mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing an aqueous concentrated fabric conditioner composition, which is an aqueous dispersion, comprising a) from 10 to 30 wt % of an ester-linked quaternary ammonium fabric softening active, b) water; c) perfume present in encapsulated and non-confined forms, the total amount of encapsulated and non-confined perfume present being an amount of from 0.01 to 10 % by weight; and d) from 0.001 to 1% electrolyte; wherein the process comprises the steps of i) adding from 55 to 75 wt % of electrolyte, by total weight of electrolyte to the water before the addition of the ester-linked quaternary ammonium fabric softening active to the water, and ii) adding a proportion of the electrolyte after the addition of the ester-linked quaternary ammonium fabric softening active. wherein the electrolyte is a salt and wherein the ester-linked quaternary ammonium softening active is a fabric-substantive quaternary ammonium compound which, in pure form as a strong acid salt e.g. chloride, has a solubility in distilled water at pH 2.5 and 20°C of less than 1g/l, a) from 10 to 30 wt % of an ester-linked quaternary ammonium fabric softening active, b) water; c) perfume present in encapsulated and non-confined forms, the total amount of encapsulated and non-confined perfume present being an amount of from 0.01 to 10 % by weight; and d) from 0.001 to 1% electrolyte; i) adding from 55 to 75 wt % of electrolyte, by total weight of electrolyte to the water before the addition of the ester-linked quaternary ammonium fabric softening active to the water, and ii) adding a proportion of the electrolyte after the addition of the ester-linked quaternary ammonium fabric softening active.
A method for detecting a trifluridine-related substance, the method comprising the step of subjecting a sample containing trifluridine or a salt thereof to high-performance liquid chromatography using a mobile phase comprising an organic phase and an aqueous phase, wherein the step of subjecting the sample to high-performance liquid chromatography comprises steps 1 and 2 that satisfy the following requirements: Step 1: the percentage of the organic phase in the entire mobile phase is 1 to 14% by volume; and Step 2: after step 1, elution is performed by applying a gradient of increasing the percentage of the organic phase in the entire mobile phase, wherein the organic phase may contain 10% or less of water and the aqueous phase may contain 10% or less of an organic solvent in addition to water, wherein the related substance is at least one member selected from the group consisting of the following related substances 1 to 6: related substance 1: 5-carboxyuracil, related substance 2: 5-carboxy-2'-deoxy-uridine, related substance 3: 2'-deoxy-5-methoxycarbonyluridine, related substance 4: trifluorothymine, related substance 5: 5-methoxycarbonyluracil, and related substance 6: 5'-(4-chlorophenylcarboxy)-2'-deoxy-5-trifluoromethyluridine, and wherein at least one of the related substances 1 to 5 is detected in step 1, and related substance 6 is detected in step 2. wherein the step of subjecting the sample to high-performance liquid chromatography comprises steps 1 and 2 that satisfy the following requirements: Step 1: the percentage of the organic phase in the entire mobile phase is 1 to 14% by volume; and Step 2: after step 1, elution is performed by applying a gradient of increasing the percentage of the organic phase in the entire mobile phase, Step 1: the percentage of the organic phase in the entire mobile phase is 1 to 14% by volume; and Step 2: after step 1, elution is performed by applying a gradient of increasing the percentage of the organic phase in the entire mobile phase, wherein the organic phase may contain 10% or less of water and the aqueous phase may contain 10% or less of an organic solvent in addition to water, wherein the related substance is at least one member selected from the group consisting of the following related substances 1 to 6: related substance 1: 5-carboxyuracil, related substance 2: 5-carboxy-2'-deoxy-uridine, related substance 3: 2'-deoxy-5-methoxycarbonyluridine, related substance 4: trifluorothymine, related substance 5: 5-methoxycarbonyluracil, and related substance 6: 5'-(4-chlorophenylcarboxy)-2'-deoxy-5-trifluoromethyluridine, and related substance 1: 5-carboxyuracil, related substance 2: 5-carboxy-2'-deoxy-uridine, related substance 3: 2'-deoxy-5-methoxycarbonyluridine, related substance 4: trifluorothymine, related substance 5: 5-methoxycarbonyluracil, and related substance 6: 5'-(4-chlorophenylcarboxy)-2'-deoxy-5-trifluoromethyluridine, and wherein at least one of the related substances 1 to 5 is detected in step 1, and related substance 6 is detected in step 2.
