mhurhangee/patent-ind-claim-en huggingface dataset:
Folding top for a convertible vehicle having a top cloth and a rear window peripherally fastened in the top cloth , wherein the rear window comprises a lower peripheral region with a peripheral edge , an upper peripheral region and lateral peripheral regions , and wherein, for fastening the rear window , a foam encapsulation is provided between the top cloth and the upper peripheral region and the lateral peripheral regions , and wherein the folding top comprises a clamping bracket , characterized in that the foam encapsulation of the lateral peripheral regions extends from the upper peripheral region and ends at a distance from the lower peripheral edge , and, at this distance from the peripheral edge , the lower peripheral region , extending horizontally from the lateral peripheral regions, is connected to the top cloth on the inner side of the rear window such that a lower subregion of the rear window rests on the clamping bracket in a movable and non-connected manner, with the top cloth located in between, wherein the movement of the rear window is realized via a virtual tilt axis which extends horizontally in the direction of the attachment of the top cloth in the lower peripheral region .
An assembly comprising: a first clip configured to be slidable over a first surface of a brake disc in a first tangential direction (T 1) of the brake disc, the first surface being adjacent to a first drive slot on a perimeter of the brake disc; a second clip configured to be slidable over a second surface of the brake disc in a second tangential direction (T2) opposite the first tangential direction, the second surface being adjacent to a second drive slot on the perimeter of the brake disc; and a retainer configured to be slidable over the first clip and the second clip when the first clip is positioned over the first surface and the second clip is positioned over the second surface to secure the first and second clips to the brake disc. a first clip configured to be slidable over a first surface of a brake disc in a first tangential direction (T 1) of the brake disc, the first surface being adjacent to a first drive slot on a perimeter of the brake disc; a second clip configured to be slidable over a second surface of the brake disc in a second tangential direction (T2) opposite the first tangential direction, the second surface being adjacent to a second drive slot on the perimeter of the brake disc; and a retainer configured to be slidable over the first clip and the second clip when the first clip is positioned over the first surface and the second clip is positioned over the second surface to secure the first and second clips to the brake disc.
Cookware , comprising: a metal plate comprising a direct heating region configured to receive heat energy directly from a heat source and an indirect heating region , said direct and indirect heating regions together defining a food-heating zone ; an oscillation mini-channel embedded in said metal plate , said oscillation mini-channel winding back-and-forth between said direct and indirect heating regions , wherein the oscillation mini-channel is a closed -loop implemented by embedding a tube in the metal plate; and an operating fluid that occupies 30-90 percent of the volume of the oscillating mini-channel under vacuum, said oscillation mini-channel dimensions to produce capillary forces that create vapor bubbles and liquid slugs interspersed throughout the oscillating mini-channel; wherein oscillatory movements of the vapor bubbles and liquid slugs transfer heat from the direct heating region to the indirect heating region to heat the food-heating zone. a metal plate comprising a direct heating region configured to receive heat energy directly from a heat source and an indirect heating region , said direct and indirect heating regions together defining a food-heating zone ; an oscillation mini-channel embedded in said metal plate , said oscillation mini-channel winding back-and-forth between said direct and indirect heating regions , wherein the oscillation mini-channel is a closed -loop implemented by embedding a tube in the metal plate; and an operating fluid that occupies 30-90 percent of the volume of the oscillating mini-channel under vacuum, said oscillation mini-channel dimensions to produce capillary forces that create vapor bubbles and liquid slugs interspersed throughout the oscillating mini-channel;
A broadband mirror comprising - an outer surface layer ; and - a dielectric layer stack arranged underneath the outer surface layer and comprising an alternating arrangement of low-index layers and high-index layers ; wherein the dielectric layer stack comprises at least one patterned surface and at least one non-patterned surface (N), which patterned surface is formed on one side of a high-index layer at an interface between the high-index layer and a first adjacent low-index layer ; and characterised in that the non-patterned surface (N) is formed on the other side of the high-index layer at the interface between the high-index layer and a second adjacent low-index layer . - an outer surface layer ; and - a dielectric layer stack arranged underneath the outer surface layer and comprising an alternating arrangement of low-index layers and high-index layers ;
A crane for an unmanned platform comprising a vertical main mast for connection with the platform and a cantilevered swiveling crane boom configured to perform lifting operations, wherein the crane further comprises a strut having a fixed length adapted to impose a force on the crane boom from below, said strut having a first end pivotable connected to said main mast below the crane boom and a second end slidingly connected to the crane boom , said crane further comprises a lifting arrangement and an electrically driven device adapted to impose a force on the second end of the strut to move the second end back and forth along the longitudinal direction of the crane boom between defined end positions arranged on the crane boom, the crane further comprising a sliding mechanism having a glide path formed along the longitudinal axis of the crane boom and a yoke pivotable connected to the second end of the strut , said yoke is adapted to move along the glide path , wherein the strut has a fixed length which results in a compression force (S) along the longitudinal axis of the strut when a force (F) from the lifting arrangement acts on the yoke .
