mhurhangee/patent-ind-claim-en huggingface dataset:
An abrasive composition comprising: an organic solvent present in an amount of 1 to 70 percent by weight relative to the overall weight of the abrasive composition; a nonionic surfactant comprising a block copolymer of polypropylene oxide and polyethylene oxide, wherein the block copolymer is an ABA triblock copolymer represented by polyethylene oxide- block -polypropylene oxide- block -polyethylene oxide, wherein the polypropylene oxide block represents at least 60 percent based on the overall weight of the triblock copolymer, and wherein the block copolymer is present in an amount of 0.1 to 10 percent by weight relative to the overall weight of the abrasive composition; a particulate abrasive comprising diatomaceous earth, tripoli, silica powder, alumina abrasive, colloidal silica, synthetic silica, silicon carbide, and mixtures thereof; water present in an amount of 20 to 90 percent by weight relative to the overall weight of the abrasive composition; and a co-surfactant present in an amount of 0.1 to 25% by weight relative to the overall weight of the composition, the co-surfactant enabling the abrasive composition to form a stable oil-in-water emulsion in combination with the remaining components of the abrasive composition, wherein the nonionic surfactant has a hydrophilic-lipophilic balance ranging from 1 to 7 and wherein the co-surfactant has a hydrophilic-lipophilic balance ranging from 10 to 20. an organic solvent present in an amount of 1 to 70 percent by weight relative to the overall weight of the abrasive composition; a nonionic surfactant comprising a block copolymer of polypropylene oxide and polyethylene oxide, wherein the block copolymer is an ABA triblock copolymer represented by polyethylene oxide- block -polypropylene oxide- block -polyethylene oxide, wherein the polypropylene oxide block represents at least 60 percent based on the overall weight of the triblock copolymer, and wherein the block copolymer is present in an amount of 0.1 to 10 percent by weight relative to the overall weight of the abrasive composition; a particulate abrasive comprising diatomaceous earth, tripoli, silica powder, alumina abrasive, colloidal silica, synthetic silica, silicon carbide, and mixtures thereof; water present in an amount of 20 to 90 percent by weight relative to the overall weight of the abrasive composition; and a co-surfactant present in an amount of 0.1 to 25% by weight relative to the overall weight of the composition, the co-surfactant enabling the abrasive composition to form a stable oil-in-water emulsion in combination with the remaining components of the abrasive composition, wherein the nonionic surfactant has a hydrophilic-lipophilic balance ranging from 1 to 7 and wherein the co-surfactant has a hydrophilic-lipophilic balance ranging from 10 to 20.
A method, performed by a User Equipment, UE, , for handling discontinous reception, DRX, operation, wherein the method comprises: applying a delay for at least one action to be performed in response to data and/or signaling received by the UE within a predefined first time period which begins when the UE enters an active state from an inactive state .
Supply station for providing electric power for an electrically operable vehicle, comprising - an electric supply line, - a terminal element connectable to a supply network via the electric supply line and serving for connection to the electrically operable vehicle, - a switching element, assigned to the electric supply line, for switching the terminal element on and off, - a fault current protection switching element , which like the switching element is assigned to the electric supply line, - a housing which encloses each of the electric feed line and the fault current protection switching element in portions and provides an opening , - a closure element assigned to the opening and manually transferable from an open position in which the opening is exposed to a closed position in which the opening is closed at least in portions, the fault current protection switching element providing an actuation device for transferring the fault current protection switching element from a monitoring switch position, as a first switch state of the fault current protection switching element , into an interrupting switch position, as a second switch state of the fault current protection switching element , and back, characterised in that the actuation device is a mechanical actuation device , and in that , between the closure element and the mechanical actuation device of the fault current protection switching element , an operative connection having a free-running function is established, in such a way that the fault current protection switching element is transferred from the interrupting switch position into the monitoring switch position by transferring the closure element to the open position, without the fault current protection switching element arriving in the interrupting switch position when the closure element is transferred from the open position into the closed position. - an electric supply line, - a terminal element connectable to a supply network via the electric supply line and serving for connection to the electrically operable vehicle, - a switching element, assigned to the electric supply line, for switching the terminal element on and off, - a fault current protection switching element , which like the switching element is assigned to the electric supply line, - a housing which encloses each of the electric feed line and the fault current protection switching element in portions and provides an opening , - a closure element assigned to the opening and manually transferable from an open position in which the opening is exposed to a closed position in which the opening is closed at least in portions,
