mhurhangee/ep-ind-claims huggingface dataset:
A method of producing reconstructed human skin using a culture vessel comprising an inner chamber surrounded by an inner wall and a porous bottom surface and an outer chamber spaced apart from the inner chamber and configured to surround the inner chamber, comprising: (a) forming an adhesive layer by coating the inner wall with an adhesive material; and (b) culturing reconstructed human skin in the culture vessel having the adhesive layer formed thereon, wherein step (a) comprises: preparing a coating solution by dissolving the adhesive material in a powder form in a solvent; and forming the adhesive layer by placing the coating solution in the inner chamber and carrying out reaction, wherein the adhesive material is dopamine at a concentration of 0.1 to 20 mg/ml, wherein the solvent is Tris-HCl at a pH of 8.0 to 9.0, wherein step (b) comprises: forming a dermis equivalent comprising a three-dimensional hydrogel scaffold matrix by placing a scaffold solution comprising a type I collagen solution and dermal fibroblasts in the inner chamber coated with dopamine and performing gelling; and forming a reconstructed epidermis by seeding epidermal keratinocytes onto the dermis equivalent. (a) forming an adhesive layer by coating the inner wall with an adhesive material; and (b) culturing reconstructed human skin in the culture vessel having the adhesive layer formed thereon, preparing a coating solution by dissolving the adhesive material in a powder form in a solvent; and forming the adhesive layer by placing the coating solution in the inner chamber and carrying out reaction, wherein the adhesive material is dopamine at a concentration of 0.1 to 20 mg/ml, wherein the solvent is Tris-HCl at a pH of 8.0 to 9.0, wherein step (b) comprises: forming a dermis equivalent comprising a three-dimensional hydrogel scaffold matrix by placing a scaffold solution comprising a type I collagen solution and dermal fibroblasts in the inner chamber coated with dopamine and performing gelling; and forming a reconstructed epidermis by seeding epidermal keratinocytes onto the dermis equivalent. forming a dermis equivalent comprising a three-dimensional hydrogel scaffold matrix by placing a scaffold solution comprising a type I collagen solution and dermal fibroblasts in the inner chamber coated with dopamine and performing gelling; and forming a reconstructed epidermis by seeding epidermal keratinocytes onto the dermis equivalent.
A method of preparing a food which has a reduced rate of enzymatic digestion of starch granules comprising the steps of: i) mixing at least rice flour and tapioca starch to form a dry mix; ii) adding alginate dissolved in water to the dry mix to form a dough; iii) adding oil to the dough; iv) kneading, sheeting and cutting the dough; v) immersing the kneaded, sheeted and cutted dough in a calcium containing solution before boiling the dough. i) mixing at least rice flour and tapioca starch to form a dry mix; ii) adding alginate dissolved in water to the dry mix to form a dough; iii) adding oil to the dough; iv) kneading, sheeting and cutting the dough; v) immersing the kneaded, sheeted and cutted dough in a calcium containing solution before boiling the dough.
An inner tub of a washing machine with a vertical rotation axis, comprising a tub body having an upper part and a lower part, wherein said lower part is of a sealed water containing structure, a balancing ring mounted at the upper part of the tub body and a tub bottom mounted at the lower part of the tub body, wherein an annular necking structure, of which an inside diameter is smaller than that of the tub body, is arranged on the upper part of the tub body and positioned below the balancing ring, a plurality of dewatering holes are distributed at the necking structure and/or between the necking structure and the balancing ring, and characterized in that a disconnected type filtering cover is arranged on the internal wall of the tub body and positioned below the necking structure, the disconnected type filtering cover comprises a main body and an auxiliary block, the auxiliary block is arranged above the main body and below the necking structure and is located at the upper part of the inner tub, and a water passing gap for enabling water flow to pass through along a rotating direction of the inner tub is arranged between the auxiliary block and the main body. a tub body having an upper part and a lower part, wherein said lower part is of a sealed water containing structure, a balancing ring mounted at the upper part of the tub body and a tub bottom mounted at the lower part of the tub body, wherein an annular necking structure, of which an inside diameter is smaller than that of the tub body, is arranged on the upper part of the tub body and positioned below the balancing ring, a plurality of dewatering holes are distributed at the necking structure and/or between the necking structure and the balancing ring, and characterized in that a disconnected type filtering cover is arranged on the internal wall of the tub body and positioned below the necking structure, the disconnected type filtering cover comprises a main body and an auxiliary block, the auxiliary block is arranged above the main body and below the necking structure and is located at the upper part of the inner tub, and a water passing gap for enabling water flow to pass through along a rotating direction of the inner tub is arranged between the auxiliary block and the main body.