A wireless communication method, comprising: receiving, by a terminal, a system message that is broadcast by an access network device on a physical broadcast channel, PBCH, wherein the system message comprises an extension field, and the extension field is used to indicate a format of the system message; and discarding, by the terminal, the system message if information about the extension field is first information, wherein the first information is used to indicate that the format of the system message is an extended format; wherein the system message received by the terminal is an interleaved system message, wherein a time sequence of source symbol data in the system message is disarranged through interleaving, and the method further comprises: performing, by the terminal, de-interleaving according to an inverse rule on the interleaved system message, to obtain a de-interleaved system message and recover the source symbol data; and determining, by the terminal, the extension field based on the de-interleaved system message. receiving, by a terminal, a system message that is broadcast by an access network device on a physical broadcast channel, PBCH, wherein the system message comprises an extension field, and the extension field is used to indicate a format of the system message; and discarding, by the terminal, the system message if information about the extension field is first information, wherein the first information is used to indicate that the format of the system message is an extended format; wherein the system message received by the terminal is an interleaved system message, wherein a time sequence of source symbol data in the system message is disarranged through interleaving, and the method further comprises: performing, by the terminal, de-interleaving according to an inverse rule on the interleaved system message, to obtain a de-interleaved system message and recover the source symbol data; and determining, by the terminal, the extension field based on the de-interleaved system message. performing, by the terminal, de-interleaving according to an inverse rule on the interleaved system message, to obtain a de-interleaved system message and recover the source symbol data; and determining, by the terminal, the extension field based on the de-interleaved system message.
Fuel injector for injecting fuel into a combustion engine, the injector comprising: - a valve with a needle that is movable along a longitudinal axis between an open position and a closed position, for opening or closing the valve; - an actuator which comprises an armature and a pole piece, the armature is axially movable and operable to interact mechanically with the needle, so that the needle is moved towards the open position by a movement of the armature in axial direction towards the pole piece; - a first spring for biasing the armature in axial direction away from the pole piece, characterized in that the first spring is configured and operable to stop said movement of the armature by means of its spring force when the needle is in the open position. - a valve with a needle that is movable along a longitudinal axis between an open position and a closed position, for opening or closing the valve; - an actuator which comprises an armature and a pole piece, the armature is axially movable and operable to interact mechanically with the needle, so that the needle is moved towards the open position by a movement of the armature in axial direction towards the pole piece; - a first spring for biasing the armature in axial direction away from the pole piece, characterized in that the first spring is configured and operable to stop said movement of the armature by means of its spring force when the needle is in the open position.
A method of data storage, the method comprising: receiving, at a host of a key-value store, a request to access a data node stored on a storage device of the key-value store; locating an address corresponding to the data node in a host cache on the host; and determining that the data node is in a kernel cache on the storage device, wherein a cross-layered cache is split across the host cache and the kernel cache, and wherein the kernel cache is a data cache in a data layer of the key-value store and the host cache is a host metadata cache in a search layer of the key-value store. receiving, at a host of a key-value store, a request to access a data node stored on a storage device of the key-value store; locating an address corresponding to the data node in a host cache on the host; and determining that the data node is in a kernel cache on the storage device, wherein a cross-layered cache is split across the host cache and the kernel cache, and wherein the kernel cache is a data cache in a data layer of the key-value store and the host cache is a host metadata cache in a search layer of the key-value store.
A solar-energy system for heating sanitary water, comprising a solar collector for heating a thermal-vector fluid, a heat exchanger for heating sanitary water and arranged side by side with the solar collector, a circuit for supply of sanitary water to the heat exchanger, and a circuit for supply of thermal-vector fluid, which is pre-arranged for exchanging heat both with the collector and with the exchanger; wherein the heat exchanger comprises a plurality of accumulation units fluidically connected with circuit for supply of sanitary water; and wherein the encumbrance of each accumulation unit along an axis perpendicular to a resting base of the solar-energy system is less than the maximum encumbrance of the collector along said axis.
A process for mounting a printing plate having a first periphery on a carrier sheet having a second periphery that surrounds the first periphery, the process comprising the sequential steps of: a. placing the carrier sheet on a cutting table of a cutting system; b. mounting the printing plate to the carrier sheet; c. detecting with the cutting system absolute coordinates of registration indicia (202a-202d) on the printing plate; and d. cutting the carrier sheet along a cut line having absolute coordinates generated based upon the detected absolute coordinates of the printing plate registration indicia (202a-202d). a. placing the carrier sheet on a cutting table of a cutting system; b. mounting the printing plate to the carrier sheet; c. detecting with the cutting system absolute coordinates of registration indicia (202a-202d) on the printing plate; and d. cutting the carrier sheet along a cut line having absolute coordinates generated based upon the detected absolute coordinates of the printing plate registration indicia (202a-202d).
