mhurhangee/patent-ind-claim-en huggingface dataset:
An osmotic material-free sanitary tissue product comprising a plurality of fibers wherein the sanitary tissue product exhibits a basis weight of from 40 g/m 2 to 500 g/m 2 as measured according to the Basis Weight Test Method, a Dry BEA of greater than 20.0 as measured according to the Dry Burst Test Method and a Dry Thick Compression of greater than 700 as measured according to the Dry Compressive Modulus Test Method, wherein the sanitary tissue product comprises at least one co-formed fibrous structure and at least one mono-fibrous wet-laid fibrous structure that are associated with one another by compression bonding or thermal bonding, said at least one mono-fibrous wet-laid fibrous structure comprising hardwood and/or softwood pulp fibers and comprising a non-random, repeating surface pattern, said at least one co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2 as measured according to the Basis Weight Test Method and comprising a plurality of filaments and a plurality of fibers with a weight ratio of filaments to fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said fibers comprised in the co-formed fibrous structure being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers and mixtures thereof..
A storage device comprising: one or more cartridges , each cartridge defining a respective cavity of one or more cavities for receiving a respective storage item of one or more storage items , the one or more cartridges further defining a slot; a receiver defining two or more radially extending cells for receiving the one or more cartridges , and defining a passageway extending longitudinally along the center of the receiver to an opening defined in an external surface of the receiver ; two or more stops , each of the one or more stops being interposed on the receiver between two adjacent cells of the one or more radially extending cells ; and one or more springs , each of the one or more springs extending through a slot of a respective cartridge of the one or more cartridges and being positioned and restrained between two adjacent stops of the two or more stops , each spring of the one or more springs being sized to bow between the two stops and bias each of the one or more cartridges in a first position in the one or more cells wherein the cavity is not aligned with the passageway , or in a second position in the one or more cells wherein the cavity is aligned with the passageway . one or more cartridges , each cartridge defining a respective cavity of one or more cavities for receiving a respective storage item of one or more storage items , the one or more cartridges further defining a slot; a receiver defining two or more radially extending cells for receiving the one or more cartridges , and defining a passageway extending longitudinally along the center of the receiver to an opening defined in an external surface of the receiver ; two or more stops , each of the one or more stops being interposed on the receiver between two adjacent cells of the one or more radially extending cells ; and one or more springs , each of the one or more springs extending through a slot of a respective cartridge of the one or more cartridges and being positioned and restrained between two adjacent stops of the two or more stops , each spring of the one or more springs being sized to bow between the two stops and bias each of the one or more cartridges in a first position in the one or more cells wherein the cavity is not aligned with the passageway , or in a second position in the one or more cells wherein the cavity is aligned with the passageway .
An optical probe comprising at least one fluorophore connected to at least one quencher by an enzyme cleavable peptide sequence; the or each fluorophore being substantially fluorescently quenched by the at least one quencher when connected to the enzyme cleavable peptide sequence; the or each fluorophore is separated from the at least one quencher when the enzyme cleavable peptide sequence of the at least one probe element is cleaved; wherein the enzyme cleavable peptide sequence comprises SEQ ID NO.7 and is selectively cleavable by one or more matrix metalloproteinase (MMP), wherein the unit of the at least one fluorophore connected to the enzyme cleavable peptide sequence corresponds to a probe element; the probe comprises a plurality of probe elements, each probe element being connected to a core, and wherein the core comprises the at least one quencher or each probe element comprises at least one quencher at the proximal end of the probe element to the core.
A seal for an implantable medical device, comprising: a body comprising: a first cylinder that is elastic and that defines a seal bore having a centerline , the first cylinder having an outer diameter; and a wall portion that is coupled to the first cylinder and that has an outer surface that forms a plane that the centerline intersects, the first cylinder being movable relative to the wall portion to allow an angle of intersection between the centerline and the plane to change. a first cylinder that is elastic and that defines a seal bore having a centerline , the first cylinder having an outer diameter; and a wall portion that is coupled to the first cylinder and that has an outer surface that forms a plane that the centerline intersects, the first cylinder being movable relative to the wall portion to allow an angle of intersection between the centerline and the plane to change.
A 3D tag , comprising: a plurality of distinguishable depth features including one or more characteristics readable by a depth camera, the plurality of distinguishable depth features collectively encoding information that is not human readable; characterized by : a visible light image overlaying the depth features, wherein the visible light image includes a plurality of distinguishable 2D features configured to be read by a visible light camera, the plurality of distinguishable 2D features collectively encoding at least a subset of the information encoded by the plurality of distinguishable depth features.
