mhurhangee/ep-ind-claims huggingface dataset:
A fixation device for a turbine, comprising a flange mounted on a housing of the turbine, wherein the flange is fixed to the housing by a plurality of first bolts characterized in that, a nut assembly is received in the flange to apply fixation to a component inside the housing and the flange comprises a central threaded hole, wherein the nut assembly comprises a nut body with a first hole formed along the central axis of the nut body and a plurality of second holes formed around the central axis, and a plurality of second bolts received in the respective second holes, wherein the nut body is formed with thread on its outer circumferential surface and fitted within the central threaded hole of the flange, and the second bolts are screwed in the second holes to apply fixation against the component inside the housing of the turbine.
A scroll compressor, comprising: a casing; a scroll compression mechanism that compresses refrigerant; a driving motor that has a driving shaft and is connected to the scroll compression mechanism through the driving shaft to drive the scroll compression mechanism; a main frame that supports the scroll compression mechanism in the casing; a bearing plate that supports the driving shaft of the driving motor in the casing and has an opening portion through which upper and lower spaces above and below the bearing plate intercommunicate with each other; and a first cover that covers the surrounding of the driving shaft between the driving motor and the bearing plate, wherein the cover is configured so as to be passable through the opening portion; characterized in that the first cover is provided with an insulator at the upper edge portion thereof. a casing; a scroll compression mechanism that compresses refrigerant; a driving motor that has a driving shaft and is connected to the scroll compression mechanism through the driving shaft to drive the scroll compression mechanism; a main frame that supports the scroll compression mechanism in the casing; a bearing plate that supports the driving shaft of the driving motor in the casing and has an opening portion through which upper and lower spaces above and below the bearing plate intercommunicate with each other; and a first cover that covers the surrounding of the driving shaft between the driving motor and the bearing plate, wherein the cover is configured so as to be passable through the opening portion; characterized in that the first cover is provided with an insulator at the upper edge portion thereof.
A battery with a safety mechanism adapted to protect against tissue damage and/or electrolysis comprising: a housing comprising first and second poles, at least one electronic conductor in electronic contact with the first pole, and a spacer comprising an electronically insulating material, wherein the spacer is provided between the electronic conductor and the second pole such that electronic contact between the electronic conductor and the second pole is prevented, the spacer being capable of undergoing a physical change in the presence of an aqueous solution such that the spacer can dissolve, soften, or swell, a resistive force of the spacer is reduced to less than a biasing force of the electronic conductor, and electronic coupling between the electronic conductor and the second pole can occur wherein: subsequent to the physical change, electronic coupling occurs based on (i) direct physical contact between the electronic conductor and the second pole or (ii) indirect physical contact between the electronic conductor and the second pole via one or more additional intervening electronically conducting materials disposed between the electronic conductor and the second pole, wherein the electronic conductor comprises an attaching segment and a grounding segment, each of the attaching segment and the grounding segment being electronically coupled to the first pole, each of the attaching segment and the grounding segment being electronically isolated from the second pole, and the grounding segment being biased towards engagement with the second pole. subsequent to the physical change, electronic coupling occurs based on (i) direct physical contact between the electronic conductor and the second pole or (ii) indirect physical contact between the electronic conductor and the second pole via one or more additional intervening electronically conducting materials disposed between the electronic conductor and the second pole, wherein the electronic conductor comprises an attaching segment and a grounding segment, each of the attaching segment and the grounding segment being electronically coupled to the first pole, each of the attaching segment and the grounding segment being electronically isolated from the second pole, and the grounding segment being biased towards engagement with the second pole.
An apparatus for separating a two-ply film web, which can first be wound up at a winding station, wherein the two plies (5, 6) of the film web are first connected to one another via two side edges, wherein the apparatus comprises the following features: • At least two longitudinal slitting units, with which two longitudinal slits can be made into a first of the two plies (5, 6) of the two-ply film web, which are at a distance from side edges, so that one ply has a narrower width than the two-ply film web, • at least one pressing element, which can be moved in the orthogonal direction (x) of the plane generated by the two-ply film web, wherein the two plies (5, 6) of the two-ply film web are able to be distanced from one another, wherein the pressing element is only in contact with a region of the film web, which lies between the side edge and the next adjacent longitudinal slit, and which can be moved in the plane (y) of the two-ply film web, but perpendicular to its longitudinal direction (z), so that the pressing element can be guided between the two plies (5, 6) of the two-ply film web. • At least two longitudinal slitting units, with which two longitudinal slits can be made into a first of the two plies (5, 6) of the two-ply film web, which are at a distance from side edges, so that one ply has a narrower width than the two-ply film web, • at least one pressing element, which can be moved in the orthogonal direction (x) of the plane generated by the two-ply film web, wherein the two plies (5, 6) of the two-ply film web are able to be distanced from one another, wherein the pressing element is only in contact with a region of the film web, which lies between the side edge and the next adjacent longitudinal slit, and which can be moved in the plane (y) of the two-ply film web, but perpendicular to its longitudinal direction (z), so that the pressing element can be guided between the two plies (5, 6) of the two-ply film web.
