mhurhangee/ep-ind-claims huggingface dataset:
A gas detector for detecting refrigerant leakage in a space such as a trailer, truck or cargo container, the gas detector comprising: a gas detector element for detecting the refrigerant leakage; electronics to interface with the gas detector element; a printed circuit board, PCB, on which the gas detector element and the electronics are disposable; and an enclosure configured to expose the gas detector element to an exterior and the refrigerant leakage and to form an electronics housing area in which the electronics are disposed whereby the electronics are isolated from the exterior and the refrigerant leakage, wherein the enclosure comprises a body and a cover, wherein the PCB is affixable to the body, and the cover is affixable to the body over the PCB, wherein the cover defines an aperture through which the gas detector element is exposed to the exterior, characterized in that the cover comprises a cover portion and a spacer portion, the spacer portion being interposed between the PCB and the cover portion, and the spacer portion being thicker than the gas detector element, and wherein the spacer portion defines an opening to accommodate the gas detector element, the opening being large enough to form a space around the gas detector element. a gas detector element for detecting the refrigerant leakage; electronics to interface with the gas detector element; a printed circuit board, PCB, on which the gas detector element and the electronics are disposable; and an enclosure configured to expose the gas detector element to an exterior and the refrigerant leakage and to form an electronics housing area in which the electronics are disposed whereby the electronics are isolated from the exterior and the refrigerant leakage, wherein the enclosure comprises a body and a cover, wherein the PCB is affixable to the body, and the cover is affixable to the body over the PCB, wherein the cover defines an aperture through which the gas detector element is exposed to the exterior, characterized in that the cover comprises a cover portion and a spacer portion, the spacer portion being interposed between the PCB and the cover portion, and the spacer portion being thicker than the gas detector element, and wherein the spacer portion defines an opening to accommodate the gas detector element, the opening being large enough to form a space around the gas detector element.
A computer-implemented method of improving and quantifying sustainable growing practices within a field, comprising: collecting a machine data set corresponding to a plurality of growing medium data points within the field; determining a measure of the field by computing at least one of a growing medium strength of the field, a rate of growing medium change of the field, or an aggregate stability of the field; and providing one or more recommendations based on the at least one of the growing medium strength of the field, the rate of growing medium change of the field, or the aggregate stability of the field. collecting a machine data set corresponding to a plurality of growing medium data points within the field; determining a measure of the field by computing at least one of a growing medium strength of the field, a rate of growing medium change of the field, or an aggregate stability of the field; and providing one or more recommendations based on the at least one of the growing medium strength of the field, the rate of growing medium change of the field, or the aggregate stability of the field.
Method for communication between a plurality of users within a predetermined location, wherein each user is defined by a profile stored in a database hosted on a server, comprising the steps of: (a) creating one or more virtual communication spaces on a server, wherein each virtual communication space is: associated with a location via GPS coordinates and one or more WiFi MAC addresses; containing information related to said location; accessible by one or more of said users via one or more mobile devices; (b) accessing the server, by one of the users, via an interface application for accessing the server on a mobile device; (c) determining the position of the mobile device by: determining the GPS position of the mobile device; determining the MAC addresses of the visible WiFis; (d) sending a query including the GPS position and the MAC addresses to the server; (e) matching, by the server, the GPS position and the MAC addresses with the GPS positions and MAC addresses associated with the one or more virtual communication spaces, wherein both the GPS position and one or more MAC addresses need to match; (f) if there is a matching virtual communication space: displaying, by the mobile device, the information contained in the matching virtual communication space and a list with other users at the location; establishing a communication channel between the user and the other users at the location. (a) creating one or more virtual communication spaces on a server, wherein each virtual communication space is: associated with a location via GPS coordinates and one or more WiFi MAC addresses; containing information related to said location; accessible by one or more of said users via one or more mobile devices; associated with a location via GPS coordinates and one or more WiFi MAC addresses; containing information related to said location; accessible by one or more of said users via one or more mobile devices; (b) accessing the server, by one of the users, via an interface application for accessing the server on a mobile device; (c) determining the position of the mobile device by: determining the GPS position of the mobile device; determining the MAC addresses of the visible WiFis; determining the GPS position of the mobile device; determining the MAC addresses of the visible WiFis; (d) sending a query including the GPS position and the MAC addresses to the server; (e) matching, by the server, the GPS position and the MAC addresses with the GPS positions and MAC addresses associated with the one or more virtual communication spaces, wherein both the GPS position and one or more MAC addresses need to match; (f) if there is a matching virtual communication space: displaying, by the mobile device, the information contained in the matching virtual communication space and a list with other users at the location; establishing a communication channel between the user and the other users at the location. displaying, by the mobile device, the information contained in the matching virtual communication space and a list with other users at the location; establishing a communication channel between the user and the other users at the location.
