mhurhangee/ep-ind-claims huggingface dataset:
Tyre rubber composition based on at least one diene elastomer, an inorganic filler as reinforcing filler, a coupling agent providing the bonding between the inorganic filler and the diene elastomer, characterized in that the coupling agent is an azosilane compound is chosen from the following compounds: (EtO) 2 Si-CH 2 -CH 2 -CH 2 -NH-CO-N=N-CO-NH-CH 2 -CH 2 -CH 2 -Si(EtO) 2, (EtO) 2 Si-CH 2 -CH 2 -CH 2 -NH-CO-N=N-CO-NH-CH 2 -CH 2 -CH 2 -Si (EtO) 2 wherein Et=ethyl and R=C 13 H 27 (OCH 2 CH 2) 5.
A stereo display system comprising: a display; a viewing area; and pairs of stereo projectors, each pair of stereo projectors corresponding to a sub-region of the viewing area, wherein each pair of stereo projectors projects an image pair onto the display that will appear rectified to viewers located in the corresponding sub-region who exclusively view that image pair enabling them to perceive three-dimensional images presented on the display. a display; a viewing area; and pairs of stereo projectors, each pair of stereo projectors corresponding to a sub-region of the viewing area, wherein each pair of stereo projectors projects an image pair onto the display that will appear rectified to viewers located in the corresponding sub-region who exclusively view that image pair enabling them to perceive three-dimensional images presented on the display.
Kit for perimeter fencing of enclosures, comprising: - a base frame, consisting of a rigid mesh made up of a plurality of vertical rods and horizontal rods interlaced and linked together, and a base for support and stabilization on the ground; - vertical locking slats, which can be inserted into the frame; - horizontal locking profiles for locking and securing the upper ends of the locking slats; - transverse reinforcement beams, which can be attached transversely to the locking slats and to the frame; and - lower locking and fastening elements for connecting the respective lower ends of the locking slats to the lower end of the frame and for keeping them in a vertical position; characterised in that the lower locking and fastening elements are elastic clips, wherein each of the clips comprises: - a lower coupling, of essentially circular cross-section for coupling with the horizontal rod of the base, and - two upper flanges, inclined inwards, flexible and facing each other, for retaining the lower end of the corresponding locking slat. - a base frame, consisting of a rigid mesh made up of a plurality of vertical rods and horizontal rods interlaced and linked together, and a base for support and stabilization on the ground; - vertical locking slats, which can be inserted into the frame; - horizontal locking profiles for locking and securing the upper ends of the locking slats; - transverse reinforcement beams, which can be attached transversely to the locking slats and to the frame; and - lower locking and fastening elements for connecting the respective lower ends of the locking slats to the lower end of the frame and for keeping them in a vertical position; - a lower coupling, of essentially circular cross-section for coupling with the horizontal rod of the base, and - two upper flanges, inclined inwards, flexible and facing each other, for retaining the lower end of the corresponding locking slat.
An antenna apparatus comprising: a signal generator configured to generate an electrical signal having an amplitude; and a wire connected to the signal generator, wherein the wire has a diameter selected to cause the wire to be configured to emit photons in response to receiving the electrical signal, wherein the photons have a frequency based on the amplitude of a voltage of the electrical signal, wherein the apparatus further comprises a substrate, wherein the wire is oriented with respect to the substrate and wherein the apparatus is characterized in that the wire is comprised of a material selected from one of a thermoelectric material, bismuth telluride, bismuth, silicon, and bismuth-antimonide, and wherein the orientation of the wire relative to the substrate is selected from one of substantially perpendicular to a surface of the substrate and at an angle relative to the surface of the substrate. a signal generator configured to generate an electrical signal having an amplitude; and a wire connected to the signal generator, wherein the wire has a diameter selected to cause the wire to be configured to emit photons in response to receiving the electrical signal, wherein the photons have a frequency based on the amplitude of a voltage of the electrical signal, wherein the apparatus further comprises a substrate, wherein the wire is oriented with respect to the substrate and wherein the apparatus is characterized in that the wire is comprised of a material selected from one of a thermoelectric material, bismuth telluride, bismuth, silicon, and bismuth-antimonide, and wherein the orientation of the wire relative to the substrate is selected from one of substantially perpendicular to a surface of the substrate and at an angle relative to the surface of the substrate.
