mhurhangee/patent-ind-claim-en huggingface dataset:
Mechanical vacuum pump for a motor vehicle, comprising a pump rotor rotatably mounted in a stationary pump housing and a separate pump-side plug-coupling element which is connected for conjoint rotation with the pump rotor , wherein a lubricant supply is provided for lubricating the plug-coupling element , the lubricant supply comprising: a stationary lubricant supply channel in the pump housing , through which the lubricant is pumped from a lubricant inlet of the pump housing , in the direction of the coupling arrangement , to a transfer opening , and a lubricant transport channel (30; 30') in the pump rotor (16; 16'), wherein the lubricant is pumped through the transport channel (30; 30') from an acceptance opening to a lubricant outlet opening , wherein the transfer opening and the acceptance opening are arranged such that they are temporarily in fluid communication with one another at least once during a rotation of the pump rotor , and wherein the outlet opening is arranged eccentrically in an end wall of the pump rotor , wherein the plug-coupling element is retained at the pump rotor by a retaining bolt , and wherein said retaining bolt is fixed in a blind bore of the pump rotor that is not in direct fluid communication with the transport channel so that lubricant does not flow through the blind hole . a stationary lubricant supply channel in the pump housing , through which the lubricant is pumped from a lubricant inlet of the pump housing , in the direction of the coupling arrangement , to a transfer opening , and a lubricant transport channel (30; 30') in the pump rotor (16; 16'), wherein the lubricant is pumped through the transport channel (30; 30') from an acceptance opening to a lubricant outlet opening , wherein the transfer opening and the acceptance opening are arranged such that they are temporarily in fluid communication with one another at least once during a rotation of the pump rotor , and wherein the outlet opening is arranged eccentrically in an end wall of the pump rotor , wherein the plug-coupling element is retained at the pump rotor by a retaining bolt , and wherein said retaining bolt is fixed in a blind bore of the pump rotor that is not in direct fluid communication with the transport channel so that lubricant does not flow through the blind hole .
A calcium fortified α-lactalbumin enriched whey protein concentrate (α-lac WPC), wherein at least 80% of the proteins' calcium binding sites, in said α-lactalbumin enriched whey protein concentrate (α-lac WPC) are occupied by calcium ions wherein at least 68%, preferably 75%, preferably at least 80% of the total calcium measured is in the protein bound state.
A backscatter device comprising: an antenna configured to backscatter a carrier signal having a first frequency; baseband circuitry configured to provide data for transmission; a waveform generator configured to provide a waveform having a second frequency, wherein the waveform comprises two square waves including a first square wave and a second square wave, the second square wave shifted one quarter period from the first square wave, and wherein the second frequency is an absolute difference between the first frequency and a third frequency; a sub-carrier phase modulator coupled to the baseband circuitry and the waveform generator, the sub-carrier phase modulator configured to adjust a phase, amplitude, or combinations thereof, of the waveform in accordance with the data to provide an output signal; and a switch coupled to the antenna, the switch configured to control an impedance of the backscatter device to switch between at least four complex impedance states each having real and imaginary components to backscatter the carrier signal in accordance with the output signal such that the first frequency is mixed with the second frequency to transmit the data in a backscatter signal in a single sideband at the third frequency. an antenna configured to backscatter a carrier signal having a first frequency; baseband circuitry configured to provide data for transmission; a waveform generator configured to provide a waveform having a second frequency, wherein the waveform comprises two square waves including a first square wave and a second square wave, the second square wave shifted one quarter period from the first square wave, and wherein the second frequency is an absolute difference between the first frequency and a third frequency; a sub-carrier phase modulator coupled to the baseband circuitry and the waveform generator, the sub-carrier phase modulator configured to adjust a phase, amplitude, or combinations thereof, of the waveform in accordance with the data to provide an output signal; and a switch coupled to the antenna, the switch configured to control an impedance of the backscatter device to switch between at least four complex impedance states each having real and imaginary components to backscatter the carrier signal in accordance with the output signal such that the first frequency is mixed with the second frequency to transmit the data in a backscatter signal in a single sideband at the third frequency.
