher than the short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if electric discharge is generated after the inter-electrode state determination period.
A method for manufacturing a part including a formation of successive solid metallic layers (20 1...20 n), superimposed on one another, each layer describing a pattern defined from a digital model, each layer being formed by the deposition of a metal, called filler metal, the filler metal being subjected to an energy input so as to melt and constitute, when solidifying, said layer, wherein the filler metal is in the form of a powder, whose exposure to an energy beam results in melting followed by solidification so as to form a solid layer (20 1...20 n), the method being characterized in that the filler metal is an aluminum alloy comprising the following alloy elements: - Ni, according to a weight fraction from 1 to 8 %, preferably from 2 to 7 %; - Zr, according to a weight fraction from 0.3 à 3 %, preferably from 0.5 to 2.5 %; - optionally V, according to a weight fraction from 0 à 4 %, preferably from 0.5 to 2 %; - optionally Cu, according to a weight fraction from 0 à 7 %, preferably from 2 to 7 %; - optionally Fe, according to a weight fraction from 0 à 3 %, preferably from 0.5 to 3 %; - optionally, at least one element selected from: Si, Hf, Cr, Ti, Sc, Mg, W, Nb, Ta, Y, Yb, Nd, Ce, Co, La, Mo and/or a mischmetal, according to a weight fraction lower than or equal to 5 % for each one, and lower than or equal to 15 % all in all; - optionally, at least one element selected from: Sr, Ba, Sb, Bi, Ca, P, B, In and/or Sn, according to a weight fraction lower than or equal to 1 % for each one, and lower than or equal to 2 % all in all; - optionally, at least one element selected from: Ag according to a weight fraction from 0.06 to 1 %, Li according to a weight fraction from 0.06 to 1 %, and/or Zn according to a weight fraction from 0.06 to 6 %; - optionaly impurities according to a weight fraction lower than 0.05 % for each one and lower than 0.15 % all in all; - the remainder consisting of aluminum. - Ni, according to a weight fraction from 1 to 8 %, preferably from 2 to 7 %; - Zr, according to a weight fraction from 0.3 à 3 %, preferably from 0.5 to 2.5 %; - optionally V, according to a weight fraction from 0 à 4 %, preferably from 0.5 to 2 %; - optionally Cu, according to a weight fraction from 0 à 7 %, preferably from 2 to 7 %; - optionally Fe, according to a weight fraction from 0 à 3 %, preferably from 0.5 to 3 %; - optionally, at least one element selected from: Si, Hf, Cr, Ti, Sc, Mg, W, Nb, Ta, Y, Yb, Nd, Ce, Co, La, Mo and/or a mischmetal, according to a weight fraction lower than or equal to 5 % for each one, and lower than or equal to 15 % all in all; - optionally, at least one element selected from: Sr, Ba, Sb, Bi, Ca, P, B, In and/or Sn, according to a weight fraction lower than or equal to 1 % for each one, and lower than or equal to 2 % all in all; - optionally, at least one element selected from: Ag according to a weight fraction from 0.06 to 1 %, Li according to a weight fraction from 0.06 to 1 %, and/or Zn according to a weight fraction from 0.06 to 6 %; - optionaly impurities according to a weight fraction lower than 0.05 % for each one and lower than 0.15 % all in all; - the remainder consisting of aluminum.
Crystal form I of dihydrochloride of N-(4-((3-chloro-4-fluorophenyl)amino)-7-((7-methyl-7-azaspiro[3.5]nonan-2-yl)methoxy)quinazolin-6-yl)acrylamide represented by Formula, wherein the Crystal form I exhibits an X-ray powder diffraction pattern having characteristic peaks at the 2 θ positions of 6.0±0.2°, 7.3±0.2°, 11.7±0.2°, 12.9±0.2°, 18.4±0.2°, 24.7±0.2°, and 26.3±0.2°, as determined by using Cu-Ka radiation,
Lifter, comprising: a fixed mast structure; a movable mast structure that is movable relative to the fixed mast structure; at least one transmission means, such as at least one chain or positive drive belt or cog belt or rack; and a load carrier (120, 130), in particular a fork load carrier (120, 130), being connected to the at least one transmission means and configured to carry a load; wherein the at least one transmission means is movably connected to the movable mast structure while being configured to move along a respective closed loop path, the closed loop path being stationary relative to the movable mast structure; characterized in that the lifter further comprises an electric motor for providing power for lifting the load carrier during a lifting phase, wherein the electric motor is configured and managed to generate electric power during a lowering phase. a fixed mast structure; a movable mast structure that is movable relative to the fixed mast structure; at least one transmission means, such as at least one chain or positive drive belt or cog belt or rack; and a load carrier (120, 130), in particular a fork load carrier (120, 130), being connected to the at least one transmission means and configured to carry a load; wherein the at least one transmission means is movably connected to the movable mast structure while being configured to move along a respective closed loop path, the closed loop path being stationary relative to the movable mast structure; characterized in that the lifter further comprises an electric motor for providing power for lifting the load carrier during a lifting phase, wherein the electric motor is configured and managed to generate electric power during a lowering phase.
A clamp for a flexible pipe, the clamp having a longitudinal axis arranged to extend along the length of the flexible pipe and a radial axis being perpendicular to the longitudinal axis, the clamp comprising: a plurality of separate clamp elements being supported together in a radial array extending at least partially around the longitudinal axis; engagement means located between neighbouring clamp elements to movably interconnect the clamp elements; a strap being adapted to surround the clamp elements, in use for exerting a compressive force thereon, wherein each clamp element comprises opposed lateral faces (32, 34), and the engagement means includes corresponding plug and socket formations provided on each of the lateral faces (32, 34); characterized in that the clamp comprises spacer cushions (52, 54) provided between neighbouring clamp elements; wherein the cushions (52, 54) are resiliently deformable; and wherein the plug and socket formations are arranged to permit pivoting movement between neighbouring clamp elements around the longitudinal axis. a plurality of separate clamp elements being supported together in a radial array extending at least partially around the longitudinal axis; engagement means located between neighbouring clamp elements to movably interconnect the clamp elements; a strap being adapted to surround the clamp elements, in use for exerting a compressive force thereon, wherein each clamp element comprises opposed lateral faces (32, 34), and the engagement means includes corresponding plug and socket formations provided on each of the lateral faces (32, 34); characterized in that the clamp comprises spacer cushions (52, 54) provided between neighbouring clamp elements; wherein the cushions (52, 54) are resiliently deformable; and wherein the plug and socket formations are arranged to permit pivoting movement between neighbouring clamp elements around the longitudinal axis.