mhurhangee/ep-ind-claims huggingface dataset:
Release device for a lifting and tilting device for releasing the lifting and tilting device from a generator segment of a generator, in particular from a generator segment of a generator of a wind turbine, which comprises at least one release unit (1a, 1b), which is designed for releasing the lifting and tilting device from the generator segment, wherein the at least one release unit (1a, 1b) is provided: - a frame device which is designed to connect the release device to a generator tilting device of the lifting and tilting device, - a release swing device which is arranged on the frame device so as to be pivotable about a triggering pivot axis or displaceable in translation along a linear guide, - a coupling device which is arranged on the release swing device so as to be pivotable about a first coupling pivot axis or displaceable in translation along a linear guide and is arranged so as to be movable relative to the frame device, wherein - the release swing device can be moved back and forth between a release position and an initial position different from the release position as a function of a position of the coupling device in relation to the frame device, wherein the release swing device is designed to cause a release of the lifting and tilting device from the generator segment in the release position, characterised in that - the at least one release unit (1a, 1b) has a guide swing device which is arranged on the frame device at a distance from the release swing device so as to be pivotable about a guide pivot axis. - a frame device which is designed to connect the release device to a generator tilting device of the lifting and tilting device, - a release swing device which is arranged on the frame device so as to be pivotable about a triggering pivot axis or displaceable in translation along a linear guide, - a coupling device which is arranged on the release swing device so as to be pivotable about a first coupling pivot axis or displaceable in translation along a linear guide and is arranged so as to be movable relative to the frame device, wherein - the release swing device can be moved back and forth between a release position and an initial position different from the release position as a function of a position of the coupling device in relation to the frame device, wherein the release swing device is designed to cause a release of the lifting and tilting device from the generator segment in the release position, characterised in that - the at least one release unit (1a, 1b) has a guide swing device which is arranged on the frame device at a distance from the release swing device so as to be pivotable about a guide pivot axis.
Device for safely operating a technical installation, comprising a) an acoustic playback unit, b) at least one operating unit having at least one button, c) and a first transmitting/receiving unit, and d) a further transmitting/receiving unit corresponding to the first transmitting/receiving unit and connected to the technical installation, characterized in that I) the acoustic playback unit plays back a series of handling instructions, the above-mentioned units being connected to one another in such a manner that all handling instructions, apart from the first handling instruction, are played back only after a signal from the operating unit having at least one button or from the first transmitting/receiving unit, and wherein II) the above-mentioned units are connected to one another in such a manner that a signal from the above-mentioned first transmitting/receiving unit precedes at least one of the playbacks. a) an acoustic playback unit, b) at least one operating unit having at least one button, c) and a first transmitting/receiving unit, and d) a further transmitting/receiving unit corresponding to the first transmitting/receiving unit and connected to the technical installation, I) the acoustic playback unit plays back a series of handling instructions, the above-mentioned units being connected to one another in such a manner that all handling instructions, apart from the first handling instruction, are played back only after a signal from the operating unit having at least one button or from the first transmitting/receiving unit, and wherein II) the above-mentioned units are connected to one another in such a manner that a signal from the above-mentioned first transmitting/receiving unit precedes at least one of the playbacks.
An insulating polymer material composition applied to an insulating structure for a voltage device, characterized in that it is formed of a kneaded substance obtained by adding a castor oil-series polyol or phenol resin as a curing agent to an epoxidized linseed oil and by adding a peroxide as a reaction aid, and that the kneaded substance has been three-dimensionally crosslinked by a heat treatment.
A print control device comprising print control means configured to control, when laying out and performing printing of a plurality of images on a single piece of printing paper, printing of cutting marks serving as an aid for cutting off the plurality of images from the printing paper, wherein the print control means is configured to switch, in accordance with a layout of the plurality of images, whether the cutting marks are to be printed using color inks, or to be printed by a changing pattern of overcoat using transparent ink, control such that in a case of a layout with margin areas for printing the cutting marks on the printing paper, the cutting marks are formed by the color inks, in a case of a layout with no margin areas for printing the cutting marks, the cutting marks are formed by the overcoat, and change the pattern of overcoat to be formed on the images, for each of areas on the printing paper, to form the cutting marks, in a case of a layout with no margin areas for printing the cutting marks on the printing paper. print control means configured to control, when laying out and performing printing of a plurality of images on a single piece of printing paper, printing of cutting marks serving as an aid for cutting off the plurality of images from the printing paper, wherein the print control means is configured to switch, in accordance with a layout of the plurality of images, whether the cutting marks are to be printed using color inks, or to be printed by a changing pattern of overcoat using transparent ink, control such that in a case of a layout with margin areas for printing the cutting marks on the printing paper, the cutting marks are formed by the color inks, in a case of a layout with no margin areas for printing the cutting marks, the cutting marks are formed by the overcoat, and in a case of a layout with margin areas for printing the cutting marks on the printing paper, the cutting marks are formed by the color inks, in a case of a layout with no margin areas for printing the cutting marks, the cutting marks are formed by the overcoat, and change the pattern of overcoat to be formed on the images, for each of areas on the printing paper, to form the cutting marks, in a case of a layout with no margin areas for printing the cutting marks on the printing paper.
