mhurhangee/ep-ind-claims huggingface dataset:
Shock absorber comprising - a main sheath and a main piston sliding inside the main sheath in a sliding direction (X-X), the main piston comprising a main rod coming out of the main sheath and a main head contained inside the main sheath, the main sheath being filled with hydraulic fluid, - the main rod and the main sheath being suitable to be mechanically connected respectively to a wheel (20,28) and to a frame or vice versa, - a secondary sheath fluidically connected to the main sheath and provided with at least one damping valve comprising holes suitable to allow a calibrated passage of the hydraulic fluid of the main sheath, characterised in that: - the secondary sheath is connected to the main sheath by a first and a second passage (64,68) placed at opposite ends to the main head of the main piston, in a sliding direction (X-X), the first passage allowing the flow of fluid when the main head approaches the first passage in a compression motion and the second passage allowing the flow of fluid when the main head approaches the second passage in an extension motion, - wherein the secondary sheath comprises a control valve movable, according to a regulation stroke, between an unlocking position, in which it does not interfere with said first and second passages (64, 68), and a blocking position, wherein it occludes said first and second passages (64, 68) so as to realize a selective two-way block in said compression and extension motions. - a main sheath and a main piston sliding inside the main sheath in a sliding direction (X-X), the main piston comprising a main rod coming out of the main sheath and a main head contained inside the main sheath, the main sheath being filled with hydraulic fluid, - the main rod and the main sheath being suitable to be mechanically connected respectively to a wheel (20,28) and to a frame or vice versa, - a secondary sheath fluidically connected to the main sheath and provided with at least one damping valve comprising holes suitable to allow a calibrated passage of the hydraulic fluid of the main sheath, - the secondary sheath is connected to the main sheath by a first and a second passage (64,68) placed at opposite ends to the main head of the main piston, in a sliding direction (X-X), the first passage allowing the flow of fluid when the main head approaches the first passage in a compression motion and the second passage allowing the flow of fluid when the main head approaches the second passage in an extension motion, - wherein the secondary sheath comprises a control valve movable, according to a regulation stroke, between an unlocking position, in which it does not interfere with said first and second passages (64, 68), and a blocking position, wherein it occludes said first and second passages (64, 68) so as to realize a selective two-way block in said compression and extension motions.
Pressure-sensitive adhesive comprising a) at least one poly(meth)acrylate; b) at least one resin A selected from colophony resins and terpene-phenolic resins; c) at least one hydrocarbon resin B1 having a softening point (determined according to ASTM E28 (ring and ball)) of greater than 50°C; and d) at least one hydrocarbon resin B2 having a softening point (determined according to ASTM E28 (ring and ball)) of less than or equal to 25°C, characterized in that the pressure-sensitive adhesive comprises one or more resins A at in total 15 to 30 wt%, based on the total weight of the pressure-sensitive adhesive. a) at least one poly(meth)acrylate; b) at least one resin A selected from colophony resins and terpene-phenolic resins; c) at least one hydrocarbon resin B1 having a softening point (determined according to ASTM E28 (ring and ball)) of greater than 50°C; and d) at least one hydrocarbon resin B2 having a softening point (determined according to ASTM E28 (ring and ball)) of less than or equal to 25°C,
A method comprising: determining a current zoom value of a camera and a sensor cutoff frequency of a sensor in the camera; determining a dome cutoff frequency of a transparent dome of the camera; determining an image cutoff frequency using the dome cutoff frequency and the current zoom value; and determining whether the image cutoff frequency is less than the sensor cutoff frequency and, when the image cutoff frequency is less than the sensor cutoff frequency, applying a first low-pass filter to an image captured by the camera. determining a current zoom value of a camera and a sensor cutoff frequency of a sensor in the camera; determining a dome cutoff frequency of a transparent dome of the camera; determining an image cutoff frequency using the dome cutoff frequency and the current zoom value; and determining whether the image cutoff frequency is less than the sensor cutoff frequency and, when the image cutoff frequency is less than the sensor cutoff frequency, applying a first low-pass filter to an image captured by the camera.
