mhurhangee/ep-ind-claims huggingface dataset:
A distributor valve system for a railway vehicle, comprising: a brake pipe; a relay valve; an auxiliary reservoir in line between the brake pipe and the relay valve to establish fluid communication between the brake pipe and the relay valve; and a brake cylinder in fluid communication with the relay valve, characterized in that: a change-over device for regulating of the relay valve has a plurality of positions corresponding to different amounts of pressurized air applied to the brake cylinder, and the relay valve includes a plurality of chambers (92, 93, 94) that correspond to the plurality of positions and are equipped with a closing mechanism allowing or preventing pressurized air to enter the chambers according to a weight of a railway vehicle according to a manually selected position of the change-over device. a brake pipe; a relay valve; an auxiliary reservoir in line between the brake pipe and the relay valve to establish fluid communication between the brake pipe and the relay valve; and a brake cylinder in fluid communication with the relay valve, characterized in that: a change-over device for regulating of the relay valve has a plurality of positions corresponding to different amounts of pressurized air applied to the brake cylinder, and the relay valve includes a plurality of chambers (92, 93, 94) that correspond to the plurality of positions and are equipped with a closing mechanism allowing or preventing pressurized air to enter the chambers according to a weight of a railway vehicle according to a manually selected position of the change-over device.
Tool for smoothing a cord of pasty adhesive material configured for its movement by an automated manipulator, the tool comprising a shim for smoothing the cord mounted on a support, where in a longitudinal direction of extension of the smoothing tool, the tool comprises successively the support and a body carrying the shim, the shim being removably mounted on the body while being immobilized on the body in the body Euclidean space and the body being removably mounted on the support in being positioned in longitudinal and transverse directions, characterized in that said body is held in a vertical direction via an elastic member which is interposed in joint engagement between the support and the body.
A method in a network node, the method comprising: determining one or more control resource regions (10a, 10b) for a carrier, wherein each control resource region of the one or more control resource regions comprises a set of time and frequency resources; determining a data transmission region (14, 18) in at least one control resource region of the one or more control resource regions; and signaling the determined data transmission region to a wireless device, comprising signaling an identifier of at least one control resource region, wherein the identifier of the at least one control resource region indicates a control resource region excluded from the data transmission region. determining one or more control resource regions (10a, 10b) for a carrier, wherein each control resource region of the one or more control resource regions comprises a set of time and frequency resources; determining a data transmission region (14, 18) in at least one control resource region of the one or more control resource regions; and signaling the determined data transmission region to a wireless device, comprising signaling an identifier of at least one control resource region, wherein the identifier of the at least one control resource region indicates a control resource region excluded from the data transmission region.
A process for preparing a divinylarene dioxide comprising reacting: (a) a divinylarene; (b) a partially neutralized sulfuromonoperoxoic acid as an oxidant; (c) a basic compound; (d) a ketone which reacts with the partially neutralized sulfuromonoperoxoic acid to form a dioxirane oxidant and which solubilizes the organic compounds present in the reaction mixture; wherein the ketone is selected from acetone; methyl-ethyl ketone; acetophenone; trifluoroacetone; trifluoro acetophenone; tetrafluoro acetophenone; or mixtures thereof; wherein the dioxirane oxidant is isolated and then the dioxirane oxidant is used in a subsequent process; or wherein the dioxirane is used in situ as the oxidant in the presence of the divinylarene mixed with the ketone during the addition of partially neutralized sulfuromonoperoxoic acid; and wherein the process is carried out under conditions to form a divinylarene dioxide product. (a) a divinylarene; (b) a partially neutralized sulfuromonoperoxoic acid as an oxidant; (c) a basic compound; (d) a ketone which reacts with the partially neutralized sulfuromonoperoxoic acid to form a dioxirane oxidant and which solubilizes the organic compounds present in the reaction mixture; wherein the ketone is selected from acetone; methyl-ethyl ketone; acetophenone; trifluoroacetone; trifluoro acetophenone; tetrafluoro acetophenone; or mixtures thereof; wherein the dioxirane oxidant is isolated and then the dioxirane oxidant is used in a subsequent process; or wherein the dioxirane is used in situ as the oxidant in the presence of the divinylarene mixed with the ketone during the addition of partially neutralized sulfuromonoperoxoic acid; and wherein the process is carried out under conditions to form a divinylarene dioxide product.
