mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fractionating a crude mixture comprising at least one oil and at least one wax, which comprises the following steps: (a) mixing the crude mixture with a solvent to obtain a crude solvent-mixture, (b) carrying out at least one crystallization stage with the solvent-mixture obtained in step (a) to prepare a first fraction containing dewaxed oil and a second fraction containing slack wax, (c) carrying out at least one crystallization stage with the second fraction obtained in step (b) in a layer crystallizer, wherein to the second fraction prior to the crystallization in step (c) no solvent or at most 100% by weight of solvent relative to the weight of the second fraction are added, to prepare a third fraction containing hard wax having an oil content of at most 1.5% by weight and a fourth fraction containing soft wax having an oil content of more than 1.5% by weight and (d) circulating at least a part of the fourth fraction into at least one of the at least one crystallization stage of step (b), wherein the crude mixture includes 60 to 99% by weight of oil and 1 to 40% by weight of wax. (a) mixing the crude mixture with a solvent to obtain a crude solvent-mixture, (b) carrying out at least one crystallization stage with the solvent-mixture obtained in step (a) to prepare a first fraction containing dewaxed oil and a second fraction containing slack wax, (c) carrying out at least one crystallization stage with the second fraction obtained in step (b) in a layer crystallizer, wherein to the second fraction prior to the crystallization in step (c) no solvent or at most 100% by weight of solvent relative to the weight of the second fraction are added, to prepare a third fraction containing hard wax having an oil content of at most 1.5% by weight and a fourth fraction containing soft wax having an oil content of more than 1.5% by weight and (d) circulating at least a part of the fourth fraction into at least one of the at least one crystallization stage of step (b),
A casting mold comprising: a part-forming cavity having a lower end and an upper end ; a pour cone; and a downsprue extending from the pour cone toward the part-forming cavity and comprising a lower portion having a plurality of ports in communication with the part-forming cavity, characterised in that the downsprue further comprises an upper portion telescoping relative to the lower portion and coupling the lower portion to the pour cone. a part-forming cavity having a lower end and an upper end ; a pour cone; and a downsprue extending from the pour cone toward the part-forming cavity and comprising a lower portion having a plurality of ports in communication with the part-forming cavity, characterised in that the downsprue further comprises an upper portion telescoping relative to the lower portion and coupling the lower portion to the pour cone.
A method for renovation of a consumed anode in a metal-air cell without dismantling the cell, the method comprising: circulating electrolyte through the cell to evacuate used slurry from the cell; circulating electrolyte with fresh slurry into the cell and allowing sedimentation of the fresh slurry inside the cell to form an anode; applying external pressure to a flexible wall of the cell, thereby squeezing a certain amount of electrolyte out of the slurry in the cell case and out of the cell case, thereby increasing the relative content of metal granules in the slurry and thereby compacting the slurry to reduce the gaps between its particles; relieving the externally applied pressure; and providing fresh electrolyte with fresh metal granules slurry to compensate for loss of electrolyte, wherein the application and relief of external pressure is carried out by means of a pressurizing element positioned adjacent and exterior to the cell. circulating electrolyte through the cell to evacuate used slurry from the cell; circulating electrolyte with fresh slurry into the cell and allowing sedimentation of the fresh slurry inside the cell to form an anode; applying external pressure to a flexible wall of the cell, thereby squeezing a certain amount of electrolyte out of the slurry in the cell case and out of the cell case, thereby increasing the relative content of metal granules in the slurry and thereby compacting the slurry to reduce the gaps between its particles; relieving the externally applied pressure; and providing fresh electrolyte with fresh metal granules slurry to compensate for loss of electrolyte, wherein the application and relief of external pressure is carried out by means of a pressurizing element positioned adjacent and exterior to the cell.
