mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic splice tray assembly adapted for use in an enclosure of a fiber optic network, the splice tray assembly comprising: a frame defining a base and a plurality of sidewalls joined to the base, wherein a volume of the splice tray assembly is defined by a length of the base, a width of the base, and a height of the sidewalls; a splice tray comprising a plurality of splice holders joined to the splice tray, wherein the splice holders are adapted to selectively receive a plurality of splices of optical fibers; and at least a portion of the sidewalls define slack storage generally around the splice tray, wherein the slack storage provides for a sufficient amount of slack of the optical fibers associated with the splice generally sufficient for a technician to optically connect the optical fibers with the splice; characterized in that the splice tray assembly defines a density of splice holders per unit of volume of the splice tray assembly of at least one of at least 5 single splices/16.387 cm 3 and at least 10 mass fusion splices/16.387 cm 3, at least one of the optical fibers associated with a splice and comprised in the fiber optic splice tray assembly comprises a microstructured optical fiber comprising a core region and a cladding region surrounding the core region, the cladding region comprising an annular hole-containing region comprised of non-periodically disposed holes. a frame defining a base and a plurality of sidewalls joined to the base, wherein a volume of the splice tray assembly is defined by a length of the base, a width of the base, and a height of the sidewalls; a splice tray comprising a plurality of splice holders joined to the splice tray, wherein the splice holders are adapted to selectively receive a plurality of splices of optical fibers; and at least a portion of the sidewalls define slack storage generally around the splice tray, wherein the slack storage provides for a sufficient amount of slack of the optical fibers associated with the splice generally sufficient for a technician to optically connect the optical fibers with the splice; characterized in that the splice tray assembly defines a density of splice holders per unit of volume of the splice tray assembly of at least one of at least 5 single splices/16.387 cm 3 and at least 10 mass fusion splices/16.387 cm 3, at least one of the optical fibers associated with a splice and comprised in the fiber optic splice tray assembly comprises a microstructured optical fiber comprising a core region and a cladding region surrounding the core region, the cladding region comprising an annular hole-containing region comprised of non-periodically disposed holes.
An isolated peptide comprising an amino acid sequence according to SEQ ID NO: 1 or SEQ ID NO: 414, wherein: each X at positions 1, 4, 24, and 30 of SEQ ID NO: 1 or SEQ ID NO: 414 is independently an uncharged amino acid residue; each X at positions 14 and 18 of SEQ ID NO: 414 is independently leucine, isoleucine, or norleucine; and Z is a loop or turn sequence consisting of four amino acid residues selected from DATK, DHGS, HSGD, or EAGD. each X at positions 1, 4, 24, and 30 of SEQ ID NO: 1 or SEQ ID NO: 414 is independently an uncharged amino acid residue; each X at positions 14 and 18 of SEQ ID NO: 414 is independently leucine, isoleucine, or norleucine; and Z is a loop or turn sequence consisting of four amino acid residues selected from DATK, DHGS, HSGD, or EAGD.
Polymorph C of N-((4,6-dimethyl-2-oxo-1,2-dihydropyridin-3-yl)methyl)-5-(ethyl (tetrahydro-2H-pyran-4-yl)amino)-4-methyl-4'-(morpholinomethyl)-[1,1'-biphenyl]-3-carboxamide monohydrochloride, wherein the polymorph exhibits an X-ray powder diffraction pattern having two or more characteristic peaks expressed in degrees 2-theta (+/-0.2) at 17.53, 18.66, 21.14, 22.22, 23.46, 27.72 and 30.30; and wherein the X-ray powder diffraction pattern is obtained using the following methodology: Target: Cu; Tube voltage: 40 kV; Tube current: 30 mA, at room temperature, and at 30% relative humidity.
