mhurhangee/patent-ind-claim-en huggingface dataset:
A laminate comprising a front substrate , a laser coloring substrate , a thermal transfer image layer , a white layer , and a back substrate , the laser coloring substrate containing a light resistance improving material.
A process for treating a liquid hydrocarbon feedstream to remove mercaptans present in the stream by a. contacting the mercaptan-containing hydrocarbon feedstream with an aqueous caustic solution to oxidize the mercaptans and produce a spent caustic solution and mercaptan-free hydrocarbons; b. subjecting the spent caustic and hydrocarbons to a wet air oxidation step to regenerate the spent caustic and produce a liquid hydrocarbon disulfide product; c. separating the regenerated aqueous caustic solution from the hydrocarbon disulfide and recycling the caustic to step (a); d. oxidizing the hydrocarbon disulfide product in the presence of a catalytic composition to produce sulfur dioxide and a hydrocarbon product stream that is substantially free of sulfur, where the catalytic composition comprises CuCr 2 O 4 /CeO 2 /Al 2 O 3 ; e. separating and recovering the hydrocarbon product stream; f. reacting the sulfur dioxide with H 2 S in a predetermined stoichiometric ratio to produce an elemental sulfur product and water; and g. recovering the sulfur. a. contacting the mercaptan-containing hydrocarbon feedstream with an aqueous caustic solution to oxidize the mercaptans and produce a spent caustic solution and mercaptan-free hydrocarbons; b. subjecting the spent caustic and hydrocarbons to a wet air oxidation step to regenerate the spent caustic and produce a liquid hydrocarbon disulfide product; c. separating the regenerated aqueous caustic solution from the hydrocarbon disulfide and recycling the caustic to step (a); d. oxidizing the hydrocarbon disulfide product in the presence of a catalytic composition to produce sulfur dioxide and a hydrocarbon product stream that is substantially free of sulfur, where the catalytic composition comprises CuCr 2 O 4 /CeO 2 /Al 2 O 3 ; e. separating and recovering the hydrocarbon product stream; f. reacting the sulfur dioxide with H 2 S in a predetermined stoichiometric ratio to produce an elemental sulfur product and water; and g. recovering the sulfur.
An aggregated memory management unit, MMU , comprising: means for retrieving a memory address translation request, MATR of a pre-translation transaction from an input transaction buffer of a plurality of input transaction buffers (304(N)) corresponding to a plurality of input data paths ; means for performing a memory address translation operation based on the MATR to generate a translated memory address field, TMAF ; a means for providing the TMAF and a pre-translation transaction payload as a post-translation transaction to an output transaction buffer of a plurality of output transaction buffers corresponding to the plurality of input data paths; and a means for outputting the post-translation transaction via an output data path (305(Q)) of a plurality of output data paths to an output data port (320(M)) of a plurality of output data ports . means for retrieving a memory address translation request, MATR of a pre-translation transaction from an input transaction buffer of a plurality of input transaction buffers (304(N)) corresponding to a plurality of input data paths ; means for performing a memory address translation operation based on the MATR to generate a translated memory address field, TMAF ; a means for providing the TMAF and a pre-translation transaction payload as a post-translation transaction to an output transaction buffer of a plurality of output transaction buffers corresponding to the plurality of input data paths; and a means for outputting the post-translation transaction via an output data path (305(Q)) of a plurality of output data paths to an output data port (320(M)) of a plurality of output data ports .
A method for producing an extrusion molded article, comprising: a step of extruding a molding raw material to obtain an extrusion molded article; wherein the molding raw material is a mixture of a first liquid material including liquid silicone rubber, and a crosslinked particle obtained by dynamically crosslinking a second liquid material including liquid silicone rubber, a viscosity at 23°C of the first liquid material is less than 600 Pa·s, measured with a BH-type rotational viscometer in conditions of 23°C, a No.7 spindle and 20 rpm; and a viscosity at 23°C of the molding raw material is 600 Pa·s or more, measured with a capillary type viscometer in conditions of 23°C, a die of 1 mm in diameter and 10 mm in length, and a shear rate of 121.6 s -1 ; characterised in that the amount of the crosslinked particle in the molding raw material is 35% by mass or more and 85% by mass or less, based on the total amount of the molding raw material. a step of extruding a molding raw material to obtain an extrusion molded article; wherein the molding raw material is a mixture of a first liquid material including liquid silicone rubber, and a crosslinked particle obtained by dynamically crosslinking a second liquid material including liquid silicone rubber, a viscosity at 23°C of the first liquid material is less than 600 Pa·s, measured with a BH-type rotational viscometer in conditions of 23°C, a No.7 spindle and 20 rpm; and a viscosity at 23°C of the molding raw material is 600 Pa·s or more, measured with a capillary type viscometer in conditions of 23°C, a die of 1 mm in diameter and 10 mm in length, and a shear rate of 121.6 s -1 ; characterised in that the amount of the crosslinked particle in the molding raw material is 35% by mass or more and 85% by mass or less, based on the total amount of the molding raw material.
