mhurhangee/patent-ind-claim-en huggingface dataset:
A wick assembly for a drip torch , the torch comprising a canister configured to store liquid fuel, a tube couplable at a first end to the canister , the tube being configured to convey the fuel from the canister to a nozzle couplable to a second end of the tube opposite the first end, the nozzle being configured to dispense the fuel, the wick assembly comprises: - a wick operationally connectable to the nozzle , the wick being configured to be impregnated with the fuel and to be ignited with fire, the wick comprises a channel that crosses the same, the channel being provided with an inlet and an outlet, wherein the inlet is arranged around the nozzle enabling the passage of the fuel to the outlet of the channel ; characterised in that it comprises: - a support couplable to the nozzle and/or to the tube , the wick being couplable to said support , the support being configured to hold the wick and enable aeration of the same, wherein the support comprises a body essentially in the shape of a bushing with a coupling end configured to be coupled to the nozzle and/or to the tube , and configured to house the wick , wherein a side wall of the bushing comprises openings intended for aeration of the wick . - a wick operationally connectable to the nozzle , the wick being configured to be impregnated with the fuel and to be ignited with fire, the wick comprises a channel that crosses the same, the channel being provided with an inlet and an outlet, wherein the inlet is arranged around the nozzle enabling the passage of the fuel to the outlet of the channel ; - a support couplable to the nozzle and/or to the tube , the wick being couplable to said support , the support being configured to hold the wick and enable aeration of the same, wherein the support comprises a body essentially in the shape of a bushing with a coupling end configured to be coupled to the nozzle and/or to the tube , and configured to house the wick , wherein a side wall of the bushing comprises openings intended for aeration of the wick .
A voxelization method, executed by a computer, for extracting a free space in a product based on three-dimensional shape data of the product, the three-dimensional shape data being created by a three-dimensional CAD (Computer Aided Design) and received by the computer, the voxelization method comprising: voxelizing the three-dimensional shape data to generate a first voxel structure corresponding to the three-dimensional shape data; extending lines perpendicular to respective faces of a cube or a cuboid containing the generated first voxel structure from the respective faces toward inside the cube or the cuboid until the lines hit the first voxel structure , and specifying a region outside an outer periphery of the first voxel structure according to whether at least lines extended from three faces orthogonal to each other intersect; setting the specified region as a second voxel structure; and performing inversion to invert a region of the voxel structures and a region not set as a voxel in the cube or the cuboid to obtain a voxel structure , that corresponds to the free space. voxelizing the three-dimensional shape data to generate a first voxel structure corresponding to the three-dimensional shape data; extending lines perpendicular to respective faces of a cube or a cuboid containing the generated first voxel structure from the respective faces toward inside the cube or the cuboid until the lines hit the first voxel structure , and specifying a region outside an outer periphery of the first voxel structure according to whether at least lines extended from three faces orthogonal to each other intersect; setting the specified region as a second voxel structure; and performing inversion to invert a region of the voxel structures and a region not set as a voxel in the cube or the cuboid to obtain a voxel structure , that corresponds to the free space.
A process for treating waste sludge (A, B) from a wastewater treatment plant comprising the steps of, a) flowing the waste sludge to an anaerobic digester ; b) recuperative thickening of digestate from the digester in a recuperative thickening loop; wherein polymer (D) is added to and mixed into the digestate in the recuperative thickening loop followed by thickening the digestate in the recuperative thickening loop; and c) adding an external waste stream (P) in addition to the waste sludge (A, B) or to the digester such that at least 30% of the volatile solids loading to the digester from the waste sludge (A, B) and the external waste stream (P) is derived from the external waste stream (P). a) flowing the waste sludge to an anaerobic digester ; b) recuperative thickening of digestate from the digester in a recuperative thickening loop; wherein polymer (D) is added to and mixed into the digestate in the recuperative thickening loop followed by thickening the digestate in the recuperative thickening loop; and c) adding an external waste stream (P) in addition to the waste sludge (A, B) or to the digester such that at least 30% of the volatile solids loading to the digester from the waste sludge (A, B) and the external waste stream (P) is derived from the external waste stream (P).
A stacking device for plugs , especially paint plugs or assembly plugs for motor vehicles, with a housing which has an opening at at least one axial end on a front side, and in which at least two holding and guide means for the plugs extend in the axial direction on an internal wall of the housing, which means are designed to hold the plugs stacked in position, to permit an axial movement of the plugs and to guide them in the axial direction, wherein a plate with in each case one opening on the front side is provided on both axial ends of the housing.
A removable unit for an additive manufacturing system, the removable unit comprising: a build material supply system or a build platform upon which an object is constructed; a controller; a power interface to connect the removable unit to a base unit of an additive manufacturing system, and the power interface comprising: a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a power supply unit to convert the first voltage to the second voltage; a power multiplexer , electrically coupled to the power supply unit and the second power coupling , and having a power multiplexer output , the controller to cause the power multiplexer to switch between: the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling , and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling . a build material supply system or a build platform upon which an object is constructed; a controller; a power interface to connect the removable unit to a base unit of an additive manufacturing system, and the power interface comprising: a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a power supply unit to convert the first voltage to the second voltage; a power multiplexer , electrically coupled to the power supply unit and the second power coupling , and having a power multiplexer output , the controller to cause the power multiplexer to switch between: the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling , and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling . the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling , and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling .
