mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor comprising: a joint portion (111, 112) comprising a pressure chamber and a flow path into which fluid is introduced from piping; a pressure detection unit configured to detect pressure of the fluid introduced into the pressure chamber; a case which has a cylindrical shape and is arranged on a side of the pressure detection unit opposite to the pressure chamber; and a signal transmission unit which is arranged inside the case and comprises a cable configured to externally transmit a pressure signal, wherein a protective cover is formed by the pressure detection unit and the case, the protective cover comprising a side wall forming an outer periphery, a bottom on a pressure chamber side of the side wall, and an opening on a side opposite to the bottom, and the opening of the protective cover is filled with a sealing adhesive, the pressure detection unit includes a metal housing, characterized in that the case is formed of a metal material, the housing and the case are substantially equal in outer diameter, and the housing of the pressure detection unit and the case are connected to each other by welding, a connection substrate that electrically connects the cable and the pressure detection unit, and a spacer formed of an insulating material are provided inside of the opening of the protective cover, and the metal housing, the spacer, and the connection substrate are arranged in the order described, the spacer secures insulation between the housing and the connection substrate. a joint portion (111, 112) comprising a pressure chamber and a flow path into which fluid is introduced from piping; a pressure detection unit configured to detect pressure of the fluid introduced into the pressure chamber; a case which has a cylindrical shape and is arranged on a side of the pressure detection unit opposite to the pressure chamber; and a signal transmission unit which is arranged inside the case and comprises a cable configured to externally transmit a pressure signal, wherein a protective cover is formed by the pressure detection unit and the case, the protective cover comprising a side wall forming an outer periphery, a bottom on a pressure chamber side of the side wall, and an opening on a side opposite to the bottom, and the opening of the protective cover is filled with a sealing adhesive, the pressure detection unit includes a metal housing, characterized in that the case is formed of a metal material, the housing and the case are substantially equal in outer diameter, and the housing of the pressure detection unit and the case are connected to each other by welding, a connection substrate that electrically connects the cable and the pressure detection unit, and a spacer formed of an insulating material are provided inside of the opening of the protective cover, and the metal housing, the spacer, and the connection substrate are arranged in the order described, the spacer secures insulation between the housing and the connection substrate.
Heat exchanger, notably for a motor vehicle, said exchanger comprising a core bundle for the exchange of heat between a first and a second fluid, said core bundle comprising a plurality of tubes and a header tank, said tubes and said tank allowing said first fluid to circulate between them, said exchanger further comprising a retaining plate for holding said tubes, said plate being fixed to said tank, said tank comprising a collector plate provided with orifices through which said tubes pass, said collector plate being made of plastic, characterized in that said exchanger further comprises a gasket through which said tubes pass, said gasket being situated outside said header tank.
Glass-enclosed chamber inside which is a Venetian blind connected to an internal mechanism for inclining the slats of the blind and optionally for raising and lowering it, the body of said slats being of hardened aluminium alloy, its surface being roughened with peaks of a controllable height, the slats being characterized in that on both faces they have a reflecting stratification obtained by sputtering or by some other layering process, including: - a layer of pure aluminium adherent to the roughened surface of the body of hardened aluminium alloy, said layer being of variable thickness according to the desired degree of diffusivity of the reflected radiation; - a first dielectric layer of determined thickness superimposed to the layer of pure aluminium (21 a); - at least a second dielectric layer of determined thickness superimposed to the first dielectric layer, the second dielectric layer having different chemical composition than the first dielectric layer and said first and at least second dielectric layers generating constructive interference in the reflected radiation such as to guarantee a reflectance greater on an average than 85% of the incident radiation within a wavelength interval comprised between the near infrared and the ultraviolet. - a layer of pure aluminium adherent to the roughened surface of the body of hardened aluminium alloy, said layer being of variable thickness according to the desired degree of diffusivity of the reflected radiation; - a first dielectric layer of determined thickness superimposed to the layer of pure aluminium (21 a); - at least a second dielectric layer of determined thickness superimposed to the first dielectric layer, the second dielectric layer having different chemical composition than the first dielectric layer and said first and at least second dielectric layers generating constructive interference in the reflected radiation such as to guarantee a reflectance greater on an average than 85% of the incident radiation within a wavelength interval comprised between the near infrared and the ultraviolet.
