mhurhangee/patent-ind-claim-en huggingface dataset:
A method of molding a product by rotating a mold, the mold comprising two mold parts, the mold configured to be selectively shifted between an open position where the two mold parts are released from each other and are not in close engagement with each other, and a closed position where the two mold parts are in close engagement with each other to form a mold cavity, the method comprising: (i) filling up the mold with a material; (ii) after the mold has been filled with the material, imparting a rotary motion to the mold in the open position, thereby agitating the material while degassing it, and thereby initiating rotational molding of the product; and (iii) after a predetermined period of time has elapsed since the rotational molding is initiated, shifting the mold from the open position to the closed position while the mold is rotating, thereby allowing the mold to define a final shape of the product. the mold comprising two mold parts, the mold configured to be selectively shifted between an open position where the two mold parts are released from each other and are not in close engagement with each other, and a closed position where the two mold parts are in close engagement with each other to form a mold cavity, the method comprising: (i) filling up the mold with a material; (ii) after the mold has been filled with the material, imparting a rotary motion to the mold in the open position, thereby agitating the material while degassing it, and thereby initiating rotational molding of the product; and (iii) after a predetermined period of time has elapsed since the rotational molding is initiated, shifting the mold from the open position to the closed position while the mold is rotating, thereby allowing the mold to define a final shape of the product. (i) filling up the mold with a material; (ii) after the mold has been filled with the material, imparting a rotary motion to the mold in the open position, thereby agitating the material while degassing it, and thereby initiating rotational molding of the product; and (iii) after a predetermined period of time has elapsed since the rotational molding is initiated, shifting the mold from the open position to the closed position while the mold is rotating, thereby allowing the mold to define a final shape of the product.
A polishing holder removing device for a grinder, including - a grinding tool that is equipped with an abrasive (P1) at a portion of a grinding tool body of the grinding tool , - a coupler that is mountable on a rotary shaft of a grinder body (P2) of a grinder, - a sleeve disposed around the coupler to slide on the outer side of the coupler , - locking balls that are disposed in the coupler to fix or release the grinding tool , - a spring that provides elasticity when the sleeve slides, and - a cap nut that retains the sleeve , wherein a cylindrical shank and a groove are formed at an end portion of the grinding tool body of the grinding tool , the coupler has a seating hole where the grinding tool is fitted and fixed, a threaded-hole for fastening to the grinder body (P2) of the grinder, and a flange having through-holes formed around the outer side, the sleeve is fitted on the coupler to slide, a first dustproof groove having a step and a seating groove is formed at a side in the sleeve , and a second dustproof groove is formed at the other side, the locking balls are disposed in the through holes formed in the coupler and moved toward/away from the cylindrical shank and the groove of the grinding tool when the sleeve moves so that the grinding tool can be fixed or released, the spring is disposed on the flange of the coupler and the seating groove of the sleeve and applies elasticity when the sleeve slides, the cap nut is fastened to a front end portion of the coupler to retain the sleeve , characterized in that the cylindrical shank , the groove , and a rectangular shank are sequentially formed at the end portion of the grinding tool body of the grinding tool , and in that the coupler further has a rectangular hole where the grinding tool is fitted and fixed, and in that the through-holes are formed in two lines around the outer side of the coupler . - a grinding tool that is equipped with an abrasive (P1) at a portion of a grinding tool body of the grinding tool , - a coupler that is mountable on a rotary shaft of a grinder body (P2) of a grinder, - a sleeve disposed around the coupler to slide on the outer side of the coupler , - locking balls that are disposed in the coupler to fix or release the grinding tool , - a spring that provides elasticity when the sleeve slides, and - a cap nut that retains the sleeve ,
Apparatus for feeding items of laundry to a laundry treatment device, in particular a mangle, with at least one loading station , a feed conveyor transporting the items of laundry in a feeding direction to the laundry treatment device, and a spreading device , arranged upstream of said feed conveyor, for spreading out the respective item of laundry upstream of the feed conveyor , wherein the at least one loading station is located upstream of the spreading device , wherein each loading station has a loading conveyor with two belt conveyors arranged one above the other, an upper belt conveyor leaves free a front part of a lower belt conveyor in order to form a placing-on region , and the front part of the lower belt conveyor forming the exposed placing-on region is adjustable.