Cooking hob device, in particular an induction cooking hob device, having at least two variable cooking surface areas which are configured separately from one another and which are each fixed by an arrangement of at least two heating elements , and having at least one further heating element which is disposed between the variable cooking surface areas , and having at least one control unit which is provided in order to assign the further heating element as a function of at least one operating parameter to at least one of the variable cooking surface areas and to output at least one assignment of the further heating element to at least one of the variable cooking surface areas by means of at least one output unit , and having the output unit with at least two output elements which are arranged on opposing sides of at least one image of the variable cooking surface areas .
A computer implemented method comprising: sending, from a user device to a content management system , a request to access multiple content items stored on the content management system , wherein the multiple content items comprise a first content item and a second content item; downloading, at the user device , metadata associated with the multiple content items, wherein the metadata comprises a first viewing history corresponding to the first content item and a second viewing history corresponding to the second content item; determining, at the user device and based on the metadata associated with the multiple content items, that an expected use corresponds to a first version of the first content item; receiving, at the user device , a second version of the first content item and a second version of the second content item in response to the request to access the multiple content items, wherein the second version of the first content item has a lower resolution than a first version of the first content item and the second version of the second content item has a lower resolution than a first version of the second content item; and downloading, at the user device , in response to determining that the expected use corresponds to the first version of the first content item, the first version of the first content item, while displaying: the second version of the first content item in a grid view user interface of the user device ; and the second version of the second content item in the grid view user interface of the user device . sending, from a user device to a content management system , a request to access multiple content items stored on the content management system , wherein the multiple content items comprise a first content item and a second content item; downloading, at the user device , metadata associated with the multiple content items, wherein the metadata comprises a first viewing history corresponding to the first content item and a second viewing history corresponding to the second content item; determining, at the user device and based on the metadata associated with the multiple content items, that an expected use corresponds to a first version of the first content item; receiving, at the user device , a second version of the first content item and a second version of the second content item in response to the request to access the multiple content items, wherein the second version of the first content item has a lower resolution than a first version of the first content item and the second version of the second content item has a lower resolution than a first version of the second content item; and downloading, at the user device , in response to determining that the expected use corresponds to the first version of the first content item, the first version of the first content item, while displaying: the second version of the first content item in a grid view user interface of the user device ; and the second version of the second content item in the grid view user interface of the user device .
A structure comprising a substrate an optical waveguide formed on the substrate , and a high-frequency line including a dielectric body , a signal electrode , and a ground electrode formed on the substrate and configured to transmit a high-frequency electric signal in a propagation direction, the high-frequency line comprises segments each having a length shorter than a wavelength of the high-frequency electric signal, in a top plan view on the substrate, the signal electrode, the ground electrode , and the dielectric body in one of the segments extend in the propagation direction, in the top plan view on the substrate, the signal electrode, the ground electrode , and the dielectric body in the one of the segments intersects with the optical waveguide in a crossing manner; the high-frequency line in the one of the segments has a characteristic impedance equal to a characteristic impedance in another one of the segments where the signal electrode, the ground electrode , and the dielectric body do not intersect with the optical waveguide in the top plan view, the high frequency line is a microstrip line; characterized in that : the signal electrode in the one of the segments where the high-frequency line intersects with the optical waveguide has portions of two or more different widths.
A system for operating an optically actuated, OA, electrokinetic device , said system comprising: a support configured to hold and operatively couple with an OA electrokinetic device; an electrical signal generation subsystem configured to apply a biasing voltage across a pair of electrodes in said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a light modulating subsystem configured to emit structured light onto said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a thermal control subsystem configured to regulate a temperature of said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a first fluid line having a distal end configured to be fluidically coupled to an inlet port of said OA electrokinetic device, and a second fluid line having a proximal end configured to be fluidically coupled to an outlet port of said OA electrokinetic device, respectively, when said OA electrokinetic device is held by, and operatively coupled with, said support; and at least one thermally -controlled flow controller operatively coupled with one or both of said first and second fluid lines; wherein said support comprises a socket configured to receive and interface with said OA electrokinetic device, and a microprocessor that controls said electrical signal generation subsystem and/or said thermal control system. a support configured to hold and operatively couple with an OA electrokinetic device; an electrical signal generation subsystem configured to apply a biasing voltage across a pair of electrodes in said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a light modulating subsystem configured to emit structured light onto said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a thermal control subsystem configured to regulate a temperature of said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a first fluid line having a distal end configured to be fluidically coupled to an inlet port of said OA electrokinetic device, and a second fluid line having a proximal end configured to be fluidically coupled to an outlet port of said OA electrokinetic device, respectively, when said OA electrokinetic device is held by, and operatively coupled with, said support; and at least one thermally -controlled flow controller operatively coupled with one or both of said first and second fluid lines; wherein said support comprises a socket configured to receive and interface with said OA electrokinetic device, and a microprocessor that controls said electrical signal generation subsystem and/or said thermal control system.
