mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic cylinder with a piston rod which is surrounded by an annular pressure chamber, with a split bushing which forms a split seal with the piston rod and which has radial play at its outer circumference, as a result of which a first annular gap is formed which is fluidically connected to the pressure chamber, wherein a seal is fitted on the split bushing, wherein the seal is arranged on the outer circumference of the split bushing and is at an axial distance from a first end side of the split bushing, the end side facing the pressure chamber, characterized in that the axial distance is selected in such a manner that the split bushing has compensation in the radial direction for a compressive force, and wherein the piston rod is guided in a through-aperture of the hydraulic cylinder, on which through-aperture said piston rod is supported.
A method for producing a spray-dried flavor composition capable of retaining volatile compounds comprising spray drying a flavor containing volatile compounds in a spray dryer of an atomizer type and comprising a rotary disc or nozzle, the spray dryer having an inlet temperature of less than 100°C and an inlet air humidity of 0 - 4 g H 2 O/kg dry air and having an outlet temperature between 35°C and 55°C and an outlet air humidity of 10 - 20 g H 2 O/kg dry air to obtain a spray-dried flavor composition, wherein the volatile compounds are present in the spray-dried flavor composition in an amount that is at least 20% of the volatile compounds originally contained in the flavor.
A method of producing a medical instrument adapted to impart hydrophilicity and lubricity to a surface of the medical instrument by forming a coating layer on the medical instrument surface, comprising: a coating solution preparation step in which at least a water-insoluble polymer with a carboxyl group which is selected from the group consisting of hydroxypropyl methylcellulose phthalate, hydroxypropyl methylcellulose succinate acetate, cellulose phthalate acetate, and mixtures thereof, and a polyfunctional reactive compound are dissolved in an organic solvent to obtain a coating solution; an application step in which the coating solution is applied to the surface of the medical instrument to form the coating layer; a crosslinking step in which the coating layer undergoes crosslinking; and a chemical reaction step in which a chemical reaction process that is an alkali treatment is carried out to bring about hydrophilization of the crosslinked coating layer. a coating solution preparation step in which at least a water-insoluble polymer with a carboxyl group which is selected from the group consisting of hydroxypropyl methylcellulose phthalate, hydroxypropyl methylcellulose succinate acetate, cellulose phthalate acetate, and mixtures thereof, and a polyfunctional reactive compound are dissolved in an organic solvent to obtain a coating solution; an application step in which the coating solution is applied to the surface of the medical instrument to form the coating layer; a crosslinking step in which the coating layer undergoes crosslinking; and a chemical reaction step in which a chemical reaction process that is an alkali treatment is carried out to bring about hydrophilization of the crosslinked coating layer.
Hydrant (100;200;300) comprising a riser pipe (102;202;302) having an interior (104;204;304) and an exterior and a shut-off element (108;208;308) adapted to be moved from at least one open position to at least one closed position and vice versa, and wherein the shut-off element (108;208;308) is adapted in the closed position such that the interior (104;204;304) of the riser pipe (102;202;302) can be sealed against a hydrant inlet (106;206;306), wherein the hydrant (100;200;300) has at least one first passage (114,114',114";214;314), through which the interior (104;204;304) of the riser pipe (102;202;302) can be brought into fluid connection with the outside of the hydrant (100;200;300), and a second passage (116,116',116";216;316), through which the pressurized hydrant inlet (106;206;306) can be brought into fluid connection with the outside of the hydrant (100;200;300), wherein the first (114,114',114";214;314) and second (116,116',116";216;316) passage can be brought into operative connection with one another, wherein this operative connection generates a vacuum by means of water flowing through the second passage (116,116',116";216;316), so that water present in the interior (104;204;304) of the riser pipe (102;202;302) is discharged via the first passage (114,114',114";214;314) and thereby the riser pipe (102;202;302) is drained, wherein the shut-off element comprises a hydrant main valve comprising a main valve body (110;210) and a main valve seat, wherein the main valve body (110;210) is adapted to be moved by means of a drive device (111;211) from at least one open position to at least one closed position and vice versa relative to the main valve seat, wherein the main valve seat is formed as a changeover valve seat which is insertable into and removable from the hydrant, characterized in that the changeover valve seat comprises: a) at least one first opening (224,224',224") through which, in the drainage position of the main valve body in relation to the changeover valve seat, the interior of the riser pipe can be brought into fluid connection with a passage space, and b) the second passage, via which in the drainage position the hydrant inlet can be brought into fluid connection with the passage space, wherein the second passage is aligned over the passage space substantially axially to the first passage, via which the passage space can be brought into fluid connection with the outside of the hydrant. a) at least one first opening (224,224',224") through which, in the drainage position of the main valve body in relation to the changeover valve seat, the interior of the riser pipe can be brought into fluid connection with a passage space, and b) the second passage, via which in the drainage position the hydrant inlet can be brought into fluid connection with the passage space, wherein the second passage is aligned over the passage space substantially axially to the first passage, via which the passage space can be brought into fluid connection with the outside of the hydrant.
