mhurhangee/ep-ind-claims huggingface dataset:
A high pressure hydrogen gas tank for storing hydrogen gas of a pressure of 120 MPa or less, said high pressure hydrogen gas tank characterized in that the body and/or liner of said gas tank is made of austenitic high Mn stainless steel comprising, by mass%, C: 0.01 to 0.10%, N: 0.01 to 0.40%, Si: 0.1 to 1%, Cr: 10 to 20%, Mn: 6 to 20%, Cu: 2 to 5%, Ni: 1 to 6%, optionally Mo: 3% or less and a balance of Fe and unavoidable impurities and having an Md30 value being an indicator of an austenite stabilization degree and satisfying the following formula: − 120 < Md 30 < 20, where Md30(°C): 551-462(C+N)-9.2Si-8.1Mn-13.7Cr-29(Ni+Cu)-18.2Mo.
Corkscrew with double propping lever (2,3), associated to an adjacent extraction screw, in which the double propping lever (2,3) presents a first base lever hinged to a handle of said cork-screw, said first base lever having a crown cap opening hook near a respective handle-pivoting, and a second extension lever for propping hinged by pivoting articulation at the end of said first base lever, said second extension lever for propping having internally at least a propping support tooth at its end, characterised in that: said second extension lever for propping internally presents a further propping support tooth, more more close to its respective hinge of the pivoting articulation, said first base lever presents said hook applied outside, and wherein the pivoting articulation of said second extension lever for propping is such as to allow an opening between said second extension lever for propping and said first base lever which is an opening with slight outwards angulation namely beyond 180° of rectilinearity. said second extension lever for propping internally presents a further propping support tooth, more more close to its respective hinge of the pivoting articulation, said first base lever presents said hook applied outside, and wherein the pivoting articulation of said second extension lever for propping is such as to allow an opening between said second extension lever for propping and said first base lever which is an opening with slight outwards angulation namely beyond 180° of rectilinearity.
A refrigerator comprising a door, a main body board for controlling an overall operation of the refrigerator and a plurality of actuator means, characterized in that the refrigerator comprises: integrated wiring modules (400A, 400B, 400N) respectively provided at the door (201, 202) and at each actuator means of the refrigerator and connected to the main body board and to each other only through AC power lines so as to control the door (201, 202) and the respective actuator means through signaling transmitted over said AC power lines. integrated wiring modules (400A, 400B, 400N) respectively provided at the door (201, 202) and at each actuator means of the refrigerator and connected to the main body board and to each other only through AC power lines so as to control the door (201, 202) and the respective actuator means through signaling transmitted over said AC power lines.
Device for anchoring an overhanging element to a construction, whereby the device comprises two coupling parts (2,3) one coupling part of which is suitable to be connected to the overhanging element while the other one is suitable to be connected to the construction, and whereby the coupling parts (2,3) are provided with mechanical coupling means (6,29) and whereby at least one of the coupling parts (2,3) comprises a freely protruding element whose length is longer than ten centimetres, whereby the coupling parts (2,3) concern a male coupling part and a female coupling part, whereby the male coupling part comprises the freely protruding element, for example in the shape of a first beam element, provided with mechanical coupling means on one far end and provided with a connecting basis on the opposite far end, characterised in that the male coupling part is provided on the overhanging element, whereas the female coupling part is provided on the construction.
An electronic device comprising: a body having a passage; a physical button comprising a rod extending through the passage; and a waterproof member comprising an inner surface which comprises a first convex surface and a second convex surface formed to have a gap with the first convex surface, a penetration hole formed by the inner surface, an outer surface comprising a third convex surface and a protruding surface formed to have a gap with the third convex surface, a lower surface formed between the inner surface and the outer surface, and a fourth convex surface formed in a direction opposite to the lower surface wherein the waterproof member is disposed between the body and the rod and the rod is inserted through the penetration hole, and the waterproof member is disposed such that the first convex surface and the second convex surface are in close contact with the rod, and the third convex surface and the protruding surface are in close contact with one surface of the body. a body having a passage; a physical button comprising a rod extending through the passage; and a waterproof member comprising an inner surface which comprises a first convex surface and a second convex surface formed to have a gap with the first convex surface, a penetration hole formed by the inner surface, an outer surface comprising a third convex surface and a protruding surface formed to have a gap with the third convex surface, a lower surface formed between the inner surface and the outer surface, and a fourth convex surface formed in a direction opposite to the lower surface wherein the waterproof member is disposed between the body and the rod and the rod is inserted through the penetration hole, and the waterproof member is disposed such that the first convex surface and the second convex surface are in close contact with the rod, and the third convex surface and the protruding surface are in close contact with one surface of the body.