A method, stored in a memory and executed on a processor, for seismic data processing, said method comprising: acquiring seismic data for exploring a geophysical structure probed using seismic excitations; generating a cost function associated with non-linear slope tomography in the depth-migrated domain using the seismic data; adding a dip constraint term to said cost function , said dip constraint term containing a misfit between expected dips and migrated dips for selected offset dependent events from the seismic data ; adjusting a velocity model, associated with said non-linear slope tomography, to match an expected dip of a plurality of re-migrated offset-dependent events and to generate a minimized cost function; and outputting said minimized cost function for further processing to provide an image of the geophysical structure. acquiring seismic data for exploring a geophysical structure probed using seismic excitations; generating a cost function associated with non-linear slope tomography in the depth-migrated domain using the seismic data; adding a dip constraint term to said cost function , said dip constraint term containing a misfit between expected dips and migrated dips for selected offset dependent events from the seismic data ; adjusting a velocity model, associated with said non-linear slope tomography, to match an expected dip of a plurality of re-migrated offset-dependent events and to generate a minimized cost function; and outputting said minimized cost function for further processing to provide an image of the geophysical structure.
A method comprising: receiving a first image (22, 22A that is captured by a first perception sensor , the first image including at least a portion of an environment of a subject , the environment being based on a location of a user device associated with the subject ; determining a location of an object relative to the environment of the subject ; receiving a second image that is captured by a second perception sensor that is an infrastructure device, the second image including the object and a second portion of the environment , the second portion non-overlapping the first portion of the environment ; comparing the first image and the second image to determine a void area not captured in the first image or the second image ; in response to determining the location of the object , combining the first captured image , the second captured image , and the void area to generate a modified image that indicates the location of the object relative to the environment ; and causing the modified image to be presented on at least one display of a second device located near the subject , the second device being different than the user device . receiving a first image (22, 22A that is captured by a first perception sensor , the first image including at least a portion of an environment of a subject , the environment being based on a location of a user device associated with the subject ; determining a location of an object relative to the environment of the subject ; receiving a second image that is captured by a second perception sensor that is an infrastructure device, the second image including the object and a second portion of the environment , the second portion non-overlapping the first portion of the environment ; comparing the first image and the second image to determine a void area not captured in the first image or the second image ; in response to determining the location of the object , combining the first captured image , the second captured image , and the void area to generate a modified image that indicates the location of the object relative to the environment ; and causing the modified image to be presented on at least one display of a second device located near the subject , the second device being different than the user device .
A method of mounting a reduction gear of longitudinal axis X, comprising an outer sun gear and planet gears meshing with an inner sun gear and with the outer sun gear and each mounted for free rotation on a planet carrier , the outer sun gear comprising a first crown having a first toothing and a second crown having a second toothing each meshing with first and second toothings of the planet gears , the method comprising the following steps: a) Providing an assembly comprising the inner sun gear , the planet gears meshing with the inner sun gear and carried by the planet carrier , b) Mounting the first crown and the second crown around the planet gears so that toothings of the first crown and the second crown mesh with the first toothings of the planet gears and the second toothings of the planet gears, respectively, and characterized by the following step c) Applying a first torque to the first crown centred on the axis of the first crown and a second torque to the second crown centred on the axis of the second crown , the first torque and the second torque having identical values and being applied in the same direction of rotation about the axes of the first and second crowns . a) Providing an assembly comprising the inner sun gear , the planet gears meshing with the inner sun gear and carried by the planet carrier , b) Mounting the first crown and the second crown around the planet gears so that toothings of the first crown and the second crown mesh with the first toothings of the planet gears and the second toothings of the planet gears, respectively, and characterized by the following step c) Applying a first torque to the first crown centred on the axis of the first crown and a second torque to the second crown centred on the axis of the second crown , the first torque and the second torque having identical values and being applied in the same direction of rotation about the axes of the first and second crowns .
