mhurhangee/ep-ind-claims huggingface dataset:
A solidly mounted resonator having an electromagnetic shielding structure, comprising: a substrate; an acoustic-wave reflecting layer formed on the substrate; a resonance function layer formed on the acoustic-wave reflecting layer, wherein the resonance function layer comprises a lower electrode layer, a piezoelectric layer, and an upper electrode layer, which are stacked in the above-listed sequence; and a metal shielding wall formed on the substrate, wherein the metal shielding wall surrounds an effective region (I-1) in the acoustic-wave reflecting layer and the lower electrode when viewed along a direction perpendicular to the substrate, and the upper electrode layer and the lower electrode layer overlap in the effective region (I-1) when viewed along the direction; wherein the metal shielding wall comprises a first metal shielding wall and a second metal shielding wall which are electrically connected, the first metal shielding wall surrounds the lower electrode layer and the acoustic-wave reflecting layer, and the second metal shielding wall is filled at a position at which the piezoelectric layer is etched. a substrate; an acoustic-wave reflecting layer formed on the substrate; a resonance function layer formed on the acoustic-wave reflecting layer, wherein the resonance function layer comprises a lower electrode layer, a piezoelectric layer, and an upper electrode layer, which are stacked in the above-listed sequence; and a metal shielding wall formed on the substrate, wherein the metal shielding wall surrounds an effective region (I-1) in the acoustic-wave reflecting layer and the lower electrode when viewed along a direction perpendicular to the substrate, and the upper electrode layer and the lower electrode layer overlap in the effective region (I-1) when viewed along the direction; wherein the metal shielding wall comprises a first metal shielding wall and a second metal shielding wall which are electrically connected, the first metal shielding wall surrounds the lower electrode layer and the acoustic-wave reflecting layer, and the second metal shielding wall is filled at a position at which the piezoelectric layer is etched.
Device for flushing and/or for testing the pressure and tightness of pipes of drinking water and/or heating systems, with a base framework, wherein the device has at least one water pipe (17, 43) with a water network connection and at least one outlet for connecting to the pipes of the drinking water and/or heating system, wherein at least one compressed air pipe opens into the water pipe, which compressed air pipe is secured with respect to the water pipe by a non-return valve and in which a switching valve, preferably a 3/2-way valve, is seated, by means of which the access of the compressed air to the water pipe can be selectively blocked and released, and wherein a non-return valve (20, 45) is seated in the water pipe (17, 43) and secures the water pipe (17, 43) against the water network connection.
A normal detection method for measuring a plurality of distances to a measurement subject using a plurality of distance detectors, and obtaining a normal vector (Vn) on a measured surface of the measurement subject from the obtained measurement results, wherein a plurality of measurement points on the measured surface at a plurality of measurement positions are represented with three-dimensional coordinates from the plurality of measurement positions where the distance detectors measure the distances to the measurement subject, and a plurality of measurement results obtained by the distance detectors at the plurality of measurement positions, wherein a straight line connecting, on three-dimensional axes, a first measurement point measured at an arbitrary first measurement position among the plurality of measurement positions by the distance detector and a second measurement point measured at a second measurement position different from the first measurement position is defined as a first vector, wherein a straight line connecting, on three-dimensional axes, the first measurement point and a third measurement point measured at a third measurement position different from the first measurement position and the second measurement position is defined as a second vector, and wherein a normal vector (Vn) on the measured surface is obtained by determining an outer product of the first vector and the second vector, wherein the first measurement position, the second measurement position, and the third measurement position are selected so that the area of a triangle made with three points of the first measurement position, the second measurement position, and the third measurement position becomes the largest the method being characterized in that the distance detectors are radially arranged in eight places including the first measurement position, the second measurement position, and the third measurement position.
A surgical stapling device, comprising: a handle assembly; an endoscopic portion extending distally from the handle assembly and defining a first longitudinal axis (A-A); and an end effector defining a second longitudinal axis (B-B), the end effector including: an anvil assembly supported adjacent a distal end of the endoscopic portion and including a dissecting tip extending therefrom; a cartridge assembly pivotally mounted adjacent the distal end of the endoscopic portion, characterised in that the cartridge assembly being mounted for pivotal movement in relation to the anvil assembly between open and approximated positions, the anvil assembly being fixed from movement with respect to the cartridge assembly. a handle assembly; an endoscopic portion extending distally from the handle assembly and defining a first longitudinal axis (A-A); and an end effector defining a second longitudinal axis (B-B), the end effector including: an anvil assembly supported adjacent a distal end of the endoscopic portion and including a dissecting tip extending therefrom; a cartridge assembly pivotally mounted adjacent the distal end of the endoscopic portion, characterised in that the cartridge assembly being mounted for pivotal movement in relation to the anvil assembly between open and approximated positions, the anvil assembly being fixed from movement with respect to the cartridge assembly. an anvil assembly supported adjacent a distal end of the endoscopic portion and including a dissecting tip extending therefrom; a cartridge assembly pivotally mounted adjacent the distal end of the endoscopic portion, characterised in that the cartridge assembly being mounted for pivotal movement in relation to the anvil assembly between open and approximated positions, the anvil assembly being fixed from movement with respect to the cartridge assembly.