Method for managing the space and frequency diversity of radio links between sensors, a centralized device and an actuation device that are situated in a building in which the radio waves are subjected to fading effects, the sensors, the centralized device and the actuation device emitting messages in a first and a second distinct frequency bands, characterized in that the method comprises the steps of: - transfer, by a sensor, of a message in the first frequency band via an antenna of the sensor, - transfer of the message in the second frequency band via the antenna of the sensor if an acknowledgement of receipt of the message is not received by the sensor in response to the message transmitted in the first frequency band, - transfer, by the centralized device, of another message in the first frequency band via a first antenna of the centralized device, - transfer, by the centralized device, of the other message in the second frequency band via a second antenna of the centralized device if an acknowledgement of receipt of the message is not received by the centralized device in response to the message transmitted in the first frequency band, the first and the second antennas being separated by a predetermined distance. - transfer, by a sensor, of a message in the first frequency band via an antenna of the sensor, - transfer of the message in the second frequency band via the antenna of the sensor if an acknowledgement of receipt of the message is not received by the sensor in response to the message transmitted in the first frequency band, - transfer, by the centralized device, of another message in the first frequency band via a first antenna of the centralized device, - transfer, by the centralized device, of the other message in the second frequency band via a second antenna of the centralized device if an acknowledgement of receipt of the message is not received by the centralized device in response to the message transmitted in the first frequency band, the first and the second antennas being separated by a predetermined distance.
A load handling device for lifting and moving storage containers stacked in a grid framework structure comprising: a first set of parallel rails or tracks and a second set of parallel rails or tracks extending substantially perpendicularly to the first set of rails or tracks in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces, wherein the grid is supported by a set of uprights to form a plurality of vertical storage locations beneath the grid for containers to be stacked between and be guided by the uprights in a vertical direction through the plurality of grid spaces, the load handling device comprising: a body mounted on a first set of wheels being arranged to engage with the first set of parallel tracks and a second set of wheels being arranged to engage with the second set of parallel tracks, and a drive assembly for driving the load handling device in a first direction along the first set of parallel tracks or driving the load handling device in a second direction along the second set of parallel tracks, the load handling device being characterised in that the drive assembly comprises: at least two motors for driving respective wheels of the first set of wheels; at least two motors for driving respective wheels of the second set of wheels, wherein each motor is positioned such that its drive shaft is parallel and non-coaxially arranged with respect to the axis of rotation of its respective wheel; and, a number of gear arrangements corresponding to the number of motors for transferring drive from the motors to their respective wheels. the load handling device comprising: a body mounted on a first set of wheels being arranged to engage with the first set of parallel tracks and a second set of wheels being arranged to engage with the second set of parallel tracks, and a drive assembly for driving the load handling device in a first direction along the first set of parallel tracks or driving the load handling device in a second direction along the second set of parallel tracks, the load handling device being characterised in that the drive assembly comprises: at least two motors for driving respective wheels of the first set of wheels; at least two motors for driving respective wheels of the second set of wheels, wherein each motor is positioned such that its drive shaft is parallel and non-coaxially arranged with respect to the axis of rotation of its respective wheel; and, a number of gear arrangements corresponding to the number of motors for transferring drive from the motors to their respective wheels. at least two motors for driving respective wheels of the first set of wheels; at least two motors for driving respective wheels of the second set of wheels, wherein each motor is positioned such that its drive shaft is parallel and non-coaxially arranged with respect to the axis of rotation of its respective wheel; and, a number of gear arrangements corresponding to the number of motors for transferring drive from the motors to their respective wheels.
