mhurhangee/ep-ind-claims huggingface dataset:
Drilling aid system intended to be mounted on a drill and comprising: - a body having a first recess extending between a proximal end and a distal end of the body, the proximal end being intended to be oriented towards the drill, - a shaft that is mounted so as to be able to rotate about an axis of rotation inside the first recess and having a proximal end that is designed to be secured to a chuck of the drill and a distal end to which a drill bit is secured, characterized in that the drilling aid system also comprises: - a slide which has a proximal end and a distal end, the latter being designed to bear against a plate that is to be drilled, the proximal end of the slide being mounted so as to be able to move in translation parallel to the axis of rotation inside the first recess at the distal end of the body, the slide having a second recess which prolongs the first recess and which extends between the proximal end and the distal end of the slide, - a ring that is able to move in translation parallel to the axis of rotation on the shaft and inside the first recess, - a first compression spring that has a first stiffness and is arranged in the first recess and bears against the ring on one hand, and against the proximal end of the slide on the other hand, and - a second compression spring that has a second stiffness greater than the first stiffness and is arranged in the first recess and bears against the ring on one hand, and against the proximal end of the body on the other hand. - a body having a first recess extending between a proximal end and a distal end of the body, the proximal end being intended to be oriented towards the drill, - a shaft that is mounted so as to be able to rotate about an axis of rotation inside the first recess and having a proximal end that is designed to be secured to a chuck of the drill and a distal end to which a drill bit is secured, - a slide which has a proximal end and a distal end, the latter being designed to bear against a plate that is to be drilled, the proximal end of the slide being mounted so as to be able to move in translation parallel to the axis of rotation inside the first recess at the distal end of the body, the slide having a second recess which prolongs the first recess and which extends between the proximal end and the distal end of the slide, - a ring that is able to move in translation parallel to the axis of rotation on the shaft and inside the first recess, - a first compression spring that has a first stiffness and is arranged in the first recess and bears against the ring on one hand, and against the proximal end of the slide on the other hand, and - a second compression spring that has a second stiffness greater than the first stiffness and is arranged in the first recess and bears against the ring on one hand, and against the proximal end of the body on the other hand.
A device (1, 1', 1") for holding, rotating, heating and/or cooling a substrate, in particular a wafer, with: 1) a rotor, having: a) at least one secondary winding (6s, 6s', 6s"), b) a substrate holder with a substrate holder surface and fixing elements for fixing the substrate, c) a rotary shaft for rotating the substrate holder around a rotary axis, d) at least one electric heater for heating and/or a cooler for cooling the substrate holder surface; 2) characterized in that the device (1, 1', 1") comprises a stator, having: a) at least one primary winding (6p, 6p', 6p"), b) a ring-shaped base, wherein the rotary shaft of the rotor is arranged at least partially inside the base; and that the device (1, 1', 1") is designed such that a current and/or a voltage can be induced in the at least one secondary winding (6s, 6s', 6s") by the at least one primary winding (6p, 6p', 6p"), wherein the current and/or voltage induced in the at least one secondary winding (6s, 6s', 6s") can be used to power the at least one heater and/or cooler so that the substrate holder surface can be heated and/or cooled. 1) a rotor, having: a) at least one secondary winding (6s, 6s', 6s"), b) a substrate holder with a substrate holder surface and fixing elements for fixing the substrate, c) a rotary shaft for rotating the substrate holder around a rotary axis, d) at least one electric heater for heating and/or a cooler for cooling the substrate holder surface; a) at least one secondary winding (6s, 6s', 6s"), b) a substrate holder with a substrate holder surface and fixing elements for fixing the substrate, c) a rotary shaft for rotating the substrate holder around a rotary axis, d) at least one electric heater for heating and/or a cooler for cooling the substrate holder surface; 2) characterized in that the device (1, 1', 1") comprises a stator, having: a) at least one primary winding (6p, 6p', 6p"), b) a ring-shaped base, wherein the rotary shaft of the rotor is arranged at least partially inside the base; a) at least one primary winding (6p, 6p', 6p"), b) a ring-shaped base, wherein the rotary shaft of the rotor is arranged at least partially inside the base;
A washing- and cleaning-active polymer film, comprising or consisting of a polymer composition P) obtainable by free-radical polymerization of a monomer composition M) which comprises at least one monomer A) selected from α, β-ethylenically unsaturated carboxylic acids, salts of α, β-ethylenically unsaturated carboxylic acids and mixtures thereof, in the presence of at least one (C 8 -C 18 -alkyl)polyoxyalkylene ether PE) having on average 3 to 12 alkylene oxide units per molecule.