An assembly for diverting liquid flowing at a first rate through a conduit, the assembly comprising: a. a caddy (114, 114A-C) defining a volume; b. a clamp, (i) comprising an upper section and a lower section and (ii) being designed to encircle a portion of conduit, the upper section being configured to communicate with conduit to permit fluid to flow thereto and therefrom; c. a locking collar for connecting the caddy to the upper section of the clamp; d. an inlet configured, in use, to permit liquid to flow from the conduit into the caddy so as to effect the diversion, via the upper section; the inlet extending into the conduit and having a tapered end (i) presenting an open face to the flowing fluid and (ii) whose trailing edge extends farthest into conduit; e. an outlet configured, in use, to permit liquid to flow from the caddy to return to the conduit, the volume defined by the caddy forming part of a low-flow region in which the diverted liquid flows at a rate less than the first rate; the outlet extending into the conduit and having a tapered end (i) opening opposite to the flowing fluid and (ii) whose leading edge extends farthest into conduit; and f. means for acting upon diverted liquid in the low-flow region, the means selected from the group consisting of treatment, sensing, measuring, sampling, re-diverting, and collecting devices, characterized in that the caddy (114, 114 A-C) forms, in use, interface between various equipments and fluid flowing within conduit, and comprises at least two ports (118A-D) in which the means may be plugged to be in contact with the liquid. a. a caddy (114, 114A-C) defining a volume; b. a clamp, (i) comprising an upper section and a lower section and (ii) being designed to encircle a portion of conduit, the upper section being configured to communicate with conduit to permit fluid to flow thereto and therefrom; c. a locking collar for connecting the caddy to the upper section of the clamp; d. an inlet configured, in use, to permit liquid to flow from the conduit into the caddy so as to effect the diversion, via the upper section; the inlet extending into the conduit and having a tapered end (i) presenting an open face to the flowing fluid and (ii) whose trailing edge extends farthest into conduit; e. an outlet configured, in use, to permit liquid to flow from the caddy to return to the conduit, the volume defined by the caddy forming part of a low-flow region in which the diverted liquid flows at a rate less than the first rate; the outlet extending into the conduit and having a tapered end (i) opening opposite to the flowing fluid and (ii) whose leading edge extends farthest into conduit; and f. means for acting upon diverted liquid in the low-flow region, the means selected from the group consisting of treatment, sensing, measuring, sampling, re-diverting, and collecting devices, characterized in that the caddy (114, 114 A-C) forms, in use, interface between various equipments and fluid flowing within conduit, and comprises at least two ports (118A-D) in which the means may be plugged to be in contact with the liquid.
A tire comprising a rubber composition based on at least a rubber crumb and a thermoplastic elastomer, said rubber crumb representing 50% by mass or more of the rubber composition, and exhibiting a ratio of the chloroform extract to the acetone extract of less than 2; the chloroform and acetone extracts being expressed as percentages by mass and measured according to the ISO1407 standard, by means of a Soxhlet-type extractor.
Vehicle elevator for lifting a vehicle, the elevator comprising: - a carrier (8,10) configured for lifting the vehicle, wherein the carrier comprises a first and a second carrier part each extending in a longitudinal direction and each having a longitudinal central axis; - a lifting mechanism configured for raising and lowering the carrier, wherein the lifting mechanism comprises a lifting drive with at least one lifting cylinder configured for raising the first and/or second carrier part; further comprising a floor connector having a floor shaft, a rotatable rod (20,22) that extends between the floor connector and the carrier, wherein the at least one lifting cylinder is mounted at a mounting distance from the longitudinal central axis of the respective carrier part, further comprising a connection rod extending between a first end connected to the rotatable rod at a connection shaft and a second end connected to the carrier part at a piston shaft, characterised in that the connection rod has a length that is larger than the distance between the connection shaft and the floor shaft. - a carrier (8,10) configured for lifting the vehicle, wherein the carrier comprises a first and a second carrier part each extending in a longitudinal direction and each having a longitudinal central axis; - a lifting mechanism configured for raising and lowering the carrier, wherein the lifting mechanism comprises a lifting drive with at least one lifting cylinder configured for raising the first and/or second carrier part; further comprising a floor connector having a floor shaft, a rotatable rod (20,22) that extends between the floor connector and the carrier, wherein the at least one lifting cylinder is mounted at a mounting distance from the longitudinal central axis of the respective carrier part, further comprising a connection rod extending between a first end connected to the rotatable rod at a connection shaft and a second end connected to the carrier part at a piston shaft, characterised in that the connection rod has a length that is larger than the distance between the connection shaft and the floor shaft.