A computer-implemented method for visualization and analysis of gene expression data, the method comprising: receiving, from at least one data source, a digital file comprising one or more sets of long range gene expression data for one or more patients (step 100); loading said long range gene expression data into an analytical tool comprising a user interface, wherein said user interface is configured to receive commands from and to provide feedback to an operator (step 104); receiving via the user interface a specification of the size of at least one window for evaluating said long range gene expression data, wherein said window size is measured by sequence size in kb, and inputting said defined window size into said analytical tool (step 108); converting the long range gene expression data for at least one patient into a series of concatenated windows that are the size of said defined window (step 112); identifying each gene that is contained within each of said windows; generating a sample-specific gene abundance score for each of said genes using transcript abundance estimation (step 116); calculating an average gene abundance score for all of the genes identified in each of said windows (step 120); and presenting the average gene abundance scores for at least some of the windows in a one- or two-dimensional array, wherein one axis of the array organizes the windows by patient and the other axis of the array organizes the windows by gene sequence. receiving, from at least one data source, a digital file comprising one or more sets of long range gene expression data for one or more patients (step 100); loading said long range gene expression data into an analytical tool comprising a user interface, wherein said user interface is configured to receive commands from and to provide feedback to an operator (step 104); receiving via the user interface a specification of the size of at least one window for evaluating said long range gene expression data, wherein said window size is measured by sequence size in kb, and inputting said defined window size into said analytical tool (step 108); converting the long range gene expression data for at least one patient into a series of concatenated windows that are the size of said defined window (step 112); identifying each gene that is contained within each of said windows; generating a sample-specific gene abundance score for each of said genes using transcript abundance estimation (step 116); calculating an average gene abundance score for all of the genes identified in each of said windows (step 120); and presenting the average gene abundance scores for at least some of the windows in a one- or two-dimensional array, wherein one axis of the array organizes the windows by patient and the other axis of the array organizes the windows by gene sequence.
A jaw support comprising: a jaw housing; at least one bolt contained by the jaw housing, a spring attached to the bolt and a seal attached to the spring contained by the jaw housing, such that in operation the seal compresses the spring and the seal moves towards the jaw housing; and a compression element positioned within a holder in the jaw housing. a jaw housing; at least one bolt contained by the jaw housing, a spring attached to the bolt and a seal attached to the spring contained by the jaw housing, such that in operation the seal compresses the spring and the seal moves towards the jaw housing; and a compression element positioned within a holder in the jaw housing.
A trampoline comprising: a trampoline frame having legs, wherein the trampoline frame has a trampoline frame horizontal portion; a trampoline bed (32, 132) suspended across the trampoline frame horizontal portion; springs extending between the trampoline frame horizontal portion and trampoline bed (32, 132); an enclosure connected to the trampoline frame, wherein the enclosure has an enclosure upper support, wherein the enclosure supports an enclosure net; a pad system covering the springs and at least partially the trampoline frame horizontal portion, wherein the pad system includes an inside pad mounted above the trampoline bed (32, 132); and the enclosure net is double layered with an outside net and an inside net characterized in that a substantial gap is disclosed between the inside net and the outside net, so that the user can be retained by the inside net initially, then retained by the outside net so that the pair of nets (120, 130) have a dual stage activation such that they act as a pair of springs for retaining the user within the bounding area. a trampoline frame having legs, wherein the trampoline frame has a trampoline frame horizontal portion; a trampoline bed (32, 132) suspended across the trampoline frame horizontal portion; springs extending between the trampoline frame horizontal portion and trampoline bed (32, 132); an enclosure connected to the trampoline frame, wherein the enclosure has an enclosure upper support, wherein the enclosure supports an enclosure net; a pad system covering the springs and at least partially the trampoline frame horizontal portion, wherein the pad system includes an inside pad mounted above the trampoline bed (32, 132); and the enclosure net is double layered with an outside net and an inside net characterized in that a substantial gap is disclosed between the inside net and the outside net, so that the user can be retained by the inside net initially, then retained by the outside net so that the pair of nets (120, 130) have a dual stage activation such that they act as a pair of springs for retaining the user within the bounding area.
Multiply secured coupling device for oxygen lances and other pipes transporting highly flammable gases and injecting these media into the steel melt, whereby this is connected by means of a valve in the form of a lance holder and an intermediate safety pipe, and the coupling device (4, 5) to a lance tube leading to the supplier, characterised in that the safety pipe has a plug-in that can be inserted into the connecting part of the lance holder, which forms the coupling device with a union nut screwable onto the lance holder and, like the connecting part and the union nut, is extended by a safety part (10, 11, 14') that is designed to enable further introduction into the connecting part, thus guaranteeing a sealing effect even when the union nut is sitting loosely, and fitted on the one hand with at least one ring seal sealing against the connecting part of the lance holder in the area of sealing surfaces (12, 13), assigned to the free end of the connecting parts, and on the other hand with an extended thread, whereby the sealing surface area of the sealing surface (12, 13) assigned to the at the extended plug-in makes up 33-50% of the sealing surface area that is formed only by the connecting part and plug-in.