An information processing apparatus configured to cause a display device to display an ultrasound image (U), which is generated by transmitting ultrasound beams (UB) from a transducer array toward the inside of a living body and receiving ultrasound echoes generated in the living body, the apparatus comprising: a blood vessel aggregate detection unit configured to detect, from the ultrasound image, a blood vessel aggregate region (Ra) including a blood vessel aggregate in which three or more blood vessels are aggregated, and a highlight display unit configured to highlight and display the blood vessel aggregate region (Ra) in the ultrasound image (U). a blood vessel aggregate detection unit configured to detect, from the ultrasound image, a blood vessel aggregate region (Ra) including a blood vessel aggregate in which three or more blood vessels are aggregated, and a highlight display unit configured to highlight and display the blood vessel aggregate region (Ra) in the ultrasound image (U).
A channel transmission method, comprising: when operating in a non-scheduling transmission mode, scrambling (S301), by a terminal device, to-be-sent data by using a first radio network temporary identifier RNTI, wherein a correspondence exists between the first RNTI and a specified frequency domain resource index, wherein the specified frequency domain resource index corresponds to a frequency domain resource allocated to the terminal for uplink transmission in the non-scheduling transmission mode; and determining, by the terminal device, the first RNTI based on the specified frequency domain resource index; and when operating in a scheduling transmission mode, scrambling (S302), by the terminal device, the to-be-sent data by using a second RNTI, wherein the second RNTI is different from the first RNTI. when operating in a non-scheduling transmission mode, scrambling (S301), by a terminal device, to-be-sent data by using a first radio network temporary identifier RNTI, wherein a correspondence exists between the first RNTI and a specified frequency domain resource index, wherein the specified frequency domain resource index corresponds to a frequency domain resource allocated to the terminal for uplink transmission in the non-scheduling transmission mode; and determining, by the terminal device, the first RNTI based on the specified frequency domain resource index; and when operating in a scheduling transmission mode, scrambling (S302), by the terminal device, the to-be-sent data by using a second RNTI, wherein the second RNTI is different from the first RNTI.
A method for the production of polyurethane foam, comprising the steps of: - providing an isocyanate-reactive component A comprising a polyol component A1 which further comprises a physical blowing agent T; - combining at least the isocyanate-reactive component A and an isocyanate component B, thereby obtaining a polyurethane reaction mixture; - providing the polyurethane reaction mixture in a cavity ; and - reducing the pressure within the cavity to a pressure lower than ambient pressure; characterized in that the cavity is ventilated to ambient pressure before the gel time (measured as indicated in the specification) of the polyurethane reaction mixture is reached. - providing an isocyanate-reactive component A comprising a polyol component A1 which further comprises a physical blowing agent T; - combining at least the isocyanate-reactive component A and an isocyanate component B, thereby obtaining a polyurethane reaction mixture; - providing the polyurethane reaction mixture in a cavity ; and - reducing the pressure within the cavity to a pressure lower than ambient pressure;
Device for inserting needles into tissue, comprising a body defined by a proximal end and a distal end , a carrier mounted with the ability to move inside the body, at least one needle secured to the carrier , drive means designed to drive the carrier towards said distal end, said carrier comprising a distal face from which the needle projects, said distal end comprising a contact zone intended to come into contact with the tissue, characterized in that the carrier is configured so that it reaches a position, following activation of the drive means , in which the distal face of the carrier extends beyond the contact zone, and in that , after the needle has been inserted, the carrier exerts a minimal force on the tissue so as not to prevent the carrier from recoiling into the body of the device following the creation of a papule caused by the injection of a solution through the needle.
A planar dosage form in the form of a film or wafer that disintegrates or dissolves in an aqueous environment for releasing at least one active ingredient in a body orifice or body cavity, comprising a polymer matrix in the form of a solidified foam having cavities, and at least one pharmaceutical active ingredient, characterised in that the dosage form has a mass per unit area in the range of 130 to 350 g/m 2 .