Container comprising the following components: I) a body with two side walls , II) a cover flap with two side faces which is connected via at least two connecting elements to the side walls of the body ; III) at least one braking device with at least one brake shoe and at least one moveably mounted brake lever which are fixed on at least one side face and/or on at least one side wall , the at least one brake lever not being disposed on the same component as the at least one brake shoe , characterised in that the force with which the brake lever is pressed against the brake shoe is greater during closing of the cover flap than during opening of the cover flap and this pressing force being chosen such that the braking force during the closing process is greater than or equal to the closing force of the cover flap . I) a body with two side walls , II) a cover flap with two side faces which is connected via at least two connecting elements to the side walls of the body ; III) at least one braking device with at least one brake shoe and at least one moveably mounted brake lever which are fixed on at least one side face and/or on at least one side wall , the at least one brake lever not being disposed on the same component as the at least one brake shoe ,
A coffee machine , comprising a grounds outlet nozzle and a grounds collection container suitable for receiving disposable inserts , characterized in that it further comprises a holder for connecting it to a plate-shaped device of a disposable insert , which serves for attaching the insert to the machine and in which a circular opening is formed, wherein the holder is a retainer attached to the coffee machine and being either bendable or swivelable relative to the nozzle , which retainer comprises a frame for receiving the plate-shaped device of the insert , and wherein the retainer is bendable or swivelable into a replacement position easily accessible from the outside for inserting or replacing the insert and is re-bendable or reswivelable, in combination with an inserted or replaced insert , into an operating position in which a frictional engagement between the circular opening of the device of the insert and the grounds outlet nozzle of the machine is producible.
A supporting structure for a central frame of a direct-drive wind turbine , characterized in that the supporting structure is foldable and is configured to assume a deployed configuration, and a stowed configuration, wherein in the stowed configuration, the supporting structure is folded and has a shape and size such that the supporting structure can be introduced into the central frame from an outside, and wherein in the deployed configuration, the supporting structure is unfolded and has one or more increased dimensions with respect to the stowed configuration, and comprises a working platform. in the stowed configuration, the supporting structure is folded and has a shape and size such that the supporting structure can be introduced into the central frame from an outside, and wherein in the deployed configuration, the supporting structure is unfolded and has one or more increased dimensions with respect to the stowed configuration, and comprises a working platform.
A cable hang-off arrangement realised for mounting at the level of an elevated platform of an offshore facility and comprising - a rigid pipe accommodating a number of protective tubes , wherein each protective tube is realized to accommodate a transmission cable of the offshore facility ; - a tube end flange arranged around an end portion of each protective tube ; and - a hang-off terminator realised for mounting at an end of the pipe , which hang-off terminator comprises an end-plate with a number of apertures for the transmission cables , and a flange connection interface for connecting to the tube end flanges ;and wherein the end-plate is realised in two parts , and wherein a first part comprises an arrangement of a number of aperture halves and the second part comprises a complementary arrangement of aperture halves , wherein the aperture halves of the first part form together with the aperture halves of the second part said apertures . - a rigid pipe accommodating a number of protective tubes , wherein each protective tube is realized to accommodate a transmission cable of the offshore facility ; - a tube end flange arranged around an end portion of each protective tube ; and - a hang-off terminator realised for mounting at an end of the pipe , which hang-off terminator comprises an end-plate with a number of apertures for the transmission cables , and a flange connection interface for connecting to the tube end flanges ;and wherein the end-plate is realised in two parts , and wherein a first part comprises an arrangement of a number of aperture halves and the second part comprises a complementary arrangement of aperture halves , wherein the aperture halves of the first part form together with the aperture halves of the second part said apertures .