Additional castor comprising a rigid frame, the additional castor being mounted in the rigid frame and it being possible to raise or lower the additional castor and the frame relative to a chassis, to which said castor is to be attached, by means of pivoting, a drive motor fastened to the frame additionally being provided for the additional castor and a separate pivot drive being provided for raising and lowering the additional castor, the compact design of the unit made up of the frame, drive motor and additional castor also being advantageous, either with regard to strengthening existing hospital beds or irrespective thereof, characterised in that the separate pivot drive is fastened as a whole to the frame and pivots together therewith.
A skate comprising: a skate boot having a non-lasted shell, the shell having a first non-lasted three-dimensional sub-shell and a second non-lasted three-dimensional sub-shell, the second sub-shell being interior to and adjoining the first sub-shell, the first sub-shell comprising a first material having a first density and the second sub-shell comprising a second material having a second density, wherein the second material is a foam and the second density being less than the first density, the shell being shaped so as to have a heel portion, an ankle portion, a lateral portion, a medial portion, and a sole portion, wherein the first sub-shell and the second sub-shell are fastenerlessly bonded to one another; and a ground-engaging assembly disposed on an underside of the skate boot. a skate boot having a non-lasted shell, the shell having a first non-lasted three-dimensional sub-shell and a second non-lasted three-dimensional sub-shell, the second sub-shell being interior to and adjoining the first sub-shell, the first sub-shell comprising a first material having a first density and the second sub-shell comprising a second material having a second density, wherein the second material is a foam and the second density being less than the first density, the shell being shaped so as to have a heel portion, an ankle portion, a lateral portion, a medial portion, and a sole portion, wherein the first sub-shell and the second sub-shell are fastenerlessly bonded to one another; and a ground-engaging assembly disposed on an underside of the skate boot.
A tyre comprising: a tread portion comprising at least one circumferential groove extending continuously in a tyre circumferential direction, wherein the at least one circumferential groove comprises a groove bottom having a plurality of protrusions projecting in a tyre radial direction, each of the plurality of protrusions has a longitudinally elongated shape with a width in a tyre axial direction and a length in the tyre circumferential direction that is greater than the width, and each of the plurality of protrusions comprises a tapered portion whose width decreases in the tyre circumferential direction, the at least one circumferential groove comprises a first groove wall and a second groove wall, the plurality of protrusions comprises a plurality of first protrusions arranged on a first groove wall side, and a plurality of second protrusions arranged on a second groove wall side, the tapered portion of each of the plurality of first protrusions has a width decreasing toward a first side in the tyre circumferential direction, and the tapered portion of each of the plurality of second protrusions has a width decreasing toward a second side in the tyre circumferential direction that is opposite to the first side, characterized in that in a tread plan view, each tapered portion is formed between a first side surface extending along the tyre circumferential direction and a second side surface inclined at a larger angle than that of the first side surface with respect to the tyre circumferential direction. a tread portion comprising at least one circumferential groove extending continuously in a tyre circumferential direction, wherein the at least one circumferential groove comprises a groove bottom having a plurality of protrusions projecting in a tyre radial direction, each of the plurality of protrusions has a longitudinally elongated shape with a width in a tyre axial direction and a length in the tyre circumferential direction that is greater than the width, and each of the plurality of protrusions comprises a tapered portion whose width decreases in the tyre circumferential direction, the at least one circumferential groove comprises a first groove wall and a second groove wall, the plurality of protrusions comprises a plurality of first protrusions arranged on a first groove wall side, and a plurality of second protrusions arranged on a second groove wall side, the tapered portion of each of the plurality of first protrusions has a width decreasing toward a first side in the tyre circumferential direction, and the tapered portion of each of the plurality of second protrusions has a width decreasing toward a second side in the tyre circumferential direction that is opposite to the first side, characterized in that in a tread plan view, each tapered portion is formed between a first side surface extending along the tyre circumferential direction and a second side surface inclined at a larger angle than that of the first side surface with respect to the tyre circumferential direction.
A process of making a fluoropolymer fiber containing aluminum oxide comprising, forming a mixture of an aqueous dispersion of non-melt-processible polytetrafluoroethylene particles and aluminum oxide particles with an aqueous solution of a matrix polymer, extruding the mixture into a coagulation bath and forming an intermediate fiber structure by coagulating the matrix polymer in the coagulation bath, and sintering the intermediate fiber structure to decompose the matrix polymer and coalesce the polytetrafluoroethylene particles and the aluminum oxide particles into a blended fiber, the fiber including 0.1% to 1.0% by weight of aluminum oxide.
