mhurhangee/ep-ind-claims huggingface dataset:
Confocal chromatic microscope device for producing a reflectivity measure of the surface of an object to be inspected, characterized in that it comprises a lighting path and an analysis path, the lighting path comprising a polychromatic light source, a spatial filtering slot, and an objective with strong axial chromatism comprising at least a lens made of a material having an Abbe number of less than 50, the analysis path comprising said objective with strong axial chromatism, a chromatic filtering slot, and a linear light intensity sensor, in this order, allowing for a multipoint acquisition, the linear light intensity sensor producing a light intensity information, the spatial filtering slot and the chromatic filtering slot being arranged at the same optical distance from the objective with strong axial chromatism, and the chromatic filtering slot ensuring a spatial filtering of the wavelengths not focalized on the surface of the object so that the beam attaining the linear light sensor (24 substantially consists of the range of wavelengths focalized on said surface and produces a sharp image.
A detachment system for delivering an implantable medical device to a target location of a body vessel, the system comprising: a tubular body comprising a lumen (108, 208, 308) extending therethrough and a compressed distal tube; a loop wire comprising a first end attachment and a second end attachment affixed to the tubular body and further comprising a loop opening positioned proximate a distal end of the compressed distal tube; and a pull wire extending through the lumen and through the loop opening, characterised in that the loop wire comprises a twist such that that the loop wire is twisted at least one time around the pull wire to increase friction between the loop wire and the pull wire. a tubular body comprising a lumen (108, 208, 308) extending therethrough and a compressed distal tube; a loop wire comprising a first end attachment and a second end attachment affixed to the tubular body and further comprising a loop opening positioned proximate a distal end of the compressed distal tube; and a pull wire extending through the lumen and through the loop opening, characterised in that the loop wire comprises a twist such that that the loop wire is twisted at least one time around the pull wire to increase friction between the loop wire and the pull wire.
A coated metal mold having a hard coating on a surface thereof, the hard coating comprising an A layer formed from a nitride and having a film thickness in a range of from 5 μm to 70 μm, and a B layer formed from a diamond-like carbon coating, wherein the B layer is disposed closer to an outer surface side of the coated metal mold than the A layer; a surface of the B layer satisfies an arithmetic mean roughness Ra ≤ 0.2 μm, a maximum height Rz ≤ 2.0 μm, and a skewness Rsk < 0, each of Ra, Rz and Rsk being measured in accordance with JIS-B-0601-2001; and the B layer contains hydrogen in a content percentage in a range of from 5 atomic% to 30 atomic%.
An electric work vehicle comprising: a traveling vehicle body; a hood (45B, 45F) provided to the traveling vehicle body; a wheel unit having wheels (2a,2b) on the right and left sides of the traveling vehicle body; a motor (61,62) for supplying rotational drive force to the wheel unit; a battery for supplying electric power to the motor (61,62), the battery including: a first battery disposed at a right/left center of the traveling vehicle body; and second batteries disposed in symmetricity across the right/left center; characterized in that the first battery is disposed beneath or inside the hood (45B, 45F), and the second batteries are disposed on respective right and left fenders that are respectively on the right and left sides of the traveling vehicle body. a traveling vehicle body; a hood (45B, 45F) provided to the traveling vehicle body; a wheel unit having wheels (2a,2b) on the right and left sides of the traveling vehicle body; a motor (61,62) for supplying rotational drive force to the wheel unit; a battery for supplying electric power to the motor (61,62), the battery including: a first battery disposed at a right/left center of the traveling vehicle body; and second batteries disposed in symmetricity across the right/left center; a first battery disposed at a right/left center of the traveling vehicle body; and second batteries disposed in symmetricity across the right/left center; characterized in that the first battery is disposed beneath or inside the hood (45B, 45F), and the second batteries are disposed on respective right and left fenders that are respectively on the right and left sides of the traveling vehicle body.