An article having a solid antimicrobial coating or external surface layer that consists of (a) a hydrophilic crosslinked polyelectrolyte network and (b) one or more entrained cationic surfactants that bear ionic charge, wherein the polyelectrolyte is polyacrylic acid or polyvinylpyrrolidone, and wherein the one or more entrained cationic surfactants is/are the only antimicrobial agent(s) in the composition.
A method for forcibly inserting a drop of a molding material into a cavity of a molding female die in a rotary compression molding machine, wherein a molten synthetic resin extruded from an extrusion opening formed at the edge of an extrusion die head is formed into a determined quantity of the drop by holding and then cutting or cutting and then holding by a holding mechanism (22,32,52) and a (cutter placed at a synthetic resin accepting position which opposes to the extrusion die head, the drop is held and conveyed by the holding mechanism, the holding mechanism to hold the drop is forcibly fallen by adding accelerating speed to the holding mechanism, or by adding inertia speed to the holding mechanism, or by oscillating the holding mechanism, or by changing the centrifugal force of the holding mechanism, and the drop held at a discharging position on a molding female die is forcibly inserted and fed into the cavity of a molding female die while the holding is released.
A method for de-icing a rotor blade of a wind turbine, wherein a de-icing procedure is started in the event of icing in an area of the rotor blade to be kept free of or to be freed from ice, in which an air stream is heated to a predetermined or predeterminable flow temperature and is guided from a blade root of the rotor blade through a channel or a channel system in the rotor blade into the area to be kept free of or to be freed from ice and subsequently entirely or partially back to the blade root, wherein the flow temperature and a return temperature of the returned air stream are captured continuously or at time intervals, characterized in that, during the de-icing procedure, at least one temporal progression of at least one measurement signal containing the return temperature is evaluated for a de-icing completion signature (50 - 56), which is caused by a completion of the de-icing of the area to be kept free of or to be freed from ice.
A composition comprising a salmon milt extract, a beer yeast extract, a young barley leaf extract, and chicken collagen for use as an agent for the treatment of obesity, wherein the composition has a lipolysis-promoting effect and a peptic and tryptic digest thereof has an angiotensin-converting enzyme inhibitory effect.
A refrigerator comprising: a heat insulation box having a plurality of heat-insulated storage compartments (207, 208, 209), a compressor, a partition wall (205, 206) configured to heat-insulate and partition the heat insulation box into the plurality of the storage compartments (207, 208, 209) in a vertical direction, and a plurality of doors (207a, 207b, 208a, 209a) which are adapted to respectively close the plurality of storage compartments (207, 208, 209), wherein an uppermost door of the plurality of doors (207a, 207b, 208a, 209a) has a right door and a left door in a lateral direction as viewed from front of the heat insulation box; wherein the right door has a natural frequency per unit time lower than the lowest frequency at which the compressor is operable; and wherein a vacuum heat insulation material is provided in an inside of the heat insulation wall of the right door of the uppermost door. a heat insulation box having a plurality of heat-insulated storage compartments (207, 208, 209), a compressor, a partition wall (205, 206) configured to heat-insulate and partition the heat insulation box into the plurality of the storage compartments (207, 208, 209) in a vertical direction, and a plurality of doors (207a, 207b, 208a, 209a) which are adapted to respectively close the plurality of storage compartments (207, 208, 209), wherein an uppermost door of the plurality of doors (207a, 207b, 208a, 209a) has a right door and a left door in a lateral direction as viewed from front of the heat insulation box; wherein the right door has a natural frequency per unit time lower than the lowest frequency at which the compressor is operable; and wherein a vacuum heat insulation material is provided in an inside of the heat insulation wall of the right door of the uppermost door.