A cosmetic composition for inclusion in a hair care product, comprising a combination of the following components: (a) a mineral complex containing a combination of cosmetically acceptable mineral salts, wherein said combination contains a magnesium salt and a salt selected from iron salt, calcium salt, copper salt, zinc salt or any combination thereof, wherein said magnesium salt is formed with a cosmetically acceptable monobasic or dibasic amino acid, and said iron salt, calcium salt, copper salt and/or zinc salt is formed with a cosmetically acceptable aldonic acid, (b) an amino acid complex containing a combination of glycine and a cosmetically acceptable N-trialkyl derivative thereof, and (c) an extraction complex containing a combination of water-glycerin extracts of Chlorella green algae and Chondrus red algae, wherein components (a), (b) and (c) are in the ratio of (0.5-10):(10-60):(10-400). (a) a mineral complex containing a combination of cosmetically acceptable mineral salts, wherein said combination contains a magnesium salt and a salt selected from iron salt, calcium salt, copper salt, zinc salt or any combination thereof, wherein said magnesium salt is formed with a cosmetically acceptable monobasic or dibasic amino acid, and said iron salt, calcium salt, copper salt and/or zinc salt is formed with a cosmetically acceptable aldonic acid, (b) an amino acid complex containing a combination of glycine and a cosmetically acceptable N-trialkyl derivative thereof, and (c) an extraction complex containing a combination of water-glycerin extracts of Chlorella green algae and Chondrus red algae,
Device for cutting off food slices from at least one food product , in particular sausage, ham and/or cheese, wherein each food product is provided with a track along which said food product is transported in direction with a transport means , in the direction of a moving blade which severs food slices from the front end of the food product, wherein an individual stop means is provided for each track, characterized in that the stop means is a shape-changeable transport means .
A valve device that is configured to be mounted to a high-pressure gas container , the valve device comprising: a housing ; a gas flow passage that is provided in the housing , and is configured to connect to a supply port of the high-pressure gas container and an object to which a gas is supplied; an opening and closing valve that is arranged in the gas flow passage , and switches between supply of the gas through the gas flow passage and interruption of the supply; an electromagnetic actuator that drives the opening and closing valve ; and a gas discharge valve that is provided with a valve body operating in response to an increase in temperature of the gas, and discharges the gas to the outside of the high-pressure gas container, characterized in that the gas discharge valve is arranged on a path communicated with the gas flow passage in the housing , and the valve body of the gas discharge valve is arranged on the upstream side in the gas flow passage of the opening and closing valve on the path through which the gas flows from the supply port toward the object. a housing ; a gas flow passage that is provided in the housing , and is configured to connect to a supply port of the high-pressure gas container and an object to which a gas is supplied; an opening and closing valve that is arranged in the gas flow passage , and switches between supply of the gas through the gas flow passage and interruption of the supply; an electromagnetic actuator that drives the opening and closing valve ; and a gas discharge valve that is provided with a valve body operating in response to an increase in temperature of the gas, and discharges the gas to the outside of the high-pressure gas container, characterized in that the gas discharge valve is arranged on a path communicated with the gas flow passage in the housing , and the valve body of the gas discharge valve is arranged on the upstream side in the gas flow passage of the opening and closing valve on the path through which the gas flows from the supply port toward the object.
A centrifugal compressor comprising: a housing ; an impeller having an axial inlet and a radial outlet ; a diffuser ; and a control ring mounted for shifting between an inserted position and a retracted position, characterised in that the control ring comprises: a sleeve portion having a foraminate layer . a housing ; an impeller having an axial inlet and a radial outlet ; a diffuser ; and a control ring mounted for shifting between an inserted position and a retracted position, characterised in that the control ring comprises: a sleeve portion having a foraminate layer .
A drinking receptacle holder comprising a holding portion and a base portion configured such that a drinking receptacle can be received within an aperture of the holding portion with the drinking receptacle resting upon the base portion , wherein the holding portion comprises a cam plate defining a channel and one or more members defining the aperture , and the base portion is configured to be pushed away from the holding portion by the drinking receptacle as the drinking receptacle is moved through the aperture , characterised in that the cam plate is configured to abut against the one or more members as the base portion is pushed away from the holding portion and to move the one or more members into the channel to reduce the size of the aperture until an inner edge of the aperture abuts against the drinking receptacle . wherein the holding portion comprises a cam plate defining a channel and one or more members defining the aperture , and the base portion is configured to be pushed away from the holding portion by the drinking receptacle as the drinking receptacle is moved through the aperture , characterised in that the cam plate is configured to abut against the one or more members as the base portion is pushed away from the holding portion and to move the one or more members into the channel to reduce the size of the aperture until an inner edge of the aperture abuts against the drinking receptacle .