Spring element with - at least two bistable springs , the spring element is characterized by : - two flat connecting elements , which are arranged at the longitudinal ends of the bistable flat springs aligned parallel to each other and connecting the two bistable springs to each other, and in that at least one, preferably two, kink line is arranged on each bistable spring subdividing each of the bistable springs into at least two areas, at least one of the areas is separately, thus individually, releasable from a linear state into a curved state. - at least two bistable springs , the spring element is characterized by : - two flat connecting elements , which are arranged at the longitudinal ends of the bistable flat springs aligned parallel to each other and connecting the two bistable springs to each other, and in that at least one, preferably two, kink line is arranged on each bistable spring subdividing each of the bistable springs into at least two areas, at least one of the areas is separately, thus individually, releasable from a linear state into a curved state. at least one, preferably two, kink line is arranged on each bistable spring subdividing each of the bistable springs into at least two areas, at least one of the areas is separately, thus individually, releasable from a linear state into a curved state.
A molecular magnetic material comprising salt molecules comprising: - a hexsacyanide tungsten anion complex of the formula: [W IV (CN) 6 (NN)] 2- , - a hexsacyanide tungsten anion complex of the formula: [W V (CN) 6 (NN)] - , wherein: W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; - and at least one type of a cation [A] n+ , where n is an integer in the range of 1 to 4. - a hexsacyanide tungsten anion complex of the formula: [W IV (CN) 6 (NN)] 2- , - a hexsacyanide tungsten anion complex of the formula: [W V (CN) 6 (NN)] - , wherein: W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; W is a tungsten cation, CN is a cyano ligand, and NN is an NN-donating bidentate organic ligand forming a five-membered ring with the tungsten atom; - and at least one type of a cation [A] n+ , where n is an integer in the range of 1 to 4.
A solar cell , comprising: a first conductive type substrate ; an emitter layer of a second conductive type opposite the first conductive type, the emitter layer and the substrate forming a p-n junction; an anti-reflection layer positioned on the emitter layer ; a plurality of front electrodes passing through the anti-reflection layer and being electrically connected to the emitter layer , at least one of the plurality of front electrodes including a first front electrode layer (141a1), and a second front electrode layer positioned on an upper surface and a lateral surface of the first front electrode layer (141a1); and a second electrode electrically connected to the substrate, characterized in that the at least one of the plurality of front electrodes includes a plurality of first electrode auxiliaries (141a2) separated from the first front electrode layer (141a1) and positioned around the first front electrode layer (141a1), wherein the second front electrode layer is positioned on an upper surface and a lateral surface of each of the plurality of first electrode auxiliaries (141a2), wherein a width of each of the plurality of first electrode auxiliaries (141a2) is smaller than a width of the first front electrode layer (141a1). a first conductive type substrate ; an emitter layer of a second conductive type opposite the first conductive type, the emitter layer and the substrate forming a p-n junction; an anti-reflection layer positioned on the emitter layer ; a plurality of front electrodes passing through the anti-reflection layer and being electrically connected to the emitter layer , at least one of the plurality of front electrodes including a first front electrode layer (141a1), and a second front electrode layer positioned on an upper surface and a lateral surface of the first front electrode layer (141a1); and a second electrode electrically connected to the substrate, characterized in that the at least one of the plurality of front electrodes includes a plurality of first electrode auxiliaries (141a2) separated from the first front electrode layer (141a1) and positioned around the first front electrode layer (141a1), wherein the second front electrode layer is positioned on an upper surface and a lateral surface of each of the plurality of first electrode auxiliaries (141a2), wherein a width of each of the plurality of first electrode auxiliaries (141a2) is smaller than a width of the first front electrode layer (141a1).