A head of a remotely controlled central heating radiator valve, the head having a body mounted on the valve, whereas the body contains an electric micro-motor with a reduction gear of high ratio, characterised in that, the inside of the body contains shaped guides between which the electric micro-motor is mounted in a manner allowing it to slide together with the reduction gear and its output shaft is finished with a shift screw screwed freely into the front wall of the body and this shift screw comes into indirect contact with the control needle of the radiator valve through an intermediate element made of plastic with a low friction coefficient.
A water swellable rubber composition comprising: (a) 100 phr of a non-water swellable base rubber which is at least one selected from the group consisting of hydrogenated acrylonitrile-butadiene rubber (HNBR) and epichlorohydrin rubber, (b) 10 -200 phr of a crosslinkable ethylene oxide based hydrophilic elastomer having at least one curable functional group selected from the group consisting of hydroxyl, carboxyl, epoxy, amino, oxime, vinyl, oxazoline, anhydride, and amide, and (c) 50 - 200 phr of a water swellable non-elastomeric material which is partially neutralized/crosslinked polyacrylic acid salt. (a) 100 phr of a non-water swellable base rubber which is at least one selected from the group consisting of hydrogenated acrylonitrile-butadiene rubber (HNBR) and epichlorohydrin rubber, (b) 10 -200 phr of a crosslinkable ethylene oxide based hydrophilic elastomer having at least one curable functional group selected from the group consisting of hydroxyl, carboxyl, epoxy, amino, oxime, vinyl, oxazoline, anhydride, and amide, and (c) 50 - 200 phr of a water swellable non-elastomeric material which is partially neutralized/crosslinked polyacrylic acid salt.
A composition comprising 10 to 50 weight % diced bleached chemical wood pulp fiber particles and 45 to 85 wt % thermoplastic polymer wherein the composition has a brightness of at least 20 as measured by the Brightness Test, wherein the composition comprises a wood pulp fiber average dispersion of 90% or greater as measured by the Dispersion Test, and the wood pulp fiber average dispersion is obtained by providing a single screw extruder between two twin-screw extruders, wherein the Brightness Test is performed as follows: a light from a single source is focused and directed through an aperture onto the dogbone at an angle of 45 degrees and the reflected light passes through a filter having standard spectral characteristics and is then measured by a photodetector located perpendicular to the upper surface of the dogbone, the amount of reflected light is compared with magnesium oxide, which has known spectral characteristics which are stored in the instruments memory, and the ratio of the reflected light to the magnesium oxide is expressed as a percentage; and wherein the wood pulp fiber average dispersion is calculated as follows: weight% of dispersed fibers = 100% - the weight percent of undispersed particles and weight % undispersed particles = 100% Weight undispersed particles/Total weight of fibers in sample.
A system comprising: a laser source configured to emit one or more laser pulses, the laser source comprising a regenerative amplifier one or more optical elements that change a pulse length of the one or more laser pulses; a monitoring device configured to measure the pulse length of the one or more laser pulses to detect the change in the pulse length; and a control computer configured to: receive the measured pulse length from the monitoring device; characterized in that the control computer is also configured to: determine one or more laser parameters that compensate for the detected change in the pulse length, the one or more laser parameters comprising a cycle number of the regenerative amplifier and control the laser source according to the one or more laser parameters by instructing the laser source to adjust the cycle number to compensate for the detected change in the pulse length. a laser source configured to emit one or more laser pulses, the laser source comprising a regenerative amplifier one or more optical elements that change a pulse length of the one or more laser pulses; a monitoring device configured to measure the pulse length of the one or more laser pulses to detect the change in the pulse length; and a control computer configured to: receive the measured pulse length from the monitoring device; characterized in that the control computer is also configured to: determine one or more laser parameters that compensate for the detected change in the pulse length, the one or more laser parameters comprising a cycle number of the regenerative amplifier and control the laser source according to the one or more laser parameters by instructing the laser source to adjust the cycle number to compensate for the detected change in the pulse length. receive the measured pulse length from the monitoring device; characterized in that the control computer is also configured to: determine one or more laser parameters that compensate for the detected change in the pulse length, the one or more laser parameters comprising a cycle number of the regenerative amplifier and control the laser source according to the one or more laser parameters by instructing the laser source to adjust the cycle number to compensate for the detected change in the pulse length. determine one or more laser parameters that compensate for the detected change in the pulse length, the one or more laser parameters comprising a cycle number of the regenerative amplifier and control the laser source according to the one or more laser parameters by instructing the laser source to adjust the cycle number to compensate for the detected change in the pulse length.