A bleaching powder composition comprising: a) one or more persalt(s) and/or peroxy salt(s), b) one or more alkalizing agent(s), c) one or more compound(s) according to the following structure: wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition. a) one or more persalt(s) and/or peroxy salt(s), b) one or more alkalizing agent(s), c) one or more compound(s) according to the following structure: wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition. wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, wherein the total concentration of compounds according to c) is in the range of 0.001% to 1.5% by weight, calculated to the total weight of the composition.
A method of producing a low-dust, fire-retardant cellulose fiber material, comprising: applying a liquid comprising a solvent and at least one fire-retarding material soluble in the solvent to a cellulose source material; allowing the liquid to permeate into the cellulose source material to form a liquid-permeated cellulose material; drying the liquid-permeated cellulose material to remove the solvent, wherein an effective amount of the fire-retardant material remains in the cellulose source material, to form a dried, fire-retardant cellulose material; reducing the dried, fire-retardant cellulose material in size to produce a reduced-size, dry fire-retardant cellulose fiber material; and removing a major amount of dust material from the reduced size, dry fire-retardant cellulose fiber material by screening the cellulose fiber material to produce the low-dust, fire-retardant cellulose fiber material having functionally equivalent fire-retardant properties as the reduced-size, dry fire-retardant cellulose fiber material before removing said dust material. applying a liquid comprising a solvent and at least one fire-retarding material soluble in the solvent to a cellulose source material; allowing the liquid to permeate into the cellulose source material to form a liquid-permeated cellulose material; drying the liquid-permeated cellulose material to remove the solvent, wherein an effective amount of the fire-retardant material remains in the cellulose source material, to form a dried, fire-retardant cellulose material; reducing the dried, fire-retardant cellulose material in size to produce a reduced-size, dry fire-retardant cellulose fiber material; and removing a major amount of dust material from the reduced size, dry fire-retardant cellulose fiber material by screening the cellulose fiber material to produce the low-dust, fire-retardant cellulose fiber material having functionally equivalent fire-retardant properties as the reduced-size, dry fire-retardant cellulose fiber material before removing said dust material.
An air pressure utility vehicle system container assembly comprising a first region and a second region, wherein the first and the second region (2, 4) together enclose at least part of a container interior, wherein the first and the second region (2, 4) are connected to each other via a joining region, and wherein the joining region is subjected to a shearing load in the event of loading from the container interior side, characterized by the wall thickness of the first region and/or second region is increased in the region of the joining portion (8, 10).
Ventilation device, at least comprising an outflow unit, which is displaceably mounted in a receptacle of a cladding component of a motor vehicle, and a closure unit, which is pivotably mounted at the receptacle, wherein - the receptacle has at least a first guide along which the outflow unit is displaceably mounted, characterised in that - a first drive wheel, a first star wheel element and an opposite, second star wheel element of a first Maltese cross transmission are arranged at the receptacle, - the axis of rotation of the first drive wheel extends at a spacing from the axes of rotation of the first star wheel element and the second star wheel element, - the first drive wheel is coupled with a drive unit, - the first drive wheel has a least one first pin at a first side and the first star wheel element has at least one corresponding first receiving slot, - the first star wheel element is coupled with the closure unit and the closure unit is pivotable by way of the first star wheel element, - the first drive wheel has at least one second pin at a second side and the second star wheel element has at least one corresponding second receiving slot, - the second star wheel has at least one third pin, which is rotatably coupled with a first connecting element, - the first connecting element has a connecting section which is rotatably coupled with the outflow unit and - the connecting section is displaceable in a second guide in the receptacle. - the receptacle has at least a first guide along which the outflow unit is displaceably mounted, characterised in that - a first drive wheel, a first star wheel element and an opposite, second star wheel element of a first Maltese cross transmission are arranged at the receptacle, - the axis of rotation of the first drive wheel extends at a spacing from the axes of rotation of the first star wheel element and the second star wheel element, - the first drive wheel is coupled with a drive unit, - the first drive wheel has a least one first pin at a first side and the first star wheel element has at least one corresponding first receiving slot, - the first star wheel element is coupled with the closure unit and the closure unit is pivotable by way of the first star wheel element, - the first drive wheel has at least one second pin at a second side and the second star wheel element has at least one corresponding second receiving slot, - the second star wheel has at least one third pin, which is rotatably coupled with a first connecting element, - the first connecting element has a connecting section which is rotatably coupled with the outflow unit and - the connecting section is displaceable in a second guide in the receptacle.