Device for machining tubular workpieces which has a base body with several machining stations arranged next to one another and a clamping device for clamping mounting of the workpieces during machining, characterised in that the clamping device has several clamping units arranged at the machining stations of the base body with movable clamping elements arranged displaceably on the base body and which are displaceable by means of a clamping bar arranged on the base body to be movable in its longitudinal direction via resilient clamping levers (26, 27).
A work vehicle comprising: a traveling vehicle body; and a mower unit provided at the traveling vehicle body, wherein the mower unit includes: a deck portion on which a mowing mechanism that mows grass is provided, and a front wheel portion provided in front of the deck portion and configured to be in contact with ground during mowing work, and the traveling vehicle body includes a mowing height operation tool, characterized in that the mower unit further includes: a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion, a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion, and an indicator configured to move in conjunction with the mowing height cylinder, wherein the mowing height operation tool is configured to operate the mowing height cylinder. a traveling vehicle body; and a mower unit provided at the traveling vehicle body, wherein the mower unit includes: a deck portion on which a mowing mechanism that mows grass is provided, and a front wheel portion provided in front of the deck portion and configured to be in contact with ground during mowing work, and the traveling vehicle body includes a mowing height operation tool, characterized in that the mower unit further includes: a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion, a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion, and an indicator configured to move in conjunction with the mowing height cylinder, a front wheel arm portion connected, on a front end side thereof, to the front wheel portion and swingably provided on the deck portion, a mowing height cylinder connected to the front wheel arm portion via a link mechanism and configured to change a positional relationship between a lower end of the front wheel portion and a lower end of the deck portion, and an indicator configured to move in conjunction with the mowing height cylinder, wherein the mowing height operation tool is configured to operate the mowing height cylinder.
Offshore supply ship for transport of cargo, comprising an, in the main, open deck, several cargo tanks that lie below the open deck, and one or more watertight rooms extend between a number of said cargo tanks and the open deck, wherein the ship further comprises - a centrally and longitudinally running cargo rail extending on said open deck in longitudinal direction of the ship, dividing the deck into two cargo decks, one on starboard side and one on port side, respectively, wherein the cargo rail supports a derrick crane and is equipped with tracks for movement of said derrick crane, and the cargo rail is open internally and has an internal height greater than the normal standing height for a person, and - a number of ventilation lines runs from said cargo tanks, through said watertight rooms and up into the centrally placed cargo rail. - a centrally and longitudinally running cargo rail extending on said open deck in longitudinal direction of the ship, dividing the deck into two cargo decks, one on starboard side and one on port side, respectively, wherein the cargo rail supports a derrick crane and is equipped with tracks for movement of said derrick crane, and the cargo rail is open internally and has an internal height greater than the normal standing height for a person, and - a number of ventilation lines runs from said cargo tanks, through said watertight rooms and up into the centrally placed cargo rail.
Tower assembly for supporting a wind turbine comprising: a concrete tower portion having two or more concrete tower segments (110-1,...,110-n) arranged upon each other, wherein each of said two or more concrete tower segments (110-1,...,110-n) is a hollow segment, and a supporting means capable of receiving bending loads from said concrete tower portion, wherein said supporting means is connected to said concrete tower portion at a predetermined height at one end, and is fixed to the ground at the other end at a predetermined distance from the concrete tower portion, characterized in that the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,...,110-n) is different from the average wall thickness of an adjacent upper concrete tower segment (...,110-n), and in that the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,...,110-n) is smaller than the average wall thickness of an adjacent upper concrete tower segment (...,110-n). a concrete tower portion having two or more concrete tower segments (110-1,...,110-n) arranged upon each other, wherein each of said two or more concrete tower segments (110-1,...,110-n) is a hollow segment, and a supporting means capable of receiving bending loads from said concrete tower portion, wherein said supporting means is connected to said concrete tower portion at a predetermined height at one end, and is fixed to the ground at the other end at a predetermined distance from the concrete tower portion, characterized in that the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,...,110-n) is different from the average wall thickness of an adjacent upper concrete tower segment (...,110-n), and in that the average wall thickness of a concrete tower segment of said two or more concrete tower segments (110-1,...,110-n) is smaller than the average wall thickness of an adjacent upper concrete tower segment (...,110-n).