An oven comprising a body, a door having a panel , and a door locking mechanism wherein the door locking mechanism is fixed to the front part of the body and a catching element that is a pin fixed to the top of the panel , characterized in that the door locking mechanism comprises - a base made of a flat bar, the ends of which are twice bent at right angle so that the first bent sections form vertical walls , and the distal sections of the vertical walls are bent outwards and comprise mounting holes for fixing the base to the front part of the oven, - a slider attached to a handle permanently for slide operation, wherein at one end of the slider there is a spring over a guide , both of which are located on the base and the guide is attached to the vertical walls and cylindrical end at the other end of the slider; and the slider further comprises a middle part having the shape of a flat hook , and the catching element is located in the space limited by the inner edges of the hook when the door is in closed position. - a base made of a flat bar, the ends of which are twice bent at right angle so that the first bent sections form vertical walls , and the distal sections of the vertical walls are bent outwards and comprise mounting holes for fixing the base to the front part of the oven, - a slider attached to a handle permanently for slide operation, wherein at one end of the slider there is a spring over a guide , both of which are located on the base and the guide is attached to the vertical walls and cylindrical end at the other end of the slider; and the slider further comprises a middle part having the shape of a flat hook , and the catching element is located in the space limited by the inner edges of the hook when the door is in closed position.
Piece of furniture, with a furniture carcass and with at least one movable furniture part, in particular a drawer, with a device for opening the movable furniture part which has a guiding device for guiding the movable furniture part in the furniture carcass , wherein the guiding device has at least one guide unit made up of a running rail having a longitudinal direction and movable in the longitudinal direction, and a carcass rail attachable to the furniture carcass , and wherein the device has a pull-out unit with a pull-out element which has an energy store which, during opening of the movable furniture part , exerts an opening force on the movable furniture part in the opening direction, wherein the device has a damping device for damping the opening movement of the movable furniture part , and wherein the pull-out element has an engaging pawl coupled to the energy store and which, on closing of the movable furniture part , can accompany its movement and, after a certain closing distance, engages in a locking recess , from which it is able to disengage again on opening of the movable furniture part , wherein the energy store may be charged up by the movement of the engaging pawl in the closing direction, and the stored energy is available for the opening movement on disengaging of the engaging pawl , and wherein the engaging and disengaging of the engaging pawl in the assigned locking recess is effected by means of a driver mounted on the running rail and accompanying the opening and closing movement of the movable furniture part , characterised in that the running rail has at its rear end an elongated extension piece which, in the longitudinal direction, extends beyond the rear end of the running rail, wherein the driver rests on the extension piece .
A sorting device for sorting articles, comprising a conveyor which is movable in a conveying direction along a conveying path, the conveyor comprising a number of sorting units , each sorting unit comprising a carriage and at least one load-carrying element , connected to the carriage for supporting articles, wherein the load-carrying elements are movable with regard to an associated carriage for unloading articles from the load-carrying elements at predetermined unloading positions, at least two of the sorting units being coupled together, a gap being formed between two adjacent load-carrying elements of two sorting units that are coupled together, the gap being covered by an intermediate element adapted to support an article, the sorting device comprising a stationarily arranged removal device for moving a selected article in a transverse direction off the conveyor at a predetermined removal position, characterised in that the removal device comprises a support element , the support element being movable along a longitudinal direction extending parallel to the conveying path, a first drive means being adapted to move the support element with a speed and in a transversal position corresponding to the selected article, the removal device further comprising a pushing element supported by the support element , a second drive means being adapted to move the pushing element in the transverse direction in order to remove the article from the conveyor .
Dishwashing machine, in particular household dishwashing machine, with a water flow control device , which has a movably mounted closure element which is alternately movable in one of a plurality of provided control positions, to control a water flow from at least one water inlet to at least one water outlet , and a sensor device , which, by means of the closure element , detects an assumption of one of the control positions, wherein the sensor device comprises a permanent magnet arrangement and a magnetic field-detecting sensor , characterised in that the closure element has at least one portion made of a hard magnetic material, wherein the permanent magnet arrangement comprises at least one permanent magnet (18-23) which, due to permanent magnetisation of a part of the portion , is manufactured from the hard magnetic material.