Method for operating an automation device which is a field bus coupler and/or a control computer, comprising a main module (20, 30) and an interchangeable connection module, wherein a field bus port of the automation device is arranged in the connection module, and wherein a non-volatile memory which can be read by the main module (20, 30) of the automation device is arranged in the interchangeable connection module, having the following steps: - connecting the main module (20, 30) of the automation device to a connection module; - reading of the non-volatile memory of the connection module by the main module (20, 30) via a data transmission path which is separate from a data transmission path of the data which are output at the field bus port; - determining any existing incompatibilities between the main module (20, 30) and the connection module on the basis of the data read from the non-volatile memory, and - operating the automation device, if no incompatibilities are detected. - connecting the main module (20, 30) of the automation device to a connection module; - reading of the non-volatile memory of the connection module by the main module (20, 30) via a data transmission path which is separate from a data transmission path of the data which are output at the field bus port; - determining any existing incompatibilities between the main module (20, 30) and the connection module on the basis of the data read from the non-volatile memory, and - operating the automation device, if no incompatibilities are detected.
A method for removing radioactive cesium from both contaminated organic matter (O1-O3) and contaminated inorganic matter (S1-S4), comprising: burning the contaminated organic matter (O1-O3) together with the contaminated inorganic matter (S1-S4) with a rotary kiln, the rotary kiln including a burner to be supplied with a fuel; supplying the fuel to the burner with a fuel supplying means; supplying the organic matter (O1-O3) contaminated with radioactive cesium to a kiln outlet with an organic matter supplying means; supplying the inorganic matter (S1-S4) contaminated with radioactive cesium to a kiln inlet with an inorganic matter supplying means; recovering cesium volatilizing in the rotary kiln with a recovery device; and drying and crushing said organic matter (O1-O3) contaminated with radioactive cesium before said organic matter (O1-O3) is supplied into the kiln outlet with a drying/crushing device. burning the contaminated organic matter (O1-O3) together with the contaminated inorganic matter (S1-S4) with a rotary kiln, the rotary kiln including a burner to be supplied with a fuel; supplying the fuel to the burner with a fuel supplying means; supplying the organic matter (O1-O3) contaminated with radioactive cesium to a kiln outlet with an organic matter supplying means; supplying the inorganic matter (S1-S4) contaminated with radioactive cesium to a kiln inlet with an inorganic matter supplying means; recovering cesium volatilizing in the rotary kiln with a recovery device; and
Photonic chip comprising a light guide layer supported by a substrate and covered with an encapsulation layer, the photonic chip having a front face on the side of the encapsulation layer and a back face on the side of the substrate, the light guide layer including a light guide structure comprising a waveguide and optically coupled to a vertical coupler configured to receive light from the waveguide and to form a light beam directed towards either the front face or the back face, the photonic chip also comprising a collimation structure and an arrangement of one or several reflecting structures (151, 152), each on either the front face or the back face, said arrangement being made so as to propagate light between the vertical coupler and the collimation structure along an optical path with at least one fold, the photonic chip being characterised in that the collimation structure is at least partly formed in the light guide layer.
A computing device for secure server access, the computing device comprising: a processor that includes secure enclave support; a license agent loader module to load a license agent into a secure enclave established by the processor; an application request module to receive, by the license agent, a request to access a remote server from an application of the computing device; an attestation module to perform, by the license agent, remote attestation of the secure enclave with the remote server via secure connection between the license agent and the remote server; a user authentication module to authenticate, by the license agent, a user of the computing device; and a server access module to (i) transmit, by the license agent, a machine identifier and a user identifier to the remote server via the secure connection in response to authentication of the user, wherein the machine identifier identifies the computing device and the user identifier identifies the user of the computing device; and (ii) allow, by the license agent, the application to access the secure connection with the remote server in response to authentication of the machine identifier and the user identifier, wherein the server access module is to generate the machine identifier as a function of a server challenge data item received from the remote server, wherein the machine identifier is indicative of the server challenge data item, and wherein the machine identifier and the user identifier are bound to a license of the application. a processor that includes secure enclave support; a license agent loader module to load a license agent into a secure enclave established by the processor; an application request module to receive, by the license agent, a request to access a remote server from an application of the computing device; an attestation module to perform, by the license agent, remote attestation of the secure enclave with the remote server via secure connection between the license agent and the remote server; a user authentication module to authenticate, by the license agent, a user of the computing device; and a server access module to (i) transmit, by the license agent, a machine identifier and a user identifier to the remote server via the secure connection in response to authentication of the user, wherein the machine identifier identifies the computing device and the user identifier identifies the user of the computing device; and (ii) allow, by the license agent, the application to access the secure connection with the remote server in response to authentication of the machine identifier and the user identifier, wherein the server access module is to generate the machine identifier as a function of a server challenge data item received from the remote server, wherein the machine identifier is indicative of the server challenge data item, and wherein the machine identifier and the user identifier are bound to a license of the application.
