mhurhangee/ep-ind-claims huggingface dataset:
A vehicle occupant knee protection apparatus, comprising: a knee panel (24R, 24L) to which load is input from a knee of an occupant upon a collision of a vehicle; a lower bracket (22R, 22L) of which a lower end is fixed to a lower end portion of the knee panel (24R, 24L); and an upper bracket (20R, 20L) of which a rear end is fixed to an upper end portion of the knee panel (24R, 24L) and at which multiple creases (46, 48) that are to be bent in response to the load being input are provided in a longitudinal row, and a knee airbag module that is arranged near a portion, at a side where the lower bracket (22R, 22L) is present, of the knee panel (24R, 24L) and that is fixed to the knee panel (24R, 24L) or to the lower bracket (22R, 22L), characterized in that an upper end of the lower bracket (22R, 22L) is fixed to a front end portion of the upper bracket (20R, 20L) and the front end of the upper bracket (20R, 20L) is fixed to an instrument panel reinforcement, wherein an attachment portion (62, 64) of the knee airbag module via which the knee airbag module is fixed to the knee panel (24R, 24L) is located higher than the lower end of the lower bracket (22R, 22L), and another attachment portion (66, 68) of the knee airbag module via which the knee airbag module is fixed to the knee panel (24R, 24L) is located lower than the lower end of the lower bracket (22R, 22L). a knee panel (24R, 24L) to which load is input from a knee of an occupant upon a collision of a vehicle; a lower bracket (22R, 22L) of which a lower end is fixed to a lower end portion of the knee panel (24R, 24L); and an upper bracket (20R, 20L) of which a rear end is fixed to an upper end portion of the knee panel (24R, 24L) and at which multiple creases (46, 48) that are to be bent in response to the load being input are provided in a longitudinal row, and a knee airbag module that is arranged near a portion, at a side where the lower bracket (22R, 22L) is present, of the knee panel (24R, 24L) and that is fixed to the knee panel (24R, 24L) or to the lower bracket (22R, 22L), characterized in that an upper end of the lower bracket (22R, 22L) is fixed to a front end portion of the upper bracket (20R, 20L) and the front end of the upper bracket (20R, 20L) is fixed to an instrument panel reinforcement, wherein an attachment portion (62, 64) of the knee airbag module via which the knee airbag module is fixed to the knee panel (24R, 24L) is located higher than the lower end of the lower bracket (22R, 22L), and another attachment portion (66, 68) of the knee airbag module via which the knee airbag module is fixed to the knee panel (24R, 24L) is located lower than the lower end of the lower bracket (22R, 22L).
A displacement sensor (10, 10A, 10B, 10C, 10D, 60) comprising: an elastic member; and a flat-film-shaped piezoelectric element (30 to 38, 38A, 431, 432, 512) attached to a first main face of the elastic member and obtained by forming electrodes (301, 302, 311, 312, 321, 322, 331, 341, 351, 352, 361, 362, 371, 372, 381) on both main faces of a piezoelectric sheet (300, 310, 320, 330, 340, 350, 360, 370, 380), wherein the piezoelectric sheet (300, 310, 320, 330, 340, 350, 360, 370, 380) contains polylactic acid and is stretched at least in a uniaxial direction, and wherein the mechanical strength of the elastic member is higher than at least that of the piezoelectric sheet. an elastic member; and a flat-film-shaped piezoelectric element (30 to 38, 38A, 431, 432, 512) attached to a first main face of the elastic member and obtained by forming electrodes (301, 302, 311, 312, 321, 322, 331, 341, 351, 352, 361, 362, 371, 372, 381) on both main faces of a piezoelectric sheet (300, 310, 320, 330, 340, 350, 360, 370, 380), wherein the piezoelectric sheet (300, 310, 320, 330, 340, 350, 360, 370, 380) contains polylactic acid and is stretched at least in a uniaxial direction, and wherein the mechanical strength of the elastic member is higher than at least that of the piezoelectric sheet.
Fuel injection system for injecting fuel into a combustion chamber of an internal combustion engine, having a housing and having a sensor bore formed in said housing, through which sensor bore a sensor arrangement projects into a high-pressure region formed in the housing, wherein the sensor arrangement closes off the sensor bore in liquid-tight fashion, wherein the sensor arrangement comprises a sensor arranged in the high-pressure region and two contact wires (1, 2) cast into an electrically non-conductive encapsulation, characterized in that the encapsulation is composed of a glass.