A limb manipulation and evaluation device comprising: a first drive configured to manipulate a first bone relative to a second bone in a first direction; a second drive configured to manipulate said first bone relative to said second bone in a second direction; and a third drive configured to manipulate said first bone relative to said second bone in a third direction, wherein: said first, second, and third directions are different relative to each other, and characterized in that the at least one drive of the first, second, and third drives is mutually decoupled relative to another drive of the first, second, and third drives, such that operation of said one drive does not affect position of said another drive, and such that operation of said another drive does not affect position of said one drive. a first drive configured to manipulate a first bone relative to a second bone in a first direction; a second drive configured to manipulate said first bone relative to said second bone in a second direction; and a third drive configured to manipulate said first bone relative to said second bone in a third direction, wherein: said first, second, and third directions are different relative to each other, and characterized in that the at least one drive of the first, second, and third drives is mutually decoupled relative to another drive of the first, second, and third drives, such that operation of said one drive does not affect position of said another drive, and such that operation of said another drive does not affect position of said one drive.
A controller for controlling a first light source to emit light into a pupil of a human user in order to reduce at least one biological effect of light from a second light source on the human user, the controller comprising: a first input for receiving light property data indicating a property of the light from the second light source, said property being a luminance in a blue part of the visible spectrum sufficiently high to induce a biological effect on the human user; a second input for receiving pupil data indicating a size of the pupil of the human user; an output for sending control commands to the first light source; a processor configured to: determine, using the light property data received via the first input, that the light from the second light source has said property; characterized in that in response to said determination that the light from the second light source has said property, determine, using said pupil data received via the second input, a current size of the pupil; and on condition that the current size of the pupil is determined to be larger than a minimum size, control the first light source to emit light not having said property into the pupil and thereby reduce the size of the pupil, without changing a spectral power distribution or an intensity of the light from the second light source. a first input for receiving light property data indicating a property of the light from the second light source, said property being a luminance in a blue part of the visible spectrum sufficiently high to induce a biological effect on the human user; a second input for receiving pupil data indicating a size of the pupil of the human user; an output for sending control commands to the first light source; a processor configured to: determine, using the light property data received via the first input, that the light from the second light source has said property; in response to said determination that the light from the second light source has said property, determine, using said pupil data received via the second input, a current size of the pupil; and on condition that the current size of the pupil is determined to be larger than a minimum size, control the first light source to emit light not having said property into the pupil and thereby reduce the size of the pupil, without changing a spectral power distribution or an intensity of the light from the second light source.
A method of charge management for electric work vehicles, the method comprising: communicating charger properties from a charging module to an electric work vehicle ; communicating vehicle properties from the electric work vehicle to the charging module ; and providing charging information to an operator, wherein the charging information is based on the charger properties and the vehicle properties ; wherein the charger properties comprise: a location of the charging module ; and an availability of the charging module ; and wherein the vehicle properties comprise: a current state of charge of a battery of the electric work vehicle ; a capacity of the battery of the electric work vehicle ; and an available time period for charging based on a return-to-work time of the electric work vehicle ; characterised in that the vehicle properties further comprise: a predicted time before charging is required, wherein the predicted time is based on data from previous discharging of the battery of the electric work vehicle comprising one or more of: discharge rates at different states of charge; discharge rates for the operator; and discharge rates for performing various tasks with the electric work vehicle . communicating charger properties from a charging module to an electric work vehicle ; communicating vehicle properties from the electric work vehicle to the charging module ; and providing charging information to an operator, wherein the charging information is based on the charger properties and the vehicle properties ; wherein the charger properties comprise: a location of the charging module ; and an availability of the charging module ; and a location of the charging module ; and an availability of the charging module ; and wherein the vehicle properties comprise: a current state of charge of a battery of the electric work vehicle ; a capacity of the battery of the electric work vehicle ; and an available time period for charging based on a return-to-work time of the electric work vehicle ; a current state of charge of a battery of the electric work vehicle ; a capacity of the battery of the electric work vehicle ; and an available time period for charging based on a return-to-work time of the electric work vehicle ; characterised in that the vehicle properties further comprise: a predicted time before charging is required, wherein the predicted time is based on data from previous discharging of the battery of the electric work vehicle comprising one or more of: discharge rates at different states of charge; discharge rates for the operator; and discharge rates for performing various tasks with the electric work vehicle . discharge rates at different states of charge; discharge rates for the operator; and discharge rates for performing various tasks with the electric work vehicle .