A tool measurement method for measuring a dimension of a tool having a flat part and an edge part at an end part of the flat part, using a contact type measurement probe, comprising: a measurement step of making a contactor of the measurement probe abut against a plurality of measurement points on the flat part to acquire measurement values; a plane equation derivation step of determining a plane equation of a measurement plane including the flat part, based on the measurement values obtained at the measurement step; a probe movement step of making the measurement probe move along the measurement plane represented by the plane equation determined at the plane equation derivation step from an outer side of the edge part toward the edge part until the contactor of the measurement probe abuts against the edge part; and an edge part position derivation step of determining a position of the edge part, based on a position of the measurement probe when making the contactor of the measurement probe abut against the edge part at the probe movement step. a measurement step of making a contactor of the measurement probe abut against a plurality of measurement points on the flat part to acquire measurement values; a plane equation derivation step of determining a plane equation of a measurement plane including the flat part, based on the measurement values obtained at the measurement step; a probe movement step of making the measurement probe move along the measurement plane represented by the plane equation determined at the plane equation derivation step from an outer side of the edge part toward the edge part until the contactor of the measurement probe abuts against the edge part; and an edge part position derivation step of determining a position of the edge part, based on a position of the measurement probe when making the contactor of the measurement probe abut against the edge part at the probe movement step.
A seating-type walk rehabilitation robot, comprising: a weight supporting part comprising an elevating and lowering part which is connected to a vertical supporting part and moves up and down, and a seating part which is connected to the elevating and lowering part, and supporting a trainee who sits on the seating part; and a walk actuating part which is connected to the weight supporting part and is installed on the ground, with weight supporting links which are connected to footrests to train the walking of the trainee and which are separately mounted side by side on both sides of the weight supporting part, the walk actuating part comprising: a first actuating part for forward and backward movements of the weight supporting links according to the walk tracking of each footrest, a second actuating part for upward and downward movements of the footrests caused by rotation of the weight supporting links, and a third actuating part for rotation of the footrests. a weight supporting part comprising an elevating and lowering part which is connected to a vertical supporting part and moves up and down, and a seating part which is connected to the elevating and lowering part, and supporting a trainee who sits on the seating part; and a walk actuating part which is connected to the weight supporting part and is installed on the ground, with weight supporting links which are connected to footrests to train the walking of the trainee and which are separately mounted side by side on both sides of the weight supporting part, the walk actuating part comprising: a first actuating part for forward and backward movements of the weight supporting links according to the walk tracking of each footrest, a second actuating part for upward and downward movements of the footrests caused by rotation of the weight supporting links, and a third actuating part for rotation of the footrests. a first actuating part for forward and backward movements of the weight supporting links according to the walk tracking of each footrest, a second actuating part for upward and downward movements of the footrests caused by rotation of the weight supporting links, and a third actuating part for rotation of the footrests.
A debris monitoring system for an autonomous coverage robot comprising: a receptacle defining a rectangular opening to receive debris into the receptacle, the opening having a top portion and a bottom portion, the top portion above the bottom portion as debris is received into the receptacle; a first and a second emitter (756; 804A, 804B) disposed on opposite sides of the opening (53, each arranged to emit a signal across at least a portion of the opening, characterized by a first receiver (760; 802A) proximate to the first emitter (756; 804A) to receive reflections of the signal emitted by the first emitter (756; 804A), the first receiver (760; 802A) disposed toward the opening to receive an unreflected portion of the signal emitted by the second emitter (756; 804B) across the largest dimension of the opening, wherein the receptacle is releasably engageable with a housing configured to support the receptacle as debris is received through the opening of the receptacle, and wherein the first and second emitters (756; 804A, 804B) and the first receiver (760; 802A) are each supported on the housing and the receptacle is movable relative to the first and second emitters (756; 804A, 804B) and the first receiver. a receptacle defining a rectangular opening to receive debris into the receptacle, the opening having a top portion and a bottom portion, the top portion above the bottom portion as debris is received into the receptacle; a first and a second emitter (756; 804A, 804B) disposed on opposite sides of the opening (53, each arranged to emit a signal across at least a portion of the opening, characterized by a first receiver (760; 802A) proximate to the first emitter (756; 804A) to receive reflections of the signal emitted by the first emitter (756; 804A), the first receiver (760; 802A) disposed toward the opening to receive an unreflected portion of the signal emitted by the second emitter (756; 804B) across the largest dimension of the opening, wherein the receptacle is releasably engageable with a housing configured to support the receptacle as debris is received through the opening of the receptacle, and wherein the first and second emitters (756; 804A, 804B) and the first receiver (760; 802A) are each supported on the housing and the receptacle is movable relative to the first and second emitters (756; 804A, 804B) and the first receiver.