A constant flow valve for fire protection installations controlling the discharge of fluid stored under pressure in cylinders comprising a body with a fluid inlet hole, suitable for being coupled to the mouth of the cylinder containing the pressurised fluid, a fluid outlet hole, suitable for being coupled to the piping of the installation, and a sealing shaft whose movement, determined by release means, opens or closes the passage of fluid inside the body from the inlet to the outlet, where the release means are pneumatic, comprising at least one pneumatic actuation hole and a hermetic chamber associated with the sealing shaft, such that they determine the regulation of the fluid pressure in the outlet and such that the outlet pressure is given by the driving pneumatic pressure, regardless of the fluid inlet pressure from the cylinder characterised in that the pneumatic actuation hole incorporates a non-return valve.
A compound of the formula (a) wherein R 1 is C 1 -C 6 alkyl, halo, C 1 -C 6 alkoxy, or thio(C 1 -C 6 alkyl); and R 2 is where R 5 is hydrogen or optionally substituted C 1 -C 9 alkyl; R 6 is -COOR 11 or where R 11 is hydrogen or C 1 -C 6 alkyl, and R 12 is optionally substituted C 1 -C 6 alkyl, wherein the optional substituent is alkoxy; and salts thereof.
A method for certifying the presence of an operator, comprising the following steps: a presence code is requested at a given time (21,22) to a first device operable by a user; said first device generates said presence code, wherein said presence code comprises a portion generated according to an encoding algorithm, wherein said generated portion depends on said time (21,22) and on an identifier of said first device; a second device operable by an operator stores said generated presence code; said presence code is transmitted to a third validation device; said third validation device certifies the presence of said operator at said user at said time instant (21, 22), characterized in that said certification comprises: providing said third validation device with at least one piece of time information (21, 206, 306) about said time instant (21, 22), and further providing said identifier of said first device, wherein said presence code is validated by comparing it with at least one second presence code generated by said third validation device according to the same said encoding algorithm and according to said at least one piece of time information (21, 206, 306) and according to said identifier, wherein said certification occurs if said comparison shows a match between said presence code and said at least one second presence code. a presence code is requested at a given time (21,22) to a first device operable by a user; said first device generates said presence code, wherein said presence code comprises a portion generated according to an encoding algorithm, wherein said generated portion depends on said time (21,22) and on an identifier of said first device; a second device operable by an operator stores said generated presence code; said presence code is transmitted to a third validation device; said third validation device certifies the presence of said operator at said user at said time instant (21, 22), providing said third validation device with at least one piece of time information (21, 206, 306) about said time instant (21, 22), and further providing said identifier of said first device, wherein said presence code is validated by comparing it with at least one second presence code generated by said third validation device according to the same said encoding algorithm and according to said at least one piece of time information (21, 206, 306) and according to said identifier, wherein said certification occurs if said comparison shows a match between said presence code and said at least one second presence code.
A sealing element for sealing a pressure piston that is movably arranged in a housing of a brake cylinder, the sealing element being insertable into a ring-shaped groove provided in the housing, comprising: an outer sealing lip for contact with a floor of the ring-shaped groove, an inner sealing lip for contact with the pressure piston, and a sealing element back on which at least one non-sealing spacer element is provided, characterized in that a sealing ring is provided on the sealing element back and is situated radially inwardly from the spacer element, the spacer element protruding beyond the sealing ring in the axial direction. an outer sealing lip for contact with a floor of the ring-shaped groove, an inner sealing lip for contact with the pressure piston, and a sealing element back on which at least one non-sealing spacer element is provided,
Core element, in particular for sandwich elements, wherein - the core element has at least two hemisphere panels (16, 18) combined with each other, - each hemisphere panel (16, 18) having uniform hemispherical elevations or elevations in the shape of a sphere segment or a sphere layer between planar regions and spaced at a distance from one another, - the two or in each case two hemisphere panels (16, 18) face each other with their elevations, and - when two or in each case two hemisphere panels (16, 18) combined with each other, the elevations of a hemispherical panel (16, 18) respectively make contact with their apex points or apex surfaces to a planar region of the other hemisphere panel (16, 18), characterized in that - the two or in each case two hemisphere panels (16, 18) facing each other in each case are connected to each other in that the elevations are connected in the region of their apex points or apex surfaces with the planar region of the other or another hemisphere panel (16, 18) to which they make contact. - the core element has at least two hemisphere panels (16, 18) combined with each other, - each hemisphere panel (16, 18) having uniform hemispherical elevations or elevations in the shape of a sphere segment or a sphere layer between planar regions and spaced at a distance from one another, - the two or in each case two hemisphere panels (16, 18) face each other with their elevations, and - when two or in each case two hemisphere panels (16, 18) combined with each other, the elevations of a hemispherical panel (16, 18) respectively make contact with their apex points or apex surfaces to a planar region of the other hemisphere panel (16, 18), characterized in that - the two or in each case two hemisphere panels (16, 18) facing each other in each case are connected to each other in that the elevations are connected in the region of their apex points or apex surfaces with the planar region of the other or another hemisphere panel (16, 18) to which they make contact.
