mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery comprising: an electrode assembly configured to include an electrode in which an uncoated region (21b, 22b) is formed; a case configured to accommodate the electrode assembly and to be provided with an opening; a cap assembly configured to be provided with an electrode terminal (50, 52) and to be coupled to the opening to seal the case; and a current collecting plate configured to be coupled to an uncoated region (21b, 22b) of the electrode assembly, wherein the current collecting plate includes a first flat plate portion provided with a welded portion welded to the uncoated region (21b, 22b), a second flat plate portion provided with a fuse portion and electrically connected to the electrode terminal (50, 52), characterized in that the rechargeable battery further comprises a vibration absorbing portion connected to the first and second flat plate portions (362, 342) of which opposite end portions face each other in a longitudinal direction and having a thinner thickness than that of the first and second flat plate portions (362, 342). an electrode assembly configured to include an electrode in which an uncoated region (21b, 22b) is formed; a case configured to accommodate the electrode assembly and to be provided with an opening; a cap assembly configured to be provided with an electrode terminal (50, 52) and to be coupled to the opening to seal the case; and a current collecting plate configured to be coupled to an uncoated region (21b, 22b) of the electrode assembly, wherein the current collecting plate includes a first flat plate portion provided with a welded portion welded to the uncoated region (21b, 22b), a second flat plate portion provided with a fuse portion and electrically connected to the electrode terminal (50, 52), characterized in that the rechargeable battery further comprises a vibration absorbing portion connected to the first and second flat plate portions (362, 342) of which opposite end portions face each other in a longitudinal direction and having a thinner thickness than that of the first and second flat plate portions (362, 342).
A method of synthesizing a polynucleotide having at least two nucleoside subunits joined by a N3'→P5' oxophosphoramidate or N3'→P5' thiophosphoramidate inter-subunit linkage, the method comprising the steps of: (a) deprotecting the protected 3' amino group of a terminal nucleoside attached to a solid phase support, said deprotecting forming a free 3' amino group; (b) contacting the free 3' amino group with a 3'-protected amino-dinucleotide phosphoramidate-5'-phosphoramidite dimer in the presence of a nucleophilic catalyst to form an internucleoside N3'→P5' phosphoramidite linkage; and (c) oxidizing the linkage to produce a N3'→P5' oxophosphoramidate or N3'→P5' thiophosphoramidate inter-subunit linkage. (a) deprotecting the protected 3' amino group of a terminal nucleoside attached to a solid phase support, said deprotecting forming a free 3' amino group; (b) contacting the free 3' amino group with a 3'-protected amino-dinucleotide phosphoramidate-5'-phosphoramidite dimer in the presence of a nucleophilic catalyst to form an internucleoside N3'→P5' phosphoramidite linkage; and (c) oxidizing the linkage to produce a N3'→P5' oxophosphoramidate or N3'→P5' thiophosphoramidate inter-subunit linkage.
A method of generating an error-corrected sequence of a double-stranded target nucleic acid molecule comprising individually tagging each of the two strands of the double-stranded target nucleic acid molecule by ligating both strands of the double-stranded target nucleic acid molecule to at least one single molecule identifier adaptor molecule comprising an SMI sequence to form an SMI-target nucleic acid complex, wherein the SMI sequence comprises at least one degenerate or semi-degenerate nucleic acid sequence, such that the SMI-target nucleic acid complex comprises a unique identifier; independently amplifying each strand of the SMI-target nucleic acid complex, resulting in each strand generating a distinct yet related set of amplified SMI-target nucleic acid products; sequencing the amplified SMI-target nucleic acid products comprising the unique identifier; comparing the sequences of the amplified SMI-target nucleic acid products obtained from one strand of the double-stranded target nucleic acid with the sequences of the amplified SMI-target nucleic acid products obtained from the other strand of the double-stranded target nucleic acid, such that a mutation only occurring at a particular position in one or more sequences from one of the strands is identified as an error introduced during amplification or sequencing.