Testing machine clamping head for clamping a specimen biased by a static and/or dynamic testing load comprising a) at least two clamping jaws (3, 4) between which the specimen which is to be tested can be clamped by a clamping force, b) a hydraulic clamping device which by means of a hydraulic pressure generates an actuating force which causes the clamping force at the clamping jaws (3, 4), characterized in that the testing machine clamping head comprises a mechanical securing device which partially or completely maintains the clamping force when the hydraulic pressure in the hydraulic clamping device is reduced or removed. a) at least two clamping jaws (3, 4) between which the specimen which is to be tested can be clamped by a clamping force, b) a hydraulic clamping device which by means of a hydraulic pressure generates an actuating force which causes the clamping force at the clamping jaws (3, 4),
A computer implemented method, comprising: receiving at a lost computing device an authorized command that lost mode be initiated on the lost computing device, wherein the authorized command includes contact information associated with a requesting user; and initiating lost mode on the lost computing device upon receiving the authorized command, wherein initiating lost mode comprises: locking the lost computing device so that data and applications cannot be accessed by an unauthorized user; suppressing select functionality of the lost computing device; displaying the contact information on the lost computing device; once the lost device is locked and functionality is suppressed, transmitting location data identifying the location of the lost computing device to the requesting user, wherein the location data is transmitted upon a transmitting condition being triggered, wherein the transmitting condition is triggered upon the lost computing device making a significant change in location; and contacting the requesting user based on the contact information associated with the requesting user. receiving at a lost computing device an authorized command that lost mode be initiated on the lost computing device, wherein the authorized command includes contact information associated with a requesting user; and initiating lost mode on the lost computing device upon receiving the authorized command, wherein initiating lost mode comprises: locking the lost computing device so that data and applications cannot be accessed by an unauthorized user; suppressing select functionality of the lost computing device; displaying the contact information on the lost computing device; once the lost device is locked and functionality is suppressed, transmitting location data identifying the location of the lost computing device to the requesting user, wherein the location data is transmitted upon a transmitting condition being triggered, wherein the transmitting condition is triggered upon the lost computing device making a significant change in location; and contacting the requesting user based on the contact information associated with the requesting user. locking the lost computing device so that data and applications cannot be accessed by an unauthorized user; suppressing select functionality of the lost computing device; displaying the contact information on the lost computing device; once the lost device is locked and functionality is suppressed, transmitting location data identifying the location of the lost computing device to the requesting user, wherein the location data is transmitted upon a transmitting condition being triggered, wherein the transmitting condition is triggered upon the lost computing device making a significant change in location; and contacting the requesting user based on the contact information associated with the requesting user.
A measurement transducer for a shaft of an escalator for providing a position code comprising a support ring and a magnetic measuring tape disposed circumferentially on said support ring, the support ring and the measuring tape being realized in two parts in the form of preferably semicircular elements (1a, 1b, 2a, 2b) and being selectively connectable to one another in a respective connection area using connection means of the support ring, the measuring tape having a plurality of magnetic poles disposed in the circumferential direction, characterized in that the magnetic poles are disposed in such a manner in the measuring tape that an individual magnetic pole (5a, 5b) extends in the circumferential direction of the measurement transducer across the respective connection area of the support ring and the measuring tape in each instance.
Device for the coating of running substrates moving in a direction of travel, this device comprising a confinement enclosure with an entry opening and an exit opening for the substartes in which a source of vapour of the coating material is present, this enclosure having a treatment zone communicating with the vapour source through at least one treatment opening, this source being such as to make it possible to generate a vapour flow for coating a substrate, characterised in that regulation means are provided allowing to control the flow of said vapour through said treatment opening between the inside of the confinement enclosure and a tubular passage delimited by walls presenting said opening and the regulation means and extending between the entry opening and the exit opening, this passage comprising the treatment zone, the regulation means comprising obturation elements able to be moved between an open position in which the flow of said vapour can pass from the confinement enclosure through the treatment opening towards the passage and the treatment zone and a closed position in which the treatment zone is isolated with respect to the confinement enclosure and the vapour source, the confinement enclosure being such as to allow free circulation and distribution of the vapour around the passage.