An illumination apparatus comprising: a light emission unit to emit light; a communication module to receive a control signal to control the light emission unit from a terminal device ; and a control unit to receive the control signal from the communication module to extinguish or modify the luminosity of the light emitted based on the control signal received from the communication module , wherein the control signal is based on measuring a sound intensity of sound input to the terminal device separate from the illumination apparatus, characterized in that when the control signal indicates that the sound intensity is increased, the control unit controls the luminosity of the light emitted to decrease, wherein when the control signal indicates that the sound intensity is below a lower-limit value, the control unit controls the luminosity of the light emitted to be at a maximum level, and wherein when the control signal indicates that the sound intensity is above an upper-limit value, the control unit controls the luminosity of the light emitted to be extinguished. a light emission unit to emit light; a communication module to receive a control signal to control the light emission unit from a terminal device ; and a control unit to receive the control signal from the communication module to extinguish or modify the luminosity of the light emitted based on the control signal received from the communication module , wherein the control signal is based on measuring a sound intensity of sound input to the terminal device separate from the illumination apparatus, characterized in that when the control signal indicates that the sound intensity is increased, the control unit controls the luminosity of the light emitted to decrease, wherein when the control signal indicates that the sound intensity is below a lower-limit value, the control unit controls the luminosity of the light emitted to be at a maximum level, and wherein when the control signal indicates that the sound intensity is above an upper-limit value, the control unit controls the luminosity of the light emitted to be extinguished.
A method for handling melt samples in a steelworks laboratory, wherein the melt sample is processed and/or analyzed in at least one first treatment apparatus and is subsequently transported via at least one first transport path to at least one second treatment apparatus where the melt sample is subjected to further processing and/or analysis, characterized in that the melt sample is clamped on a sample carrier and the sample carrier is transported together with the clamped-in melt sample between the treatment apparatuses and positioned in the treatment apparatuses for processing and/or analysis.
A sealing system for a motor , comprising: - a first sealing element configured to be circumferentially disposed around a rotor shaft of the motor , wherein the first sealing element comprises a sealing tip configured to bias against a surface of the rotor shaft , and wherein the first sealing element comprises a sealing portion retained in a first leg of a U-shaped retaining ring , the U-shaped retaining ring comprising a first axial-facing surface configured to be in contact with a first inner housing wall of the motor on a second leg of the U-shaped retaining ring opposite the first leg and a second axial-facing surface on the first leg of the of the U-shaped retaining ring ; - a second sealing element configured to be circumferentially disposed around the rotor shaft , wherein the sealing tip of the first sealing element is configured to lift from the surface of the rotor shaft in response to a pressurized fluid directed between the first sealing element and the second sealing element , and wherein the first sealing element and the second sealing element are configured to radially float around the rotor shaft ; and - a spring coupled axially between the second axial-facing surface of the U-shaped retaining ring and the second sealing element , wherein the spring is configured to bias the first sealing element against the first inner housing wall of the motor and to bias the second sealing element against a second inner housing wall of the motor , opposite of the first inner housing wall . - a first sealing element configured to be circumferentially disposed around a rotor shaft of the motor , wherein the first sealing element comprises a sealing tip configured to bias against a surface of the rotor shaft , and wherein the first sealing element comprises a sealing portion retained in a first leg of a U-shaped retaining ring , the U-shaped retaining ring comprising a first axial-facing surface configured to be in contact with a first inner housing wall of the motor on a second leg of the U-shaped retaining ring opposite the first leg and a second axial-facing surface on the first leg of the of the U-shaped retaining ring ; - a second sealing element configured to be circumferentially disposed around the rotor shaft , wherein the sealing tip of the first sealing element is configured to lift from the surface of the rotor shaft in response to a pressurized fluid directed between the first sealing element and the second sealing element , and wherein the first sealing element and the second sealing element are configured to radially float around the rotor shaft ; and - a spring coupled axially between the second axial-facing surface of the U-shaped retaining ring and the second sealing element , wherein the spring is configured to bias the first sealing element against the first inner housing wall of the motor and to bias the second sealing element against a second inner housing wall of the motor , opposite of the first inner housing wall .
A spherical camera, comprising a base , a rotation assembly , a sphere locking frame , a sphere and a sphere cover , wherein the sphere cover is connected to the base through the rotation assembly , and is rotatable relative to the base in a direction parallel to a supporting surface of the base ; the sphere is hinged in the sphere cover and is rotatable in a direction perpendicular to the supporting surface; the sphere locking frame is provided on the rotation assembly and an elastic damping member is provided between the sphere and the sphere locking frame .