A blade for an engine of an aircraft, comprising: a plurality of first composite fiber plies ; and a plurality of second composite fiber plies ; wherein ends of the second fiber plies are staggered such that interlock between the first composite fiber plies and the second composite fiber plies is formed in a region where the second composite fiber plies end and meet with the first composite fiber plies ; characterized in that the plurality of the second composite fiber plies comprise spanwise fiber plies (31, 33, 35 37) decreasing both in chordwise length and in spanwise length monotonically from surface of the blade inwardly and non-spanwise fiber plies non-monotonically decreasing or increasing both in chordwise length and in spanwise length from the surface of the blade inwardly, wherein spanwise fiber plies have fibers arranged in a spanwise direction, and wherein non-spanwise fiber plies have fibers arranged at an angle relative to the spanwise direction. a plurality of first composite fiber plies ; and a plurality of second composite fiber plies ; wherein ends of the second fiber plies are staggered such that interlock between the first composite fiber plies and the second composite fiber plies is formed in a region where the second composite fiber plies end and meet with the first composite fiber plies ; characterized in that the plurality of the second composite fiber plies comprise spanwise fiber plies (31, 33, 35 37) decreasing both in chordwise length and in spanwise length monotonically from surface of the blade inwardly and non-spanwise fiber plies non-monotonically decreasing or increasing both in chordwise length and in spanwise length from the surface of the blade inwardly, wherein spanwise fiber plies have fibers arranged in a spanwise direction, and wherein non-spanwise fiber plies have fibers arranged at an angle relative to the spanwise direction.
A mobile communications device for communicating data to and/or from a mobile communications network comprising a core network part and a radio network part including base stations for communicating data to or from mobile communications devices, the mobile communications device comprising an execution processor which is arranged to operate a plurality of applications programs (A1, A2, A3, A4), each of which is arranged to generate an indication of a relative type of the data packets for communication to and/or from a communications bearer or the communications bearer and one or more other communications bearers as a part of a communications session, the mobile communications network communicating the data packets differently via the communications bearer or the communications bearer and one or more other communications bearers depending on the relative type of the data packets communicated via the communications bearer or each communications bearer , and the mobile communications device being arranged in operation to communicate the indication of the relative type of data packets for communication via the communications bearer or the communications bearer and the one or more other communications bearers for supporting the communications session of the mobile communications device, the indication of the relative type of the data packets being used to configure the communications bearer or the communication bearer and the one or more other communications bearers, the relative type of the data packets communicated being one of a machine type communications indicator, a low priority indicator, a regular user indicator or a high priority indicator, to communicate the data packets via the communications bearer or the communications bearer and the one or more other communications bearers to one or more of the base stations in accordance with the indication of the relative type of the data packets, and to control the communication of the data packets via the communications bearer or the communications bearer and the one or more other communications bearers in accordance with a relative priority indicated by the relative type of data packets being communicated via the communications bearer or the one or more other communications bearers by being arranged in operation to receive an indication from the mobile communications network that the mobile communications network is congested, and in response to receiving the indication that the mobile communications network is congested, store data packets indicated as having a lower priority in a buffer for communication via the communications bearer at a later time and communicating data packets indicated as having a higher priority from other communications bearers at an earlier time in preference to the lower priority data packets.
A method for biosynthesis of one or more chemical species in E. coli , comprising: expressing one or more biosynthetic pathways in E. coli , the one or more biosynthetic pathways comprising at least one membrane-anchored P450 enzyme, wherein the P450 enzyme is a plant-derived P450 enzyme having an N-terminal truncation of 10 to 55 amino acids with respect to the wildtype enzyme, and comprises a transmembrane domain that is derived from an E. coli inner membrane cytoplasmic C-terminus protein gene selected from waaA (SEQ ID NO:16), ypfN (SEQ ID NO:17), yhcB (SEQ ID NO:18), yhhm (SEQ ID NO:20), zipA (SEQ ID NO:21), ycgG (SEQ ID NO:22), djlA (SEQ ID NO: 23), sohB (SEQ ID NO:24), IpxK (SEQ ID NO:25), F11O (SEQ ID NO: 26), motA (SEQ ID NO: 27), htpx (SEQ ID NO: 28), hemr (SEQ ID NO: 31), and ycls (SEQ ID NO: 32), and culturing the E . coli to produce the one or more chemical species from the biosynthetic pathway(s). expressing one or more biosynthetic pathways in E. coli , the one or more biosynthetic pathways comprising at least one membrane-anchored P450 enzyme, wherein the P450 enzyme is a plant-derived P450 enzyme having an N-terminal truncation of 10 to 55 amino acids with respect to the wildtype enzyme, and comprises a transmembrane domain that is derived from an E. coli inner membrane cytoplasmic C-terminus protein gene selected from waaA (SEQ ID NO:16), ypfN (SEQ ID NO:17), yhcB (SEQ ID NO:18), yhhm (SEQ ID NO:20), zipA (SEQ ID NO:21), ycgG (SEQ ID NO:22), djlA (SEQ ID NO: 23), sohB (SEQ ID NO:24), IpxK (SEQ ID NO:25), F11O (SEQ ID NO: 26), motA (SEQ ID NO: 27), htpx (SEQ ID NO: 28), hemr (SEQ ID NO: 31), and ycls (SEQ ID NO: 32), and culturing the E . coli to produce the one or more chemical species from the biosynthetic pathway(s).