A protection mechanism for a working vehicle , comprising: a roof provided above an operator's seat ; a pillar which extends upward from a vehicle body and which supports the roof ; a camera unit with a predetermined viewing direction; and a support stay which is connected to the pillar , which orients the viewing direction of the camera unit sideways, and which supports the camera unit below a peripheral portion of the roof , characterized in that the support stay includes a routing unit to route a transmission line from the pillar to the roof . a roof provided above an operator's seat ; a pillar which extends upward from a vehicle body and which supports the roof ; a camera unit with a predetermined viewing direction; and a support stay which is connected to the pillar , which orients the viewing direction of the camera unit sideways, and which supports the camera unit below a peripheral portion of the roof , characterized in that the support stay includes a routing unit to route a transmission line from the pillar to the roof .
A selector lever, comprising: a shaft in pivotal communication with a housing ; a detent arrangement in operable communication with the shaft and the housing configured to maintain the shaft in a selected position when engaged and to allow the shaft to rotate when disengaged; and a magnetic detent pin alignment mechanism configured to generate magnetic forces indicative of alignment of the shaft in selectable positions; wherein the selector lever includes a magnet carried by the shaft, a slide arranged to be moveable along the shaft, a detent pin operatively connected to the slide, and a detent plate disposed in the housing and having a plurality of detent slots separated by spacers for receiving the detent pin; and wherein said magnetic detent pin alignment mechanism includes a repulsion magnet carried by said detent plate and wherein said shaft magnet and said repulsion magnet carried by said detent plate are horizontally aligned at a predetermined position when said detent pin is radially aligned with a spacer disposed between respective detent slots, characterized by said magnetic fields of said shaft magnet and said repulsion magnet carried by said detent plate having similar polarities facing each other when horizontally aligned creating a repulsive force between them providing feedback to an operator manipulating said selector lever indicating that said detent pin is radially aligned with a respective spacer disposed between respective detent slots. a shaft in pivotal communication with a housing ; a detent arrangement in operable communication with the shaft and the housing configured to maintain the shaft in a selected position when engaged and to allow the shaft to rotate when disengaged; and a magnetic detent pin alignment mechanism configured to generate magnetic forces indicative of alignment of the shaft in selectable positions;
A pharmaceutical composition comprising a small interfering RNA (siRNA); and an L-type calcium channel blocker.
A medical apparatus comprising: - a magnetic resonance imaging system for acquiring magnetic resonance data; - a processor for controlling the medical apparatus; and - a memory containing machine readable instructions for execution by the processor, wherein execution of the instructions cause the processor to: - acquire baseline magnetic resonance data ; - reconstruct a first image using the baseline magnetic resonance data; - acquire undersampled magnetic resonance data , wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm ; and - calculate a temperature map using the second image. - a magnetic resonance imaging system for acquiring magnetic resonance data; - a processor for controlling the medical apparatus; and - a memory containing machine readable instructions for execution by the processor, wherein execution of the instructions cause the processor to: - acquire baseline magnetic resonance data ; - reconstruct a first image using the baseline magnetic resonance data; - acquire undersampled magnetic resonance data , wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm ; and - calculate a temperature map using the second image. - acquire baseline magnetic resonance data ; - reconstruct a first image using the baseline magnetic resonance data; - acquire undersampled magnetic resonance data , wherein the undersampled magnetic resonance data is undersampled in k-space in comparison to the baseline magnetic resonance data; - reconstruct a second image using the undersampled magnetic resonance data and the first image, wherein the second image is reconstructed using an image ratio constrained reconstruction algorithm ; and - calculate a temperature map using the second image.
Method for producing an optical waveguide , the surface of which is at least partly coated with a coating material, said coating material contained in a target being removed by means of laser radiation from a process laser or converted into another aggregate state, whereupon the coating material deposits on the surface of the waveguide and forms a coating thereon modifying the light guidance, wherein the laser radiation reflected from the target or transmitted through the target heats-up the waveguide , said laser radiation being polarized and impinging the target at a specified angle (α) between 10° and 80° relative to the surface normal, characterized in that the process laser initially emits continuously at a lower performance rate in order to heat-up the waveguide , whereupon the process laser emits in pulsed mode at a higher performance rate in order to remove the coating material or to convert it into a different aggregate state.