A mechanical circulatory assist system, comprising: a blood pump; a first patient interface module operatively coupled with the blood pump and configured to control operation of the blood pump; a second patient interface module; and a first connector operatively coupled with the blood pump and configured to couple with the second patient interface module, characterized in that the second patient interface module is configured to control operation of the blood pump without decoupling of the first patient interface module from the blood pump. a blood pump; a first patient interface module operatively coupled with the blood pump and configured to control operation of the blood pump; a second patient interface module; and a first connector operatively coupled with the blood pump and configured to couple with the second patient interface module, characterized in that the second patient interface module is configured to control operation of the blood pump without decoupling of the first patient interface module from the blood pump.
Process for producing hydrocarbons, where in a reaction unit set up for performing a process for oxidative methane coupling a hydrocarbon-containing product stream (c) is generated from a methane-rich feed stream (a) and from an oxygen-rich feed stream (b), wherein the product stream (c) or at least a stream formed therefrom is cryogenically treated in at least one separation unit using at least one liquid, methane-rich stream (e, v), characterized in that in the at least one separation unit from methane present in the product stream (c) and from methane present in the at least one liquid, methane-rich stream (e, v) a recycle stream is formed which is supplied to the reaction unit as the methane-rich feed stream (a), and in that the liquid, methane-rich stream (e, v) is provided as a fresh feed.
A molecular ink comprising: a silver carboxylate in an amount that provides a silver loading in the ink of about 24 wt% or more, based on total weight of the ink; a solvent; and, a polymeric binder comprising a polyester, polyimide, polyether imide or any mixture thereof having functional groups that render the polymeric binder compatible with the solvent, the functional groups comprising one or more of hydroxyl, carboxyl, amino and sulfonyl groups.
A pharmaceutical composition comprising Sertoli cells, myoid cells and a pharmaceutically acceptable carrier, for use in creating an immunologically privileged site in a mammal, wherein the ratio of said myoid cells to said Sertoli-cells is at least 5:95.
A device for protecting a plantar pad of a foot, comprising: a pad including a viscoelastic material, configured to be held on the skin of the plantar region, and to cover all the metatarsal heads and metatarsophalangeal joints of the foot, and an elastic strap attached to lateral edges (24, 25) of the pad, and comprising a transverse portion and a longitudinal portion forming a brace configured to pass between a big toe and an adjacent toe of the foot, the longitudinal portion having a distal edge fixed to a distal edge of the pad, the transverse portion having a distal edge delimiting, with the pad and a lateral edge of the longitudinal portion, an aperture for the passage of the second to fifth toes, wherein the distal edge of the transverse portion and the lateral edge have, in a unstretched flat state, rectilinear portions forming between them an angle (α) between 75 and 100°, the lateral edge has a length between 40 and 60% of the length of the distal edge of the transverse portion, and the length of the distal edge of the transverse portion is between 55 and 65% of the length of the transverse portion. a pad including a viscoelastic material, configured to be held on the skin of the plantar region, and to cover all the metatarsal heads and metatarsophalangeal joints of the foot, and an elastic strap attached to lateral edges (24, 25) of the pad, and comprising a transverse portion and a longitudinal portion forming a brace configured to pass between a big toe and an adjacent toe of the foot, the longitudinal portion having a distal edge fixed to a distal edge of the pad, the transverse portion having a distal edge delimiting, with the pad and a lateral edge of the longitudinal portion, an aperture for the passage of the second to fifth toes, wherein the distal edge of the transverse portion and the lateral edge have, in a unstretched flat state, rectilinear portions forming between them an angle (α) between 75 and 100°, the lateral edge has a length between 40 and 60% of the length of the distal edge of the transverse portion, and the length of the distal edge of the transverse portion is between 55 and 65% of the length of the transverse portion.