A urinary catheter comprising an elongate shaft with an insertion end , a handle connected to said elongate shaft at a distance from said insertion end , and a discharge end extending past said handle in a direction opposite said insertion end , wherein said elongate shaft is provided with at least one discharge channel having an elongate opening extending along said elongate shaft , characterized in that said at least one discharge channel , including said elongate opening, further extends at least partly into said discharge end , and in that the handle protrudes laterally on one side of the catheter.
Coupling arrangement for a screw coupling for liquid conduits of a high-pressure cleaning device, wherein the coupling arrangement is connectable in a liquid-tight manner to a further coupling arrangement of the screw coupling and comprises a conduit piece having a channel for a liquid under pressure, and wherein the coupling arrangement comprises a multi-start thread for screwing the coupling arrangement to the further coupling arrangement of the screw coupling , and wherein the coupling arrangement comprises a clamping device which is clampable to a clamping face of the further coupling arrangement , wherein the clamping device comprises a dimensionally stable clamping ring mount on which a clamping ring is held, and wherein the clamping ring is deformable and is adaptable to the shape of the clamping face by pressing onto the clamping face of the further coupling arrangement , wherein the clamping ring in the deformed state forms a conical annular face , wherein the coupling arrangement comprises a connecting sleeve which is held on the conduit piece and on which the multi-start thread is arranged, wherein the thread is configured as an internal thread of the connecting sleeve , characterized in that the clamping ring mount forms an annular groove which is arranged on the inside of the connecting sleeve and in which the clamping ring is arranged.
A hand air pump handle assembly , comprising: an accommodating space and having an air vent in fluid communication with both the accommodating space and a provided inflatable body; a pressure gauge located and elastically supported within the accommodating space ; a flexible connecting tube in the accommodating space and comprising a first end and a second end; a tube joint connecting the flexible connecting tube to the air vent ; and characterized in that the hand air pump handle assembly comprises: a handle shell defining the accommodating space ; a flexible shock absorber arranged between the pressure gauge and the handle shell for dampening impact between the handle shell and the pressure gauge . an accommodating space and having an air vent in fluid communication with both the accommodating space and a provided inflatable body; a pressure gauge located and elastically supported within the accommodating space ; a flexible connecting tube in the accommodating space and comprising a first end and a second end; a tube joint connecting the flexible connecting tube to the air vent ; and characterized in that the hand air pump handle assembly comprises: a handle shell defining the accommodating space ; a flexible shock absorber arranged between the pressure gauge and the handle shell for dampening impact between the handle shell and the pressure gauge .
A valved conduit comprising: a conduit including a first conduit having a first conduit distal end and a second conduit having a second conduit proximal end , the conduit has a conduit inner surface and a conduit outer surface the first conduit distal end defining a plurality of commissure slots ; and a valve structure including at least one leaflet , each leaflet having a free edge and a leaflet attachment edge , the leaflet attachment edge disposed between the first conduit distal end and the second conduit proximal end that are coaxial therebetween defining a junction , wherein the leaflet attachment edge is coupled between the first conduit distal end and the second conduit proximal end. a conduit including a first conduit having a first conduit distal end and a second conduit having a second conduit proximal end , the conduit has a conduit inner surface and a conduit outer surface the first conduit distal end defining a plurality of commissure slots ; and a valve structure including at least one leaflet , each leaflet having a free edge and a leaflet attachment edge , the leaflet attachment edge disposed between the first conduit distal end and the second conduit proximal end that are coaxial therebetween defining a junction , wherein the leaflet attachment edge is coupled between the first conduit distal end and the second conduit proximal end.