A method for manufacturing an atomizing unit, comprising a step A of forming an oxide film on a surface of a heating element forming a part of an atomizing unit that atomizes an aerosol source, by supplying electric power to the heating element, in a state where the heating element is processed into a heater shape, and a step B of bringing a liquid holding member into contact with or close to the heating element, the liquid holding member being a member to hold the aerosol source, wherein the step A is performed in a state where the heating element is neither in contact with nor close to the aerosol source, and the step A is performed in a state where the liquid holding member is in contact with or close to the heating element.
An oil boom skimmer member for oil spill recovery, in particular for collecting oil from a water surface, wherein the oil boom skimmer member includes a brush skimmer device integrated in a boom member and wherein the brush skimmer device comprises at least one brush device for collecting the oil from the water surface and for transporting the oil into the oil boom skimmer member, characterized in that the brush skimmer device comprises at least one rotating brush device.
A method for high-throughput selection of pharmaceutical compounds modulating the metabolic routes of mevalonate or cholesterol, in which pharmaceutical compounds to be tested are identified, and which can decrease the number of cells in the absence of mevalonate and maintain the number of cells in the presence of mevalonate comprising a step of putting the pharmaceutical compounds to be tested in contact with cells obtained by a method for producing cells of the MSC type from human pluripotent stem cells or from induced stem cells, comprising a step of culturing human pluripotent stem cells in a culture medium comprising: one or more growth factors selected from FGFs, HGF, PDGFs, EGF, herugulins and VEGFs, and one or more antioxidants selected from ascorbic acid and its derivatives, vitamin E and N-acetylcysteine.
Process for the manufacture of enriched reconstituted rice kernels comprising the steps of (a) dry heat treatment of the rice matrix (pre-treatment step); (b) comminuting of the rice matrix; (c) adding at least one emulsifier and water and/or steam to the comminuted rice matrix material to obtain a paste containing about 15 to 40 wt.-% of water (hydration step); (d) adding at least one micronutrient to the paste; (e) exposing the paste obtained in the preceding steps to shear force while heating it to about 70 to 100 °C for no more than about 5 minutes until the rice starch is semigelatinized; (preconditioning step); (f) forming the semigelatinized mass to strands and cutting them to obtain grains similar or equal to the size of rice grains; and (forming step); (g) drying the grains to a moisture content of no more than 15 wt.-% (drying step). (a) dry heat treatment of the rice matrix (pre-treatment step); (b) comminuting of the rice matrix; (c) adding at least one emulsifier and water and/or steam to the comminuted rice matrix material to obtain a paste containing about 15 to 40 wt.-% of water (hydration step); (d) adding at least one micronutrient to the paste; (e) exposing the paste obtained in the preceding steps to shear force while heating it to about 70 to 100 °C for no more than about 5 minutes until the rice starch is semigelatinized; (preconditioning step); (f) forming the semigelatinized mass to strands and cutting them to obtain grains similar or equal to the size of rice grains; and (forming step); (g) drying the grains to a moisture content of no more than 15 wt.-% (drying step).
A method of customizing an article of footwear, comprising the steps of: providing a graphical interface system for designing a footwear representation; receiving a design including a footwear representation with a customized design (410; 570), wherein the customized design (410; 570) is generated by the customer through the graphical interface system; receiving a customer selection of a type of medium used for applying the customized design (410; 570), wherein the type of medium is selected by the customer through the graphical interface system; applying the customized design (410; 570) generated by the customer to a first pre-cut portion according to the footwear representation and the type of medium selected by the customer; and providing a kit including the first pre-cut portion with the customized design (410; 570) applied thereto, a second pre-cut portion and a third pre-cut portion, each of the pre-cut portions (801, 802, 803) including a set of holes, a single lace for passing through the set of holes of the first pre-cut portion, the second pre-cut portion and the third pre-cut portion, and a set of instructions for assembling the article of footwear according to the set of instructions solely by using the single lace. providing a graphical interface system for designing a footwear representation; receiving a design including a footwear representation with a customized design (410; 570), wherein the customized design (410; 570) is generated by the customer through the graphical interface system; receiving a customer selection of a type of medium used for applying the customized design (410; 570), wherein the type of medium is selected by the customer through the graphical interface system; applying the customized design (410; 570) generated by the customer to a first pre-cut portion according to the footwear representation and the type of medium selected by the customer; and providing a kit including the first pre-cut portion with the customized design (410; 570) applied thereto, a second pre-cut portion and a third pre-cut portion, each of the pre-cut portions (801, 802, 803) including a set of holes, a single lace for passing through the set of holes of the first pre-cut portion, the second pre-cut portion and the third pre-cut portion, and a set of instructions for assembling the article of footwear according to the set of instructions solely by using the single lace.