A large-volume packaging container for thermoplastic materials, particularly bitumen, wherein the container features a bottom panel and a container jacket connected to the bottom panel, wherein the container jacket is composed of wall panels consisting of flexible material, particularly of flat woven fabric or circular woven fabric, which is made of synthetic fibers such as polypropylene or polyethylene or of biologically degradable natural fibers and preferably provided with an inner coating of PP or PE, wherein the wall panels are sewn together on lateral edges in order to form the container jacket and the bottom panel is sewn to the wall panels such that a bottom edge is formed, and wherein the bottom edges and the lateral edges abut on one another on the four bottom corners of the packaging container, characterized in that the container jacket is constricted in the lower half of the height of the container near the bottom, wherein the lateral edges are starting from the bottom corners directed upward vertically or with only a slight inward inclination in a first section and extend in an arc-shaped fashion to a curvature inflection line in a second section, wherein this line lies in the region of the transition of a horizontal circumferential line from approximately rectangular to approximately round.
An apparatus consisting of a catheter connected to a current perception threshold inspection apparatus to diagnose an interstitial cystitis, comprising: a catheter body made of a soft flexible material and including a bladder-dwelling distal end section and a diagnosis section adjacent said distal end section at a proximal end side of said body; a core member made of a hard flexible material and inserted into said diagnosis section in said catheter body; an inflatable balloon mounted on an outer periphery around said bladder-dwelling distal end section of said catheter body; a pair of electrodes provided on an outer periphery of said diagnosis section; lead wires inserted into said core member so that first ends of said lead wires are connected to said electrodes and second ends of said lead wires are drawn out of a proximal end of said catheter body to be connected to said current perception threshold inspection apparatus; and a fluid supply passage provided in said catheter body so that an end of said passage is communicated to said balloon and a proximal end of said passage is communicated to an injection part. a catheter body made of a soft flexible material and including a bladder-dwelling distal end section and a diagnosis section adjacent said distal end section at a proximal end side of said body; a core member made of a hard flexible material and inserted into said diagnosis section in said catheter body; an inflatable balloon mounted on an outer periphery around said bladder-dwelling distal end section of said catheter body; a pair of electrodes provided on an outer periphery of said diagnosis section; lead wires inserted into said core member so that first ends of said lead wires are connected to said electrodes and second ends of said lead wires are drawn out of a proximal end of said catheter body to be connected to said current perception threshold inspection apparatus; and a fluid supply passage provided in said catheter body so that an end of said passage is communicated to said balloon and a proximal end of said passage is communicated to an injection part.
A device for low pressure casting of workpieces, comprising: a) a melting crucible for receiving a molten metal, b) a riser pipe with which the molten metal can be fed from the melting crucible to a casting mold, and c) a coupling via which the casting mold can be pivotably connected to the device so that the molten metal can be fed to the casting mold during the pivoting of the casting mold, wherein the coupling is connected to a longitudinal end of the riser pipe, wherein the molten metal can be guided through the coupling, wherein the riser pipe has a first melt channel which opens into a second melt channel of the coupling, characterized in that the coupling is pivotably mounted in a bearing cup. a) a melting crucible for receiving a molten metal, b) a riser pipe with which the molten metal can be fed from the melting crucible to a casting mold, and c) a coupling via which the casting mold can be pivotably connected to the device so that the molten metal can be fed to the casting mold during the pivoting of the casting mold, wherein the coupling is connected to a longitudinal end of the riser pipe, wherein the molten metal can be guided through the coupling, wherein the riser pipe has a first melt channel which opens into a second melt channel of the coupling, characterized in that the coupling is pivotably mounted in a bearing cup.
Natural-based mascara comprising fibers, wherein said fibers consist in psyllium fibers and other vegetable fibers present as a whole in a weight percentage from 1 to 10% on the weight of the mascara, said mascara further comprising, by weight on the weight of the mascara: 1-10% emulsifiers, 2-20% oils, 3-25% waxes, 1-10% dyes.
A method of determining when to harvest cells from a cell growth chamber of a cell expansion system comprising the steps of: measuring the number of cells initially loaded into the cell growth chamber; measuring the concentration of lactate generated at various times throughout a cell expansion cycle; and using the measurements to determine when to harvest the expanded cells from the cell growth chamber at the end of a cell expansion cycle, wherein the determining comprises: using an algorithm comprising: lnm L = c + lnN o wherein m L is a lactate mass, N o is the number of cells initially loaded into the cell growth chamber and c is a constant. measuring the number of cells initially loaded into the cell growth chamber; measuring the concentration of lactate generated at various times throughout a cell expansion cycle; and using the measurements to determine when to harvest the expanded cells from the cell growth chamber at the end of a cell expansion cycle, wherein the determining comprises: using an algorithm comprising: lnm L = c + lnN o wherein m L is a lactate mass, N o is the number of cells initially loaded into the cell growth chamber and c is a constant.
