mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a defective test component by laser beam melting, wherein i) in a first building process, an analysis component is produced by laser beam melting by successively applying a plurality of raw material powder layers to a building platform and irradiating them site-selectively with laser radiation in dependence on the desired geometry of the analysis component; ii) during the production of the analysis component, at least one process parameter which is characteristic of the occurrence of component defects is detected by means of a process monitoring system; iii) a defect-prone region of the building platform in which an increased occurrence of component defects is to be expected is identified on the basis of the result of the detection of the process parameter; and iv) in a second building process, at least one defective test component is produced by laser beam melting by successively applying a plurality of raw material powder layers to the building platform and irradiating them site-selectively with laser radiation at least in the defect-prone region of the building platform in dependence on the desired geometry of the at least one defective test component. i) in a first building process, an analysis component is produced by laser beam melting by successively applying a plurality of raw material powder layers to a building platform and irradiating them site-selectively with laser radiation in dependence on the desired geometry of the analysis component; ii) during the production of the analysis component, at least one process parameter which is characteristic of the occurrence of component defects is detected by means of a process monitoring system; iii) a defect-prone region of the building platform in which an increased occurrence of component defects is to be expected is identified on the basis of the result of the detection of the process parameter; and iv) in a second building process, at least one defective test component is produced by laser beam melting by successively applying a plurality of raw material powder layers to the building platform and irradiating them site-selectively with laser radiation at least in the defect-prone region of the building platform in dependence on the desired geometry of the at least one defective test component.
A foot pedal for wireless control of a medical device, comprising -- a housing with a housing base, -- a cover element, which is mounted so as to be vertically displaceable relative to the housing base along an actuating direction and/or inclinable relative to the housing base, characterized in that the housing and the housing base are detachably connected to one another by means of a magnetic release mechanism. -- a housing with a housing base, -- a cover element, which is mounted so as to be vertically displaceable relative to the housing base along an actuating direction and/or inclinable relative to the housing base, characterized in that the housing and the housing base are detachably connected to one another by means of a magnetic release mechanism.
A water-soluble unit dose article comprising a water-soluble film and a liquid laundry detergent composition, wherein the liquid laundry detergent composition comprises a non-soap anionic surfactant and an amphoteric surfactant.
A method of recovering phosphorus and calcium from steelmaking slag, comprising: bringing the steelmaking slag in contact with an aqueous solution containing 30 ppm or more of carbon dioxide to elute phosphorus and calcium contained in the steelmaking slag into the aqueous solution; and subsequently, removing the carbon dioxide from the aqueous solution to precipitate a mixture containing a phosphorus compound and a calcium compound. bringing the steelmaking slag in contact with an aqueous solution containing 30 ppm or more of carbon dioxide to elute phosphorus and calcium contained in the steelmaking slag into the aqueous solution; and subsequently, removing the carbon dioxide from the aqueous solution to precipitate a mixture containing a phosphorus compound and a calcium compound.
A rubber composition comprising a rubber component containing 20 to 80% by mass of styrene-butadiene rubber including 5 to 60% by mass of syndiotactic 1,2-polybutadiene crystal, and 10 to 80% by mass of natural rubber and/or polyisoprene rubber, and carbon black blended in an amount of 10 to 80 parts by mass with 100 parts by mass of the rubber component.
A method for culturing lactic acid bacterium, comprising: a culture solution preparation step of preparing a culture solution containing whey degraded by a proteolytic enzyme; and a culture step of inoculating bacteriocin-producing lactic acid bacterium into said culture solution and culturing said lactic acid bacterium while maintaining said culture solution inoculated with said lactic acid bacterium at pH of not lower than 4 and lower than 5, wherein said culture solution preparation step includes an emulsifier addition step of adding emulsifier to said culture solution. a culture solution preparation step of preparing a culture solution containing whey degraded by a proteolytic enzyme; and a culture step of inoculating bacteriocin-producing lactic acid bacterium into said culture solution and culturing said lactic acid bacterium while maintaining said culture solution inoculated with said lactic acid bacterium at pH of not lower than 4 and lower than 5, wherein said culture solution preparation step includes an emulsifier addition step of adding emulsifier to said culture solution.