A method for displaying content of a short message, comprising: receiving (S101,S201,S301) the content of the short message from a short message transmitting terminal and determining a telephone number corresponding to the short message transmitting terminal; determining a displaying style of displaying the content of the short message in a short message application of a terminal from a short message displaying rule database according to the telephone number and the content of the short message; and displaying the content of the short message in the short message application according to the displaying style; wherein the step of determining a displaying style of displaying the content of the short message in a short message application of a terminal from a short message displaying rule database according to the telephone number and the content of the short message comprises: determining priorities of the telephone number and the content of the short message for the displaying style of the content of the short message according to a first displaying rule in the short message displaying rule database; and determining the displaying style of displaying the content of the short message in the short message application of the terminal according to the priorities. receiving (S101,S201,S301) the content of the short message from a short message transmitting terminal and determining a telephone number corresponding to the short message transmitting terminal; determining a displaying style of displaying the content of the short message in a short message application of a terminal from a short message displaying rule database according to the telephone number and the content of the short message; and displaying the content of the short message in the short message application according to the displaying style; wherein the step of determining a displaying style of displaying the content of the short message in a short message application of a terminal from a short message displaying rule database according to the telephone number and the content of the short message comprises: determining priorities of the telephone number and the content of the short message for the displaying style of the content of the short message according to a first displaying rule in the short message displaying rule database; and determining the displaying style of displaying the content of the short message in the short message application of the terminal according to the priorities. determining priorities of the telephone number and the content of the short message for the displaying style of the content of the short message according to a first displaying rule in the short message displaying rule database; and determining the displaying style of displaying the content of the short message in the short message application of the terminal according to the priorities.
An aqueous floor coating composition comprising: an acrylic polymer comprising from 85 to 95 wt% polymerized units of Ci-Cs alkyl (meth)acrylates and from 5 to 15 wt% polymerized units of a carboxylic acid monomer having from 3 to 5 carbon atoms, based on the total weight of the dry polymer; said polymer at least partially neutralized with an amino alcohol having from 3 to 12 carbon atoms and from 2 to 4 primary hydroxyl groups and one primary amino group, wherein the acrylic polymer comprises 1 to 8 wt% of the amino alcohol based on the total weight of the dry polymer; and from 0.5 to 10 wt%, on a solids basis, of waxes. an acrylic polymer comprising from 85 to 95 wt% polymerized units of Ci-Cs alkyl (meth)acrylates and from 5 to 15 wt% polymerized units of a carboxylic acid monomer having from 3 to 5 carbon atoms, based on the total weight of the dry polymer; said polymer at least partially neutralized with an amino alcohol having from 3 to 12 carbon atoms and from 2 to 4 primary hydroxyl groups and one primary amino group, wherein the acrylic polymer comprises 1 to 8 wt% of the amino alcohol based on the total weight of the dry polymer; and from 0.5 to 10 wt%, on a solids basis, of waxes.
Procedure for determining the actual position of a body along a measured path and/or change therein, comprising the following procedural steps: a) the scanning of a large number of position markers, located along a measured path with a predetermined actual spatial frequency (Fi), of a position encoding, having at least one gap, of at least two sensor arrays (3, 4) located along the measured path at a distance from each other, at least one of which is always located outside the gap during operation; b) detection of a beginning and end of the gap by one of the sensor arrays (3, 4) on the basis of an end position encoding differing from the position encoding, said end position encoding being formed at the ends of the position encoding adjacent to the gap; c) conversion of the actual spatial frequency (Fi) scanned by the sensor arrays (3, 4) into a target spatial frequency (Fs) by a conversion unit and d) generation of a position signal representative of the actual position and / or change therein. a) the scanning of a large number of position markers, located along a measured path with a predetermined actual spatial frequency (Fi), of a position encoding, having at least one gap, of at least two sensor arrays (3, 4) located along the measured path at a distance from each other, at least one of which is always located outside the gap during operation; b) detection of a beginning and end of the gap by one of the sensor arrays (3, 4) on the basis of an end position encoding differing from the position encoding, said end position encoding being formed at the ends of the position encoding adjacent to the gap; c) conversion of the actual spatial frequency (Fi) scanned by the sensor arrays (3, 4) into a target spatial frequency (Fs) by a conversion unit and d) generation of a position signal representative of the actual position and / or change therein.