An apparatus for bending a composite tube , the apparatus comprising: a bending device an induction coil that includes multiple turns and the turn-to-turn spacing changes at least once along the length of the induction coil ; a heating element positioned near the induction coil ; and wherein the induction coil is configured to cause the heating element to increase in temperature. a bending device an induction coil that includes multiple turns and the turn-to-turn spacing changes at least once along the length of the induction coil ; a heating element positioned near the induction coil ; and wherein the induction coil is configured to cause the heating element to increase in temperature.
A multi-layer blow molded article formed from a preform etched in a predetermined pattern , the article comprising: a neck forming an opening; a body portion extending from the neck to a base, the body portion including one or more walls surrounding an interior space in fluid communication with the opening, the one or more walls having an article inner surface , an article outer surface , and a thickness; a predetermined feature , preferably an aesthetic or textural feature , incorporated into at least a portion of the one or more walls, wherein the predetermined feature is provided by variations in the thickness of the one or more walls corresponding to the predetermined pattern , wherein the article has a first layer having a first thickness and a second layer having a second thickness, the first layer being disposed outwardly of the second layer, and wherein the predetermined feature includes a thinned region of the first layer that is less thick than at least a portion of the first layer outside of the thinned region. a neck forming an opening; a body portion extending from the neck to a base, the body portion including one or more walls surrounding an interior space in fluid communication with the opening, the one or more walls having an article inner surface , an article outer surface , and a thickness; a predetermined feature , preferably an aesthetic or textural feature , incorporated into at least a portion of the one or more walls, wherein the predetermined feature is provided by variations in the thickness of the one or more walls corresponding to the predetermined pattern , wherein the article has a first layer having a first thickness and a second layer having a second thickness, the first layer being disposed outwardly of the second layer, and wherein the predetermined feature includes a thinned region of the first layer that is less thick than at least a portion of the first layer outside of the thinned region.
A detergent composition, comprising, based on the total detergent composition weight: a) from 1.0 % to 90 % of a detersive surfactant; b) from 0.01% to 5 % of cellulose fibers wherein at least 80% of said cellulose fibers have a hydrodynamic radius above 5 microns, and c) from 0.05% to 10 % of encapsulated benefit agent, wherein the cellulose fibers are derived from wood or jute. a) from 1.0 % to 90 % of a detersive surfactant; b) from 0.01% to 5 % of cellulose fibers wherein at least 80% of said cellulose fibers have a hydrodynamic radius above 5 microns, and c) from 0.05% to 10 % of encapsulated benefit agent,
A cell analysis system comprising: a detection device that detects staining intensity of a stained cell; a collection container that collects a plurality of cells whose staining intensity has been detected by the detection device; a control unit that is configured to determine priority in acquiring image data on the basis of a detection result of the staining intensity of the stained cell; and an imaging apparatus that acquires the image data of the cells collected into the collection container on the basis of the priority determined by the control unit. a detection device that detects staining intensity of a stained cell; a collection container that collects a plurality of cells whose staining intensity has been detected by the detection device; a control unit that is configured to determine priority in acquiring image data on the basis of a detection result of the staining intensity of the stained cell; and an imaging apparatus that acquires the image data of the cells collected into the collection container on the basis of the priority determined by the control unit.
A blender base comprising: a base frame ; a motor housing supported above said base frame ; a pedestal supported by said motor housing and configured to receive a blender container thereon, said pedestal comprising at least one post connected to at least one connection portion of said motor housing ; an outer shell connected to said base frame and connected to said pedestal at one or more outer shell connection points; and wherein said motor housing is isolated from direct contact with said base frame and isolated from direct contact with said pedestal . a base frame ; a motor housing supported above said base frame ; a pedestal supported by said motor housing and configured to receive a blender container thereon, said pedestal comprising at least one post connected to at least one connection portion of said motor housing ; an outer shell connected to said base frame and connected to said pedestal at one or more outer shell connection points; and wherein said motor housing is isolated from direct contact with said base frame and isolated from direct contact with said pedestal .