Apparatus (plant) for removing impurities from nitrided raw products obtained during the nitration of nitratable aromatic compounds after separation of the nitrating end acid by treatment with a scrubbing medium, wherein the apparatus comprises the following devices: a) at least one dispersing device, in particular at least one mixing device, for bringing into contact and emulsifying nitrided raw products to be purified, on the one hand, and scrubbing medium, on the other; b) a tube reactor is arranged downstream of the dispersing device to feed the emulsion of nitrided raw products to be purified in the dispersing device, on the one hand, and scrubbing medium on the other, wherein the tube reactor is so designed that during the passage of the emulsion through the tube reactor, removal of the impurities originally present in the nitrided raw products is made possible and/or during the passage of the emulsion through the tube reactor, the impurities originally present in the nitrided raw products are transferred into the scrubbing medium and/or neutralized; and c) a separation device (separator) is arranged downstream of the tube reactor to separate the nitrided products freed of impurities from the scrubbing medium. a) at least one dispersing device, in particular at least one mixing device, for bringing into contact and emulsifying nitrided raw products to be purified, on the one hand, and scrubbing medium, on the other; b) a tube reactor is arranged downstream of the dispersing device to feed the emulsion of nitrided raw products to be purified in the dispersing device, on the one hand, and scrubbing medium on the other, wherein the tube reactor is so designed that during the passage of the emulsion through the tube reactor, removal of the impurities originally present in the nitrided raw products is made possible and/or during the passage of the emulsion through the tube reactor, the impurities originally present in the nitrided raw products are transferred into the scrubbing medium and/or neutralized; and c) a separation device (separator) is arranged downstream of the tube reactor to separate the nitrided products freed of impurities from the scrubbing medium.
A system for non-invasive, transdermal removal of heat from lipid-rich cells of a subject's body, comprising: an applicator (104; 200; 300; 400) having a heat-exchanging element (210; 310; 444) configured to reduce a temperature of a target region beneath the epidermis of the subject selectively to reduce the temperature of lipid-rich cells in the target region from a natural body temperature to a lower temperature in the target region; and a first cryoprotectant configured for use as a pre-treatment formulation; and a second cryoprotectant configured to lower a freezing point of non-lipid-rich cells at the target region, the second cryoprotectant including one or more of an adjuvant configured to increase absorption of the second cryoprotectant into an epidermal layer and/or dermal layer at the target region, a solute configured to raise an effective concentration of the solute in the epidermal layer and/or dermal layer, a hydrophilic molecule, and a lipophobic molecule; wherein the second cryoprotectant protects non-lipid rich cells such that the lipid-rich cells in the target region are substantially affected while non-lipid rich cells in the target region are not substantially affected when the temperature is reduced; and wherein the first cryoprotectant and second cryoprotectant are different. an applicator (104; 200; 300; 400) having a heat-exchanging element (210; 310; 444) configured to reduce a temperature of a target region beneath the epidermis of the subject selectively to reduce the temperature of lipid-rich cells in the target region from a natural body temperature to a lower temperature in the target region; and a first cryoprotectant configured for use as a pre-treatment formulation; and a second cryoprotectant configured to lower a freezing point of non-lipid-rich cells at the target region, the second cryoprotectant including one or more of an adjuvant configured to increase absorption of the second cryoprotectant into an epidermal layer and/or dermal layer at the target region, a solute configured to raise an effective concentration of the solute in the epidermal layer and/or dermal layer, a hydrophilic molecule, and a lipophobic molecule; wherein the second cryoprotectant protects non-lipid rich cells such that the lipid-rich cells in the target region are substantially affected while non-lipid rich cells in the target region are not substantially affected when the temperature is reduced; and wherein the first cryoprotectant and second cryoprotectant are different.
A process for the preparation of the compound of Formula A wherein Y is CH 3 CO; from the compound of Formula B which comprises the following steps: a) creating a first mixture containing the compound of Formula B, an acylating agent or a chlorinating agent, and a base; b) adding at least one of the compounds of Formula C and Formula J wherein X is Cl, Br, HSO 4, H 2 PO 4 or CH 3 SO 3 and to the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture. a) creating a first mixture containing the compound of Formula B, an acylating agent or a chlorinating agent, and a base; b) adding at least one of the compounds of Formula C and Formula J wherein X is Cl, Br, HSO 4, H 2 PO 4 or CH 3 SO 3 and to the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture.