mhurhangee/ep-ind-claims huggingface dataset:
A water-absorbent resin comprising a polymer of a water-soluble ethylenically unsaturated monomer, wherein when a cross-sectional image of the water-absorbent resin obtained by X-ray computed tomography is observed, a ratio (cavity area ratio) as calculated by Equation of an area of cavity portions in the cross-sectional image is 5 to 8%, and a liquid flow rate index as calculated by Equation when a physiological saline liquid column flow rate test is performed on the water-absorbent resin having a particle diameter of 250 to 500 μm at 37°C is 5 to 20: cavity area ratio % = total cross-sectional area B of cavity portions of the water-absorbent resin/ total cross-sectional area A of resin portions of the water- absorbent resin + total cross-sectional area B of cavity portions of the water-absorbent resin × 100; and liquid flow rate index = liquid flow rate CPR 2 during 10 second period between 50 seconds and 60 seconds after initiation of liquid flow/liquid flow rate CPR 1 during 10 second period after initiation of liquid flow × 100. when a cross-sectional image of the water-absorbent resin obtained by X-ray computed tomography is observed, a ratio (cavity area ratio) as calculated by Equation of an area of cavity portions in the cross-sectional image is 5 to 8%, and a liquid flow rate index as calculated by Equation when a physiological saline liquid column flow rate test is performed on the water-absorbent resin having a particle diameter of 250 to 500 μm at 37°C is 5 to 20: cavity area ratio % = total cross-sectional area B of cavity portions of the water-absorbent resin/ total cross-sectional area A of resin portions of the water- absorbent resin + total cross-sectional area B of cavity portions of the water-absorbent resin × 100; and liquid flow rate index = liquid flow rate CPR 2 during 10 second period between 50 seconds and 60 seconds after initiation of liquid flow/liquid flow rate CPR 1 during 10 second period after initiation of liquid flow × 100.
A device for disinfecting an interior of a container, comprising - a rod-shaped housing (20, 40, 78, 106, 140) having a first end (22, 42, 114, 142) for placement within the container, an opposite second end (24, 44), and an inner hollow space (54, 108, 144), characterized by - an ozone-generating unit (56, 104, 110) in the inner hollow space (54, 108, 144), and - at least a plurality of openings (28, 48, 120, 148) in the housing (20, 40, 78, 106, 140) in the region of the first end (22, 42, 114,142), wherein the housing (20, 40, 78, 106, 140) at its second end (24, 44) has a sealing element on the outside, by means of which the device can be accommodated, in a sealing manner, in an opening of the container. - a rod-shaped housing (20, 40, 78, 106, 140) having a first end (22, 42, 114, 142) for placement within the container, an opposite second end (24, 44), and an inner hollow space (54, 108, 144), characterized by - an ozone-generating unit (56, 104, 110) in the inner hollow space (54, 108, 144), and - at least a plurality of openings (28, 48, 120, 148) in the housing (20, 40, 78, 106, 140) in the region of the first end (22, 42, 114,142), wherein the housing (20, 40, 78, 106, 140) at its second end (24, 44) has a sealing element on the outside, by means of which the device can be accommodated, in a sealing manner, in an opening of the container.
Table-top or equipment-top connection compartment for mains voltage connections and/or for information connections, with a cover and a housing, which is provided with a collar, wherein a socket insert with plug-in locations is provided, which is movably arranged in the housing, characterised in that - the housing has a first guide and the socket insert has a second guide and the cover is positively connected to the first guide and the second guide in such a manner that a sliding movement of the cover relative to the housing results in a vertical and linear movement as well as a protrusion of the socket insert from the housing, - the first guide runs at an angle to the horizontal, - at least one coupling element is arranged on the cover, - at least one guide element is provided on the cover, - at least one coupling element corresponds with the first guide in the mounted state of the cover, - and in that the at least one guide element corresponds with the second guide in the mounted state of the cover. - the housing has a first guide and the socket insert has a second guide and the cover is positively connected to the first guide and the second guide in such a manner that a sliding movement of the cover relative to the housing results in a vertical and linear movement as well as a protrusion of the socket insert from the housing, - the first guide runs at an angle to the horizontal, - at least one coupling element is arranged on the cover, - at least one guide element is provided on the cover, - at least one coupling element corresponds with the first guide in the mounted state of the cover, - and in that the at least one guide element corresponds with the second guide in the mounted state of the cover.