A dynamic power cable comprising - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor, - a water barrier sheath that is arranged radially outside the cable core, and - an inner thermoplastic composite core sheath arranged radially outside the water barrier sheath comprising wound fibres embedded in a thermoplastic polymer. - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor, - a water barrier sheath that is arranged radially outside the cable core, and - an inner thermoplastic composite core sheath arranged radially outside the water barrier sheath comprising wound fibres embedded in a thermoplastic polymer.
Method of manufacturing a tubular body, in particular a tube for transporting abrasive materials, consisting at least of a body wall, comprising the following procedure steps: - applying, without pressure, at least one first curable plastic layer (5, 26, 42) of reactive polyurethane materials onto a core by a rotational casting method, - curing the at least one plastic layer (5, 26, 42) to at least 90 % before the reinforcement layer (7, 28, 44) is wound up, - applying, without pressure, at least one second curable plastic layer (6, 27, 43), wherein the reinforcement layer is embedded between both plastic layers (6, 27, 43) free from shrink holes, and - removing the core upon completion of the body (4, 40), - wherein the tubular body is provided, at least at one end, with a fitting (2, 3, 11, 12, 20, 41), and the fittings (2, 3, 11, 12, 20, 41) are directly connected with the reinforcement fibre layer, wherein the fittings consist of a flange disk (21, 46) with fastening bores (8, 51), and a flange neck (22, 47), or of a flange disk (21, 46) with fastening bores (8, 51) and a clamping ring, wherein steel or plastic, preferably a polyurethane material, is used for the fittings. - applying, without pressure, at least one first curable plastic layer (5, 26, 42) of reactive polyurethane materials onto a core by a rotational casting method, - curing the at least one plastic layer (5, 26, 42) to at least 90 % before the reinforcement layer (7, 28, 44) is wound up, - applying, without pressure, at least one second curable plastic layer (6, 27, 43), wherein the reinforcement layer is embedded between both plastic layers (6, 27, 43) free from shrink holes, and - removing the core upon completion of the body (4, 40), - wherein the tubular body is provided, at least at one end, with a fitting (2, 3, 11, 12, 20, 41), and the fittings (2, 3, 11, 12, 20, 41) are directly connected with the reinforcement fibre layer, wherein the fittings consist of a flange disk (21, 46) with fastening bores (8, 51), and a flange neck (22, 47), or of a flange disk (21, 46) with fastening bores (8, 51) and a clamping ring, wherein steel or plastic, preferably a polyurethane material, is used for the fittings.
An apparatus for providing a sentence based on a user input, the apparatus comprising: a touch screen; a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: obtain, via the touch screen, a shorthand word by a user; obtain context information associated with a context of chat contents input before the shorthand word is input; generate a prediction of a sentence corresponding to the shorthand word based on the shorthand word and the context information associated with the context of the chat contents input before the shorthand word is input; control the touch screen to provide the sentence corresponding to the shorthand word to the user; and control the touch screen to replace the shorthand word with the sentence corresponding to the shorthand word and to display the sentence corresponding to the shorthand word according to a selection of the user. a touch screen; a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: a memory configured to store computer-executable instructions; and at least one processor configured to execute the computer-executable instructions to: obtain, via the touch screen, a shorthand word by a user; obtain context information associated with a context of chat contents input before the shorthand word is input; generate a prediction of a sentence corresponding to the shorthand word based on the shorthand word and the context information associated with the context of the chat contents input before the shorthand word is input; control the touch screen to provide the sentence corresponding to the shorthand word to the user; and control the touch screen to replace the shorthand word with the sentence corresponding to the shorthand word and to display the sentence corresponding to the shorthand word according to a selection of the user.