System for testing a surface of an aircraft or spacecraft, comprising: at least one carriage with a guide device which can be mounted movably along a guide axis in a rail which can be held on the surface of the aircraft or spacecraft, a first drive device which is coupled to the carriage and is designed for this purpose, engaging in the rail and moving the carriage along the rail as required, wherein the first drive device is actuated to cover a predetermined movement increment over a short time interval, wherein the first drive device is actuated with position feedback, so that a very precise movement increment is realized with little or no overlapping of the successively approached surface sections, a holding frame arranged on the carriage, which extends transversely to the guide axis and is spaced apart from the guide device, at least one surface scanning device, which is arranged on the holding frame and is designed to detect a characteristic of the surface and to identify shape deviation points by comparison with an intended characteristic, and a processing unit which is coupled to the first drive device and the surface scanning device and is designed to: - control the first drive device for moving the carriage along a region of the surface, - control the surface scanning device to scan the surface along the area of the surface, and - detecting identified shape deviation points from the surface scanning device and outputting them correlated with an associated position of the guide device on the rail and/or storing them on a data carrier. - control the first drive device for moving the carriage along a region of the surface, - control the surface scanning device to scan the surface along the area of the surface, and - detecting identified shape deviation points from the surface scanning device and outputting them correlated with an associated position of the guide device on the rail and/or storing them on a data carrier.
A composition comprising a diesel fuel and at least one acrylamide polymer prepared by polymerizing: a (meth)acrylamide monomer and a (meth)acrylate monomer to yield a heteropolymer; wherein the acrylamide polymer comprises a heteropolymer prepared from a (meth)acrylate monomer comprising tert-butyl acrylate; wherein the at least one polymer is present in the diesel fuel in an amount from 0.1 ppm to 3000 ppm by weight, based on a total weight of the composition. wherein the acrylamide polymer comprises a heteropolymer prepared from a (meth)acrylate monomer comprising tert-butyl acrylate; wherein the at least one polymer is present in the diesel fuel in an amount from 0.1 ppm to 3000 ppm by weight, based on a total weight of the composition.
An ostomy appliance (100, 400, 700) comprising a pouch (110, 410) and a drain (120, 420, 720), wherein the drain is formed of two walls (101, 102, 401, 402, 701, 702) attached to one another along two lateral edges (121, 421) of the drain to define a channel therebetween and the drain comprises one or more pursing strips configured to separate the two walls of the drain when compressed in a direction perpendicular to the two lateral edges of the drain; wherein a pursing strip (124, 440, 724) of the one or more pursing strips comprises two side edges (124s, 440s) corresponding to the two lateral edges of the drain and a line of weakness (126, 441, 726) spanning between the side edges, characterised in that the line of weakness is curved.
A head for positioning a tool on irregular surfaces, of the type intended for performing a robotic tracking of a work tool on irregular surfaces, the head having a tool-holder assembly having a support for coupling to a robot arm, said tool-holder assembly being provided with a force sensor and distance detectors, by means of which a control determining the positioning of the work tool with respect to the operating surface is established, characterized in that the tool-holder assembly has a tool holder plate and one disk-tool attached to the tool holder plate, the distance detectors being arranged in the plate for controlling the position of the disk tool from different points with respect to the tool holder plate, and said tool-holder assembly has the tool-holder plate which is attached by means of the force sensor with respect to the support for coupling to the robot arm, the tool-holder plate centrally incorporating a ball joint and a distribution of distance detectors arranged around it, said disk-tool being attached to the ball joint, which disk-tool is adapted to the working surface due to the play afforded by the mentioned ball joint, varying the force and position of the thrust thereof on the working surface by means of the robot arm according to the information provided by the force sensor and distance detectors.
A method of transmitting a sounding reference signal, SRS, performed by a terminal in a wireless communication system supporting a time division duplex, TDD, the method comprising: receiving, from a base station, a message configuring an aperiodic SRS transmission with an extended uplink pilot time slot, UpPTS, the message including first information indicating a number of additional symbols in the extended UpPTS and second information indicating a transmission comb among 4 combs; receiving, from the base station, downlink control information, DCI, including information associated with a subframe index; identifying a subframe for transmitting an aperiodic SRS based on the information associated with the subframe index and the first information; and transmitting, to the base station, the aperiodic SRS in the subframe based on the first information and the second information. receiving, from a base station, a message configuring an aperiodic SRS transmission with an extended uplink pilot time slot, UpPTS, the message including first information indicating a number of additional symbols in the extended UpPTS and second information indicating a transmission comb among 4 combs; receiving, from the base station, downlink control information, DCI, including information associated with a subframe index; identifying a subframe for transmitting an aperiodic SRS based on the information associated with the subframe index and the first information; and transmitting, to the base station, the aperiodic SRS in the subframe based on the first information and the second information.