A process for generating mechanical or electrical energy and thermal energy in a liquefied gas regasification line comprising the steps of: 1) generating mechanical or electrical energy and thermal energy by means of a prime mover, the prime mover being an internal combustion engine or a gas turbine; 2) operating a step of regasifying said liquefied gas with a first intermediate fluid, wherein the first intermediate fluid is tempered water heated by means of the thermal energy generated in step 1) within a first heat exchanger operating on a circuit of said first intermediate fluid; 3) implementing a heat pump with a refrigerating fluid which operates the cooling of a second intermediate fluid and the heating of a third intermediate fluid, wherein said third intermediate fluid is tempered water; wherein said third intermediate fluid operates a further step of regasifying said liquefied gas and wherein said heat pump is supplied with the electrical energy generated by said prime mover. 1) generating mechanical or electrical energy and thermal energy by means of a prime mover, the prime mover being an internal combustion engine or a gas turbine; 2) operating a step of regasifying said liquefied gas with a first intermediate fluid, wherein the first intermediate fluid is tempered water heated by means of the thermal energy generated in step 1) within a first heat exchanger operating on a circuit of said first intermediate fluid; 3) implementing a heat pump with a refrigerating fluid which operates the cooling of a second intermediate fluid and the heating of a third intermediate fluid, wherein said third intermediate fluid is tempered water;
A device for drilling a circular arc-shaped bone borehole, comprising: - a stiff circular arc-shaped tube with a central axis; - a flexible shaft that is insertable or inserted into the interior of the tube; - a tool head that is attachable to the front end of the flexible shaft, characterized in that, the curvature for each infinitesimal segment of the stiff tube has a radius of curvature of the central axis of at least 130 mm. - a stiff circular arc-shaped tube with a central axis; - a flexible shaft that is insertable or inserted into the interior of the tube; - a tool head that is attachable to the front end of the flexible shaft,
A method for manufacturing a photovoltaic module comprising one or more photovoltaic cells embedded in a fiber-reinforced thermosetting composite material (14, 15), the one or more photovoltaic cells having a front side to be irradiated and a back side, the method comprising providing the one or more photovoltaic cells, providing glass fibers at the front side of the one or more photovoltaic cells having aminosilane coupling agents covalently attached to the glass fibers, and providing a substantially transparent uncured epoxy resin on the front side of the photovoltaic cells, chemically reacting the uncured epoxy resin and the aminosilane coupling agents with each other such that, after the reaction, the refractive indices of the glass fibers and the epoxy resin differ less than 2% from each other in a light wavelength region of 300 nm to 2000 nm and, after the reaction, a covalent bonding of the epoxy resin and the glass fibers is achieved thereby obtaining a void content of less than 2%. providing the one or more photovoltaic cells, providing glass fibers at the front side of the one or more photovoltaic cells having aminosilane coupling agents covalently attached to the glass fibers, and providing a substantially transparent uncured epoxy resin on the front side of the photovoltaic cells, chemically reacting the uncured epoxy resin and the aminosilane coupling agents with each other such that, after the reaction, the refractive indices of the glass fibers and the epoxy resin differ less than 2% from each other in a light wavelength region of 300 nm to 2000 nm and, after the reaction, a covalent bonding of the epoxy resin and the glass fibers is achieved thereby obtaining a void content of less than 2%.
A method for detecting a boundary in an environment of an object, comprising the steps of: providing an occupancy grid comprising a plurality of grid cells, each grid cell comprising a value for a probability of an occupancy in the environment of the object; detecting a starting transition point in the occupancy grid based on the values of the grid cells in the occupancy grid, wherein the starting transition point is detected between a free and occupied grid cell in the occupancy grid; assigning a region of interest window in the occupancy grid surrounding the identified starting transition point, wherein a size of the region of interest window is adapted using a distance between the object and the center of the region of interest window; detecting further transition points (T-i) in the occupancy grid based on the values of the grid cells in the region of interest window, wherein the further transition points (T-i) are detected at a transition between a free and an occupied grid cell in the region of interest window; and combining the detected starting transition point and the further detected transition points (T-i) to a number of polygon chains for specifying a boundary in the occupancy grid. providing an occupancy grid comprising a plurality of grid cells, each grid cell comprising a value for a probability of an occupancy in the environment of the object; detecting a starting transition point in the occupancy grid based on the values of the grid cells in the occupancy grid, wherein the starting transition point is detected between a free and occupied grid cell in the occupancy grid; assigning a region of interest window in the occupancy grid surrounding the identified starting transition point, wherein a size of the region of interest window is adapted using a distance between the object and the center of the region of interest window; detecting further transition points (T-i) in the occupancy grid based on the values of the grid cells in the region of interest window, wherein the further transition points (T-i) are detected at a transition between a free and an occupied grid cell in the region of interest window; and combining the detected starting transition point and the further detected transition points (T-i) to a number of polygon chains for specifying a boundary in the occupancy grid.
2-ply tissue paper, wherein a basis weight per ply is 15 to 18 g/m 2, the 2-ply paper thickness is 135 to 160 μm, and the 2-ply tissue paper containing 2.9 g/m 2 or more and 8.0 g/m 2 or less of chemical agent which contains glycerin and 1,3-propanediol in a total amount of 83.7 mass% or more, wherein the blending ratio of glycerin and 1,3-propanediol(the blending ratio of 1,3-propanediol to 1 glycerin) is above 1: 0.04 and 1: 5.58 or less.