A light emitting diode lighting apparatus, comprising: a printed circuit board having an array of light emitting diode chips mounted thereto, the printed circuit board including a segmented conductor pathway configured to electrically couple at least a portion of the array of LED chips and provide an electrical contact configured to electrically couple the segmented conductor pathway to a power source; an array of first optic elements overlying the array of LED chips, wherein each of the LED chips is configured to emit light of a first wavelength range through a light emitting surface of a different associated one of the first optic elements; an array of second optic elements overlying the array of first optic elements, wherein each of the second optic elements is configured to convert light of the first wavelength range to light of a second wavelength range different from the first wavelength range; a cover which overlies the printed circuit board, wherein the array of second optic elements form a portion of the cover, the cover including a carrier including a plurality of apertures formed therein, and each of the apertures contains one of the second optic elements; and wherein the first optic elements comprise clear silicone filling respective recesses formed in the second optic elements. a printed circuit board having an array of light emitting diode chips mounted thereto, the printed circuit board including a segmented conductor pathway configured to electrically couple at least a portion of the array of LED chips and provide an electrical contact configured to electrically couple the segmented conductor pathway to a power source; an array of first optic elements overlying the array of LED chips, wherein each of the LED chips is configured to emit light of a first wavelength range through a light emitting surface of a different associated one of the first optic elements; an array of second optic elements overlying the array of first optic elements, wherein each of the second optic elements is configured to convert light of the first wavelength range to light of a second wavelength range different from the first wavelength range; a cover which overlies the printed circuit board, wherein the array of second optic elements form a portion of the cover, the cover including a carrier including a plurality of apertures formed therein, and each of the apertures contains one of the second optic elements; and wherein the first optic elements comprise clear silicone filling respective recesses formed in the second optic elements.
A process for producing a transparent electromagnetic shielding material having a transparent base material and an electroconductive metal layer comprising the following steps (a), (b) and (c): (a) a step wherein pattern printing is carried out by screen printing or gravure printing on said transparent base material using an ink containing a reducing agent, a particulate substance, a binder resin and a solvent to form a reducing agent-containing pattern layer, (b) a step wherein a metal ion solution containing metal ions, which can function as an electroless plating catalyst upon reduction, is applied on said reducing agent-containing pattern layer, and the metal ion is reduced by contact between the reducing agent and the metal ion to form an electroless plating catalyst layer, and (c) a step wherein an electroconductive metal layer is formed by plating treatment on said electroless plating catalyst layer. (a) a step wherein pattern printing is carried out by screen printing or gravure printing on said transparent base material using an ink containing a reducing agent, a particulate substance, a binder resin and a solvent to form a reducing agent-containing pattern layer, (b) a step wherein a metal ion solution containing metal ions, which can function as an electroless plating catalyst upon reduction, is applied on said reducing agent-containing pattern layer, and the metal ion is reduced by contact between the reducing agent and the metal ion to form an electroless plating catalyst layer, and (c) a step wherein an electroconductive metal layer is formed by plating treatment on said electroless plating catalyst layer.
A computer-implemented method for generating a cryptographic hash H of a message M, said method comprising: a cryptographic unit obtaining said message M; said cryptographic unit padding said message M; said cryptographic unit dividing said message M into a plurality of equal length blocks ( N i); said cryptographic unit indexing each block by adding a bit representation of an index ( I i) to each block, said index being incremented for each block; said cryptographic unit mapping (112, 114) each indexed block ( O i) into a group using an identity function instead of an available hash function to provide a plurality of points ( P i) on an elliptic curve; said cryptographic unit computing a total point by summing said plurality of points on said elliptic curve; and said cryptographic unit deriving said hash H of said message M from said total point; characterized by said deriving being performed according to the following equation: ⌊ x Q + ⌊ x Q 2 ⌋ G / 2 ⌋ mod 2 n, where x is an integer whose bit string representation equals a bit string representation of the x-coordinate of an elliptic curve point P, └ x ┘ is the largest integer not exceeding x, Q is said total point, G is a generator point, and n is a length of said hash H in bits. a cryptographic unit obtaining said message M; said cryptographic unit padding said message M; said cryptographic unit dividing said message M into a plurality of equal length blocks ( N i); said cryptographic unit indexing each block by adding a bit representation of an index ( I i) to each block, said index being incremented for each block; said cryptographic unit mapping (112, 114) each indexed block ( O i) into a group using an identity function instead of an available hash function to provide a plurality of points ( P i) on an elliptic curve; said cryptographic unit computing a total point by summing said plurality of points on said elliptic curve; and said cryptographic unit deriving said hash H of said message M from said total point; characterized by said deriving being performed according to the following equation: ⌊ x Q + ⌊ x Q 2 ⌋ G / 2 ⌋ mod 2 n, where x is an integer whose bit string representation equals a bit string representation of the x-coordinate of an elliptic curve point P, └ x ┘ is the largest integer not exceeding x, Q is said total point, G is a generator point, and n is a length of said hash H in bits.