A composite comprising: a substrate comprising a reinforced organic polymer matrix, the substrate having a substrate surface; at least one interlayer on the substrate surface, wherein the interlayer consists essentially of silicon oxycarbide, the interlayer having a thickness extending vertical from the substrate, and a compositional gradient of at least one chemical element within at least a portion of the thickness extending vertical, wherein the compositional gradient is essentially step-wise within the thickness of the interlayer; and at least one inorganic coating deposited on at least a portion of the interlayer. a substrate comprising a reinforced organic polymer matrix, the substrate having a substrate surface; at least one interlayer on the substrate surface, wherein the interlayer consists essentially of silicon oxycarbide, the interlayer having a thickness extending vertical from the substrate, and a compositional gradient of at least one chemical element within at least a portion of the thickness extending vertical, wherein the compositional gradient is essentially step-wise within the thickness of the interlayer; and at least one inorganic coating deposited on at least a portion of the interlayer.
Geothermal air-conditioner device, comprises at least one first pressure reducing chamber with air intake opening and second pressure reducing chamber with processed air outlet, which pressure reducing chambers are connected with to each other with air conduits located in the ground for conveying of air from the first pressure reducing chamber to the second pressure reducing chamber, whereas on the ground layer covering air conduits is the coarse material layer, covered by a coating layer, and at least one first ventilation conduit is extending to the coarse material layer through the coating layer, through which the coarse material layer is connected to aid in the chamber, and for providing exhaust from coarse material layer exhaust ventilation piping is located in the coarse material layer, fan or other ventilation device is connected to the outlet of the second pressure reducing chamber, characterised by that air conduits are bent by approximately 120-170 degrees of bending angle α and are placed with bending point upwards, so that at the beginning intake air will flow upwards by angle β of approximately 10-17 degrees from horizontal and after bend angle α in air conduits will flow to downwards regarding horizontal to the second pressure reducing chamber.
Aerodynamic deflector arranged at the front of a motor vehicle characterised in that it comprises a deformable skin of which an upper strip is rigidly connected to the lower portion of a front bumper, and of which a lower strip is connected to a front edge of a rigid arch that can be moved by a manoeuvring device between a low position in which the deformable skin is deployed so as to divert the flow of air that presents under the vehicle when the vehicle advances, and a high position in which the deformable skin is folded away in a recess arranged behind the bumper.
Apparatus for separating coarse and fine material in a stream of separating air of a separator which includes at least one material feed opening, at least two inlet openings (5, 6, 7) arranged one above the other for the separating air, at least one outlet opening for discharging separating air and separated material, and a discharging device for the segregated coarse material, wherein the at least one outlet opening is arranged on a side of the separator opposite the inlet opening for the purpose of achieving a cross-flow separation of the material below the uppermost inlet opening for the separating air, characterised in that the inlet openings (5, 6, 7) for the separating air are offset in a step-wise manner so as to improve the cross-flow separation in the conveying direction of the material, i.e., in the direction of the stream of separating air towards the discharge opening, wherein the lower inlet opening for the lower air of the separator is preferably directed towards the at least one outlet opening.
A method for correcting a fingernail or toenail, comprising at least the following steps: a) applying of at least one layer (3,4) of at least one compound onto a fingernail or toenail, and b) performing of at least one treatment step, in which the at least one layer contracts or expands, wherein the degree of curvature of the fingernail or toenail changes and the fingernail or toenail will thus be corrected. a) applying of at least one layer (3,4) of at least one compound onto a fingernail or toenail, and b) performing of at least one treatment step, in which the at least one layer contracts or expands, wherein the degree of curvature of the fingernail or toenail changes and the fingernail or toenail will thus be corrected.
A wind turbine gearbox, in particular a planetary gearbox, having at least one gear mounted on an axle, for which purpose a sliding layer is arranged between the gear and the axle, characterized in that the sliding layer is sprayed directly onto the axle or, with intermediate arrangement of at least one further layer, onto the further layer by means of a thermal spaying method.