A prosthetic valve for replacing an atrioventricular heart valve comprising: - an annular body to which heart valve leaflets are attached and which is adapted to be inserted into a valve annulus of the heart, and comprising - a plurality of anchoring elements (4a, 4b, 4c, 4d) connected to the annular body at the ventricular side and bent in the axial direction directly at the ventricular end of the annular body such that the anchoring elements (4a, 4b, 4c, 4d) do not substantially protrude from the annular body in the direction of the ventricle but rather extend substantially radially from the annular body at a small radial distance outside of said annular body, wherein said small distance of the anchoring elements (4a, 4b, 4c, 4d) from the outer wall of the annular body is dimensioned such that in the implanted state of the prosthetic valve, the anchoring elements (4a, 4b, 4c, 4d) are designed to clamp in particular heart valve leaflet tissue and chordae tendineae between themselves and the outer wall of the annular body, and comprising - atrial-side anchoring elements (6a, 6b, 6c, 6d) which extend outside of the annular body and essentially parallel to its outer wall and are connected to the annular body analogously to the above-described ventricle-side anchoring elements (4a, 4b, 4c, 4d), characterized in that the axial length (LV, LAT) of the anchoring elements (4a, 4b, 4c, 4d, 6a, 6b, 6c, 6d) is adjustable. - an annular body to which heart valve leaflets are attached and which is adapted to be inserted into a valve annulus of the heart, and comprising - a plurality of anchoring elements (4a, 4b, 4c, 4d) connected to the annular body at the ventricular side and bent in the axial direction directly at the ventricular end of the annular body such that the anchoring elements (4a, 4b, 4c, 4d) do not substantially protrude from the annular body in the direction of the ventricle but rather extend substantially radially from the annular body at a small radial distance outside of said annular body, wherein said small distance of the anchoring elements (4a, 4b, 4c, 4d) from the outer wall of the annular body is dimensioned such that in the implanted state of the prosthetic valve, the anchoring elements (4a, 4b, 4c, 4d) are designed to clamp in particular heart valve leaflet tissue and chordae tendineae between themselves and the outer wall of the annular body, and comprising - atrial-side anchoring elements (6a, 6b, 6c, 6d) which extend outside of the annular body and essentially parallel to its outer wall and are connected to the annular body analogously to the above-described ventricle-side anchoring elements (4a, 4b, 4c, 4d),
A method for use by an eNodeB, eNB, for resource allocation for an uplink control channel for a user equipment, UE, using multiple transmit antennas in a wireless communication network, comprising: determining, by a pre-established algorithm, a plurality of orthogonal resources that the UE will select for use on the uplink control channel;optimizing the scheduling of resources for other UEs based on the determined plurality of orthogonal resources; and receiving control information from the UE on the uplink control channel on the plurality of orthogonal resources with transmit diversity, wherein a first resource of the plurality of orthogonal resources is associated with a first control channel element, CCE, that is transmitted from the eNB to the UE over a single downlink, DL, carrier, and wherein a second resource of the plurality of orthogonal resources is determined, by the eNB, by a predetermined offset from the first resource. determining, by a pre-established algorithm, a plurality of orthogonal resources that the UE will select for use on the uplink control channel;optimizing the scheduling of resources for other UEs based on the determined plurality of orthogonal resources; and receiving control information from the UE on the uplink control channel on the plurality of orthogonal resources with transmit diversity, wherein a first resource of the plurality of orthogonal resources is associated with a first control channel element, CCE, that is transmitted from the eNB to the UE over a single downlink, DL, carrier, and wherein a second resource of the plurality of orthogonal resources is determined, by the eNB, by a predetermined offset from the first resource.
An arrangement comprising a drawer and an extension guide for the drawer, wherein the drawer has a drawer container and a front panel which can be connected to the drawer container and wherein the extension guide has at least one carcass rail for fixing to a furniture carcass and at least one drawer rail which is movable relative to the carcass rail between an open position and a closed position and to which the drawer can be fixed with the extension guide, and a releasable locking element by which in a locking position the movement of the drawer rail in the closing direction relative to the carcass rail can be stopped in an intermediate position before reaching the closed position and in a release position the movement of the drawer rail in the closing direction relative to the carcass rail is enabled until reaching the closed position, characterised by a release element, by which the locking element can be automatically unlocked, wherein the locking element can be automatically unlocked either when the drawer is fixed to the drawer rail or when the front panel is mounted to the drawer container which is already fixed to the drawer rail.