A method for measuring a length of a gap (x) between a rotating tool and a workpiece to be machined by the rotating tool by irradiating the gap (x) with a laser beam, and measuring the length of the gap (x) based on a diffracted pattern of diffracted light diffracted through the gap (x) without being interrupted, the method comprising: generating a pulsed laser beam having a width greater than the gap (x) between the rotating tool and the workpiece oppositely disposed to the rotating tool; irradiating the gap (x) between an edge of the workpiece and the rotating tool with the pulsed laser beam, the gap (x) resulting from tilting an optical axis of the pulsed laser beam relative to a plane of the workpiece; emitting the pulsed laser beam in an identical angle range of the rotating tool during oscillation pulse ON durations, the laser beam having an oscillation pulse period that is one pulse per revolution or per an integer number of revolutions of the rotating tool; and detecting on a light receiving sensor a light which is irradiated toward the gap (x) and which is diffracted through the gap (x) without being interrupted, so as to measure the length of the gap (x). generating a pulsed laser beam having a width greater than the gap (x) between the rotating tool and the workpiece oppositely disposed to the rotating tool; irradiating the gap (x) between an edge of the workpiece and the rotating tool with the pulsed laser beam, the gap (x) resulting from tilting an optical axis of the pulsed laser beam relative to a plane of the workpiece; emitting the pulsed laser beam in an identical angle range of the rotating tool during oscillation pulse ON durations, the laser beam having an oscillation pulse period that is one pulse per revolution or per an integer number of revolutions of the rotating tool; and detecting on a light receiving sensor a light which is irradiated toward the gap (x) and which is diffracted through the gap (x) without being interrupted, so as to measure the length of the gap (x).
System (14,102) for blocking a vehicle, comprising: - a blocking device capable of moving along the vehicle; - a blocking element attached to the blocking device capable of being positioned against a vehicle tire such that the vehicle is blocked; - a blocking element extension mechanism (36,38) configured to extend the blocking element from a retracted position to an extended position; - height adjusting means (44,50,54) for height adjustment of the blocking element; and - calculating means for calculating the desired height of the blocking element with the blocking element in an extended position, characterized in that the blocking element in extended position is being brought into a first contact with the tire at a first height, the position of this first contact being determined by the calculating means; and to at least a second height, the position of this at least second contact being determined by the calculating means, such that the calculating means is configured to determine tire diameter of the vehicle tire and using this to calculate the desired height of the blocking element into contact with the tire. - a blocking device capable of moving along the vehicle; - a blocking element attached to the blocking device capable of being positioned against a vehicle tire such that the vehicle is blocked; - a blocking element extension mechanism (36,38) configured to extend the blocking element from a retracted position to an extended position; - height adjusting means (44,50,54) for height adjustment of the blocking element; and - calculating means for calculating the desired height of the blocking element with the blocking element in an extended position, characterized in that the blocking element in extended position is being brought into a first contact with the tire at a first height, the position of this first contact being determined by the calculating means; and to at least a second height, the position of this at least second contact being determined by the calculating means, such that the calculating means is configured to determine tire diameter of the vehicle tire and using this to calculate the desired height of the blocking element into contact with the tire.
A measurement element comprising: a semiconductor substrate; an electrical insulating film formed on a top surface of the semiconductor substrate; a resistor formed on the electrical insulating film, the resistor constituting a heater; and a cavity part formed by removing a portion of the semiconductor substrate that corresponds to a region located below a body part of the resistor up to a bottom surface of the electrical insulating film, wherein any of an opening and a slit is formed in a portion of the electrical insulating film laterally surrounding the body part of the resistor and being located above the cavity part in such a manner as to penetrate the electrical insulating film in a thickness direction thereof; characterized in that a protection film is formed on a top surface of the electrical insulating film such that it covers the opening or the slit, wherein the protection film covering the opening or the slit is an organic film, made of polyimide. a semiconductor substrate; an electrical insulating film formed on a top surface of the semiconductor substrate; a resistor formed on the electrical insulating film, the resistor constituting a heater; and a cavity part formed by removing a portion of the semiconductor substrate that corresponds to a region located below a body part of the resistor up to a bottom surface of the electrical insulating film, wherein any of an opening and a slit is formed in a portion of the electrical insulating film laterally surrounding the body part of the resistor and being located above the cavity part in such a manner as to penetrate the electrical insulating film in a thickness direction thereof; characterized in that a protection film is formed on a top surface of the electrical insulating film such that it covers the opening or the slit, wherein the protection film covering the opening or the slit is an organic film, made of polyimide.