A method of identifying a plurality of transponders comprising: transmitting, by an interrogator, an interrogation signal to the transponders (1, 2, 3); operating, by each transponder, responsive to the interrogation signal, in a powered state, in which each transponder waits for a predetermined period, and if at an end of the predetermined period each transponder has not detected modulation in the interrogation signal, each transponder initiates a random timer within the transponder which determines an overall period; operating, by each transponder, responsive to an end of the overall period, in a transmitting state, the transmitting state being that at in which the transponder transmits a response signal; receiving, at the interrogator, response signals from the transponders (1, 2, 3), each response signal comprising at least a portion of a chain of data transmission blocks; and detecting, by the interrogator, a first data transmission block of the chain, wherein: the first data transmission block of the chain includes a transponder identifier; the first data transmission block of the chain indicates a number of data transmission blocks in the chain; wherein one or more further data transmission blocks of the chain include additional block data and a respective data transmission block number, the data transmission block number being changed automatically as data transmission blocks of the chain are transmitted; and wherein each data transmission block of the chain comprises an error checking code. transmitting, by an interrogator, an interrogation signal to the transponders (1, 2, 3); operating, by each transponder, responsive to the interrogation signal, in a powered state, in which each transponder waits for a predetermined period, and if at an end of the predetermined period each transponder has not detected modulation in the interrogation signal, each transponder initiates a random timer within the transponder which determines an overall period; operating, by each transponder, responsive to an end of the overall period, in a transmitting state, the transmitting state being that at in which the transponder transmits a response signal; receiving, at the interrogator, response signals from the transponders (1, 2, 3), each response signal comprising at least a portion of a chain of data transmission blocks; and detecting, by the interrogator, a first data transmission block of the chain, wherein: the first data transmission block of the chain includes a transponder identifier; the first data transmission block of the chain indicates a number of data transmission blocks in the chain; the first data transmission block of the chain includes a transponder identifier; the first data transmission block of the chain indicates a number of data transmission blocks in the chain;
Absorbent core for use in an absorbent product, such as a sanitary napkin, a diaper, an incontinence protection or the like, wherein the core is compressed during manufacturing and the core after compression has a material density (based on the total content of the core) of at least 200 kg/m3, preferably at least 230 kg/m3, measured at a pressure of 0.5 kPa whereby the absorbent core has been formed in-line as a discrete or continuous core, characterised in that the absorbent core is thinner than 3 mm and comprises three sub-layers, wherein a first sub-layer, viewed from the wearer-facing side of the core, primarily comprises pulp, the second sub-layer comprises the SAP-particles and pulp, and the third sub-layer primarily comprises pulp, and in that the absorbent core comprises SAP-particles, wherein at least 99.5 % of the SAP-particles have a size of maximally 300 μm, thereby obtaining a minimised number of defect absorbent cores as a result of reduced clogging of SAP-particles during manufacturing of the absorbent cores.
A CIGS compound solar cell comprising: at least a Group I-III-VI compound semiconductor layer, a buffer layer, and a transparent electrode in this order over a substrate, wherein the buffer layer comprises a mixed crystal of a Group IIa metal and zinc oxide, characterised in that the characteristics of the mixed crystal as shown by X-ray diffraction satisfy the following formula: 0.5 ≤ A / A + B + C < 1 where none A, B, C are 0, provided that B/A = 0.5 and C/A = 0.5 are not both satisfied A: peak intensity at plane B: peak intensity at plane C: peak intensity at plane. at least a Group I-III-VI compound semiconductor layer, a buffer layer, and a transparent electrode in this order over a substrate, wherein the buffer layer comprises a mixed crystal of a Group IIa metal and zinc oxide, characterised in that the characteristics of the mixed crystal as shown by X-ray diffraction satisfy the following formula: 0.5 ≤ A / A + B + C < 1 where none A, B, C are 0, provided that B/A = 0.5 and C/A = 0.5 are not both satisfied A: peak intensity at plane B: peak intensity at plane C: peak intensity at plane. A: peak intensity at plane B: peak intensity at plane C: peak intensity at plane.
A fabric freshening product comprising: a) a freshening aqueous liquid composition comprising from 0.001% to 1% by weight of the composition of a bispyridinium alkane antimicrobial active and a perfume and wherein the composition is a Newtonian fluid; and b) a spray device to produce a spray of said composition. a) a freshening aqueous liquid composition comprising from 0.001% to 1% by weight of the composition of a bispyridinium alkane antimicrobial active and a perfume and wherein the composition is a Newtonian fluid; and b) a spray device to produce a spray of said composition.