An electronic control circuitry for an electric motor for automotive applications installable on board of a vehicle, comprising: a power driver; at least one capacitor at the inlet to the power driver; a communication interface for communicating with a control unit of the vehicle via a connection system for connecting the electronic control circuitry to the control unit of the vehicle, such connection system comprising a voltage line (VdcLIN, VdcPWM, PWM); a microprocessor in communication with communication interface and with the power driver; a pre-charging circuit for pre-charging the capacitor, the pre-charging circuit being switchable between an open configuration and a closed configuration, characterized in that the pre-charging circuit operates between the connection system and the capacitor and wherein the pre-charging circuit is connected to the voltage line (VdcLIN, VdcPWM, PWM) for charging the capacitor. a power driver; at least one capacitor at the inlet to the power driver; a communication interface for communicating with a control unit of the vehicle via a connection system for connecting the electronic control circuitry to the control unit of the vehicle, such connection system comprising a voltage line (VdcLIN, VdcPWM, PWM); a microprocessor in communication with communication interface and with the power driver; a pre-charging circuit for pre-charging the capacitor, the pre-charging circuit being switchable between an open configuration and a closed configuration, characterized in that the pre-charging circuit operates between the connection system and the capacitor and wherein the pre-charging circuit is connected to the voltage line (VdcLIN, VdcPWM, PWM) for charging the capacitor.
A mortise lock with a lock housing, a latch cooperating with a striker plate and a bolt, wherein on the latch a triggering device for the cooperation with the striker plate is provided and the triggering device is coupled with the bolt in such a manner that during the cooperation of the triggering device with the striker plate a bolt-triggering lever is activated for releasing the bolt and for the subsequent extension of the bolt out of the lock housing, wherein the triggering device has a striker plate-triggering lever axially displaceable in the direction of movement of the latch for cooperation with the striker plate and an articulated lever, wherein the striker plate-triggering lever during the axial displacement due to the cooperation with the striker plate brings about a displacement of the articulated lever and the displacement of the articulated lever leads to a linear adjustment of the bolt-triggering lever and to the extension of the bolt, characterized in that the striker plate-triggering lever and the articulated lever are spring-loaded via a common spring element.
A retinal implant comprising: (a) a retinal pigment epithelium monolayer having an apical surface and a basal surface; (b) a fibrin hydrogel layer attached directly to said basal surface of said monolayer; and (c) a protease inhibitor. (a) a retinal pigment epithelium monolayer having an apical surface and a basal surface; (b) a fibrin hydrogel layer attached directly to said basal surface of said monolayer; and (c) a protease inhibitor.
A process to fabricate fins for an entrainment heat sink driven by compressed air, heat the process comprising: creating an array of micro diameter holes forming micro nozzles on a substrate using one or more of a laser electric discharge machining, sandblasting, an ultrasonic wave, a water jet, chemical etching, and a micro milling machine, wherein the substrate is a metal foil; coupling the substrate to a mold, the mold comprising angular dimples such that one or more of the micro diameter holes on the substrate come into contact with the angular dimples in the mold to create nozzle orientation, thereby forming an angle between the micro diameter holes and a surface of the substrate, wherein the angular dimples comprise trapezoidal dimples, and wherein the dimple side walls are slanted from 5 to 30 degrees from the vertical to the substrate; and placing the substrate onto a plate, the plate comprising micro air channels such that the micro air channels are in communication with the micro diameter holes, wherein the plate is a metal plate; wherein the micro-air channels are formed at the interface of the lamination by machining, forming, embossing, or chemical etching trenches on the metal plate, and forming enclosed channels after lamination. creating an array of micro diameter holes forming micro nozzles on a substrate using one or more of a laser electric discharge machining, sandblasting, an ultrasonic wave, a water jet, chemical etching, and a micro milling machine, wherein the substrate is a metal foil; coupling the substrate to a mold, the mold comprising angular dimples such that one or more of the micro diameter holes on the substrate come into contact with the angular dimples in the mold to create nozzle orientation, thereby forming an angle between the micro diameter holes and a surface of the substrate, wherein the angular dimples comprise trapezoidal dimples, and wherein the dimple side walls are slanted from 5 to 30 degrees from the vertical to the substrate; and
A fuel cell component, comprising a plate comprising an electrically conductive material; and an electrical connector including a first portion embedded in the plate and a second portion extending from the plate, the second portion being configured to make an electrically conductive connection with another device, characterized in that the connector comprises a braided cable.