A voltage measurement device for connection to a primary voltage dividing element provided between ground and an electrically conducting element in a system for controlling an electrical process and comprising - a first branch of secondary voltage dividing elements (RS1, RS2) including two or more voltage dividing elements, where said first branch is adapted to be connected in parallel with said primary voltage dividing element, and - a first measuring unit connected to one of the secondary voltage dividing elements of the first branch and arranged to measure the voltage across this secondary voltage dividing element and provide a first voltage signal corresponding to a voltage of the electrically conducting element, characterised by - a second branch of secondary voltage dividing elements (RS3, RS4) including two or more voltage dividing elements, where said second branch is connected in parallel with said first branch, and a second measuring unit connected to one of the secondary voltage dividing elements of the second branch and arranged to measure the voltage across this secondary voltage dividing element and provide a second voltage signal corresponding to the same voltage of the electrically conducting element. - a first branch of secondary voltage dividing elements (RS1, RS2) including two or more voltage dividing elements, where said first branch is adapted to be connected in parallel with said primary voltage dividing element, and - a first measuring unit connected to one of the secondary voltage dividing elements of the first branch and arranged to measure the voltage across this secondary voltage dividing element and provide a first voltage signal corresponding to a voltage of the electrically conducting element, - a second branch of secondary voltage dividing elements (RS3, RS4) including two or more voltage dividing elements, where said second branch is connected in parallel with said first branch, and
A control method for a laundry treating apparatus comprising a washing machine provided with a tub in which water is stored and a washing drum provided inside the tub, storing laundry therein, and a dryer provided with a drying drum in which laundry is stored and a supply unit for removing water from laundry by supplying the air to the drying drum, the control method comprising: a washing machine power supply step of supplying a power to a washing machine interface provided to receive a control command; a course execution step of executing a washing course by the washing machine if the washing course is input to the washing machine interface; a dryer power supply step of supplying a power to the dryer if a preheating request signal is input through the washing machine interface; and a preheating step of including a supply stroke of supplying the air to the drying drum and a heating stroke of heating the air supplied to the drying drum. a washing machine power supply step of supplying a power to a washing machine interface provided to receive a control command; a course execution step of executing a washing course by the washing machine if the washing course is input to the washing machine interface; a dryer power supply step of supplying a power to the dryer if a preheating request signal is input through the washing machine interface; and a preheating step of including a supply stroke of supplying the air to the drying drum and a heating stroke of heating the air supplied to the drying drum.
A breaker valve assembly for a nuclear reactor containment, the breaker valve assembly comprising: a valve body having a generally frustoconical shape, the valve body including, a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a valve insert body nested in the valve body, the valve insert body having a generally frustoconical shape, the valve insert body including, a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a lid arranged on an upper edge of the second side wall of the valve insert body at a widest portion of the valve insert body, the valve insert body configured to move substantially vertically with respect to the valve body when pressure is applied to the lid. a valve body having a generally frustoconical shape, the valve body including, a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a valve insert body nested in the valve body, the valve insert body having a generally frustoconical shape, the valve insert body including, a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a lid arranged on an upper edge of the second side wall of the valve insert body at a widest portion of the valve insert body, the valve insert body configured to move substantially vertically with respect to the valve body when pressure is applied to the lid.
Rock drilling tool for the rotational percussive machining of concrete, rock, masonry and such materials, comprising - a drill head, which comprises a cutting body, - a helix arranged between the drill head and a shaft, - the cutting body extending uninterruptedly over a nominal diameter of the rock drilling tool, - the cutting body, viewed in the active direction of the rock drilling tool, comprising a lower base region and an upper head region, - the head region extending over the nominal diameter of the rock drilling tool, - and a longitudinal mid-axis of the drilling tool running through a tip of the cutting body, characterized in that - the cutting body is formed in its head region as a pyramid or as a truncated pyramid, the base surface of which extends over the nominal diameter of the rock drilling tool, and has pyramid edges (12a - 12f) which extend from the base surface to a tip of the pyramid or the truncated pyramid, - wherein side surfaces (14a - 14f) are located between the pyramid edges (12a - 12f), - and characterized in that at least one side surface (14a - 14f) is formed as a curvature (15a - 15f). - a drill head, which comprises a cutting body, - a helix arranged between the drill head and a shaft, - the cutting body extending uninterruptedly over a nominal diameter of the rock drilling tool, - the cutting body, viewed in the active direction of the rock drilling tool, comprising a lower base region and an upper head region, - the head region extending over the nominal diameter of the rock drilling tool, - and a longitudinal mid-axis of the drilling tool running through a tip of the cutting body, - the cutting body is formed in its head region as a pyramid or as a truncated pyramid, the base surface of which extends over the nominal diameter of the rock drilling tool, and has pyramid edges (12a - 12f) which extend from the base surface to a tip of the pyramid or the truncated pyramid, - wherein side surfaces (14a - 14f) are located between the pyramid edges (12a - 12f), - and characterized in that at least one side surface (14a - 14f) is formed as a curvature (15a - 15f).
A safety hammer for breaking glass, comprising - a housing comprising at least two shell parts; - a hammer head having at least one end for breaking the glass, wherein the hammer head is at least partly enclosed by the shell parts such that the at least one end of the hammer head extends outside the housing; characterised in that the hammer head is arranged for cooperation with the shell parts for fastening the shell parts via the hammer head. - a housing comprising at least two shell parts; - a hammer head having at least one end for breaking the glass, wherein the hammer head is at least partly enclosed by the shell parts such that the at least one end of the hammer head extends outside the housing; characterised in that the hammer head is arranged for cooperation with the shell parts for fastening the shell parts via the hammer head.