A liquid container comprising: a flexible member and a housing forming a liquid chamber; a supply port supplying liquid in the liquid chamber to the outside; a lid member having a larger area among panels forming an outer frame of the liquid container, positioned outside of the flexible member; a plate member located inside the liquid chamber so as to be opposing to the lid member; a spring member generating force for pushing the flexible member to the lid member, with the plate member therebetween, so as to generate negative pressure in liquid inside the liquid chamber, one side of the spring member being coupled to the plate member, and the other side of the spring member being in contact with the housing; and a rib member is disposed in a space between the lid member and the flexible member so as to surround a periphery of the plate member, with the flexible member between the rib member and the plate member; characterized in that the rib member is independent of the other members, is movably disposed, and is configured to regulate a shape of the flexible member and a position of the plate member. a flexible member and a housing forming a liquid chamber; a supply port supplying liquid in the liquid chamber to the outside; a lid member having a larger area among panels forming an outer frame of the liquid container, positioned outside of the flexible member; a plate member located inside the liquid chamber so as to be opposing to the lid member; a spring member generating force for pushing the flexible member to the lid member, with the plate member therebetween, so as to generate negative pressure in liquid inside the liquid chamber, one side of the spring member being coupled to the plate member, and the other side of the spring member being in contact with the housing; and a rib member is disposed in a space between the lid member and the flexible member so as to surround a periphery of the plate member, with the flexible member between the rib member and the plate member; the rib member is independent of the other members, is movably disposed, and is configured to regulate a shape of the flexible member and a position of the plate member.
A cryptographic device for calculating a multiple of a point on an elliptic curve from the right to the left in an elliptic curve cryptosystem, wherein the elliptic curve is given by a Weierstrass equation E IK: Y 2 = X 3 + aXZ 4 + bZ 6, with a characteristic different from 2 and 3, where a and b are a first and a second parameter of the elliptic curve, the device comprising a memory and a processor adapted for: calculating a multiple of a point on an elliptic curve from the right to the left in an elliptic curve cryptosystem using point doubling and point addition, the processsor being adapted to evaluate each point addition by taking as input the Jacobian projective coordinates T 1, T 2 and T 3, characterized in that the processor is adapted to evaluate each point doubling by taking as input an extended set of coordinates consisting of projective coordinates T 1, T 2, T 3 and one further coordinate T 4 initialized to T 4 = aT 3 4 and to store the further coordinate T 4 in the memory from one point doubling for use in the next point doubling; wherein the point doubling is calculated by performing the steps of: obtaining the values of coordinates T 1, T 2, T 3 and the value of the additional coordinate, T 4; calculating intermediate variables: U = T 1 2; V = T 2 2; M = 3 ⁢ U + T 4; W = V 2. and S = 2 ⁢ T 1 + V 2 - U - W; calculating new values of T 3 and T 4: T 3 = 2 ⁢ T 2 ⁢ T 3; T 4 = 16 ⁢ WT 4; calculating new value of T 1: T 1 = M 2 - 2 ⁢ S; calculating new value of T 2: T 2 = M ⁢ S - T 1 - 8 ⁢ W. calculating a multiple of a point on an elliptic curve from the right to the left in an elliptic curve cryptosystem using point doubling and point addition, the processsor being adapted to evaluate each point addition by taking as input the Jacobian projective coordinates T 1, T 2 and T 3, characterized in that the processor is adapted to evaluate each point doubling by taking as input an extended set of coordinates consisting of projective coordinates T 1, T 2, T 3 and one further coordinate T 4 initialized to T 4 = aT 3 4 and to store the further coordinate T 4 in the memory from one point doubling for use in the next point doubling; wherein the point doubling is calculated by performing the steps of: obtaining the values of coordinates T 1, T 2, T 3 and the value of the additional coordinate, T 4; calculating intermediate variables: U = T 1 2; V = T 2 2; M = 3 ⁢ U + T 4; W = V 2. and S = 2 ⁢ T 1 + V 2 - U - W; calculating new values of T 3 and T 4: T 3 = 2 ⁢ T 2 ⁢ T 3; T 4 = 16 ⁢ WT 4; calculating new value of T 1: T 1 = M 2 - 2 ⁢ S; calculating new value of T 2: T 2 = M ⁢ S - T 1 - 8 ⁢ W. obtaining the values of coordinates T 1, T 2, T 3 and the value of the additional coordinate, T 4; calculating intermediate variables: U = T 1 2; V = T 2 2; M = 3 ⁢ U + T 4; W = V 2. and S = 2 ⁢ T 1 + V 2 - U - W; calculating new values of T 3 and T 4: T 3 = 2 ⁢ T 2 ⁢ T 3; T 4 = 16 ⁢ WT 4; calculating new value of T 1: T 1 = M 2 - 2 ⁢ S; calculating new value of T 2: T 2 = M ⁢ S - T 1 - 8 ⁢ W.