A component supply device (1 to 1E) comprising a replenishing unit configured to perform replenishment with a new component supply tape (Tb) when a preceding component supply tape (Ta) is exhausted and a sensor configured to sense the exhaustion of the preceding component supply tape (Ta), wherein a confluent portion, where a channel for the preceding component supply tape (Ta) and a channel for the new component supply tape (Tb) join with each other, is formed between the sensor and the replenishing unit, a buckling prevention mechanism arranged on the confluent portion and being configured to prevent buckling of at least one of the preceding component supply tape (Ta) and the new component supply tape (Tb), and a separator configured to separate the unwound new component supply tape (Tb), in the vertical direction with respect to the unwound preceding component supply tape (Ta), wherein the buckling prevention mechanism is a plate spring characterized in that the plate spring is configured to be lifted up by an operator to prevent the preceding component supply tape (Ta) from buckling, when the preceding component supply tape (Ta) is transported through the channel for the preceding component supply tape (Ta), and is further configured to block an opening formed in an upper portion of the channel for the new component supply tape (Tb) to prevent the new component supply tape (Tb) from buckling, after the preceding component supply tape (Ta) is exhausted and the new component supply tape (Tb) is transported through the channel for the new component supply tape (Tb). a replenishing unit configured to perform replenishment with a new component supply tape (Tb) when a preceding component supply tape (Ta) is exhausted and a sensor configured to sense the exhaustion of the preceding component supply tape (Ta), wherein a confluent portion, where a channel for the preceding component supply tape (Ta) and a channel for the new component supply tape (Tb) join with each other, is formed between the sensor and the replenishing unit, a buckling prevention mechanism arranged on the confluent portion and being configured to prevent buckling of at least one of the preceding component supply tape (Ta) and the new component supply tape (Tb), and a separator configured to separate the unwound new component supply tape (Tb), in the vertical direction with respect to the unwound preceding component supply tape (Ta), wherein the buckling prevention mechanism is a plate spring characterized in that the plate spring is configured to be lifted up by an operator to prevent the preceding component supply tape (Ta) from buckling, when the preceding component supply tape (Ta) is transported through the channel for the preceding component supply tape (Ta), and is further configured to block an opening formed in an upper portion of the channel for the new component supply tape (Tb) to prevent the new component supply tape (Tb) from buckling, after the preceding component supply tape (Ta) is exhausted and the new component supply tape (Tb) is transported through the channel for the new component supply tape (Tb).
Surface treatment method for a printed security document, wherein an ultra-thin coating (3, 3') is deposited on at least one of the faces (10, 11) of said document using an atmospheric-pressure plasma technique, characterized in that a protective layer is deposited on or applied to said face (10, 11) before the ultra-thin coating (3, 3') is deposited thereon.
Hydraulic or pneumatic actuating device for the actuation of setting elements in a motor vehicle transmission, comprising at least two actuating cylinders each having one cylinder housing only and one actuating piston only, which is guided in the cylinder housing to be longitudinally displaceable along a cylinder axis and which can be acted on hydraulically or pneumatically and is operatively connected with one of the setting elements, wherein the at least two actuating cylinders are combined to form a unit which can be flange-mounted on or in a transmission casing of the motor vehicle transmission, characterized in that a sensor for positional detection of a signal element mounted on the respective actuating piston is associated with each cylinder housing, wherein an electrical interface is integrated in the unit, which is in signal connection with the sensors, adapted to receive a plug for electrical connection with a transmission control, and by way of which the sensors can be contacted in common, and wherein in addition at least one sensor for rotational speed sensing at the motor vehicle transmission and/or a terminal for a sensor for rotational speed sensing at the motor vehicle transmission is or are integrated in the unit and similarly disposed in signal connection with the electrical interface for the common contact-making.
A zinc negative electrode comprising: i) electrochemically active zinc; and ii) carbon particles coated with a surfactant, wherein the surfactant is a member of the polyglycol family of non-ionic surfactants. i) electrochemically active zinc; and ii) carbon particles coated with a surfactant, wherein the surfactant is a member of the polyglycol family of non-ionic surfactants.