Method for controlling a machine tool , comprising a drive for driving a tool and a control unit when processing a workpiece (W) with the method steps - Setting the revolution speed of the drive to a first value, - Measuring a first amplitude of a signal, - Filtering of the signal in a predetermined frequency range, - Measuring of a second amplitude of the filtered signal, - Reducing the revolution speed of the drive to a second value if the first amplitude exceeds a predetermined value and the second amplitude exceeds a second predetermined value, and - Increasing the revolution speed of the drive to the first value in increments, wherein each increment step of the revolution speed only takes place after the first amplitude has remained below the first predetermined value, and the second amplitude has remained below the second predetermined value, for a predetermined interval of time. - Setting the revolution speed of the drive to a first value, - Measuring a first amplitude of a signal, - Filtering of the signal in a predetermined frequency range, - Measuring of a second amplitude of the filtered signal, - Reducing the revolution speed of the drive to a second value if the first amplitude exceeds a predetermined value and the second amplitude exceeds a second predetermined value, and - Increasing the revolution speed of the drive to the first value in increments, wherein each increment step of the revolution speed only takes place after the first amplitude has remained below the first predetermined value, and the second amplitude has remained below the second predetermined value, for a predetermined interval of time.
A molten metal stirring device comprising: a furnace main body that includes a storage chamber storing molten metal formed of conductive metal; and a rotating-shifting magnetic field unit main body that is rotatable to drive and stir the molten metal stored in the furnace main body , wherein the rotating-shifting magnetic field unit main body includes a permanent magnet (8B3), so that input/output magnetic lines of force, which go out of the permanent magnet (8B3) or enter the permanent magnet (8B3), move with the rotation of the rotating-shifting magnetic field unit main body while penetrating the molten metal (M), in order that a first electromagnetic force (fe) for driving the molten metal is generated by eddy currents that are generated by the movement of the input/output magnetic lines of force, the furnace main body includes at least a pair of electrodes that allow current to flow through the molten metal (M), the pair of electrodes are provided in the storage chamber at positions where the current flowing between the pair of electrodes and the input/output magnetic lines of force intersect each other and generate a second electromagnetic force (f) for driving the molten metal (M) in the same direction as the first electromagnetic force (fe), and the molten metal (M) stored in the storage chamber is driven and stirred by a resultant driving force (F) of the first and second electromagnetic forces (fe, f). a furnace main body that includes a storage chamber storing molten metal formed of conductive metal; and a rotating-shifting magnetic field unit main body that is rotatable to drive and stir the molten metal stored in the furnace main body , wherein the rotating-shifting magnetic field unit main body includes a permanent magnet (8B3), so that input/output magnetic lines of force, which go out of the permanent magnet (8B3) or enter the permanent magnet (8B3), move with the rotation of the rotating-shifting magnetic field unit main body while penetrating the molten metal (M), in order that a first electromagnetic force (fe) for driving the molten metal is generated by eddy currents that are generated by the movement of the input/output magnetic lines of force, the furnace main body includes at least a pair of electrodes that allow current to flow through the molten metal (M), the pair of electrodes are provided in the storage chamber at positions where the current flowing between the pair of electrodes and the input/output magnetic lines of force intersect each other and generate a second electromagnetic force (f) for driving the molten metal (M) in the same direction as the first electromagnetic force (fe), and the molten metal (M) stored in the storage chamber is driven and stirred by a resultant driving force (F) of the first and second electromagnetic forces (fe, f).
A roller lid-shutter for a pick-up truck comprising a housing box and a rollable lid , the rollable lid to be received in a contracted condition in the housing box , the housing box having at least bottom and top walls joined by side walls to form an interior space , the roller lid-shutter further comprising a drainage pipe in fluid communication with the interior space of the housing box through a drainage hole in the bottom wall , characterized in that the housing box comprises a level sight window on one side wall to indicate a liquid level inside the housing box .