A noise attenuating cover for a compressor, said cover comprising: a bottom cover having a bottom plate and side plates (4a, 4b, 4c, 4d), wherein said bottom plate has a recess and at least one of said side plates has a recess, said recess in one of said side plates extends over the complete height of said side plate, and said recess in said bottom plate and said recess in said side plate form together an opening, and wherein said bottom plate comprises holes which enable a compressor to stand on means beneath said noise attenuating cover, when said compressor is in said bottom cover; a door for closing said opening; and a compressor top cover, comprising at least two parts (8, 9) being a top head cover and a stator cover. a bottom cover having a bottom plate and side plates (4a, 4b, 4c, 4d), wherein said bottom plate has a recess and at least one of said side plates has a recess, said recess in one of said side plates extends over the complete height of said side plate, and said recess in said bottom plate and said recess in said side plate form together an opening, and wherein said bottom plate comprises holes which enable a compressor to stand on means beneath said noise attenuating cover, when said compressor is in said bottom cover; a door for closing said opening; and a compressor top cover, comprising at least two parts (8, 9) being a top head cover and a stator cover.
A device for determining an occupancy rate of a conveying means, the device comprising at least one first and one second detecting means (25, 26), which both comprise a sender for sending detecting waves and a receiver for receiving the detecting waves, adjusting means which is configured to adjust the position of the at least two detecting means (25, 26) relative to the conveying means such that the at least two detecting means (25, 26) detect, after detecting freight conveyed by the conveying means, the conveying means without conveyed freight, or vice versa, wherein the adjusting means is configured to adjust the position of the at least two detecting means (25, 26) relative to the conveying means by moving the at least two detecting means (25, 26) transverse to a conveying direction of freight conveyed by the conveying means until one detecting means of the detecting means (25, 26) detects freight conveyed by the conveying means and the other detecting means of the detecting means (25, 26) detects the conveying means without conveyed freight, and determining means which is configured to determine a current occupancy rate of the conveying means with freight on the basis of the position of at least one of the detecting means (25, 26), wherein the position was adjusted by the adjusting means relative to the conveying means.
An absorbent article, comprising: a topsheet which forms a skin-facing face; a backsheet which forms a non-skin-facing face; and an absorbent member which is arranged between both the sheets (2, 3), characterized in that the absorbent member is structured to include an absorbent core which contains absorbent polymer without substantially containing hydrophilic fibers, an upper core wrap sheet which covers a skin-facing face of the absorbent core, and a lower core wrap sheet which covers a non-skin-facing face of the absorbent core, and the upper core wrap sheet includes a thick region having a larger thickness than the lower core wrap sheet. a topsheet which forms a skin-facing face; a backsheet which forms a non-skin-facing face; and an absorbent member which is arranged between both the sheets (2, 3), characterized in that the absorbent member is structured to include an absorbent core which contains absorbent polymer without substantially containing hydrophilic fibers, an upper core wrap sheet which covers a skin-facing face of the absorbent core, and a lower core wrap sheet which covers a non-skin-facing face of the absorbent core, and the upper core wrap sheet includes a thick region having a larger thickness than the lower core wrap sheet.
Arrangement for the monitoring movement of a piston rod in an actuator, comprising at least one 3-axis sensor unit determining a position in relation to a gravitational vector for monitoring a movement of a machine part controlled by the pressure medium operated actuator in a space of time and place and for producing at least terminal location data (P X) of each movement of this machine part, storage means for receiving and storing at least the terminal location data produced by the sensor unit, and processing means for calculating a movement distance (L X) performed by the piston rod in the actuator from each two successive pieces of terminal location data (P X) produced by the sensor unit, characterised in that the arrangement comprises calculating means for receiving data on each movement distance (L X) of the piston rod and for forming a cumulative total movement distance (L tot) of these, and monitoring means for comparing the cumulative total movement distance with a reference value (L ref) entered in the monitoring means in order to monitor the degree of use of the actuator. comprising at least one 3-axis sensor unit determining a position in relation to a gravitational vector for monitoring a movement of a machine part controlled by the pressure medium operated actuator in a space of time and place and for producing at least terminal location data (P X) of each movement of this machine part, storage means for receiving and storing at least the terminal location data produced by the sensor unit, and processing means for calculating a movement distance (L X) performed by the piston rod in the actuator from each two successive pieces of terminal location data (P X) produced by the sensor unit, characterised in that the arrangement comprises calculating means for receiving data on each movement distance (L X) of the piston rod and for forming a cumulative total movement distance (L tot) of these, and monitoring means for comparing the cumulative total movement distance with a reference value (L ref) entered in the monitoring means in order to monitor the degree of use of the actuator.