A method of installing a plug into an opening in an object , the plug including a body , a first flange , and a second flange , wherein the first flange is in contact with the body and extends away from the body , and wherein the second flange is in contact with the first flange and extends away from the first flange and away from the body , and being characterised in that : the second flange is made of a different material than the first flange , and the different material that the second flange is made of is softer than the material of the first flange , thereby allowing the second flange to deform during installation of the plug into the opening , while maintaining the first flange substantially intact, and in that the method includes the following step: installing the plug into the opening to consolidate the plug in the opening and to rotationally and translationally secure the plug in the opening , including urging the plug into the opening , thereby deforming the second flange toward the body . and being characterised in that : the second flange is made of a different material than the first flange , and the different material that the second flange is made of is softer than the material of the first flange , thereby allowing the second flange to deform during installation of the plug into the opening , while maintaining the first flange substantially intact, and in that the method includes the following step: installing the plug into the opening to consolidate the plug in the opening and to rotationally and translationally secure the plug in the opening , including urging the plug into the opening , thereby deforming the second flange toward the body .
An oligoester composition which is a reaction product of a reactant mixture comprising: one or more rosins selected from the group consisting of tall oil rosin and gum rosin; at least 15% by weight of one or more monocarboxylic acids comprising 6-36 carbon atoms, wherein the monocarboxylic acid is selected from the group consisting of aromatic monofunctional carboxylic acids, heteroaromatic monofunctional carboxylic acids, aliphatic monofunctional carboxylic acids, and cycloaliphatic monofunctional carboxylic acids; and 5 to 30% by weight of one or more polyhydric alcohols comprising 2-36 carbon atoms, wherein each hydroxyl group of the polyhydric alcohol is separated from the other hydroxyl groups by at least 2 carbon atoms, and the polyhydric alcohol has an average hydroxyl functionality of 2 - 10, wherein the composition has a weight average molecular weight as determined using gel permeation chromatography as described in ASTM D5296-05 of from 500 g/mol to 8,000 g/mol and a Tg measured as described in the specification of between -80°C and 100°C; and wherein the composition has a hydroxyl number of less than 30 mg KOH/gram, as measured using a modified version of the standard method provided in DIN 53240-2 (different solvent tetrahydrofuran was applied). one or more rosins selected from the group consisting of tall oil rosin and gum rosin; at least 15% by weight of one or more monocarboxylic acids comprising 6-36 carbon atoms, wherein the monocarboxylic acid is selected from the group consisting of aromatic monofunctional carboxylic acids, heteroaromatic monofunctional carboxylic acids, aliphatic monofunctional carboxylic acids, and cycloaliphatic monofunctional carboxylic acids; and 5 to 30% by weight of one or more polyhydric alcohols comprising 2-36 carbon atoms, wherein each hydroxyl group of the polyhydric alcohol is separated from the other hydroxyl groups by at least 2 carbon atoms, and the polyhydric alcohol has an average hydroxyl functionality of 2 - 10, wherein the composition has a weight average molecular weight as determined using gel permeation chromatography as described in ASTM D5296-05 of from 500 g/mol to 8,000 g/mol and a Tg measured as described in the specification of between -80°C and 100°C; and wherein the composition has a hydroxyl number of less than 30 mg KOH/gram, as measured using a modified version of the standard method provided in DIN 53240-2 (different solvent tetrahydrofuran was applied).
A pharmaceutical composition comprising zaltoprofen for use in the prevention or treatment of giant cell tumors occurring in a bone and soft tissue or chondrosarcoma.