A surface-reacted calcium carbonate for use in treating dentine hypersensitivity, wherein the surface-reacted calcium carbonate is a reaction product of natural or synthetic calcium carbonate with carbon dioxide and at least one acid, the at least one acid is selected from the group consisting of hydrochloric acid, sulphuric acid, sulphurous acid, phosphoric acid, citric acid, oxalic acid, acetic acid, formic acid, and mixtures thereof, the molar ratio of the at least one acid to the natural or synthetic calcium carbonate is from 0.05 to 4, and the carbon dioxide is formed in situ by the acid treatment and/or is supplied from an external source.
Aeroplane tyre comprising: - a crown intended to come into contact with the ground via a tread and connected by two sidewalls to two beads intended to come into contact with a rim, - a radial carcass reinforcement connecting the two beads, - a crown reinforcement, radially on the inside of the tread and radially on the outside of the radial carcass reinforcement, comprising a working reinforcement and a protective reinforcement, - the working reinforcement, radially on the inside of the protective reinforcement, comprising at least one layer of working reinforcement, - each layer of working reinforcement consisting of axially juxtaposed substantially circumferential strips (31, 231, 331, 431), - each strip being made up of mutually parallel textile reinforcing elements (32, 232, 332, 432) coated with a polymer coating material (33, 233, 333, 433), characterized in that each strip of at least one layer of working reinforcement is in contact, over at least its radially inner axial face, with a heat transfer element (34, 234, 334, 434) comprising mutually parallel substantially circumferential threadlike elements (35, 235, 335, 435) made of a heat-conducting material, in that the thermal conductivity of the heat-conducting material of a substantially circumferential threadlike element is at least equal to 50 times the thermal conductivity of the polymer coating material of the textile reinforcing elements of the strip in contact with the heat transfer element, and in that a heat transfer element (34, 234, 334, 434) comprises substantially circumferential threadlike elements (35, 235, 335, 435) that have periodic geometric oscillations parallel to the strip in contact. - a crown intended to come into contact with the ground via a tread and connected by two sidewalls to two beads intended to come into contact with a rim, - a radial carcass reinforcement connecting the two beads, - a crown reinforcement, radially on the inside of the tread and radially on the outside of the radial carcass reinforcement, comprising a working reinforcement and a protective reinforcement, - the working reinforcement, radially on the inside of the protective reinforcement, comprising at least one layer of working reinforcement, - each layer of working reinforcement consisting of axially juxtaposed substantially circumferential strips (31, 231, 331, 431), - each strip being made up of mutually parallel textile reinforcing elements (32, 232, 332, 432) coated with a polymer coating material (33, 233, 333, 433),
A method for manufacturing carbon fibre precursor fibres comprising a lignin and a polyvinyl alcohol and containing at least 60% by mass of lignin relative to the total mass of lignin-PVA, said method comprising making a solution of lignin and PVA in a solvent, injecting the solution containing lignin and PVA into a coagulating bath to obtain one or more fibres, containing at least 60% by mass of lignin, coagulated by wet spinning, the diameter of the precursor fibres obtained being between 1 and 1000 μm, and preferably between 10 and 100 μm.
Holder in conjunction with a hand piece of an intraoral scanner having a head region and with a main body having a receiving region in which the head region can be accommodated, characterized in that the holder is provided with an insert, in that in the receiving region of the holder and at least portions of the insert are interlocked with each other and in that at least portions of the head region of the hand piece can be interlocked in the insert.
An in vitro method of determining whether or not an individual uses alcohol, comprising the steps of: determining the methylation status of at least one CpG dinucleotide in a biological sample from the individual, wherein the at least one CpG dinucleotide comprises at least position 71389896 of chromosome 10; and correlating the methylation status of the at least one CpG dinucleotide to determine whether or not the individual uses alcohol. determining the methylation status of at least one CpG dinucleotide in a biological sample from the individual, wherein the at least one CpG dinucleotide comprises at least position 71389896 of chromosome 10; and correlating the methylation status of the at least one CpG dinucleotide to determine whether or not the individual uses alcohol.
An isolated antibody or an antigen binding fragment thereof comprising a variable light chain region comprising CDRL1, CDRL2, and CDRL3 and a variable heavy chain region comprising CDRH1, CDRH2, and CDRH3, wherein CDRL1 consists of SEQ ID NO:5, CDRL2 consists of SEQ ID NO:8, CDRL3 consists of the amino acid sequence QQSWSWPTT, CDRH1 consists of SEQ ID NO:16, CDRH2 consists of SEQ ID NO:20, and CDRH3 consists of SEQ ID NO:26, wherein the antibody or antigen binding fragment thereof binds specifically to IgE.