Hair styling device, in particular for curling or waving, with a first moulded part and a second moulded part for winding and shaping hair, which are permanently connected to each other at one end so that they cannot move in relation to one another and which run at a distance from one another, wherein the first moulded part and the second moulded part each have an oval cross-section differing from the shape of a circle, wherein the first moulded part and the second moulded part are surrounded by a sleeve, the profile of which having an ellipse-shaped cross-section, preferably a superellipse-shaped cross section, the hair styling device has axial symmetry along a short semi-axis (b) of the sleeve and/or along a long semi-axis (a) of the sleeve, and the hair styling device is a hair styling device which can be used regardless of direction.
A catalyst component for the polymerization of olefins comprising Mg, Ti and an electron donor of formula where the R 1 and R 7 groups, equal to or different from each other, are selected from C 1 -C 15 hydrocarbon groups, R 2 group is selected from C 1 -C 10 hydrocarbon groups, R 3 to R 6 groups, independently, are selected from hydrogen or C 1 -C 15 hydrocarbon groups which can be fused together to form one or more cycles.
A collision prevention system comprising: a localization system configured to determine positions of an autonomous vehicle and a human; and a collision determination unit coupled to or in communication with the localization system, wherein the collision determination unit is configured to determine, based on the determined positions of the autonomous vehicle and the human, whether a predefined condition for an anticipated collision of the autonomous vehicle with the human is met; wherein the collision prevention system is configured to: lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. a localization system configured to determine positions of an autonomous vehicle and a human; and a collision determination unit coupled to or in communication with the localization system, wherein the collision determination unit is configured to determine, based on the determined positions of the autonomous vehicle and the human, whether a predefined condition for an anticipated collision of the autonomous vehicle with the human is met; wherein the collision prevention system is configured to: lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. lock the autonomous vehicle if the predefined condition is met; alert the human for whom the predefined condition for colliding with the autonomous vehicle is met; and allow unlocking of the autonomous vehicle to be performed by the alerted human only, characterized in that - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed. - the collision prevention system further comprises a mobile phone application on a mobile phone of the human for both of (i) delivering the alert to the human and (ii) receiving an unlocking command by the alerted human for unlocking of the autonomous vehicle to be performed.
COUNTERWEIGHT BALANCING DEVICE FOR FILMING CRANES of the type of cranes mounted onto vehicles adapted for receiving said cranes and intended to record images while in motion, said crane having a center of gyration from both sides of which oscillate as if on a balance a counterweight system and on the opposite side oscillates a camera and/or filming head, wherein it is provided with a pantograph mechanism that enables to keep said counterweight system leveled relative to the ground against any ascending or descending movement of the arm that supports the filming camera characterised in that it is provided with an elastic resistance means against the relative forward and backward movements of said counterweight system relative to the central shaft of the crane for offsetting the variation of momentum caused by said movement.
Radiation-curable inkjet ink composition comprising • a fatty alcohol ester of citric acid; and • a gellant, the gellant being a fatty acid ester different from the fatty alcohol ester of citric acid. • a fatty alcohol ester of citric acid; and • a gellant, the gellant being a fatty acid ester different from the fatty alcohol ester of citric acid.
An atomic clock system (10, 50) comprising: an optical trapping system that traps alkali metal atoms (18, 58) in a cell during a trapping stage of each of sequential coherent population trapping cycles; an interrogation system (20, 66, 100) that generates an optical difference beam to drive CPT interrogation of the alkali metal atoms, the optical difference beam comprising a first optical beam having a first frequency and a second optical beam having a second frequency different from the first frequency; characterized in that said atomic clock system comprises an oscillator system that adjusts a frequency of a local oscillator (12, 52) based on an optical response of the CPT interrogated alkali metal atoms in response to the optical difference beam during a state readout stage. an optical trapping system that traps alkali metal atoms (18, 58) in a cell during a trapping stage of each of sequential coherent population trapping cycles; an interrogation system (20, 66, 100) that generates an optical difference beam to drive CPT interrogation of the alkali metal atoms, the optical difference beam comprising a first optical beam having a first frequency and a second optical beam having a second frequency different from the first frequency; characterized in that said atomic clock system comprises an oscillator system that adjusts a frequency of a local oscillator (12, 52) based on an optical response of the CPT interrogated alkali metal atoms in response to the optical difference beam during a state readout stage.
A prosthetic foot insert with upper attachment means, a roof spring extending forward from the upper attachment means, and a base spring coupled to the roof spring at at least two points, wherein a rear coupling element is provided for supporting the base spring, and a free space is formed between the coupling element, the roof spring and the base spring and wherein the base spring, in the heel area, protrudes rearward as a free lever beyond the rear coupling element, characterized in that the rear coupling element forms a pivot axis for the free lever, which is deformed about the pivot axis at heel strike, which pivot axis extends substantially perpendicularly with respect to the direction of walking and parallel to the base spring, wherein the base spring, due to the securing to the roof spring and the second coupling point being thereby at a distance from the rear coupling element, performs a three-point-bending when the heel is loaded, so that a middle foot portion of the base spring is bent away from the roof spring.