A threaded implant (300, 400) comprising: An elongated main body (322, 410) having external threads (310, 426) configured to thread into bone; an internal support structure (312, 428) located within the external threads and having a helical arrangement that extends in an opposite direction to the external threads, characterized in that the implant comprises a helical porous infill (320, 430) between the external threads. An elongated main body (322, 410) having external threads (310, 426) configured to thread into bone; an internal support structure (312, 428) located within the external threads and having a helical arrangement that extends in an opposite direction to the external threads, characterized in that the implant comprises a helical porous infill (320, 430) between the external threads.
A mobile work machine which includes a belly plate characterized by a machine component drawer located above said belly plate, said drawer having a bottom, at least one aperture in said bottom for draining fluid from said drawer and a fluid drip retention tray removably positioned below said drawer above said belly plate.
A method implemented in an apparatus for generating a pilot in a communication system, the method comprising: forming, via the apparatus, a first sequence of time domain pilot symbols based on a polyphase sequence; in case of generating an interleaved frequency division multiple access, IFDMA, pilot, replicating the first sequence of pilot symbols multiple times to obtain, via the apparatus, a second sequence of pilot symbols based on the first sequence of pilot symbols; in case of generating a localized frequency division multiple access, LFDMA, pilot, obtaining, via the apparatus and based on the first sequence of pilot symbols, a second sequence of pilot symbols mapped to a set of subcarriers assigned for pilot transmission; and generating, via the apparatus, a sequence of output symbols based on the second sequence of pilot symbols, the sequence of output symbols comprising a cyclic prefix and suitable for transmission via a communication channel. forming, via the apparatus, a first sequence of time domain pilot symbols based on a polyphase sequence; in case of generating an interleaved frequency division multiple access, IFDMA, pilot, replicating the first sequence of pilot symbols multiple times to obtain, via the apparatus, a second sequence of pilot symbols based on the first sequence of pilot symbols; in case of generating a localized frequency division multiple access, LFDMA, pilot, obtaining, via the apparatus and based on the first sequence of pilot symbols, a second sequence of pilot symbols mapped to a set of subcarriers assigned for pilot transmission; and generating, via the apparatus, a sequence of output symbols based on the second sequence of pilot symbols, the sequence of output symbols comprising a cyclic prefix and suitable for transmission via a communication channel.
A curable resin composition comprising a polyol, a polyisocyanate, and polymer fine particles, wherein the polyol comprises a polyester polyol as an essential component, and the amount of the polyester polyol is not less than 20 parts by mass per 100 parts by mass of the polyol, wherein the polymer fine particles have a core-shell structure and the polymer fine particles have one or more core layers selected from the group consisting of a diene rubber, a (meth)acrylate rubber, and an organosiloxane rubber, and wherein the polymer fine particles have a shell layer graft-polymerized on the core layer, and the shell layer is polymerized with one or more monomers selected from the group consisting of an aromatic vinyl monomer, a vinyl cyanide monomer, and a (meth)acrylate monomer.
A patterned substrate including a flat surface having a patterned coating, the patterned coating comprising (i) hydrophilic areas including hydrophilic thioether groups; surrounded by (ii) hydrophobic areas including hydrophobic thioether groups separating the hydrophilic areas into a predetermined spatial pattern, wherein the hydrophilic and hydrophobic thioether groups are covalently bound to the surface of the substrate via a dialkyl silyl linker, wherein the covalent bond is formed between the silicon atom of the linker and an oxygen atom of the substrate, wherein the surface of the substrate is a glass surface, and wherein the transmittance of the patterned substrate is at least 90% in the visible light range, i.e. 300 to 700 nm, and wherein the patterned substrate has a non-porous solid surface. (i) hydrophilic areas including hydrophilic thioether groups; surrounded by (ii) hydrophobic areas including hydrophobic thioether groups separating the hydrophilic areas into a predetermined spatial pattern, wherein the hydrophilic and hydrophobic thioether groups are covalently bound to the surface of the substrate via a dialkyl silyl linker, wherein the covalent bond is formed between the silicon atom of the linker and an oxygen atom of the substrate, wherein the surface of the substrate is a glass surface, and wherein the transmittance of the patterned substrate is at least 90% in the visible light range, i.e. 300 to 700 nm, and wherein the patterned substrate has a non-porous solid surface.