Method of filling a liquid hydrogen tank , for example a mobile tank of a semitrailer, the method comprising a first stage of transfer of a first amount of liquid hydrogen into the tank from a first source of liquid hydrogen comprising a hydrogen liquefier , the first amount of liquid hydrogen being provided in order to lower the temperature and the pressure in the tank , the method comprising a second stage of transfer of a second amount of liquid hydrogen into the tank from a second source of liquid hydrogen comprising a liquid hydrogen storage facility , in which the second amount of liquid hydrogen is transferred into the tank by pressure difference between the liquid hydrogen storage facility and the tank , and comprising, between the first transfer stage and the second transfer stage , a stage of reduction in the pressure within the tank , characterized in that the stage of reduction in the pressure within the tank comprises a withdrawal of pressurized gas from the tank to the liquid phase of the storage facility , in order to condense, at least in part, said pressurized gas in the storage facility .
A wound therapy device comprising: a conformable, reticulated manifold comprising a porous and permeable material, wherein the manifold further comprises a pattern of cuts configured to transform the manifold from a planar relaxed state to a pliable three-dimensional state when the manifold is extended along a lateral axis, wherein the manifold comprises a reticulated polyurethane foam, and the manifold comprises a first layer with a pattern of cuts and a second layer with a pattern of cuts, wherein the pattern of cuts of the first layer do not align with the pattern of cuts of the second layer when both layers are in the pliable three-dimensional state.
A method for identifying bacterial vaginosis in a human subject, the method comprising: (a) obtaining a vaginal swab sample from the subject; (b) measuring levels of Atopobium vaginae, Megasphaera genus, and Gardnerella vaginalis and one or more Lactobacilli species selected from the group consisting of Lactobacillus acidophilus, Lactobacillus crispatus, and Lactobacillus jensenii in a sample from the subject; (c) calculating a diagnostic score as the ratio of a logarithmic function of the levels of the one or more Lactobacilli species and a logarithmic function of the levels of Atopobium vaginae, Megasphaera genus, and Gardnerella vaginalis; and (d) identifying the subject with the diagnostic score lower than a reference score as having bacterial vaginosis. (a) obtaining a vaginal swab sample from the subject; (b) measuring levels of Atopobium vaginae, Megasphaera genus, and Gardnerella vaginalis and one or more Lactobacilli species selected from the group consisting of Lactobacillus acidophilus, Lactobacillus crispatus, and Lactobacillus jensenii in a sample from the subject; (c) calculating a diagnostic score as the ratio of a logarithmic function of the levels of the one or more Lactobacilli species and a logarithmic function of the levels of Atopobium vaginae, Megasphaera genus, and Gardnerella vaginalis; and (d) identifying the subject with the diagnostic score lower than a reference score as having bacterial vaginosis.
Drainage mat for a floor covering arrangement set up on an underlying surface , having a plate- or sheet-shaped carrier layer , which has an underside , which can be laid on the underlying surface , and projecting formations which are directed upwardly away from the underside , wherein upper sides of the projecting formations form a support surface , and with a support layer , which is fastened to the support surface and to which an adhesive material or mortar material can be applied without interspaces between the projecting formations being filled by the applied adhesive material or mortar material , wherein a respective base surface of the upwardly projecting formations has, on the underside , a length which is oriented along a drainage direction and a width directed transversely thereto that is shorter than the length, such that the drainage mat can be arranged and aligned on the underlying surface in such a way that the upwardly projecting formations are aligned along a drainage direction predetermined by a gradient, characterised in that the respective base surface of the upwardly projecting formations has a tip directed counter to the drainage direction , such that the flow resistance of the individual upwardly projecting formations is significantly reduced.
A braiding machine , comprising: a support structure ; a spool system , comprising: a set of rotor metals arranged in a first ring on the support structure ; a set of horn gears arranged in a second ring on the support structure ; and a spool with thread, the spool being mounted to a carrier element , wherein the spool mounted to the carrier element can be passed between the set of rotor metals in the first ring and the set of horn gears in the second ring , characterised in that the horn gears sit at a different axial distance from a surface of the braiding machine formed by the first ring of rotor metals than the rotor metals .