A driver airbag module for installing on a steering device which can be rotated about a steering axis (A), comprising an inflatable airbag and a module housing with a housing axis (B) which is substantially parallel to the steering axis (A), said module housing defining a receiving chamber for the folded airbag , wherein the receiving chamber is delimited by a housing front wall which faces a vehicle occupant when the driver airbag module is installed, an opposing housing rear wall which is axially spaced therefrom, and a housing lateral wall which extends between the housing front wall and the housing rear wall , wherein the housing lateral wall has an opening section via which the airbag deploys when the driver airbag module is activated, characterized in that the housing front wall is inclined relative to the housing rear wall such that the receiving chamber for the folded airbag in the area of the opening section has its maximum axial dimension (h max ) and opposed to the opening section has its minimum axial dimension (h min ). an inflatable airbag and a module housing with a housing axis (B) which is substantially parallel to the steering axis (A), said module housing defining a receiving chamber for the folded airbag , wherein the receiving chamber is delimited by a housing front wall which faces a vehicle occupant when the driver airbag module is installed, an opposing housing rear wall which is axially spaced therefrom, and a housing lateral wall which extends between the housing front wall and the housing rear wall , wherein the housing lateral wall has an opening section via which the airbag deploys when the driver airbag module is activated, characterized in that the housing front wall is inclined relative to the housing rear wall such that the receiving chamber for the folded airbag in the area of the opening section has its maximum axial dimension (h max ) and opposed to the opening section has its minimum axial dimension (h min ).
An absorbent article comprising a liquid permeable topsheet , a liquid impermeable backsheet , and an absorbent core between the topsheet and the backsheet, wherein the absorbent core comprises an absorbent material enclosed in a core wrap having a top layer and a bottom layer , wherein the bottom layer of the core wrap comprises a nonwoven comprising synthetic fibers, wherein the nonwoven has a basis weight from 6 g/m 2 to 10 g/m 2 and the nonwoven has a static coefficient of friction as measured in cross-machine direction of from 0.20 to no more than 0.40, as measured according to ASTM D1894 - 01, wherein the fibers of the nonwoven comprises a slip agent that reduces the coefficient of friction of the nonwoven, characterized in that the nonwoven is a multilayer nonwoven comprising at least one S layer and at least one M layer, where S designates a spunbond layer and M a meltblown layer, and the slip agent is comprised in the S layer.
Apparatus for transporting standing objects, such as containers, bottles, multipacks and packaged items, comprising a first transporting device , which has a first conveying speed, and at least one second transporting device , which is arranged in parallel to the first transporting device and has a second conveying speed, wherein the first and the at least one second transporting device together form a substantially closed transporting surface and have the same conveying direction, the apparatus furthermore comprising at least one lifting device , with which at least one of the transporting devices is height-adjustable, with the result that at least a portion of a transporting surface of the at least one transporting device can be raised and/or lowered above and/or below a transporting surface of the other transporting device , wherein the height-adjustable transporting device is a height-adjustable conveyor belt or link chain conveyor, characterized in that the lifting device comprises an additional endless belt , which is guided on the front side over deflection rollers and which has a tongue , which represents an area of increased thickness, whereby in the area of the upper run, thus in the area of the transporting surface of the height-adjustable transporting device , the additional circulating belt runs in direct contact with the upper run of the height-adjustable transporting device , whereby the deflection rollers are provided with an actuator, via which the additional endless belt can be positioned, such that, in order to raise the height-adjustable transporting device , the additional endless belt is positioned such that the thicker area of the tongue is located underneath the upper run and the latter is therefore guided over the tongue , whereby in this area, the height-adjustable transporting device is pressed upwards by the tongue , with the result that the transporting surface of the upper run is raised above the transporting plane of the fixed transporting device , whereby the length of the raised area can be adjusted by rotation of the additional endless belt .
A heat rejection system for a vehicle, the heat rejection system comprising: a heat exchanger configured to take in input coolant and to output a warmed coolant ; a heat of vaporization device, HVD; a heat of fusion device, HFD; a controller configured to direct the warmed coolant to the HVD or to the HFD based on an input, characterised in that the input indicates altitude of the vehicle or ambient pressure. a heat exchanger configured to take in input coolant and to output a warmed coolant ; a heat of vaporization device, HVD; a heat of fusion device, HFD; a controller configured to direct the warmed coolant to the HVD or to the HFD based on an input, characterised in that the input indicates altitude of the vehicle or ambient pressure.
A cartridge from which a frozen confection can be dispensed, the cartridge comprising: - a tubular body extending from an open end to a dispensing end anc comprising an inwardly projecting rim at the dispensing end - a piston slidable within the tubular body ; - an end piece closing the dispensing end of the tubular body and comprising a dispensing aperture ; and - frozen confection contained within the tubular body between the piston and the end piece ; wherein the end piece is not fixed to the tubular body and is retained within the tubular body by the rim . - a tubular body extending from an open end to a dispensing end anc comprising an inwardly projecting rim at the dispensing end - a piston slidable within the tubular body ; - an end piece closing the dispensing end of the tubular body and comprising a dispensing aperture ; and - frozen confection contained within the tubular body between the piston and the end piece ;