A base made of plastic material for a tank accessory for a motor vehicle, comprising protrusions (15, 25) which are designed to be welded on a pre-form during the production of the tank by blow molding of this pre-form, - the base comprising a solid surface recessed from the protrusions, this solid surface having a part (17, 31b) which is without protrusions and a part which is occupied by the protrusions, the part which is without protrusions having a circular flat central portion, - the area of the part of the solid surface which is without protrusions (17, 31b) is at least equal to one times the area of the solid surface which is occupied by the protrusions (15, 25), characterized in that: - the part which is without protrusions also has a peripheral portion which is frusto-conical and raises in the direction of the tops of protrusions, ending at bases of the protrusions, - the solid surface surrounds openings distributed symmetrically around the center of the solid surface, at least one of the openings being bordered by another protrusion. - the base comprising a solid surface recessed from the protrusions, this solid surface having a part (17, 31b) which is without protrusions and a part which is occupied by the protrusions, the part which is without protrusions having a circular flat central portion, - the area of the part of the solid surface which is without protrusions (17, 31b) is at least equal to one times the area of the solid surface which is occupied by the protrusions (15, 25), - the part which is without protrusions also has a peripheral portion which is frusto-conical and raises in the direction of the tops of protrusions, ending at bases of the protrusions, - the solid surface surrounds openings distributed symmetrically around the center of the solid surface, at least one of the openings being bordered by another protrusion.
A driving-side pulley (100, 100', 100B) forming one component of a belt-type continuously variable transmission that transmits a rotational power from a driving shaft to a driven shaft while continuously changing a speed of the rotational power that is transmitted to the driven shaft in accordance with a rotational speed of the driving shaft, the driving-side pulley (100, 100', 100B) comprising a fixed sheave immovable along an axis line and non-rotatable around the axis line with respect to the driving shaft, a movable sheave movable along the axis line and non-rotatable around the axis line with respect to the driving shaft, a return spring pressing the movable sheave in a direction away from the fixed sheave and a flyweight mechanism pressing the movable sheave in a direction toward the fixed sheave with a force having an amount corresponding to the rotational speed of the driving shaft against a pressing force of the return spring, wherein the fixed sheave is provided with a fixed sheave-side engagement surface capable of engaging with a first side surface of a belt while the movable sheave is provided with a movable sheave-side engagement surface that is capable of engaging with a second side surface of the belt and forms, in cooperation with the fixed sheave-side engagement surface, a V-shaped groove into which the belt is engaged, the driving-side pulley (100, 100', 100B) being characterized in that, the driving-side pulley (100, 100', 100B) includes a movable sleeve inserted around an axis-line-direction fixed member, which is formed by the driving shaft or the fixed sheave, in a movable manner along the axis line and in a rotatable manner around the axis line with respect thereto, and a one-way clutch inserted around the movable sleeve in such a manner as to form a bottom surface of the V-shaped groove, the movable sleeve includes a tubular portion inserted around the axis-line-direction fixed member and a flange portion extending outward in a radial direction from an end portion of the tubular portion that is positioned on a side close to the fixed sheave, the one-way clutch includes an inner ring body inserted around the tubular portion in a non-rotatable manner with respect thereto and an outer ring body surrounding the inner ring body and forming the bottom surface of the V-shaped groove, and is configured so that only a rotational power generated by a rotation of the outer ring body in a normal rotating direction is transmitted to the inner ring body, the flange portion is provided with a pressing surface capable of engaging with the first side surface of the belt in a state where the inner circumferential surface of the belt engages with the outer ring body, and the driving-side pulley (100, 100', 100B) further includes a cam mechanism (270, 270B) that presses the movable sleeve in a first direction by utilizing a relative rotation of the movable sleeve in the normal rotating direction with respect to the axis-line-direction fixed member, the first direction being a direction that has the pressing surface pressed against the first side surface of the belt.