An device used to establish a detachable connection between layers (5s, 5i) of cardboard, paper or plastic laminate, without the use of glue, stitches or staples, for the purpose of creating a closure on packagings, wherein the layers, in a position bearing against each other and/or overlapping each other, are fed in a continuous movement, by a conveying device, to a rotating punching tool which interacts with a die, characterized in that the rotating punching tool is a vertically adjustable disc or a carrier element with at least one radially projecting punch, in that vertically adjustable holding-down devices act on both sides of the punching tool, in that the die consists of a flat, elongated element which is fastened to a stationary carrier element upstream of the punching tool in the feed direction, said elongated element having a groove on the side facing towards the punches, the width of said groove substantially corresponding to that of the punches and the depth of said groove being slightly larger than the maximum depth of penetration of the punches, and in that this groove extends rectilinearly, along the feed direction, from the area of action of the punches to the free end of the elongated element.
A process of converting a carbon-carbon double bond on a substrate into a cyclopropane ring, which method comprises the step of treating the substrate with N-nitroso-β-methylaminoisobutyl methyl ketone, a transition metal catalyst and an aqueous base, wherein the N-nitroso-β-methylaminoisobutyl methyl ketone is formed by reacting β-methylaminoisobutyl methyl ketone with an alkali metal nitrite in the presence of formic acid and wherein the N-nitroso-β-methylaminoisobutyl methyl ketone is not distilled before it is mixed with the substrate, catalyst and base.
Secure case with an integrated cut protection, a GPS relocation option and an alarm system of cut-resistant textile structures, wherein envelope surfaces of the secure case comprise a layer structure with at least two inner electrically conductive layers, which are separated by an insulating layer, wherein an electrical contact between the conductive layers is made and an alarm is triggered when cutting with a cutting tool, characterized in that the secure case comprises an electrically conductive coating having graphene proportions in the material and a thread layer of conductive threads inside the textile composite so that an electrical signal is triggered when cutting.
A reporter composition which is a polymerase substrate, comprising: a nucleotide; a high charge mass moiety comprising one or more of the following groups; and a linker molecule, wherein the linker molecule is a molecule of the following general formula: H 2 N-L-NH 2 wherein L is from 1 to 100 alkyl groups, oxy alkyl groups or combinations thereof and wherein -NH 2 can be substituted with any functional group that can be cross-linked to the nucleotide and the high charge mass moiety and the linker is attached to both the nucleotide and the high charges mass moiety; wherein the linker molecule or the high charge mass moiety is configured not to affect nucleotide polymerization by a polymerase or hydrogen bonding between the base of the nucleotide when hybridising with its compliment in another nucleotide polymer; and wherein the high charge mass moiety comprises a sufficient charge mass that coupling the reporter composition to a nanostructure results in a measurable change in the surface charge associated with the nanostructure. a nucleotide; a high charge mass moiety comprising one or more of the following groups; and a linker molecule, wherein the linker molecule is a molecule of the following general formula: H 2 N-L-NH 2 wherein L is from 1 to 100 alkyl groups, oxy alkyl groups or combinations thereof and wherein -NH 2 can be substituted with any functional group that can be cross-linked to the nucleotide and the high charge mass moiety and the linker is attached to both the nucleotide and the high charges mass moiety; wherein the linker molecule or the high charge mass moiety is configured not to affect nucleotide polymerization by a polymerase or hydrogen bonding between the base of the nucleotide when hybridising with its compliment in another nucleotide polymer; and wherein the high charge mass moiety comprises a sufficient charge mass that coupling the reporter composition to a nanostructure results in a measurable change in the surface charge associated with the nanostructure.
Actuator module comprising a piezoceramic multilayer actuator arranged in a housing, the housing being hermetically sealed and a chamber being arranged between the multilayer actuator and the housing, and the housing consisting of a housing cover, a housing shell and a housing base (10, 17), and electrical connections for the multilayer actuator being guided into the housing, characterized in that the housing is hermetically sealed by means of welding, in particular laser welding, brazing with metal solder, soldering with glass solder or soft-soldering, the chamber is partially filled or filled with a medium, the medium absorbs and chemically converts water as it hardens, and the housing base (10, 17) consists of metal and the electrical connections are guided into the interior of the housing via a glass feed-through or ceramic feed-through in the housing base (10, 17) or the housing base (10, 17) consists of ceramic and comprises metallized openings into which the electrical connections are soldered.