A method for metal-catalyzed alkoxycarbonylation of a δ-lactone, the δ-lactone being 3-ethylidene-6-vinyletetrahydro-2 H -pyran-2-one, the method comprising the steps of: adding an alcohol and a catalyst system including palladium or a salt thereof to a solution of the δ-lactone in an organic solvent to form a reaction mixture; placing the reaction mixture under pressure of carbon monoxide gas; heating the reaction mixture to a temperature of at least 110°C; and recovering a 2-octendioate diester product. adding an alcohol and a catalyst system including palladium or a salt thereof to a solution of the δ-lactone in an organic solvent to form a reaction mixture; placing the reaction mixture under pressure of carbon monoxide gas; heating the reaction mixture to a temperature of at least 110°C; and recovering a 2-octendioate diester product.
A fusion protein comprising a mucin-domain polypeptide linked to at least one active protein via an optional linker wherein the mucin-domain polypeptide is glycosylated and comprises SEQ ID NO:20 or any amino acid sequence homologous thereto with at least 90% amino acid sequence identity, wherein the active protein is IL-1Ra or exendin-4 or any amino acid sequence identical thereto with at least 90% sequence identity; and wherein the half-life of the fusion protein is increased two-fold as compared to the half-life of the corresponding active protein that is not fused to the mucin-domain polypeptide.
A system for cooling a liquid cryogenic fluid user with an inert and non-pressurized liquid cryogen in 120K to 200K temperature range comprising: • a primary cooling loop composed at least of a main cryogenic tank, one sub-cooler and a recirculation pump, and designed for operation with a first liquid cryogenic fluid under pressure, wherein • the primary cooling loop is connected to a secondary cooling loop composed of a liquid phase separator connected to the liquid cryogenic fluid user, the liquid phase separator housing a heat exchanger and designed to be operated at very low pressure with a second liquid cryogenic fluid, • the secondary cooling loop is connected to a gaseous buffer tank thereby allowing the addition or removal of the second liquid cryogenic fluid from Secondary cooling loop during a cool-down and/or a warm-up phase, and • the system is configured to condense the second liquid cryogenic fluid using the pressurized first liquid cryogenic fluid. • a primary cooling loop composed at least of a main cryogenic tank, one sub-cooler and a recirculation pump, and designed for operation with a first liquid cryogenic fluid under pressure, wherein • the primary cooling loop is connected to a secondary cooling loop composed of a liquid phase separator connected to the liquid cryogenic fluid user, the liquid phase separator housing a heat exchanger and designed to be operated at very low pressure with a second liquid cryogenic fluid, • the secondary cooling loop is connected to a gaseous buffer tank thereby allowing the addition or removal of the second liquid cryogenic fluid from Secondary cooling loop during a cool-down and/or a warm-up phase, and • the system is configured to condense the second liquid cryogenic fluid using the pressurized first liquid cryogenic fluid.
A polymer electrolyte for a secondary battery, the polymer electrolyte comprising a polymer which includes at least one repeating unit of repeating unit A represented by Formula 1 and repeating unit B represented by Formula 2: wherein, in Formula 1 or 2, R and R 5 are carbon or sulfur, R 1 and R 6 are wherein R 9 is -C(CF 3) 2 -, R 2 and R 7 are R 3 is -S (CF 2) 2 SO 3 -Li +, R 4 is wherein R 10 is -C(CF 3) 2 -, R 8 is o and o' are 1 or 2, p, p', q, q', r, and s are 0 or 1, each of n, m, n', and m' is the number of moles of repeating units, a ratio of n: m is in a range of 95:5 to 5:95, and a ratio of n': m' is in a range of 95:5 to 5:95. R and R 5 are carbon or sulfur, R 1 and R 6 are wherein R 9 is -C(CF 3) 2 -, R 2 and R 7 are R 3 is -S (CF 2) 2 SO 3 -Li +, R 4 is wherein R 10 is -C(CF 3) 2 -, R 8 is o and o' are 1 or 2, p, p', q, q', r, and s are 0 or 1, each of n, m, n', and m' is the number of moles of repeating units, a ratio of n: m is in a range of 95:5 to 5:95, and a ratio of n': m' is in a range of 95:5 to 5:95.