A method of locating a wireless communications device, the method including the steps of: estimating a function of a wireless communications channel between the wireless device and an access point for said wireless device; calculating an estimate of the entropy of the function of the wireless communications channel, characterised in that the method further includes the steps of: comparing said estimate of entropy against a plurality of previously obtained calculations of the entropy or estimates of the entropy of said function for known locations; and determining a location of said wireless device based on said comparison. estimating a function of a wireless communications channel between the wireless device and an access point for said wireless device; calculating an estimate of the entropy of the function of the wireless communications channel, characterised in that the method further includes the steps of: comparing said estimate of entropy against a plurality of previously obtained calculations of the entropy or estimates of the entropy of said function for known locations; and determining a location of said wireless device based on said comparison. comparing said estimate of entropy against a plurality of previously obtained calculations of the entropy or estimates of the entropy of said function for known locations; and determining a location of said wireless device based on said comparison.
Safety equipment adapted to detect a stop of a three-phase motor, the safety equipment comprising: a plurality of back electromotive force detection parts (11, 12), each of the plurality of back electromotive force detection parts (11, 12) is configured to be connected to two terminals of wiring of each phase of at least two phases or more of the three-phase motor respectively to detect a back electromotive force of each phase; and a determination part that determines whether or not the three-phase motor is stopped based on a detection output of the back electromotive force detection parts (11, 12), wherein the plurality of back electromotive force detection parts detect each back electromotive force.
A device for detecting a magnetic field (B 2) comprising: - a first tapered acoustic waveguide having a first base and a first tapered end; - a first electrically conductive wire rigidly coupled to the first tapered end; and - an electroacoustic transducer rigidly coupled to the first base. - a first tapered acoustic waveguide having a first base and a first tapered end; - a first electrically conductive wire rigidly coupled to the first tapered end; and - an electroacoustic transducer rigidly coupled to the first base.
A transition piece for a gas turbine, the transition piece comprising: a body defining a flowpath and enclosure, the body having a rounded inlet section for receiving combustion products from a combustor of the gas turbine engine and a rectilinear outlet end for flowing the combustor products into a first stage nozzle of the gas turbine; wherein the transition piece comprises a one-piece cast construction of the rounded inlet section, the body and the rectilinear outlet end, characterised in that the transition piece being formed from a nickel-based superalloy, thick transitions occur at areas where there is a change in direction of the transition piece, wherein the transition piece has a thick-to-thin transition ratio of wall thickness of thick transition to wall thickness of thin transition of 1.1 to 2.5; and wherein the transition piece has a length-to diameter ratio of length between the thick transition to the thin transition over diameter of rounded inlet section of 0.1 to 0.9. a body defining a flowpath and enclosure, the body having a rounded inlet section for receiving combustion products from a combustor of the gas turbine engine and a rectilinear outlet end for flowing the combustor products into a first stage nozzle of the gas turbine; wherein the transition piece comprises a one-piece cast construction of the rounded inlet section, the body and the rectilinear outlet end, the transition piece being formed from a nickel-based superalloy, thick transitions occur at areas where there is a change in direction of the transition piece, wherein the transition piece has a thick-to-thin transition ratio of wall thickness of thick transition to wall thickness of thin transition of 1.1 to 2.5; and wherein the transition piece has a length-to diameter ratio of length between the thick transition to the thin transition over diameter of rounded inlet section of 0.1 to 0.9.