Agricultural machine for working grassland, comprising a machine frame having a drawbar for coupling to a tractor and a central frame which is connected to the drawbar and mounted on main wheels (22a, 22b), which main wheels (22a, 22b) are adapted to support the central frame both in a transport position and a working position thereof, wherein at least one boom is furthermore connected to the central frame via a boom support (20a, 20b) which latter defines a boom support axis (AA1, AA2), wherein at least one working tool (26a, 26b; 30) can be arranged on the boom, which working tool (26a, 26b; 30) is adapted to be pivoted, together with the boom, about the boom support (20a, 20b), which central frame is rotatably connected to the drawbar via a central frame support which latter defines a central frame support axis, which enables the central frame to be rotated about the central frame support axis relative to the drawbar, wherein the central frame is movable into a first pivot position, which is associated with an operating position, and into a second pivot position, which is associated with a transport position, wherein furthermore two booms (16a, 16b) are provided on either side of the central frame, each boom (16a, 16b) having at least one working tool (26a, 26b; 30) mounted thereon, characterized in that the working tool (26a, 26b; 30) includes a crop collecting device comprising a shaft having tined wheels mounted thereon for rotation therewith, and that the distance from the horizontal shaft plane of the crop collecting device, in which plane the shaft lies, to the lowermost point of the boom support axis (AA1, AA2) in the pivot mount of the boom is more than 1.5 times the distance from the boom support axis (AA1, AA") to the shaft axis,
Sealing tool for downhole sealing of a coiled tubing logging plug, wherein the sealing tool comprises a sealing body that is configured to be removably insertable into a through-hole of the coiled tubing logging plug and formed to prevent a fluid flow through the through-hole of the coiled tubing logging plug, wherein the sealing body has an outer contour that at least partially is complementary in form with the through-hole of the coiled tubing logging plug, wherein the sealing body comprises a spacer portion for preventing that a sealing element gets into contact with a tubing wall during the movement of the sealing tool towards the coiled tubing logging plug, wherein the spacer portion is configured such to have a greater diameter than the through-hole of the coiled tubing logging plug wherein the sealing body comprises a first sealing body portion comprising at least one sealing element and a second sealing body portion comprising at least one sealing element, wherein the diameter of the first sealing body portion differs from the diameter of the second sealing body portion. the sealing tool comprises a sealing body that is configured to be removably insertable into a through-hole of the coiled tubing logging plug and formed to prevent a fluid flow through the through-hole of the coiled tubing logging plug, wherein the sealing body has an outer contour that at least partially is complementary in form with the through-hole of the coiled tubing logging plug, wherein the sealing body comprises a spacer portion for preventing that a sealing element gets into contact with a tubing wall during the movement of the sealing tool towards the coiled tubing logging plug, wherein the spacer portion is configured such to have a greater diameter than the through-hole of the coiled tubing logging plug wherein the sealing body comprises a first sealing body portion comprising at least one sealing element and a second sealing body portion comprising at least one sealing element, wherein the diameter of the first sealing body portion differs from the diameter of the second sealing body portion.
An integrated electromechanical device comprising: - a support body comprising a plurality of sides (301,..., 306), a first fixed contact, a first variable position contact, a second variable position contact, a first control circuit arranged to control the first variable position contact and a second control circuit arranged to control the second variable position contact; the first variable position contact and the second variable position contact, in a predetermined conduction condition, are electrically connected to each other via said first fixed contact and, in a predetermined isolation condition, are not electrically connected to each other; the transition from the conduction condition to the isolation condition, and vice versa, being controlled by said first control circuit and/or said second control circuit; - at least one first conductive terminal and at least one second conductive terminal disposed on, or exiting from, at least one side (301,..., 306) of the support body; the at least one first conductive terminal and the at least one second conductive terminal each comprising a respective connecting end region (100A, 112A) distal from the support body, which are respectively located one on a first connection plane and the other on a second connection plane, different from and parallel to said first connection plane; at least one among said first conductive terminal and said at least one second conductive terminal being a terminal connected to the first variable position contact or to the second variable position contact, or at least one among said at least one first conductive terminal and said at least one second conductive terminal being a terminal of the first control circuit or of the second control circuit. - a support body comprising a plurality of sides (301,..., 306), a first fixed contact, a first variable position contact, a second variable position contact, a first control circuit arranged to control the first variable position contact and a second control circuit arranged to control the second variable position contact; the first variable position contact and the second variable position contact, in a predetermined conduction condition, are electrically connected to each other via said first fixed contact and, in a predetermined isolation condition, are not electrically connected to each other; the transition from the conduction condition to the isolation condition, and vice versa, being controlled by said first control circuit and/or said second control circuit; - at least one first conductive terminal and at least one second conductive terminal disposed on, or exiting from, at least one side (301,..., 306) of the support body; the at least one first conductive terminal and the at least one second conductive terminal each comprising a respective connecting end region (100A, 112A) distal from the support body, which are respectively located one on a first connection plane and the other on a second connection plane, different from and parallel to said first connection plane;
A transgenic pig comprising a human mutated Islet Amyloid Polypeptide (IAPP) gene or part thereof and displaying at least one phenotype associated with type 2 diabetes mellitus.