A weaving machine comprising a lay beam which by means of drive elements is movable between a rear position, in which the introduction of the weft thread into a warp arrangement can be realized, and a front position, in which a beat-up against a beating-up edge of the respective introduced weft thread can be effected, wherein the drive elements comprise two or more crankshaft parts (23, 81, 82, 83) rotatable around an axis extending along the width direction of the weaving machine and according to a common rotational center line, wherein the crankshaft parts are situated in stands (20, 20a, 20b) forming modules or intermediate sections (59, 60, 61, 62), which respectively also comprise a lay sword which is mounted rotatably on a lay sword shaft and is connected to a connecting rod belonging to the module or the intermediate section, wherein the module or the intermediate section comprises two individual motors (44, 45, 56, 57, 66) turning the crankshaft part thereof, and wherein the respective stand comprises double walls (20, 20b), in which the crankshaft (23, 81, 82, 83) and lay sword shaft of the module or intermediate section are mounted via mountings (48, 49) on the outer and/or inner sides of the walls, and in that the respective motor which drives the crankshaft is mounted on the outer side of the wall in question, and wherein the weaving machine comprises or is connected to a control system provided with or interacting with a master motion control unit and arranged to control, via amplifying elements, the motors of the intermediate sections for mutual synchronous rotary motion of the crankshaft parts of the various modules or intermediate sections, and characterized in that the control system comprises a computerized main control system connected to the master motion control unit, which in turn is connected to servo amplifiers forming part of the modules or the intermediate sections and connected to the motors (44, 45, 56, 57, 66) in the form of servo motors provided with reduction gears (68, 68'), and in that a time for beat-up of the weft thread, as well as preceding and following stoppage times, are variable by means of the control system, and wherein both walls in the double-walled stand are provided with servo motors (44, 45, 66) extending on the outer sides of the walls and provided with reduction gears (46, 47) or one wall in the double-walled stand is provided with two servo motors (56, 57) extending on the wall side in question and provided with their own respective reduction gear.
Height-adjustable steering column for a motor vehicle, comprising an actuating unit, in which a steering spindle is rotatably mounted, wherein the actuating unit is mounted pivotably on a retaining unit, which can be fixedly connected to the vehicle chassis, by means of two pivot bearings (14, 15) arranged at a horizontal distance to one another on a pivot axis, wherein the pivot bearings (14, 15) are composed in each case of an axial protruding dihedron projection (19, 20) and a recess (22, 23) which is in engagement with the dihedron projection (19, 20) which comprise in each case an introduction region for introduction of the dihedron projection (19, 20) in the radial direction with respect to the pivot axis, wherein the introduction region comprises an inner span which is formed adapted to a width of the dihedron projection (19, 20) and wherein the introduction region forms a transition in each case into a partially circular bearing region, the inner diameter of which is adapted to the outer diameter of the dihedron projection (19, 20) so that it is mounted pivotably in the bearing region after a rotation about the pivot axis by at least 5°, characterized in that the dihedron projection (19, 20) and/or the recess (22, 23) are formed by reshaping in the actuating unit and/or the retaining unit.
Pressing section of a machine for producing a fibrous web, in particular a paper, cardboard or pulp web, having at least one pressure nip which is formed between a press roll (10, 11) and a mating roll (12, 13), it being possible for the fibrous web to be transferred upstream of the pressure nip with the aid of a suction pick-up roll (14, 15, 19) from a preceding fabric (5, 7) to an upper press felt (2, 3, 8), and the said fibrous web being guided through the pressure nip between the upper press felt (2, 3, 8) and a lower fabric (5, 6, 9), a stationary supporting element (30, 31, 32) being in contact with that side of the upper press felt (2, 3, 8) which faces away from the web downstream of the suction pick-up roll (14, 15, 19) and upstream of the pressure nip in such a way this results in an approximately convexly curved web running path for the fibrous web, characterized in that the supporting element (30, 31, 32) has a first contact line with the upper press felt (2, 3, 8), which contact line lies upstream in the web running direction of the start of a sandwich region which is formed by the upper press felt (2, 3, 8) and the lower fabric (5, 6, 9).