A method for producing a nitride fluorescent material comprising a composition represented by formula: Sr s Ca t Al u Si v N w: Eu ··· wherein s, t, u, v, and w respectively satisfy 0 ≤ s < 1, 0 < t ≤ 1, s + t ≤ 1, 0.9 ≤ u ≤ 1.1, 0.9 ≤ v ≤ 1.1, and 2.5 ≤ w ≤ 3.5, the method comprising heat-treating a raw material mixture comprising silicon nitride, silicon, an aluminium compound, a calcium compound, and a europium compound, the calcium compound optionally being replaced with a strontium compound, metal strontium, or an alloy of strontium, wherein content of silicon is from 10 % by weight to 85 % by weight relative to the total amount of silicon nitride and silicon in the raw material mixture. wherein the raw material mixture is heat-treated at 1200°C or more in a nitrogen gas-containing atmosphere containing nitrogen of 90% by volume or more. wherein s, t, u, v, and w respectively satisfy 0 ≤ s < 1, 0 < t ≤ 1, s + t ≤ 1, 0.9 ≤ u ≤ 1.1, 0.9 ≤ v ≤ 1.1, and 2.5 ≤ w ≤ 3.5, the method comprising heat-treating a raw material mixture comprising silicon nitride, silicon, an aluminium compound, a calcium compound, and a europium compound, the calcium compound optionally being replaced with a strontium compound, metal strontium, or an alloy of strontium, wherein content of silicon is from 10 % by weight to 85 % by weight relative to the total amount of silicon nitride and silicon in the raw material mixture. wherein the raw material mixture is heat-treated at 1200°C or more in a nitrogen gas-containing atmosphere containing nitrogen of 90% by volume or more.
A data processing method in a cluster system, comprising: dividing a data stream received by a current physical node into m data blocks, obtaining a fingerprint of each data block, and obtaining n first sketch values representing the data stream according to a first algorithm, wherein m is an integer larger than or equal to 1, and n is an integer larger than or equal to 1 and smaller than or equal to m; identifying, according to a second algorithm, a first physical node which corresponds to a first sketch value in the n first sketch values and is in the cluster system, and sending the first sketch value to the first physical node for a query; receiving a response message from the first physical node corresponding to the first sketch value, and obtaining a first storage address from the response message; comparing a fingerprint of a data block stored in a storage region pointed to by the first storage address with the fingerprint of each data block obtained through dividing the data stream to obtain a non-duplicated data block as a new data block; and obtaining a second sketch value representing the new data block, identifying, according to the second algorithm, a second physical node corresponding to the second sketch value, and storing correspondence between the second sketch value and a storage address of the new data block represented by the second sketch value in the second physical node. dividing a data stream received by a current physical node into m data blocks, obtaining a fingerprint of each data block, and obtaining n first sketch values representing the data stream according to a first algorithm, wherein m is an integer larger than or equal to 1, and n is an integer larger than or equal to 1 and smaller than or equal to m; identifying, according to a second algorithm, a first physical node which corresponds to a first sketch value in the n first sketch values and is in the cluster system, and sending the first sketch value to the first physical node for a query; receiving a response message from the first physical node corresponding to the first sketch value, and obtaining a first storage address from the response message; comparing a fingerprint of a data block stored in a storage region pointed to by the first storage address with the fingerprint of each data block obtained through dividing the data stream to obtain a non-duplicated data block as a new data block; and obtaining a second sketch value representing the new data block, identifying, according to the second algorithm, a second physical node corresponding to the second sketch value, and storing correspondence between the second sketch value and a storage address of the new data block represented by the second sketch value in the second physical node.
A penile implant comprising an elongate erectile body supported by a symphyseal anchoring mount, comprising a mounting plate presenting a bearing face, the erectile body extending from the face opposite the bearing face, the implant being characterized in that the mounting plate extends in a plane and in that the erectile body extends in a direction that forms an angle of inclination (a) with the plane of the bearing face, which angle lies in the range 5° to 30°, and preferably in the range 10° to 20°, the erectile body comprising at its end that is opposite the end provided with the symphyseal anchoring mount, a bulbous portion forming a glans.