Roll assembly for a milling apparatus , comprising a first roll , which is held by at least one first bearing body , and a second roll , which is held by at least one second bearing body , wherein the first bearing body and the second bearing body are adjustable relative to one another in such a way that a milling gap formed between the first roll and the second roll is adjustable, wherein the first bearing body and the second bearing body can be pretensioned with respect to one another by means of a tensioning device in such a way that the first roll and the second roll are pressed towards one another, characterized in that - the first bearing body has at least one first abutment body with a first abutment surface , and the second bearing body has at least one second abutment body with a second abutment surface , - the abutment surfaces are formed and are or can be arranged on the bearing bodies in such a way that a contact of the abutment surfaces counteracts a contact of the rolls , - the first abutment body is rotatable about a first axis of rotation (A1), and the first abutment surface is formed by a circumferential surface of the first abutment body that is eccentric with respect to the first axis of rotation (A1), with the result that the rotational position of the first abutment body determines the minimum width of the milling gap. - the first bearing body has at least one first abutment body with a first abutment surface , and the second bearing body has at least one second abutment body with a second abutment surface , - the abutment surfaces are formed and are or can be arranged on the bearing bodies in such a way that a contact of the abutment surfaces counteracts a contact of the rolls , - the first abutment body is rotatable about a first axis of rotation (A1), and the first abutment surface is formed by a circumferential surface of the first abutment body that is eccentric with respect to the first axis of rotation (A1), with the result that the rotational position of the first abutment body determines the minimum width of the milling gap.
A mobile terminal comprising: a sensing unit including a grip sensor; a display unit ; and a processor , wherein the processor is configured to: sense a first input with a predetermined area through the grip sensor in a state in which the mobile terminal is gripped by a user while displaying a predetermined content; display a first menu icon at a first point corresponding to the first input on the display unit after sensing the first input, wherein the first menu icon is an icon for launching a first application, sense a second input while displaying the first menu icon, wherein the first and second inputs are continuous, select one of first multitasking mode and second multitasking mode based on a location at which the second input is touch-released, wherein the first multitasking mode is a mode for displaying the first application on the content in an overlaying manner and the second multitasking mode is a mode for displaying the content and the first application on a dual window, and launch the first application in the selected one of the first multitasking mode and the second multitasking mode. a sensing unit including a grip sensor; a display unit ; and a processor , wherein the processor is configured to: sense a first input with a predetermined area through the grip sensor in a state in which the mobile terminal is gripped by a user while displaying a predetermined content; display a first menu icon at a first point corresponding to the first input on the display unit after sensing the first input, wherein the first menu icon is an icon for launching a first application, sense a second input while displaying the first menu icon, wherein the first and second inputs are continuous, select one of first multitasking mode and second multitasking mode based on a location at which the second input is touch-released, wherein the first multitasking mode is a mode for displaying the first application on the content in an overlaying manner and the second multitasking mode is a mode for displaying the content and the first application on a dual window, and launch the first application in the selected one of the first multitasking mode and the second multitasking mode. sense a first input with a predetermined area through the grip sensor in a state in which the mobile terminal is gripped by a user while displaying a predetermined content; display a first menu icon at a first point corresponding to the first input on the display unit after sensing the first input, wherein the first menu icon is an icon for launching a first application, sense a second input while displaying the first menu icon, wherein the first and second inputs are continuous, select one of first multitasking mode and second multitasking mode based on a location at which the second input is touch-released, wherein the first multitasking mode is a mode for displaying the first application on the content in an overlaying manner and the second multitasking mode is a mode for displaying the content and the first application on a dual window, and launch the first application in the selected one of the first multitasking mode and the second multitasking mode.
Method for assembling an optical system , in particular a lithography apparatus , including the steps of: a) measuring (S700, S702) individual parts K1 - KN of the optical system for the purposes of providing measurement data (MEM, OEM), where N >1, b) virtualizing (S704) the individual parts K1 - KN with the aid of the provided measurement data (MEM, OEM) and generating (S708) an actual assembly model (IMM) from the virtualized individual parts K1 - KN by geometric stringing together of a plurality of the virtualized individual parts K1 - KN, the actual assembly model (IMM) containing virtual actual positions (P actual , P actual_KN-1 , P actual_K2 ) of the virtualized individual parts K1 - KN in a virtually assembled state, c) determining (S710) a correction measure on the basis of the actual assembly model (IMM) and a target assembly model (SMM), the target assembly model (SMM) containing virtual target positions (P target ) of one or more of the virtualized individual parts K1 - KN in the virtually assembled state, and d) assembling (S712) the individual parts K1 - KN to form the optical system using the correction measure. a) measuring (S700, S702) individual parts K1 - KN of the optical system for the purposes of providing measurement data (MEM, OEM), where N >1, b) virtualizing (S704) the individual parts K1 - KN with the aid of the provided measurement data (MEM, OEM) and generating (S708) an actual assembly model (IMM) from the virtualized individual parts K1 - KN by geometric stringing together of a plurality of the virtualized individual parts K1 - KN, the actual assembly model (IMM) containing virtual actual positions (P actual , P actual_KN-1 , P actual_K2 ) of the virtualized individual parts K1 - KN in a virtually assembled state, c) determining (S710) a correction measure on the basis of the actual assembly model (IMM) and a target assembly model (SMM), the target assembly model (SMM) containing virtual target positions (P target ) of one or more of the virtualized individual parts K1 - KN in the virtually assembled state, and d) assembling (S712) the individual parts K1 - KN to form the optical system using the correction measure.