A shaped charge comprising an explosive load positioned in a casing, a liner applied on the load, and means ensuring the securing of the casing and the load bearing the liner, the securing means comprising a ring having a stop surface for the liner, the shaped load comprising at least two shims each covering an angular sector, the shims moving radially relative to the ring by the action of a tightening means, to be pressed against an inner bearing surface of the casing, the tightening means comprising at least one screw for each shim, the screw cooperating with a tapped hole arranged in the ring and the end of which pushes the shim during the screwing of the screw, the shaped charge being characterised in that: - said shims are positioned axially relative to the ring by at least one radial pin that is engaged in a radial piercing of the ring and that is housed in a radial hole of said shims, said shims being able to slide on the pin, - the tapped hole of the tightening screw (s) also having its axis parallel to the axis of the casing, the screw including a conical end cooperating with a conical bore of said shims, an axial movement of the screw during its screwing leading to a radial movement of said shims. - said shims are positioned axially relative to the ring by at least one radial pin that is engaged in a radial piercing of the ring and that is housed in a radial hole of said shims, said shims being able to slide on the pin, - the tapped hole of the tightening screw (s) also having its axis parallel to the axis of the casing, the screw including a conical end cooperating with a conical bore of said shims, an axial movement of the screw during its screwing leading to a radial movement of said shims.
A valve for aerating and ventilating a tank with a closing element which sits in a sealing manner against a valve seat in a closed state and which is lifted out of the valve seat in an open state, wherein a blocking element is provided which can be moved by means of a force gravity, by means of which the closing element can be fixed at least in the closed state, wherein the blocking element is accommodated in a movable manner on the closing element and wherein the closing element comprises a valve needle which extends through the blocking element by a shank section, characterized in that the closing element has a guide plate with a ball socket, wherein the blocking element is guided in the ball socket, by the blocking element having a convex surface section in order to slide in the ball socket.
Protective covering for a hand-held medical device that has a measuring port for a disposable analytical test strip to which a sample can be applied comprising - a sleeve which preferably has a reception opening and can be mounted on the device to partially or fully enclose the device in a usable protected state, - a test strip adapter formed as an integral part of the sleeve to receive a test strip in alignment with the measuring port, - wherein the sleeve including the test strip adapter is arranged as a sealing barrier between the test strip and the measuring port in the protected state, - characterized in that the test strip adapter has an optical window to establish a sealed optical measuring path between the test strip and the measuring port of the device. - a sleeve which preferably has a reception opening and can be mounted on the device to partially or fully enclose the device in a usable protected state, - a test strip adapter formed as an integral part of the sleeve to receive a test strip in alignment with the measuring port, - wherein the sleeve including the test strip adapter is arranged as a sealing barrier between the test strip and the measuring port in the protected state, - characterized in that the test strip adapter has an optical window to establish a sealed optical measuring path between the test strip and the measuring port of the device.
A portable electronic device (500, 801, 901, 1010, 1100) comprising: a light source (501, 1110) configured to irradiate light to skin; at least one light detector (502, 1120) configured to detect light received from the skin; at least one memory configured to store an instruction; and a processor (504, 1140) configured to, by executing the instruction, control the light source (501, 1110) to irradiate the light and analyze a skin state based on light detected by the at least one light detector (502, 1120), wherein the light received from the skin comprises at least one of light scattered, light reflected, and light emitted by the skin, wherein the device further comprises a first polarization filter configured to filter the light irradiated to the skin from the light source (501, 1110), and a second polarization filter configured to select a polarized component of the light from the skin received by the at least one light detector (502, 1120), under control of the processor (504, 1140), wherein the at least one light detector (502, 1120) detects light of the selected polarized component, and wherein the processor (504, 1140) is further configured to control the second polarization filter to select a polarized component and determine a depolarization ratio of the light irradiated to the skin through the first polarization filter and the light received by the light detector through the second polarization filter, analyze a surface shape of the skin based on the detected light of the polarized component, and detect wrinkles of skin based on the depolarization ratio. a light source (501, 1110) configured to irradiate light to skin; at least one light detector (502, 1120) configured to detect light received from the skin; at least one memory configured to store an instruction; and a processor (504, 1140) configured to, by executing the instruction, control the light source (501, 1110) to irradiate the light and analyze a skin state based on light detected by the at least one light detector (502, 1120), wherein the light received from the skin comprises at least one of light scattered, light reflected, and light emitted by the skin, wherein the device further comprises a first polarization filter configured to filter the light irradiated to the skin from the light source (501, 1110), and a second polarization filter configured to select a polarized component of the light from the skin received by the at least one light detector (502, 1120), under control of the processor (504, 1140), wherein the at least one light detector (502, 1120) detects light of the selected polarized component, and wherein the processor (504, 1140) is further configured to control the second polarization filter to select a polarized component and determine a depolarization ratio of the light irradiated to the skin through the first polarization filter and the light received by the light detector through the second polarization filter, analyze a surface shape of the skin based on the detected light of the polarized component, and detect wrinkles of skin based on the depolarization ratio.