A thermal umbrella comprising a hollow tube with one end where a sunshade is located and a hollow base at the other end, where: - the hollow base houses a turbine, - the sunshade houses a diffuser, such that the turbine is configured to absorb air and propel it through the inside of the hollow tube and towards the diffuser of the sunshade, characterised in that it comprises an anchor between the diffuser and the sunshade, such that the anchor provides relative movement to the diffuser with respect to the sunshade. - the hollow base houses a turbine, - the sunshade houses a diffuser,
A portable router base assembly (24, 124, 224, 324, 424) comprising: a housing (50, 150, 350, 450) having a foot, an upper portion (54, 454), and an housing interior defined at least in part by an interior surface, said upper portion (54, 454) including an upper surface (70, 170), said housing interior configured to receive a portion of a portable router, and said interior surface of the housing including a radially outwardly extending annular recess (60, 160, 360) adjacent said upper surface (70, 170); and a retaining ring (62, 162, 262, 362) including a retaining ring interior, a generally cylindrical portion, and a top surface (74, 274), said top surface (74, 274) at least partially defining an opening to said retaining ring interior, said cylindrical portion of the retaining ring at least partially disposed in said annular recess (60, 160, 360) of said housing (50, 150, 350, 450), and said retaining ring interior configured to receive said portion of said portable router through said opening; characterised in that said retaining ring includes a lip portion (66, 166) adjacent said top surface (74, 274) that can engage with a retaining lever on said portable router for releasably securing said portable router to said base assembly. a housing (50, 150, 350, 450) having a foot, an upper portion (54, 454), and an housing interior defined at least in part by an interior surface, said upper portion (54, 454) including an upper surface (70, 170), said housing interior configured to receive a portion of a portable router, and said interior surface of the housing including a radially outwardly extending annular recess (60, 160, 360) adjacent said upper surface (70, 170); and a retaining ring (62, 162, 262, 362) including a retaining ring interior, a generally cylindrical portion, and a top surface (74, 274), said top surface (74, 274) at least partially defining an opening to said retaining ring interior, said cylindrical portion of the retaining ring at least partially disposed in said annular recess (60, 160, 360) of said housing (50, 150, 350, 450), and said retaining ring interior configured to receive said portion of said portable router through said opening; characterised in that said retaining ring includes a lip portion (66, 166) adjacent said top surface (74, 274) that can engage with a retaining lever on said portable router for releasably securing said portable router to said base assembly.
Pool covering device having a winding roller, a cover which can be wound onto and unwound from the winding roller, a winding motor for winding the cover onto the winding roller and unwinding the cover from the winding roller, and a traction motor for removing the cover from the winding roller in a pull direction, wherein the removal of the cover from the winding roller by means of the traction motor is braked by the winding motor, characterised in that the cover is guided by means of rollers, wherein the rollers are arranged on at least one roller table and the individual roller table comprises a plurality of rollers which are arranged compactly next to one another and in the pull direction.
An isolated, recombinant polypeptide, comprising (i) the gamma chain of fibrinogen, and (ii) a His-Tag, wherein said polypeptide comprises (α) the amino acid sequence according to SEQ ID NO: 3, or (β) an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 3 and having fibrinogen gamma chain activity and His-Tag functionality, wherein "fibrinogen gamma chain activity" refers to the characteristic of having functional binding sites for integrins, leukocytes, platelets, fibroblasts, endothelial cells and/or FGF-2. (i) the gamma chain of fibrinogen, and (ii) a His-Tag, (α) the amino acid sequence according to SEQ ID NO: 3, or (β) an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 3 and having fibrinogen gamma chain activity and His-Tag functionality, wherein "fibrinogen gamma chain activity" refers to the characteristic of having functional binding sites for integrins, leukocytes, platelets, fibroblasts, endothelial cells and/or FGF-2.