A process for mixing and molding composites of a reactive resin matrix, which assumes duromeric properties upon curing, and a filler, characterized by the following steps: (a) dosing a liquid or pasty reactive resin into an extruder, (b) adding filler to the reactive resin present in the extruder, wherein the mixing ratio of resin to filler is selected such that the composites have a filler content of 45 to 90 % by weight, (c) mixing the components with the aid of one or more extruder screws to form a composite, (d) conveying the composite into a region of the extruder in which it is dammed, e) degassing the dammed composite, and (f) conveying the degassed composite out of the extruder through a suitably shaped die, (g) curing the composite exited from the extruder by exposure and/or heating, and (h) dividing the strand into the desired shape, wherein the steps (g) and (h) can be carried out in any order. (a) dosing a liquid or pasty reactive resin into an extruder, (b) adding filler to the reactive resin present in the extruder, wherein the mixing ratio of resin to filler is selected such that the composites have a filler content of 45 to 90 % by weight, (c) mixing the components with the aid of one or more extruder screws to form a composite, (d) conveying the composite into a region of the extruder in which it is dammed, e) degassing the dammed composite, and (f) conveying the degassed composite out of the extruder through a suitably shaped die, (g) curing the composite exited from the extruder by exposure and/or heating, and (h) dividing the strand into the desired shape,
A method for operating an agricultural spreader , comprising: - providing a spreading material in a material reservoir of an agricultural spreader ; - dosing the spreading material from the material reservoir through a dosing opening through which the spreading material is discharged from the material reservoir to a spreader device configured to receive and spread the dosed spreading material; - receiving the dosed spreading material by the spreader device ; and - spreading the dosed spreading material by the spreader device ; the method further comprising: - detecting digital image data by a monitoring device , the digital image data being indicative of a partial quantity of the spreading material received in the material reservoir and located in the vicinity of the dosing opening at the time of detecting the digital image data; and - determining a material parameter for the partial quantity of the spreading material located in the vicinity of the dosing opening from analyzing the digital image data by a control device . - providing a spreading material in a material reservoir of an agricultural spreader ; - dosing the spreading material from the material reservoir through a dosing opening through which the spreading material is discharged from the material reservoir to a spreader device configured to receive and spread the dosed spreading material; - receiving the dosed spreading material by the spreader device ; and - spreading the dosed spreading material by the spreader device ; - detecting digital image data by a monitoring device , the digital image data being indicative of a partial quantity of the spreading material received in the material reservoir and located in the vicinity of the dosing opening at the time of detecting the digital image data; and - determining a material parameter for the partial quantity of the spreading material located in the vicinity of the dosing opening from analyzing the digital image data by a control device .
An electronic ballast or converter for controlling and/or operating light sources, comprising a housing and a board , which is arranged therein and on which electrical and/or electronic components (5-8) for operation or control of light sources are arranged, wherein projections are arranged on the two end faces of the housing, wherein the housing consists of a lower housing part and an upper housing part , and the board is arranged in the lower housing part parallel to the lower wall of the lower housing part , wherein the two housing parts mesh telescopically with one another and in the assembled state form a closed housing, characterized in that the two housing parts can be fixedly connected to one another at different heights so that the height (H) between the upper wall of the upper housing part and the lower wall of the lower housing part can be varied or adjusted and the internal space of the housing has different dimensions.
Device for dispensing beverages comprising at least one brewing group having a brewing chamber with an inlet for the brewing water, heating means for heating said brewing water, a first duct connecting said heating means to said brewing chamber , at least one pump or similar means for feeding hot water from said heating means to the brewing chamber, means for supplying cold water to said first duct in a supply point , said device further comprising a first valve arranged on said means for supplying cold water to the first duct, characterized in that the device comprises at least one temperature sensor arranged on said first duct downstream said supply point of cold water, with respect to the water flow, said first valve being a proportional valve, wherein the brewing group further comprises a metallic mass, a heating element to heat said brewing group to a temperature adapted to avoid the brewing water cooling, and wherein a temperature sensor is placed on said brewing group for detecting the temperature thereof, the device further comprising a logic unit adapted to control said at least one pump , said first valve and to acquire temperature values determined through said temperature sensors .