A water-borne polyurethane dispersion comprising: a. a polyurethane polymer which is the reaction product of a poly-isocyanate, a polyactive hydrogen compound, an active hydrogen compound selected from the group consisting of a compound containing an ionic group, a compound containing a moiety capable of forming an anionic group, a compound containing a polyester, polyether or polycarbonate group having a ratio of 5 or less carbon atoms for each oxygen atom, and mixtures thereof, and a chain extender; and b. an anti-microbial compound which is a copolymer comprising building blocks and: wherein X + is a positively charged ion with valency n, n is 4 or 5, Y - is a negatively charged ion; and wherein the polyurethane polymer is neutralized with of the copolymer and Ra, Rb and Rc are hydrocarbyl groups selected from aliphatic, cyclo-aliphatic and aromatic groups, that may be independently of one another the same or different and wherein Rj independently denotes a C1-C20 group and Rk denotes a longer chain having between 3 and 100 carbon atoms. a. a polyurethane polymer which is the reaction product of a poly-isocyanate, a polyactive hydrogen compound, an active hydrogen compound selected from the group consisting of a compound containing an ionic group, a compound containing a moiety capable of forming an anionic group, a compound containing a polyester, polyether or polycarbonate group having a ratio of 5 or less carbon atoms for each oxygen atom, and mixtures thereof, and a chain extender; and b. an anti-microbial compound which is a copolymer comprising building blocks and: wherein X + is a positively charged ion with valency n, n is 4 or 5, Y - is a negatively charged ion; and wherein the polyurethane polymer is neutralized with of the copolymer and Ra, Rb and Rc are hydrocarbyl groups selected from aliphatic, cyclo-aliphatic and aromatic groups, that may be independently of one another the same or different and wherein Rj independently denotes a C1-C20 group and Rk denotes a longer chain having between 3 and 100 carbon atoms. wherein X + is a positively charged ion with valency n, n is 4 or 5, Y - is a negatively charged ion; and wherein the polyurethane polymer is neutralized with of the copolymer and Ra, Rb and Rc are hydrocarbyl groups selected from aliphatic, cyclo-aliphatic and aromatic groups, that may be independently of one another the same or different and wherein Rj independently denotes a C1-C20 group and Rk denotes a longer chain having between 3 and 100 carbon atoms.
Monitoring arrangement for monitoring an electrical line with - at least one thermogenerator and/or a device for inductively producing energy; - determination means for determining at least one electrical characteristic parameter of an electrical current flowing in the electrical line (4, 4', 4") and/or the temperature of the electrical line and/or the surrounding of the electrical line, wherein - an electrical connection exists or can be established between the determination means and the thermogenerator or the device for inductively producing energy, wherein via said connection the determination means can be operated with electrical energy generated by the thermogenerator or provided by the device for inductively producing energy; and - connection means for establishing a mechanical connection to the electrical line (4, 4', 4"), characterized in that the connection means comprise a resting area which is made of an electrical insulating material or comprises an electrical insulating coating and which can be made to rest against the side of the electrical line (4, 4', 4") facing away from the determination means as well as the thermogenerator and/or the device for inductively producing energy. - at least one thermogenerator and/or a device for inductively producing energy; - determination means for determining at least one electrical characteristic parameter of an electrical current flowing in the electrical line (4, 4', 4") and/or the temperature of the electrical line and/or the surrounding of the electrical line, wherein - an electrical connection exists or can be established between the determination means and the thermogenerator or the device for inductively producing energy, wherein via said connection the determination means can be operated with electrical energy generated by the thermogenerator or provided by the device for inductively producing energy; and - connection means for establishing a mechanical connection to the electrical line (4, 4', 4"),
An apparatus for dividing horticultural products, propelled by a fluid for transport from an intake region, which can be connected to an upstream station, to an evacuation region, which can be connected to a downstream station, said apparatus comprising a supporting frame for a contoured floor, which is arranged so that a first edge is at said intake region and is arranged so that a second edge, which is arranged opposite said first edge, is at said evacuation region, said contoured floor comprising a plurality of lanes which are interposed in a parallel arrangement between said regions (2, 3) and have a substantially V-shaped transverse cross-section for the progressive conveyance and alignment of the horticultural products in transit along the bottom of each one of said lanes, said apparatus comprising at least one auxiliary redirection element, and characterized in that said at least one auxiliary redirection element is interposed between a pair of said adjacent lanes, substantially at said second edge, for the conveyance of the transport fluid toward said bottom of said lanes, said at least one auxiliary redirection element consisting of a pillar that protrudes from the respective said adjacent lanes, substantially at said second edge, the face of said pillar that is directed toward said lanes having a substantially semicylindrical surface, for the conveyance of the transport fluid toward said bottom of said lanes.