A power dissipation monitoring method, comprising: receiving a measurement of current flow through an electrical device, the current flowing from a power source through the electrical device to an electrical load; and calculating heat dissipation from the electrical device using the current flow measurement; and displaying the calculated heat dissipation on a user interface, wherein the heat dissipation is displayed in real-time with acquisition of the current flow measurement. receiving a measurement of current flow through an electrical device, the current flowing from a power source through the electrical device to an electrical load; and calculating heat dissipation from the electrical device using the current flow measurement; and displaying the calculated heat dissipation on a user interface, wherein the heat dissipation is displayed in real-time with acquisition of the current flow measurement.
An enclosure for a water supply metering unit, the metering unit being intended to be connected, upstream, to an upstream duct arriving to the enclosure and, downstream, to a downstream duct exiting from the enclosure, wherein the ducts arrive and exit at the lower end of the enclosure, the enclosure being consisted of a tubular external shell obtained by extrusion of a plastic material and an internal, substantially rigid insulating coating (2, 2') made of an insulating material, applied against the shell and made-up of two parts placed side by side and slipped within said shell, wherein the metering unit and the ducts can be held to each other by fixation onto a rigid plate immobilized in the enclosure, characterized in that the tubular external shell is single-piece and in that said plate is held in place in the insulating material of the enclosure by insertion of its peripheral edge into a groove extended over the two parts of the insulating coating towards the inside of the enclosure.
An assembly of components for a gas turbine engine, the assembly comprising; one or two components to be fastened together and a bush having a neck portion inserted into an aperture of the one or both of the two components to be fastened together, the bush comprising a radially extending shoulder portion having a rear face adjacent the neck portion an opposite front face and a radially outer face extending between the rear face and the front face and characterised by one or more ventilation slots provided in the rear face, the ventilation slots extending from a junction between the rear face and the neck portion whereby, in use, to provide an escape route for air caught between the bush and one of the components.
Mixing element which is designed for installation in a housing of an electrochemical accumulator, which is operated with a liquid electrolyte, in order to thoroughly mix the electrolyte as a result of forces and/or movements which are exerted on the accumulator during operation, wherein the mixing element is in the form of a hollow body which is provided with at least one opening (10, 11, 14) at opposite end regions in each case, so that a channel is formed in the hollow body, which channel issues into the respective at least one opening (10, 11, 14) in the opposite end regions and there is bordered in a peripheral manner by the material of the mixing element, wherein the mixing element has one or more fastening and/or spacer ribs (61, 133, 134, 135, 136, 137, 152, 153) which project from the outer side of the mixing element and are designed for contact with housing parts of the accumulator in order to fix the mixing element in the accumulator and/or to define a specific position of the mixing element in relation to the housing parts, characterized in that the mixing element has a recess at least on one side of the hollow body, which recess runs in the longitudinal direction of the mixing element and is designed for receiving a housing rib of the housing of the accumulator.
Photopolymer formulation comprising at least a polyol component, a polyisocyanate component, a writing monomer, a photoinitiator and a catalyst, characterized in that the photopolymer formulation has an activation temperature ≥ 8300 K, wherein the activation temperature is determined by using the polyol component, the polyisocyanate component, the writing monomer and the catalyst to prepare a mixture; determining both the storage modulus G ' and the loss modulus G " of the mixture over a measurement time t, at least until the condition of the gel point G ' = G'' = G Gel at time t Gel is reached, at temperatures T = 303 K, 313 K, 328 K, 343 K and 353 K using a plate-plate measuring system of a rheometer at a plate spacing of 250 μm in the oscillation mode at a constant frequency f of 10 Hz and a regulated deformation amplitude of 10%; establishing a logarithmic plot of t Gel versus the respective inverse absolute temperature 1/T at which t Gel was determined; and using linear regression to determine the activation temperature T Akt as per the formula ln t Gel / min = T Akt / T + A as the slope of the straight line in the plot.