A power and/or telecommunication cable comprising one or more electrical and/or optical conductors covered by at least one electrically insulating layer, wherein said insulating layer comprises: a) an extrusible organic polymer or a mixture of several extrusible organic polymers selected from olefin, vinyl, acrylate and methacrylate; b) an inorganic phosphate arranged hierarchically on phyllosilicates in an amount between 1 and 30 parts by weight per 100 parts of polymer according to a); and c) other secondary inorganic fillers, having at least one of the following compounds or a mixture of two or more of these compounds: metallic hydroxides, metallic oxides, kaolins, silicas, borates, stannates, molybdates, graphites and/or glasses, in an amount between 100 and 200 phr per 100 parts of polymer according to a). a) an extrusible organic polymer or a mixture of several extrusible organic polymers selected from olefin, vinyl, acrylate and methacrylate; b) an inorganic phosphate arranged hierarchically on phyllosilicates in an amount between 1 and 30 parts by weight per 100 parts of polymer according to a); and c) other secondary inorganic fillers, having at least one of the following compounds or a mixture of two or more of these compounds: metallic hydroxides, metallic oxides, kaolins, silicas, borates, stannates, molybdates, graphites and/or glasses, in an amount between 100 and 200 phr per 100 parts of polymer according to a).
A method in a wireless device, comprising: obtaining an extended discontinuous reception configuration for the wireless device ; obtaining a minimization of drive tests configuration for the wireless device ; adapting at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration such that the wireless device completes an minimization of drive tests measurement according to the minimization of drive tests configuration within a predetermined number of paging transmission windows associated with the extended discontinuous reception configuration ; and performing the minimization of drive tests measurement within the predetermined number of paging transmission windows according to the adapted at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration , the method further comprising pre-determining the number of paging transmission windows, at least based on a measurement type of the minimization of drive tests measurement and the extended discontinuous reception configuration. obtaining an extended discontinuous reception configuration for the wireless device ; obtaining a minimization of drive tests configuration for the wireless device ; adapting at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration such that the wireless device completes an minimization of drive tests measurement according to the minimization of drive tests configuration within a predetermined number of paging transmission windows associated with the extended discontinuous reception configuration ; and performing the minimization of drive tests measurement within the predetermined number of paging transmission windows according to the adapted at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration ,
A flow controller comprising a first channel configured to be communicated with one port of an air cylinder and a second channel configured to be communicated with another port of the air cylinder, the flow controller being configured to change a flow rate of air supplied or exhausted through at least one of the first channel and the second channel in mid-stroke, the flow controller further comprising: a first air outlet ; a first regulating valve ; a first switching valve configured to be displaced from a first position to a second position under an effect of pilot air, for causing the one port of the air cylinder to communicate with the first channel at the first position, and for causing the one port of the air cylinder to communicate with the first air outlet via the first regulating valve at the second position; a first introduction path configured to guide the pilot air from the second channel to the first switching valve ; and a second regulating valve provided in the first introduction path and configured to adjust timing of displacement of the first switching valve by regulating a flow rate of the pilot air. a first air outlet ; a first regulating valve ; a first switching valve configured to be displaced from a first position to a second position under an effect of pilot air, for causing the one port of the air cylinder to communicate with the first channel at the first position, and for causing the one port of the air cylinder to communicate with the first air outlet via the first regulating valve at the second position; a first introduction path configured to guide the pilot air from the second channel to the first switching valve ; and a second regulating valve provided in the first introduction path and configured to adjust timing of displacement of the first switching valve by regulating a flow rate of the pilot air.
A sterilizing method for a drink filling system provided with a drink supply pipe line for feeding drink into a filling machine through a heat sterilizing section , wherein hot water or heated steam is fed to the drink supply pipe line , F-values are calculated while detecting temperature at a plurality of portions of the drink supply pipe line at every predetermined time interval, and a sterilizing process is ended at a time when a minimum F-value reaches an aimed value, wherein an upstream side return path is provided for the upstream side pipe line section going through the heating sterilizing section of the drink supply pipe line to thereby form an upstream side circulation path, the F-values are calculated while flowing the hot water from the upstream side pipe line section and flowing the heated steam toward the inside of the filling machine from the downstream side of the upstream side pipe line section , and the sterilizing process is ended at a time when each of the minimum F-values reaches the aimed value.