A method of handling portions respectively comprising at least one single slice, wherein the single slices have been produced by slicing food products, wherein - the portions are conveyed, in particular line-wise, after one another in a main conveying stream along a conveying direction; - incomplete portions, in particular portions low in weight, are automatically recognized and/or classified; - incomplete portions are expelled from the main conveying stream and are supplied to a correction station in a correction stream; - incomplete portions are completed; and - completed portions are automatically channeled back into the main conveying stream, characterized in that - the completion of the incomplete portions respectively takes place with the aid of an automatic transfer unit by at least one single slice which is removed from a slice store, wherein the transfer unit initially takes up an incomplete portion at a correction track, is subsequently moved to the slice store, and there takes up at least one single slice in addition to the incomplete portion; or the transfer unit initially takes up at least one single slice from the slice store, is subsequently moved to a correction track and there takes up an incomplete portion in addition to the single slice. - the portions are conveyed, in particular line-wise, after one another in a main conveying stream along a conveying direction; - incomplete portions, in particular portions low in weight, are automatically recognized and/or classified; - incomplete portions are expelled from the main conveying stream and are supplied to a correction station in a correction stream; - incomplete portions are completed; and - completed portions are automatically channeled back into the main conveying stream, characterized in that - the completion of the incomplete portions respectively takes place with the aid of an automatic transfer unit by at least one single slice which is removed from a slice store, wherein the transfer unit initially takes up an incomplete portion at a correction track, is subsequently moved to the slice store, and there takes up at least one single slice in addition to the incomplete portion; or the transfer unit initially takes up at least one single slice from the slice store, is subsequently moved to a correction track and there takes up an incomplete portion in addition to the single slice.
A pressurized tank system comprising: a first tank; a second tank; a manifold; a first conduit connecting the first tank to the manifold; a first pressure actuated valve; a second conduit connecting the first pressure actuated valve to the manifold; a third conduit connecting the manifold and the first pressure actuated valve, the first pressure actuated valve being configured for operation by fluid pressure in the third conduit, wherein the first pressure actuated valve is closed when the fluid pressure in the third conduit is at a first level, and wherein the first pressure actuated valve is opened by the fluid pressure in the third conduit at a threshold level higher than the first level; and a fourth conduit connecting the first pressure actuated valve and the second tank; wherein the first pressure actuated valve is disposed at an intersection of the second conduit, third conduit and fourth conduit, to allow fluid flow through the fourth conduit when the first pressure actuated valve is open, and to prevent fluid flow through the fourth conduit when the first pressure actuated valve is closed. a first tank; a second tank; a manifold; a first conduit connecting the first tank to the manifold; a first pressure actuated valve; a second conduit connecting the first pressure actuated valve to the manifold; a third conduit connecting the manifold and the first pressure actuated valve, the first pressure actuated valve being configured for operation by fluid pressure in the third conduit, wherein the first pressure actuated valve is closed when the fluid pressure in the third conduit is at a first level, and wherein the first pressure actuated valve is opened by the fluid pressure in the third conduit at a threshold level higher than the first level; and a fourth conduit connecting the first pressure actuated valve and the second tank; wherein the first pressure actuated valve is disposed at an intersection of the second conduit, third conduit and fourth conduit, to allow fluid flow through the fourth conduit when the first pressure actuated valve is open, and to prevent fluid flow through the fourth conduit when the first pressure actuated valve is closed.
Aircraft with a supporting structure and an envelope which is spanned by the supporting structure and can be filled with a gas, wherein envelope parts can be connected to one another via at least one zip fastener and the supporting structure has a plurality of rod or tube sections (24 - 30) which define a circular, elliptical or polygonal main span plane for the envelope, characterised in that the shell comprises two shell halves which are fixedly connected to each other at a short connecting region and can be unfolded in a shell-like manner when the at least one zip is open.