Procedure for operating a measuring device, particularly a flowmeter, designed to determine the concentration, the volume share, the mass share and/or the partial pressure of at least one component in a multi-component medium, wherein the measuring device has at least a first sensor (11, 31, 41) to determine a first thermo-physical property selected from the thermal conductivity k, the thermal diffusivity σ and/or the specific heat capacity ρc p of the measured medium, and wherein the measuring device has a second sensor, which is provided to determine the viscosity μ and/or the density ρ of the measured medium, said procedure comprising the following steps: a) Provision of information concerning the type of possible components of the measured medium; b) Provision of datasets concerning the fluid properties, particularly the viscosity, the density, the thermal conductivity, the thermal diffusivity, the specific heat capacity and/or values traceable to these properties for individual components and/or component mixtures which correspond to the fluid properties which are determined by the first and the second sensor; c) Determination of measured values of the first and second sensor, with which at least two fluid properties of the multi-component measured medium can be traced, particularly calculated, wherein a first fluid property is selected from the viscosity of the measured medium and the density of the measured medium, and a second fluid property is selected from the thermal conductivity of the measured medium, the thermal diffusivity of the measured medium or the specific heat capacity of the measured medium d) Determination of a concentration, a mass share, a volume share and/or a partial pressure of at least a component of the multi-component measured medium using the measured values or at least two of the fluid properties determined from the values, and the datasets. a) Provision of information concerning the type of possible components of the measured medium; b) Provision of datasets concerning the fluid properties, particularly the viscosity, the density, the thermal conductivity, the thermal diffusivity, the specific heat capacity and/or values traceable to these properties for individual components and/or component mixtures which correspond to the fluid properties which are determined by the first and the second sensor; c) Determination of measured values of the first and second sensor, with which at least two fluid properties of the multi-component measured medium can be traced, particularly calculated, wherein a first fluid property is selected from the viscosity of the measured medium and the density of the measured medium, and a second fluid property is selected from the thermal conductivity of the measured medium, the thermal diffusivity of the measured medium or the specific heat capacity of the measured medium d) Determination of a concentration, a mass share, a volume share and/or a partial pressure of at least a component of the multi-component measured medium using the measured values or at least two of the fluid properties determined from the values, and the datasets.
Gravity bending mould for bending glass panes, comprising a frame-like support surface that is suitable for arranging a glass pane thereon and that has an outer edge and an inner edge wherein the support surface has an outer region facing the outer edge, an inner region facing the inner edge, and a central region between the outer region and the inner region, and wherein the outer region is planar and horizontal, the central region is inclined toward the inner edge and is planar or curved, and the inner region has a curvature in the opposite direction to the curvature of the glass pane, and wherein the inner region is more strongly curved than the central region.
A magnetorheological actuator having a chamber (39, 48), in which a magnetorheological fluid is accommodated, and a regulating member (8, 33, 45), which is arranged in the chamber (39, 48), wherein the regulating member (8, 33, 45) is intended to apply an actuating force of the actuator, wherein the regulating member (8, 33, 45) is a threaded spindle (8, 33, 45) rotationally driven about its longitudinal axis having a spindle core (12, 49) and a thread located thereon, and the thread is surrounded by the magnetorheological fluid, characterised in that the thread, in particular threaded tips of the thread contact an inner wall of the chamber (39, 48) in a sealing manner.
A motorcycle comprising: a first frame member having a first opening; a plurality of wires; a joint member coupled to the first frame member and at least a second frame member (122, 62), said joint member comprising a second opening therethrough; and a fuel tank having a first portion on a first side of the first frame member, a second portion on a second side of the first frame member and a third portion over the first frame member, said first portion, said second portion, and said third portion defining a fuel tank tunnel; said plurality of wires extending into the first opening through the first frame member and through the second opening of the joint member, the first opening being rsadjacent to the fuel tank within the fuel tank tunnel; characterized by further comprising a wire guide disposed beneath the first frame member within the fuel tank tunnel to guide the plurality of wires out of the first opening. a first frame member having a first opening; a plurality of wires; a joint member coupled to the first frame member and at least a second frame member (122, 62), said joint member comprising a second opening therethrough; and a fuel tank having a first portion on a first side of the first frame member, a second portion on a second side of the first frame member and a third portion over the first frame member, said first portion, said second portion, and said third portion defining a fuel tank tunnel; said plurality of wires extending into the first opening through the first frame member and through the second opening of the joint member, the first opening being rsadjacent to the fuel tank within the fuel tank tunnel; characterized by further comprising a wire guide disposed beneath the first frame member within the fuel tank tunnel to guide the plurality of wires out of the first opening.
Supply Air device for controlling supply air flow to a building space, comprising a chamber having a supply air inlet and an air outlet; a first tube in said chamber, connected at an open first end to the supply air inlet, wherein the first tube has a side wall which is permeable to air; a throttle member slidably connected to the first tube to change a degree of exposure of the side wall to control air flow through said side wall to the outlet, wherein the exposable side wall comprises a layer of felt through which air is discharged, characterized in that a first portion of the side wall adjacent the first end of the tube comprises the layer of felt, whereas a second portion of the side wall, distal from the first end, is open to provide unrestricted flow upon exposure.