A method for aminating an acylated hydrocarbon polymer by reacting a primary or secondary aromatic amine which is solid at about 25 °C with an acyl group of said polymer, comprising the steps of: (a) supplying a melt of said acylated hydrocarbon polymer; (b) supplying a liquid solution of 20 to 60 percent by weight of said aromatic amine in a polar aprotic solvent which has a boiling point (at atmospheric pressure) of at least 150 °C, a melting point below 40 °C, and a dielectric constant of at least 5 at 25 °C; (c) mixing the solution of said aromatic amine with the melt of said polymer in a mixing device at a temperature of 140 °C to 185 °C; whereby said aromatic amine reacts with acyl group of said polymer; and (d) cooling the resulting amine-reacted polymer. (a) supplying a melt of said acylated hydrocarbon polymer; (b) supplying a liquid solution of 20 to 60 percent by weight of said aromatic amine in a polar aprotic solvent which has a boiling point (at atmospheric pressure) of at least 150 °C, a melting point below 40 °C, and a dielectric constant of at least 5 at 25 °C; (c) mixing the solution of said aromatic amine with the melt of said polymer in a mixing device at a temperature of 140 °C to 185 °C; whereby said aromatic amine reacts with acyl group of said polymer; and (d) cooling the resulting amine-reacted polymer.
Process for the production of a hydrogen gas stream with a CO content of less than 1 ppm starting from synthesis gas, comprising a production cycle with two phases: - a first phase comprising the following successive steps: a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type, b) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type, and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, - a second phase comprising the following successive steps: e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type, f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, with, throughout the duration of step e) and f), the TSA unit is bypassed by the hydrogen gas stream and regenerated, and, throughout the duration of the regeneration of the TSA, the PSA is set to "high purity"; in other words, the yield of the PSA is lowered and the production of hydrogen exhibiting a CO content of less than 1 ppm is rendered possible, either by reducing the time of the overall cycle or, preferably, by reducing the depressurization pressure. - a first phase comprising the following successive steps: a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type, b) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type, and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type, b) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type, and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, - a second phase comprising the following successive steps: e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type, f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type, f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm,
Press fitting for the connection of a pipe end, comprising a main body with a fitting portion and a fitting support extending in an axial direction from the fitting portion, a compression sleeve, wherein the compression sleeve has an accordion-shape with a plurality of valleys in alternance with a plurality of peaks, the accordion shape being configured to translate an axial deformation of the compression sleeve into an inward radial force allowing to provide a secure engagement with the pipe end, and leading to the crimping of the pipe end against the fitting support, characterised in that the compression sleeve is designed to surround the fitting support, and the compression sleeve and the fitting support define a pipe insertion space radially between the compression sleeve and the fitting support for inserting a pipe end to be fixed on said fitting support. a main body with a fitting portion and a fitting support extending in an axial direction from the fitting portion, a compression sleeve, wherein the compression sleeve has an accordion-shape with a plurality of valleys in alternance with a plurality of peaks, the accordion shape being configured to translate an axial deformation of the compression sleeve into an inward radial force allowing to provide a secure engagement with the pipe end, and leading to the crimping of the pipe end against the fitting support, characterised in that the compression sleeve is designed to surround the fitting support, and the compression sleeve and the fitting support define a pipe insertion space radially between the compression sleeve and the fitting support for inserting a pipe end to be fixed on said fitting support.
Connection device for connecting a tool to an operating means; said device comprising a first member and a second member designed to be fixed to tool and to the operating means, respectively, and carrying respective coupling means (4, 5) to couple together in a releasable fashion; one of said first and second members (2, 3) being furthermore provided with at least one bolt means with transverse bar, said at least one bolt means sliding between a release condition and a lock condition, wherein the at least one bolt means engages in a seat of abutment means of the other member (2, 3) to produce, in cooperation with said coupling means (4, 5), the coupling between said tool and said operating means; said device further comprising detection means associated with said second member; said detection means being designed to act on lock/release means (34, 35B) of an actuating mechanism for actuating the at least one bolt means; said detection means being housed inside a single transverse projection designed to engage a corresponding seat of said first member; characterized in that said detection means comprise a detection first pin and a second pushing pin, along with a connecting rod pivoted between said detection first pin and said second pushing pin, said detection first pin and second pushing pin being substantially perpendicular to each other and coupled together by means of respective inclined surfaces (31A, 32A), so that, in use, a vertical movement of said detection first pin turns into a horizontal movement of said second pushing pin, and in that an end of said second pushing pin is designed to activate said actuating mechanism for actuating a lock movable equipment comprising, in turn, said at least one bolt means.