An RNA-guided Fokl Nuclease fusion protein, comprising a FokI catalytic domain sequence fused to the amino terminus of a catalytically inactive CRISPR-associated 9 (dCas9).
Method for the combined manufacturing of cement clinker and calcined clay, wherein the cement clinker is produced by the steps: providing a cement clinker raw meal, preheating the cement clinker raw meal to provide preheated cement clinker raw meal, precalcination of the preheated cement clinker raw meal to provide precalcined cement clinker raw meal, sintering the precalcined cement clinker raw meal in a rotary kiln to provide the cement clinker and cooling the cement clinker with a counter current air stream providing hot air, and the calcined clay is produced by the steps: providing a clay raw material, preheating the clay raw material to provide preheated clay raw material, calcining the preheated clay raw material suspended in hot gas in a flash calciner to provide the calcined clay, and cooling the calcined clay; wherein the hot air from cooling the cement clinker is divided into at least two streams, a first combustion air stream used in sintering the precalcined cement raw meal and a second combustion air stream used in calcining the preheated clay raw material, and wherein exhaust gas from calcining the preheated clay raw material is fed into the calcination of the preheated cement raw meal. providing a cement clinker raw meal, preheating the cement clinker raw meal to provide preheated cement clinker raw meal, precalcination of the preheated cement clinker raw meal to provide precalcined cement clinker raw meal, sintering the precalcined cement clinker raw meal in a rotary kiln to provide the cement clinker and cooling the cement clinker with a counter current air stream providing hot air, and the calcined clay is produced by the steps: providing a clay raw material, preheating the clay raw material to provide preheated clay raw material, calcining the preheated clay raw material suspended in hot gas in a flash calciner to provide the calcined clay, and cooling the calcined clay; wherein the hot air from cooling the cement clinker is divided into at least two streams, a first combustion air stream used in sintering the precalcined cement raw meal and a second combustion air stream used in calcining the preheated clay raw material, and wherein exhaust gas from calcining the preheated clay raw material is fed into the calcination of the preheated cement raw meal. providing a clay raw material, preheating the clay raw material to provide preheated clay raw material, calcining the preheated clay raw material suspended in hot gas in a flash calciner to provide the calcined clay, and cooling the calcined clay; wherein the hot air from cooling the cement clinker is divided into at least two streams, a first combustion air stream used in sintering the precalcined cement raw meal and a second combustion air stream used in calcining the preheated clay raw material, and wherein exhaust gas from calcining the preheated clay raw material is fed into the calcination of the preheated cement raw meal.
A housing for an electronic device comprising: a top cover; a bottom cover having a flat portion and a rising wall member erected in positive perpendicular direction from a rim of the flat portion toward the top cover and joined to the top cover; and a reinforcing structure which is disposed in a space between the top cover and the bottom cover, and has an opening, wherein the bottom cover is formed of a material having a thickness of 0.1 mm or more and 0.8 mm or less, and an elastic modulus of 20 GPa or more and 120 GPa or less, or the reinforcing structure is formed of a material having a thickness of 0.3 mm or more and 0.8 mm or less, and an elastic modules of 20 GPa or more and 120 GPa or less, wherein the reinforcing structure includes: a flat portion or a curved portion; and a rising wall member erected in negative perpendicular direction on a rim of the flat portion, wherein the reinforcing structure is joined to the bottom cover or the top cover, with a hollow structure being formed between the flat portion or the curved portion of the reinforcing structure and the flat portion of the bottom cover or the top cover, and with a space other than the hollow structure being formed in the espace between the bottom cover and the top cover, and the volume of the hollow structure is within a range of 55% or more and 95% or less of the voiume of the space between the bottom cover and the top cover. a flat portion or a curved portion; and a rising wall member erected in negative perpendicular direction on a rim of the flat portion, wherein the reinforcing structure is joined to the bottom cover or the top cover, with a hollow structure being formed between the flat portion or the curved portion of the reinforcing structure and the flat portion of the bottom cover or the top cover, and with a space other than the hollow structure being formed in the espace between the bottom cover and the top cover, and the volume of the hollow structure is within a range of 55% or more and 95% or less of the voiume of the space between the bottom cover and the top cover.