A water sensing apparatus for a reservoir, the apparatus including: a liquid conveyor tube that pivots about a pivot point between a raised configuration and a lowered configuration; a level sensing device is installed along the length of the liquid conveyor tube; a processor module is coupled to the level sensing device for receiving a signal indicative of a water level in the reservoir; wherein, with the liquid conveyor tube in the lowered configuration, the level sensing device provides a signal indicative of a water level in the reservoir. a liquid conveyor tube that pivots about a pivot point between a raised configuration and a lowered configuration; a level sensing device is installed along the length of the liquid conveyor tube; a processor module is coupled to the level sensing device for receiving a signal indicative of a water level in the reservoir; wherein, with the liquid conveyor tube in the lowered configuration, the level sensing device provides a signal indicative of a water level in the reservoir.
A system for mooring a floating plant for the production of energy from currents in a body of water, comprising a ballastable plant floating in the body of water and having at least one generator for energy production, and at least one elongate first mooring element which at a first end is connected to one end of the plant, wherein the first mooring element at its second end is connected to a buoyant element which is floating in the body of water and anchored to a bottom below the body of water via at least one second elongate mooring element, characterised in - that the second end of the first mooring element is connected to the buoyant element via an adjustable first suspension means, - that the second elongate mooring element is connected to the buoyant element via at least one adjustable second suspension means, and - that the second end of the first mooring element is also connected to the second elongate mooring element via an elongate intermediate portion between the first suspension means and the second suspension means, said suspension means (8, 9) being adjustable so as to correspond to the draught of the plant, whereby the second end of the first mooring element is connected to the buoyant element at a level (d) in the body of water that corresponds to the level in the body of water at which the first end of the first mooring element is connected to the floating plant, whereby the first mooring element runs horizontally or almost horizontally in the body of water. - that the second end of the first mooring element is connected to the buoyant element via an adjustable first suspension means, - that the second elongate mooring element is connected to the buoyant element via at least one adjustable second suspension means, and - that the second end of the first mooring element is also connected to the second elongate mooring element via an elongate intermediate portion between the first suspension means and the second suspension means,
A suctioning and conveying system for suctioning and conveying an object comprising first means for generating a low pressure induced by a whirlwind for sucking in the object, the whirlwind having an axis of rotation, wherein the system comprises second means (40, 80) for conveying the suctioned object along a transfer path transverse to the axis of rotation of the whirlwind, characterized in that the first means is designed as a vortex suction unit which includes an upper vortex generator driven by a motor, the upper vortex generator including a base concentrically driven by the motor and a plurality of blades radially disposed on the base and extending perpendicularly upwards therefrom, the vortex suction unit further comprising a housing surrounding the peripheral edge of the base and blades and being formed integrally with the base.
A method of manufacturing an article of footwear, the method comprising: positioning an upper on a last, the last defining openings (12, 13) connected by one or more channels in the last; injecting a material through the one or more channels in the last; and forming a structure on the upper with the material. positioning an upper on a last, the last defining openings (12, 13) connected by one or more channels in the last; injecting a material through the one or more channels in the last; and forming a structure on the upper with the material.
A system for protecting an integrated circuit device from attacks, the IC device comprising a substrate having a front surface and a back surface, the IC device further comprising a front side part arranged above the front surface of the substrate and comprising stacked layers, at least one of said layers comprising a data layer comprising wire carrying data, the front side part having a front surface, whereir the system comprises an internal shield arranged in the IC device in the vicinity of the front surface of the substrate, in one or more lower layers of the front side part, below said data layer, said lower layers including conductive layers, said internal shield comprising a mesh of lines arranged in empty areas of the one or more layers in which the internal shield is arranged, said lower layers including polysilicon layers, and/or metal layers, the internal shield forming a structure that has a repeated routing pattern comprising rectilinear lines, the routing of the internal shield being configured to fit said empty areas while bypassing the components arranged in said one or more layers, the system further comprising a verification circuit configured to check integrity of a routing portion of the internal shield, said verification circuit being arranged in the vicinity of sensitive components of the device or interleaved with sensitive components of the IC device, said verification circuit being configured to propagate input data inside said routing portion of internal shield and check the integrity of said input data at the output of said routing portion of the internal shield, wherein the verification unit comprises a computation unit for computing said input data to be sent through said routing portion of the internal shield and a comparison unit to check if a condition is satisfied between an output value received at the output of said routing portion and said input data, said verification circuit being implemented in the form of a dummy computation circuitry, by filling the low-density placement areas of the front-side part with said dummy computation circuitry the frequency of the verification circuit depending on a system clock, the input data being generated by a random number generator or being derived from a random seed, and wherein said computation unit is configured to implement an operation to compute said target value, said operation being selected in the group consisting of an arithmetic operation, a ciphering operation, or a Cyclic Redundancy Check computations.