A method of single cell(s) mass spectrometry imaging, the method comprising the steps of (a) Culturing cells on a substrate, wherein the cells are cultured in a monolayer, (b) phenotyping the cell(s) by microscopy to obtain at least one optical (preferably fluorescent) image showing an optical phenotype of the cell(s), (c) phenotyping of the cell(s) by imaging MS to obtain an MS molecular image showing a molecular phenotype of the cell(s), (c') obtaining an optical ablation mark image, for example by bright field microscopy, (d) comparing the optical image and the MS molecular image to compare and/or correlate and/or assign the optical phenotype of at least one single cell with the corresponding molecular phenotype of at least one single cell, wherein step (b) is performed before step (c), and wherein imaging MS is MALDI imaging, and wherein the ablation marks in the ablation mark image are segregated. (a) Culturing cells on a substrate, wherein the cells are cultured in a monolayer, (b) phenotyping the cell(s) by microscopy to obtain at least one optical (preferably fluorescent) image showing an optical phenotype of the cell(s), (c) phenotyping of the cell(s) by imaging MS to obtain an MS molecular image showing a molecular phenotype of the cell(s), (c') obtaining an optical ablation mark image, for example by bright field microscopy, (d) comparing the optical image and the MS molecular image to compare and/or correlate and/or assign the optical phenotype of at least one single cell with the corresponding molecular phenotype of at least one single cell, wherein step (b) is performed before step (c), and wherein imaging MS is MALDI imaging, and wherein the ablation marks in the ablation mark image are segregated.
A floor scrubber machine (100; 240; 400), comprising: a main body (102, 402) having a front end and a rear end; a cleaning fluid tank carried by the main body (102, 402); a cleaning head assembly (106; 106'; 246; 406; 500) connected to the main body (102, 402), the cleaning head assembly (106; 106'; 246; 406; 500) comprising: a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface; and an arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) fluidly coupled to the cleaning fluid tank, the arcuate cleaning fluid manifold (107; 107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) mounted to the floor scrubber machine forward of the shaft, characterized in that the arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) includes three or more discharge orifices (304; 428A; 428B). a main body (102, 402) having a front end and a rear end; a cleaning fluid tank carried by the main body (102, 402); a cleaning head assembly (106; 106'; 246; 406; 500) connected to the main body (102, 402), the cleaning head assembly (106; 106'; 246; 406; 500) comprising: a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface; and a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface; and an arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) fluidly coupled to the cleaning fluid tank, the arcuate cleaning fluid manifold (107; 107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) mounted to the floor scrubber machine forward of the shaft, characterized in that
A device for measuring a process parameter of a material having a conduit (103A-103B) through which a material flows, a driver affixed to said conduit (103A-103B) to vibrate the conduit (103A-103B) and a plurality of motion transducers (105-105'), each said motion transducer affixed to said conduit (103A-103B) and at a respective location operative to produce a motion signal representing motion at each said respective location on said conduit, said device being characterized by: first circuitry that is configured to receive the plurality of motion signals and operative to estimate a modal parameter from the received plurality of motion signals, the estimated modal parameter relating behavior of said conduit (103 A-103B) to behavior of a single degree of freedom system characterized by a natural frequency and a damping; and second circuitry configured to receive the plurality of motion signals from said plurality of motion transducers, to receive said estimated modal parameter from said first circuitry, and to estimate a process parameter of said material from the received plurality of motion signals according to the estimated modal parameter. first circuitry that is configured to receive the plurality of motion signals and operative to estimate a modal parameter from the received plurality of motion signals, the estimated modal parameter relating behavior of said conduit (103 A-103B) to behavior of a single degree of freedom system characterized by a natural frequency and a damping; and second circuitry configured to receive the plurality of motion signals from said plurality of motion transducers, to receive said estimated modal parameter from said first circuitry, and to estimate a process parameter of said material from the received plurality of motion signals according to the estimated modal parameter.
Portable auxiliary device in which, for set-up and take-down as well as for transport and storage, a pasturing fence comprising incorporated fence posts is received, and wherein the auxiliary device consists of a rectangular frame whose longer sides (4a, 4b) are horizontally positioned when in use and have a length such that, between the vertically positioned short frame sections (4c, 4d) which connect them, a fence post can be received with clearance.