Mast of or for a yacht, characterised in that the mast is configured to be collapsible by comprising: - a base ; - a top section ; and - a rotation mechanism arranged between the base and the top section configured to rotate the top section relative to the base between an upright extended state , in which the top section extends in line with the base, and a collapsed state , in which the top section is rotated downward to reduce a height of the mast, wherein the rotation mechanism comprises an axis oriented transverse through the base, wherein the rotation mechanism comprises a rotation arm , which is rotatably connected to the base via the axis and a mounting plate with a through hole , wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section , characterized in that the rotation mechanism further comprises a traction mechanism extending along the top section and back through an interior of the top section to the mounting plate. - a base ; - a top section ; and - a rotation mechanism arranged between the base and the top section configured to rotate the top section relative to the base between an upright extended state , in which the top section extends in line with the base, and a collapsed state , in which the top section is rotated downward to reduce a height of the mast, wherein the rotation mechanism comprises an axis oriented transverse through the base, wherein the rotation mechanism comprises a rotation arm , which is rotatably connected to the base via the axis and a mounting plate with a through hole , wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section , characterized in that the rotation mechanism further comprises a traction mechanism extending along the top section and back through an interior of the top section to the mounting plate. the rotation mechanism comprises a rotation arm , which is rotatably connected to the base via the axis and a mounting plate with a through hole , wherein the arm is extendible from a shorter effective length in the upright extended state to a larger effective length in the collapsed state to keep the base and the top section apart in the collapsed state and have the base and top section abut in the upright extended state, wherein the extendible arm is accommodated in the through hole of the mounting plate inside the top section , characterized in that the rotation mechanism further comprises a traction mechanism extending along the top section and back through an interior of the top section to the mounting plate.
A nucleic acid regulatory element for enhancing muscle-specific gene expression, preferably for enhancing skeletal muscle-specific gene expression, comprising the sequence of SEQ ID NO:10 and having a maximal length of 550 nucleotides, or consisting of a functional fragment of said sequence having a maximal length of 300 nucleotides and comprising the sequence of SEQ ID NO:37, SEQ ID NO:38, SEQ ID NO:39, SEQ ID NO:40 or SEQ ID NO:41.
An air flow sensor comprising: A housing having an inflow aperture , an outflow aperture and an air flow pathway from the inflow aperture to the outflow aperture ; a first sensing element , exposed to the air flow pathway ; and characterised by a second sensing element , isolated from the air flow pathway . A housing having an inflow aperture , an outflow aperture and an air flow pathway from the inflow aperture to the outflow aperture ; a first sensing element , exposed to the air flow pathway ; and characterised by a second sensing element , isolated from the air flow pathway .
Device for the production of a product which consists at least partly of a flowable mass which can be filled into a mould , wherein a vibrating or shaking device is assigned to the mould and the mould is placed on a carrier , characterized in that the mould can be moved or shaken in the horizontal direction on the carrier by at least one horizontal vibrator and in the process strikes against a lateral stop.
Absorbing article comprising water absorbing resin, the water absorbing resin comprising a water-soluble unsaturated monomer, which has a dissociable group, as a main component in a repeating unit of a main chain and having an internal cross-linked structure, wherein, in the water absorbing resin, 90 mol% or more of the repeating unit is a repeating unit derived from a water-soluble unsaturated monomer having a carboxylic acid (salt) group as a dissociable group, wherein the water-absorbing resin is obtainable by a method comprising: a reaction step of mutually reacting a first star-shaped polymer which includes the water-soluble unsaturated monomer as a main component in a repeating unit of each branched chain and has a first reactive functional group at the terminal of each branched chain and a second star-shaped polymer which includes the water-soluble unsaturated monomer as a main component in a repeating unit of each branched chain and has a second reactive functional group, which can form a chemical bond by mutually reacting with the first reactive functional group, at the terminal of each branched chain, wherein the first reactive functional group is an azido group and the second reactive functional group is an alkynyl group, and wherein a cross-linked structure index represented by the following Mathematical Formula 1 is 14 or more, a weight average molecular weight (Mw) after hydrolysis treatment is 220,000 or less, and a molecular weight distribution (Mw/Mn) after hydrolysis treatment is 1.00 or more but 3.40 or less: Cross-linked structure index = ( Equilibrium swelling capacity with respect to 0 .9% by weight of brine ) 1 / 3 / ( Weight average molecular weight Mw after hydrolysis treatment ) × 1 , 000 , 000 , wherein the hydrolysis treatment is treatment in which 50 mg of the water absorbing resin as a solid content is left to stand still in 10 g of 0.1 mol/l aqueous solution of sodium hydroxide at 80°C for 3 weeks, and the weight average molecular weight (Mw) is a value obtained by measurement after the treatment,