A sanitary assembly comprising a toilet cistern; conveying means, including a pump, for conveying waste water into said cistern from an article of sanitary ware such that said waste water can be re-used, wherein the assembly comprises fill control means, adapted to cause the cistern to be charged with water if the quantity of water in the cistern falls below a predetermined minimum, wherein the cistern comprises a first inlet in communication with the conveying means and a second inlet for connection to an alternate water supply, and drain means comprising a drain conduit, characterised in that said drain conduit being in communication with the pump via a valve, wherein the drain means is arranged to allow water left in the conveying means to be emptied from the conveying means once a user has finished transferring water to the cistern.
A coaxial dual-band antenna, comprising: a waveguide tube, a ring groove, a high frequency feed, and a dielectric ring, wherein the waveguide tube has a tubular structure, and is configured to transmit a first electromagnetic wave, the ring groove whose opening direction is the same as an output direction of the first electromagnetic wave is on a wall of the waveguide tube, and a frequency of the first electromagnetic wave is lower than a frequency of an electromagnetic wave transmitted by the high frequency feed; a depth of the ring groove is between 1/5 and 1/4 of a wavelength of the first electromagnetic wave, and a width of the ring groove is 1/8 of the wavelength of the first electromagnetic wave; the high frequency feed is located in the waveguide tube, and has a same axis with the waveguide tube, and the first electromagnetic wave excites a transverse electric mode TE 11 in the waveguide tube; and the dielectric ring is filled between the waveguide tube and the high frequency feed, the dielectric ring has a multi-layer structure, and has a same axis with the waveguide tube, area sizes of planes that are at layers of the dielectric ring and that are perpendicular to the axis alternately change, and a height of the dielectric ring is less than a height of the waveguide tube.
A method for producing cheese, comprising the steps of: - providing a milk raw material, - subjecting the milk raw material to microfiltration to separate casein into a microfiltration retentate and whey proteins into a microfiltration permeate, - performing the microfiltration by means of one or more diafiltration steps to provide a casein concentrate as a diafiltration retentate, wherein the total concentration degree in the MF/DF steps is over 4, whereafter the casein concentrate is pre-acidified to produce an acidified casein concentrate, whereafter the acidified casein concentrate is concentrated to produce full concentrated pre-cheese, - processing the full concentrated pre-cheese to a cheese product. - providing a milk raw material, - subjecting the milk raw material to microfiltration to separate casein into a microfiltration retentate and whey proteins into a microfiltration permeate, - performing the microfiltration by means of one or more diafiltration steps to provide a casein concentrate as a diafiltration retentate, wherein the total concentration degree in the MF/DF steps is over 4, whereafter the casein concentrate is pre-acidified to produce an acidified casein concentrate, whereafter the acidified casein concentrate is concentrated to produce full concentrated pre-cheese, - processing the full concentrated pre-cheese to a cheese product.
An antitheft device for a steering column of a vehicle, the device comprising: - a locking bolt able to occupy a position for locking the steering column and comprising a cavity comprising two portions (25, 26), - a slider for maneuvering the locking bolt between a lock and an unlocked position by interacting with surfaces of the first and second portions of the cavity of the locking bolt and having a rectilinear movement, wherein: - said surface of the first portion is arranged so that the angle between the direction of movement of the slider when interacting with said surface and the tangent plane to said surface is smaller than 90°, and wherein said first portion comprises a surface on the opposite side of the surface of the first portion parallel to said surface, characterised in that - said surface of the second portion is arranged so that the angle between the direction of movement of the slider when interacting with said surface and the tangent plane to said surface is greater than 90°, and wherein said second portion comprises a surface on the opposite side of the surface of the second portion parallel to said surface, and in that the cavity in the locking bolt is designed such that the slider maneuvers said locking bolt without dead travel. - a locking bolt able to occupy a position for locking the steering column and comprising a cavity comprising two portions (25, 26), - a slider for maneuvering the locking bolt between a lock and an unlocked position by interacting with surfaces of the first and second portions of the cavity of the locking bolt and having a rectilinear movement, wherein: - said surface of the first portion is arranged so that the angle between the direction of movement of the slider when interacting with said surface and the tangent plane to said surface is smaller than 90°, and wherein said first portion comprises a surface on the opposite side of the surface of the first portion parallel to said surface, - said surface of the first portion is arranged so that the angle between the direction of movement of the slider when interacting with said surface and the tangent plane to said surface is smaller than 90°, and wherein said first portion comprises a surface on the opposite side of the surface of the first portion parallel to said surface, - said surface of the second portion is arranged so that the angle between the direction of movement of the slider when interacting with said surface and the tangent plane to said surface is greater than 90°, and wherein said second portion comprises a surface on the opposite side of the surface of the second portion parallel to said surface,