A memory programmer apparatus, comprising: a first-level programmer to program data into a first-level cell portion of a multi-level non-volatile memory in a first pass; a coarse programmer to coarse program the data into a second-level cell portion of the multi-level memory in the first pass, wherein the second-level cell portion includes more voltage levels than the first-level cell portion, and wherein the coarse programmer is configured to apply a sequence of programming pulses to a wordline of the second-level cell portion without following each programming pulse with a series of verify staircase sequences, wherein a first pulse of the sequence programs all cells of the wordline except cells belonging to a level L0, a second pulse of the sequence programs all cells of the wordline except cells belonging to L0 and a level L1, and a third pulse of the sequence programs all cells of the wordline except cells belonging to L0, L1, and a level L2; and a fine programmer to fine program the data into the second-level cell portion of the multi-level memory in a second pass from the data programmed in the first-level cell portion in the first pass. a first-level programmer to program data into a first-level cell portion of a multi-level non-volatile memory in a first pass; a coarse programmer to coarse program the data into a second-level cell portion of the multi-level memory in the first pass, wherein the second-level cell portion includes more voltage levels than the first-level cell portion, and wherein the coarse programmer is configured to apply a sequence of programming pulses to a wordline of the second-level cell portion without following each programming pulse with a series of verify staircase sequences, wherein a first pulse of the sequence programs all cells of the wordline except cells belonging to a level L0, a second pulse of the sequence programs all cells of the wordline except cells belonging to L0 and a level L1, and a third pulse of the sequence programs all cells of the wordline except cells belonging to L0, L1, and a level L2; and a fine programmer to fine program the data into the second-level cell portion of the multi-level memory in a second pass from the data programmed in the first-level cell portion in the first pass.
A computing device comprising: a display configured to present a user interface; an input sensor configured to receive inking input to the user interface including one or more of pen input and hand-based input; a processor; and a storage device storing instructions executable by the processor to: receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display. a display configured to present a user interface; an input sensor configured to receive inking input to the user interface including one or more of pen input and hand-based input; a processor; and a storage device storing instructions executable by the processor to: receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display. receive visual frames from an executing application indicating displayed content for the executing application; present displayed ink on a first location of the display based at least on an inking input received via the input sensor; detect a change in the displayed content for the executing application based at least on a comparison of two or more of the visual frames from the executing application; determine a second location of the displayed ink on the display based at least on the change in the displayed content; and present, via the display, the displayed ink in the second location of the display.
A communication system comprising a plurality of nodes (203, 204, 205 206), the communication system being arranged to assign each of the plurality of nodes a certificate by means of which it can authenticate itself to other nodes in the communication system, the communication system further comprising an authentication node arranged to determine that a certificate should be revoked and to, responsive to that determination, write an indicator of that certificate's revocation to a location in the communication system that is external to the authentication node and to which the node assigned the revoked certificate is not permitted to write.
A partition wall, comprising: - a perimetric frame of profiled elements (11a, 11b, 11c, 11d) which supports a double glazing unit, the upper profiled element of which contains a curtain roller, - said longitudinally extended upper profiled element, which forms a receptacle for said curtain roller, being open at least frontally, for the insertion and extraction of said curtain roller and in a downward region for the passage of the curtain during its downward unwinding, - means for supporting the axis of the roller in said receptacle for said roller, - a lower profiled element for the resting and positioning of the lower edge of two sheets (24a, 24b) made of transparent or partially transparent material of the double glazing unit, which are substantially parallel and spaced for the passage between them of said curtain during its downward unwinding, and - at least one profile which is integral with said upper profiled element below it, for the positioning of the upper edge of said two sheets (24a, 24b). - a perimetric frame of profiled elements (11a, 11b, 11c, 11d) which supports a double glazing unit, the upper profiled element of which contains a curtain roller, - said longitudinally extended upper profiled element, which forms a receptacle for said curtain roller, being open at least frontally, for the insertion and extraction of said curtain roller and in a downward region for the passage of the curtain during its downward unwinding, - means for supporting the axis of the roller in said receptacle for said roller, - a lower profiled element for the resting and positioning of the lower edge of two sheets (24a, 24b) made of transparent or partially transparent material of the double glazing unit, which are substantially parallel and spaced for the passage between them of said curtain during its downward unwinding, and - at least one profile which is integral with said upper profiled element below it, for the positioning of the upper edge of said two sheets (24a, 24b).