A gypsum plasterboard, comprising a first outer layer, preferably paper layer, a first intermediate layer formed by a second gypsum slurry S 2, a core layer formed by a first gypsum slurry S 1, a second intermediate layer formed by a third gypsum slurry S 3 and a second outer layer, in particular paper layer, wherein the first intermediate layer is arranged between the first outer layer and the core layer, and the second intermediate layer is arranged between the second outer layer and the core layer, wherein the intermediate layers (112, 114) have an, at least substantially, constant thickness from 0.1 mm to 3 mm, preferably from 0.2 mm to 1 mm, wherein the first gypsum slurry comprises at least 80% by weight of all gypsum slurries S 1, S 2 and S 3: m S 1 m S 1 + m S 2 + m S 3 ≥ 80 % characterised in that the first gypsum slurry is prepared and introduced with a lower water percentage by weight than the second S 2 and/or third S 3 gypsum slurry, wherein the gypsum slurry S 1 is prepared and introduced with a water percentage which is reduced by more than 10 wt.-%, compared with the gypsum slurry S 2 or S 3. wherein the first intermediate layer is arranged between the first outer layer and the core layer, and the second intermediate layer is arranged between the second outer layer and the core layer, wherein the intermediate layers (112, 114) have an, at least substantially, constant thickness from 0.1 mm to 3 mm, preferably from 0.2 mm to 1 mm, wherein the first gypsum slurry comprises at least 80% by weight of all gypsum slurries S 1, S 2 and S 3: m S 1 m S 1 + m S 2 + m S 3 ≥ 80 % characterised in that the first gypsum slurry is prepared and introduced with a lower water percentage by weight than the second S 2 and/or third S 3 gypsum slurry, wherein the gypsum slurry S 1 is prepared and introduced with a water percentage which is reduced by more than 10 wt.-%, compared with the gypsum slurry S 2 or S 3.
A heat exchanger (100, 100a, 100b, 100c, 200, 300), comprising: a flat tube; and a plurality of fins (40, 140, 240, 340) each comprising a plate having a plate surface extending in a longitudinal direction and in a width direction orthogonal to the longitudinal direction, the plate surface intersecting a pipe axis of the flat tube, the plurality of fins (40, 140, 240, 340) being arranged at an interval from one another, the plurality of fins (40, 140, 240, 340) each having a first spacer (50a, 150a, 250a) formed in the plate and maintaining the interval, the plurality of fins each having a first end edge that is one end edge in the width direction, a second end edge that is an other end edge in the width direction, and a cut-out portion is formed at the second end edge, the flat tube inserted into the cut-out portion and having a longitudinal axis of a section perpendicular to the pipe axis, the longitudinal axis being inclined to the width direction by an inclination angle θ, each first spacer (50a, 150a, 250a) having a standing surface (53, 153a, 153b) extending in a direction intersecting the plate surface, each standing surface (53, 153a, 153b) being inclined in a direction same as that of the inclination angle θ, characterized in that each first spacer is formed in the plate other than a peripheral edge of the cut-out portion and in that an opening port is formed adjacent to each spacer. a flat tube; and a plurality of fins (40, 140, 240, 340) each comprising a plate having a plate surface extending in a longitudinal direction and in a width direction orthogonal to the longitudinal direction, the plate surface intersecting a pipe axis of the flat tube, the plurality of fins (40, 140, 240, 340) being arranged at an interval from one another, the plurality of fins (40, 140, 240, 340) each having a first spacer (50a, 150a, 250a) formed in the plate and maintaining the interval, the plurality of fins each having a first end edge that is one end edge in the width direction, a second end edge that is an other end edge in the width direction, and a cut-out portion is formed at the second end edge, the flat tube inserted into the cut-out portion and having a longitudinal axis of a section perpendicular to the pipe axis, the longitudinal axis being inclined to the width direction by an inclination angle θ, each first spacer (50a, 150a, 250a) having a standing surface (53, 153a, 153b) extending in a direction intersecting the plate surface, each standing surface (53, 153a, 153b) being inclined in a direction same as that of the inclination angle θ, characterized in that each first spacer is formed in the plate other than a peripheral edge of the cut-out portion and in that an opening port is formed adjacent to each spacer.
Tactile assembly for a vehicle seat or for a cover placeable on a vehicle seat comprising at least one tactile actuator, at least two support layers (3, 4) and a matrix layer comprising at least one cavity, characterized in that the tactile actuator is arranged on a first support layer and the first support layer is arranged to extend into the cavity without being in contact with the bottom of the cavity and the actuator is arranged on the first support layer in the cavity such that it makes no contact with the side walls or bottom of the cavity, and the opening of the cavity is covered by a second support layer.