Process for reducing thermally induced discoloration of fluoropolymer resin, said fluoropolymer resin produced by polymerizing fluoromonomer in an aqueous dispersion medium to form aqueous fluoropolymer dispersion and isolating said fluoropolymer from said aqueous medium by separating fluoropolymer resin in wet form from the aqueous medium and drying to produce fluoropolymer resin in dry form, said process comprising: pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin in wet or dry form; and exposing the fluoropolymer resin in dry form to fluorine; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein said pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin comprises exposing the aqueous fluoropolymer dispersion and/or the fluoropolymer resin to oxidizing agent. pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin in wet or dry form; and exposing the fluoropolymer resin in dry form to fluorine; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein said pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin comprises exposing the aqueous fluoropolymer dispersion and/or the fluoropolymer resin to oxidizing agent.
A tow hook support device (20, 60) for a vehicle, including a vehicle structural member having a tubular shaped sidewall, and integrally provided to a vehicle body in a posture such that an axial direction of the tubular shaped sidewall coincides with a longitudinal direction of the vehicle; and a nut member integrally fixed to a tip of the vehicle structural member so as to be extended parallel to the axial direction of the tubular shaped sidewall, to which a tow hook is screwed and detachably fitted, wherein multiple grooves (40, 42) are formed in the tubular shaped sidewall of the vehicle structural member so as to be positioned around an axis O of the tubular shaped sidewall and extended in the axial direction, by bending portions of the tubular shaped sidewall such that the grooves project inward or outward in the tubular shaped sidewall; and the nut member is arranged at a position in the tubular shaped sidewall and further inward than the multiple grooves so as to be coaxial with the axis O or extended parallel to the axis O, and is integrally fixed to the multiple grooves, the tow hook support device characterized in that at least a portion of a bottom portion (40e, 42e) or a top portion of each of the grooves (40, 42) brought into surface-contact with an outer peripheral surface of the nut member, has a shape that corresponds to a shape of the outer peripheral surface of the nut member; and the nut member is arranged so as to be in contact with the grooves from an inside of the tubular shaped sidewall, and is directly and integrally fixed to the grooves by welding.
A wind turbine rotor blade, having a lightning receptor, a first electric line, and a potential equalization means having a first electrode, which is connected to the lightning receptor, and a second electrode, which is connected to the first electric line, a spark gap being realized between the two electrodes (42, 44), wherein mutually facing sides of the two electrodes (42, 44) form a flow channel, which is disposed such that the ambient air that is incident when the wind turbine rotor blade is in operation flows through it.
A platform for underwater turbines, and adapted to be tethered to an underwater anchorage, the platform comprising a plurality of elongate spar buoys (1, 2) linked by a plurality of cross arms, the cross arms being adapted to support turbines thereon, characterized in that the platform is adapted for rollover transition between a generally horizontal floating maintenance condition and a submerged upright operating condition by asymmetric ballasting of said spar buoys, the platform further including a rigid tether connected thereto at one end, the other end of said tether comprising an articulating connection for an underwater anchorage.
A crystal of N-[ -1-{ -2-hydroxy-2-phenylpropylamino}propan-2-yl]isoquinoline-6-sulfonamide dihydrochloride anhydride having characteristic peaks at 2θ angles of 6.8±0.1°, 10.0±0.1°, 12.7±0.1°, 14.6±0.1°, 14.8±0.1°, 16.2±0.1°, 17.4±0.1°, 17.8±0.1°, 19.510.1°, 20.0±0.1°, 21.6±0.1°, 24.7±0.1°, 25.5±0.1°, 25.8±0.1°, 29.8±0.1°, 39.5±0.1°, and 44.9±0.1° in powder X-ray diffraction spectrum.
A method performed by a user device comprising: Receiving signaling from a network defining an allowed location area and a configuration of an associated timer; detecting movement of the user device between an area inside the allowed location area and an area outside the allowed location area, wherein the allowed location area is smaller than a tracking area associated with the user device, and wherein the allowed location area is defined for the user device; and reporting, to the network, the movement of the user device, wherein reporting the movement of the user device to the network comprises starting the timer upon movement from inside to outside the allowed location area and reporting movement only if the user device does not move back inside the allowed location area before timer expiration. Receiving signaling from a network defining an allowed location area and a configuration of an associated timer; detecting movement of the user device between an area inside the allowed location area and an area outside the allowed location area, wherein the allowed location area is smaller than a tracking area associated with the user device, and wherein the allowed location area is defined for the user device; and reporting, to the network, the movement of the user device, wherein reporting the movement of the user device to the network comprises starting the timer upon movement from inside to outside the allowed location area and reporting movement only if the user device does not move back inside the allowed location area before timer expiration.