A thermoplastic polyurethane composition comprising the reaction product of: a) a polyisocyanate component comprising 1,6-hexanediisocyanate (HDI) as a first linear aliphatic diisocyanate and dicyclohexylmethane-4,4'-diisocyanate (H12MDI) as a second aliphatic diisocyanate in a weight ratio of first linear aliphatic diisocyanate to the second aliphatic diisocyanate from 1:1 to 20:1; b) a polyol component comprising at least one polyether polyol; and c) a chain extender component comprising at least one diol chain extender of the general formula HO-(CH 2 ) x -OH wherein x is an integer from 2 to 6. a) a polyisocyanate component comprising 1,6-hexanediisocyanate (HDI) as a first linear aliphatic diisocyanate and dicyclohexylmethane-4,4'-diisocyanate (H12MDI) as a second aliphatic diisocyanate in a weight ratio of first linear aliphatic diisocyanate to the second aliphatic diisocyanate from 1:1 to 20:1; b) a polyol component comprising at least one polyether polyol; and c) a chain extender component comprising at least one diol chain extender of the general formula HO-(CH 2 ) x -OH wherein x is an integer from 2 to 6.
Method for detecting variables in a spout of a metallurgical vessel, with which at least one coil surrounding the outlet channel and a supply or evaluation unit connected with this by leads is measured and evaluated, wherein an alternating current with a predetermined frequency is produced by the supply unit in the respective coil and variations in the parameters are determined by this evaluation unit, characterised in that the impedance or the impedance and the induced current flow are determined by this evaluation unit from variations in the parameters, wherein an induction coil of an induction heater as surrounding the outlet channel is used, by means of which as monitoring the at least one, preferably the different variables in the spout are detected respectively measured, such as the proportion of slag during pouring of the metal melt, the degree of wear of the refractory parts in the pouring channel, solidified metal melt and/or plugging material in the pouring channel, and that after the evaluation a closure member for the spout is actuated, a heating of the metal in the pouring channel and/or a renewal of the pouring channel can take place.
A state machine engine comprising: a finite state machine (FSM) lattice comprising a plurality of elements , wherein the FSM lattice is configured to analyze data and to produce a result; a lattice programming and instruction control system used to configure the FSM lattice ; an instruction buffer configured to provide a first instruction associated with an operation of the state machine engine to the lattice programming and instruction control system ; and an instruction insertion register configured to provide a second instruction associated with the operation of the state machine engine to the lattice programming and instruction control system ; wherein the instruction insertion register is configured to provide the second instruction in response to an indication of a temporary error that occurred during operation of the state machine engine ; wherein the state machine engine is configured to interrupt provision of the first instruction from the instruction buffer in response to the indication of the error, wherein the second instruction is provided from the instruction insertion register in place of the first instruction; wherein the second instruction comprises an instruction configured to attempt to resolve the error and is selected from a set of instructions in the instruction insertion register based upon the indicated error; wherein the state machine engine is configured to resume provision of the first instruction from the instruction buffer in response to resolution of the error. a finite state machine (FSM) lattice comprising a plurality of elements , wherein the FSM lattice is configured to analyze data and to produce a result; a lattice programming and instruction control system used to configure the FSM lattice ; an instruction buffer configured to provide a first instruction associated with an operation of the state machine engine to the lattice programming and instruction control system ; and an instruction insertion register configured to provide a second instruction associated with the operation of the state machine engine to the lattice programming and instruction control system ; wherein the instruction insertion register is configured to provide the second instruction in response to an indication of a temporary error that occurred during operation of the state machine engine ; wherein the state machine engine is configured to interrupt provision of the first instruction from the instruction buffer in response to the indication of the error, wherein the second instruction is provided from the instruction insertion register in place of the first instruction; wherein the second instruction comprises an instruction configured to attempt to resolve the error and is selected from a set of instructions in the instruction insertion register based upon the indicated error; wherein the state machine engine is configured to resume provision of the first instruction from the instruction buffer in response to resolution of the error.