A cleaning implement, which includes a frame and a squeegee attached to the frame and consisting of elastic material, and to the frame of which cleaning implement a cleaning cloth can be attached to wipe and clean a surface, where the cleaning cloth is attached, at least at two of its edges, to the frame of the cleaning implement such that the cleaning cloth forms a loosely hanging loop, characterized in that the cleaning cloth can be attached to the frame of the cleaning implement at only one edge, which is the first edge of the cleaning cloth, so that the frame of the cleaning implement is provided with a groove located on the side of the frame and the first edge of the cleaning cloth to be attached to the frame of the cleaning implement has an edge thickening, with the help of which first edge of the cleaning cloth can be attached to the frame of the cleaning implement such that the thickening of the edge of the cleaning cloth is threaded into the groove located on the side of the frame of the cleaning implement, and that the frame of the cleaning implement is provided with the slits (53, 53) located at the ends of the frame so that the edge portions (62, 63) of the cleaning cloth or the opposite edge of the cleaning cloth can also be attached to the frame of the cleaning implement such that corresponding spots (62, 63) of the opposite edge of the cleaning cloth are threaded into the slits (53, 53) located at the ends of the frame of the cleaning implement so that the the cleaning cloth fastened in connection with the squeegee at both of its opposite edges forms a loop or bag around a squeegee that consists of elastic material.
A method for the preparation of compound of formula; the method comprises two steps, a step STEP1 and a step STEP2; STEP1 comprises a reaction REAC1 of compound of formula and compound of formula in the presence of a base BAS1, BAS1 is compound of formula (VIII); R1, R2, R3 and R4 are identical or different and independently from each other C 1-4 alkyl; X is Na or K; STEP2 comprises a reaction REAC2 of the reaction product of REAC1 with methyl hydrazine in the presence of an acid ACID2; ACID2 is selected from the group consisting of AcOH, H 2 SO 4, HCOOH, citric acid, benzoic acid, lactic acid and acidic ion exchange resin.
Computer-implemented method for determining a representation of a rim of a spectacles frame or a representation of the edges of the spectacle lenses, wherein at least two images taken from different viewing directions of a head wearing the spectacles frame or the spectacles are provided, wherein data for at least portions of the rims of the spectacles frame or the edges of the lenses are determined in each image, wherein the at least two images are calibrated with one another, and wherein the calibration includes the extrinsic and intrinsic properties of the camera or cameras taking the images, characterized in that a three-dimensional model of the spectacles frame or the spectacles based on geometric parameters is provided and in that the geometric parameters are optimized for adaptation of the model to the detected edges.
Method to perform monitoring-continuity in case of number portability for use in a telecommunication system, the method being characterized by - configuring at least one management system to send number portability events to an Law Enforcement Agency LEA controlled monitoring entity (LEMF, ADRS); - requiring by a monitored user, number portability from an operator of a donor network to an operator of a recipient network; - receiving to the Law Enforcement Agency LEA controlled receiving entity (LEMF, ADRS), a number portability event - temporary address, which event comprises information related to the user's ported identity and the user's new identity. - configuring at least one management system to send number portability events to an Law Enforcement Agency LEA controlled monitoring entity (LEMF, ADRS); - requiring by a monitored user, number portability from an operator of a donor network to an operator of a recipient network; - receiving to the Law Enforcement Agency LEA controlled receiving entity (LEMF, ADRS), a number portability event - temporary address, which event comprises information related to the user's ported identity and the user's new identity.
A non-dairy cheese composition comprising a combination of 2 or more different dietary fibers; non-animal protein, calcium salt, and lipid, wherein the composition is devoid of hydrocolloids and modified starches, and wherein the composition has a moisture content of more than 45 wt% and less than 60 wt%, and wherein one of the dietary fibers is pea cell wall fiber and the other dietary fiber is potato fiber.
An axle-to-beam connection for an axle/suspension system comprising a suspension assembly (214,314,414,514,614), the connection comprising: a) an axle (232,332,432,532,632), and b) a sleeve (231,331,431,531,631) disposed at least partially about said axle, the axle being formed with at least one depression (208,308,408,508,608) and the sleeve being formed with at least one depression (206,306,406,506,606), at least one said sleeve depression matingly engaging in at least one said axle depression to form at least one mated pair f depressions, at least one of the at least one mated pair of simultaneously formed depressions attaching the sleeve to the axle by contact with pre-load between the axle depression and sleeve depression of at least one said mated pair of depressions, with the sleeve exhibiting more plastic deformation than the axle, and said sleeve being immovably mounted to a beam or spring seat assembly (372,472,572,672) of the suspension assembly of said axle/suspension system. a) an axle (232,332,432,532,632), and b) a sleeve (231,331,431,531,631) disposed at least partially about said axle,