Device for temporarily storing gas and heat, with at least one pressure container , a plurality of compressors , by means of which a gas can be compressed, a plurality of compression stages connected in series, which each comprises one of the compressors and a gas flow path connected downstream to said compressor, wherein the pressure container is connected downstream to the last in series of the compression stages, in which the gas the can be compressed by means of the compressors can be stored, and a heat accumulator arrangement comprising a plurality of heat accumulators , by means of which compression heat generated by compressing the gas can be stored, characterised in that the heat accumulator arrangement is connected in the gas flow path of each compression stage, the heat accumulators being assigned a heat accumulator sequence and the gas flow path of each compression stage consecutively passing through the heat accumulators in the heat accumulator sequence, wherein each heat accumulator is assigned a predefined minimum temperature and the heat accumulator arrangement has at least one heating device , by means of which each heat accumulator can be heated to the minimum temperature assigned to it, wherein the minimum temperatures assigned to the heat accumulators decrease in the heat accumulator sequence.
Actuating unit of the articulated lever or cam type comprising: - an actuator element movable between a rest position and a working position; - a housing body inside which a closing device is housed, the closing device being configured to move the actuator element (12.12') between the rest position and the working position, wherein the closing device comprises a mechanism of irreversibility of movement configured to trigger when the actuator element reaches the working position; - a linear actuator provided with an axial control rod movable along an actuator axis (A) so as to move an ending of the control rod connected to the closing device between a first end position and a second operating end position, and through which the linear actuator acts on the closing device to move it between an opening condition in which the actuator element is in the rest position and a closed condition in which the actuator element is in the operating position; and - a release device of the closing device housed inside the housing body in a rotatable manner around a rotation axis (B) orthogonal to the actuator axis (A), the release device of the closing device being configured to impart a substantially coaxial thrust to the actuator axis (A) on the control rod , characterized in that the release device is configured to exert the thrust directly on the ending of the control rod connected to the closing device and/or directly on the closing device where the closing device is connected to the control rod . - an actuator element movable between a rest position and a working position; - a housing body inside which a closing device is housed, the closing device being configured to move the actuator element (12.12') between the rest position and the working position, wherein the closing device comprises a mechanism of irreversibility of movement configured to trigger when the actuator element reaches the working position; - a linear actuator provided with an axial control rod movable along an actuator axis (A) so as to move an ending of the control rod connected to the closing device between a first end position and a second operating end position, and through which the linear actuator acts on the closing device to move it between an opening condition in which the actuator element is in the rest position and a closed condition in which the actuator element is in the operating position; and - a release device of the closing device housed inside the housing body in a rotatable manner around a rotation axis (B) orthogonal to the actuator axis (A), the release device of the closing device being configured to impart a substantially coaxial thrust to the actuator axis (A) on the control rod ,
A single axis robot, comprising: a housing including, on a first side, a base plate having a first saddle hole ; a support plate arranged in a second side of the housing , wherein the support plate is detachably arranged on the housing ; a linear guide arranged inside the housing along the base plate , the linear guide extending along the first saddle hole , wherein the linear guide is disposed on a rear surface of the base plate ; a slider arranged inside the housing on the linear guide , the slider configured to slide along the linear guide ; a saddle arranged on the first side of the slider to protrude to an outside of the housing through the first saddle hole ; a driving device arranged on the second side of the slider to drive the slider , wherein the driving device is supported by the support plate ; and a telescopic cover arranged outside the housing between the base plate and the saddle . a housing including, on a first side, a base plate having a first saddle hole ; a support plate arranged in a second side of the housing , wherein the support plate is detachably arranged on the housing ; a linear guide arranged inside the housing along the base plate , the linear guide extending along the first saddle hole , wherein the linear guide is disposed on a rear surface of the base plate ; a slider arranged inside the housing on the linear guide , the slider configured to slide along the linear guide ; a saddle arranged on the first side of the slider to protrude to an outside of the housing through the first saddle hole ; a driving device arranged on the second side of the slider to drive the slider , wherein the driving device is supported by the support plate ; and a telescopic cover arranged outside the housing between the base plate and the saddle .