A formulation comprising compounded volatile oils, said volatile oils being eucalyptus oil, forsythia oil, clove oil, patchouli oil and schizonepeta oil.
A composition comprising a decoction of leaves of Moricandia arvensis, optionally freeze-dried, for use for preventing and/or treating a metabolic disease selected from the group comprising diabetes, insulin resistance, glucose intolerance, and hyperglycemia.
A method for inhibiting the permeation of water in an extraction well of a hydrocarbon fluid from an underground reservoir which comprises: a) injecting into said reservoir, at least one treatment fluid comprising at least one inverse emulsion or one dispersion in an organic solvent of at least one copolymer from: - a first monomer selected from an acrylic monomer or methacrylic monomer, and - a second monomer comprising at least one ethylene unsaturation and at least one polyoxyethylene chain, having the following formula wherein: R 1 is H or CH 3; R 2 is H, a C 1 -C 4 alkyl or an acrylate group COCR 3 =CH 2 wherein R 3 is H or CH 3; X is O or NH; n is an integer ranging from 4 to 500; and wherein the organic solvent has a water solubility at 25°C lower than or equal to 5 g/L and a solubility in oil at 25°C equal to or higher than 100 g/L. a) injecting into said reservoir, at least one treatment fluid comprising at least one inverse emulsion or one dispersion in an organic solvent of at least one copolymer from: - a first monomer selected from an acrylic monomer or methacrylic monomer, and - a second monomer comprising at least one ethylene unsaturation and at least one polyoxyethylene chain, having the following formula wherein: R 1 is H or CH 3; R 2 is H, a C 1 -C 4 alkyl or an acrylate group COCR 3 =CH 2 wherein R 3 is H or CH 3; X is O or NH; n is an integer ranging from 4 to 500; and wherein the organic solvent has a water solubility at 25°C lower than or equal to 5 g/L and a solubility in oil at 25°C equal to or higher than 100 g/L. - a first monomer selected from an acrylic monomer or methacrylic monomer, and - a second monomer comprising at least one ethylene unsaturation and at least one polyoxyethylene chain, having the following formula wherein: R 1 is H or CH 3; R 2 is H, a C 1 -C 4 alkyl or an acrylate group COCR 3 =CH 2 wherein R 3 is H or CH 3; X is O or NH; n is an integer ranging from 4 to 500; and wherein the organic solvent has a water solubility at 25°C lower than or equal to 5 g/L and a solubility in oil at 25°C equal to or higher than 100 g/L. R 1 is H or CH 3; R 2 is H, a C 1 -C 4 alkyl or an acrylate group COCR 3 =CH 2 wherein R 3 is H or CH 3; X is O or NH; n is an integer ranging from 4 to 500; and wherein the organic solvent has a water solubility at 25°C lower than or equal to 5 g/L and a solubility in oil at 25°C equal to or higher than 100 g/L.
End tip for a wiper blade of a screen of a vehicle, comprising a housing extending principally in a first direction and so adapted as to receive equally a first type of stiffening element having a first width or a second type of stiffening element having a second width greater than the first width, the end tip comprising at least one locking means configured to ensure the retention of the end tip on the blade and at least one device for maintaining in position possessing elastic deformation so arranged as to cooperate equally with the first type of stiffening element or the second type of stiffening element, the device for maintaining in position being so arranged as to adopt at least an undeformed rest position and an elastically deformed position in which the device for maintaining in position abuts against the second type of the stiffening element in order to secure it in a final installed position.
An apparatus comprising: a parent radionuclide that decays over time into a daughter radionuclide; a separation column adapted to separate the daughter radionuclide from the parent radionuclide; a plurality of valves (22, 24, 26) and at least one pump that operate to separate the daughter radionuclide from the parent radionuclide and deliver the daughter radionuclide into a daughter radionuclide container; a plurality of RFID tags (52, 54, 56, 58, 60, 62) including an RFID tag of the plurality of RFID tags affixed to each of parent radionuclide container and the separation column; and a programmed processor adapted to read an identifier of each of the plurality of RFID tags and position each of the plurality of valves and save the identifiers and positions into a tracking file.