mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a hypromellose hard capsule using thermogelation with improved storage stability, film strength, film distribution, filling up performance and/or bioavailability of ingredient comprising the steps of: i) sequentially adding and solubilizing 0.1-0.5 wt part of propylene glycol as plasticizer, 0.1-0.5 wt part of D-sorbitol as wetting agent and 0.04-0.25 wt part of colloidal silica as viscosity stabilizer into the 100 wt part of hypromellose aqueous dispersion containing 19-22 wt part of hypromellose, and dispersing them 4 hours, wherein the amount of sodium chloride in raw material of hypromellose is less than 0.3 wt%; ii) completely solubilizing the hypromellose aqueous dispersion obtained in step i) to be transparent liquid phase by standing still for 44-52 hours at 17-23 °C in the hydration tank; iii) adjusting the final viscosity of hypromellose aqueous solution into 800-1,300 mPa·s (800-1,300 cP); iv) dipping the preheated mold pin into the hypromellose aqueous solution in the dipping pan maintained at 19-21 °C under the control of temperature control device of dipping pan after preheating the mold pin to be 100-120 °C in the deck heater of pinbar heating part; and v) forming and drying the obtained hard capsule at 50-70 °C, 20-85% of relative humidity for 40-80 minutes. i) sequentially adding and solubilizing 0.1-0.5 wt part of propylene glycol as plasticizer, 0.1-0.5 wt part of D-sorbitol as wetting agent and 0.04-0.25 wt part of colloidal silica as viscosity stabilizer into the 100 wt part of hypromellose aqueous dispersion containing 19-22 wt part of hypromellose, and dispersing them 4 hours, wherein the amount of sodium chloride in raw material of hypromellose is less than 0.3 wt%; ii) completely solubilizing the hypromellose aqueous dispersion obtained in step i) to be transparent liquid phase by standing still for 44-52 hours at 17-23 °C in the hydration tank; iii) adjusting the final viscosity of hypromellose aqueous solution into 800-1,300 mPa·s (800-1,300 cP); iv) dipping the preheated mold pin into the hypromellose aqueous solution in the dipping pan maintained at 19-21 °C under the control of temperature control device of dipping pan after preheating the mold pin to be 100-120 °C in the deck heater of pinbar heating part; and v) forming and drying the obtained hard capsule at 50-70 °C, 20-85% of relative humidity for 40-80 minutes.
An arm supporting exoskeleton configured to be coupled to a person, the arm supporting exoskeleton comprising: a shoulder base configured to be coupled to a trunk of the person, an arm link mechanism coupled to the shoulder base, the arm link mechanism comprising a proximal link and a distal link, the distal link configured to rotate relative to the proximal link along a first rotational axis substantially orthogonal to a gravity line when the person is standing upright, an arm coupler configured to couple the distal link of the arm link mechanism to an upper arm of the person, a tensile force generator configured to provide a torque to flex the distal link relative to the proximal link thereby producing a supporting force onto the person's upper arm, -mm wherein the tensile force generator comprises: a spring element, and a line element selected from the group consisting of a wire rope, a rope, a cable, a twine, a strap, a chain, or any combination thereof, characterized in that the exoskeleton further comprises a bracket coupled to one end of the line element and adjustable in location along the proximal link to adjust a distance between the line element and the first rotational axis, thereby adjusting the supporting force onto the person's upper arm. a shoulder base configured to be coupled to a trunk of the person, an arm link mechanism coupled to the shoulder base, the arm link mechanism comprising a proximal link and a distal link, the distal link configured to rotate relative to the proximal link along a first rotational axis substantially orthogonal to a gravity line when the person is standing upright, an arm coupler configured to couple the distal link of the arm link mechanism to an upper arm of the person, a tensile force generator configured to provide a torque to flex the distal link relative to the proximal link thereby producing a supporting force onto the person's upper arm, -mm wherein the tensile force generator comprises: a spring element, and a line element selected from the group consisting of a wire rope, a rope, a cable, a twine, a strap, a chain, or any combination thereof, a spring element, and a line element selected from the group consisting of a wire rope, a rope, a cable, a twine, a strap, a chain, or any combination thereof, characterized in that the exoskeleton further comprises a bracket coupled to one end of the line element and adjustable in location along the proximal link to adjust a distance between the line element and the first rotational axis, thereby adjusting the supporting force onto the person's upper arm.
A partially woven expandable member for supporting an electrode array, the expandable member being self-expanding between a compressed state and an expanded state, the expandable member comprising: a proximal end; a distal end; a longitudinal axis; a distal segment comprising a plurality of wires (5726, 5726t, 5726c), each wire of the plurality of wires (5726, 5726t, 5726c) having a bend including a wire segment on each side of the bend, the bends defining the distal end of the expandable member, the wire segments woven from the distal end of the expandable member towards the proximal end of the expandable member; and a proximal segment proximal to the distal segment, the proximal segment comprising the plurality of wires (5726, 5726t, 5726c), the plurality of wires (5726, 5726t, 5726c) extending parallel to the longitudinal axis, half of the wires of the plurality of wires (5726, 5726t, 5726c) being truncated distal to the proximal end of the expandable member and another half of the wires of the plurality of wires (5726, 5726t, 5726c) defining the proximal end of the expandable member, the other half of the wires of the plurality of wires (5726, 5726t, 5726c) bending towards the longitudinal axis to form spokes and bending parallel to the longitudinal axis for attachment to an elongate member. a proximal end; a distal end; a longitudinal axis; a distal segment comprising a plurality of wires (5726, 5726t, 5726c), each wire of the plurality of wires (5726, 5726t, 5726c) having a bend including a wire segment on each side of the bend, the bends defining the distal end of the expandable member, the wire segments woven from the distal end of the expandable member towards the proximal end of the expandable member; and a proximal segment proximal to the distal segment, the proximal segment comprising the plurality of wires (5726, 5726t, 5726c), the plurality of wires (5726, 5726t, 5726c) extending parallel to the longitudinal axis, half of the wires of the plurality of wires (5726, 5726t, 5726c) being truncated distal to the proximal end of the expandable member and another half of the wires of the plurality of wires (5726, 5726t, 5726c) defining the proximal end of the expandable member, the other half of the wires of the plurality of wires (5726, 5726t, 5726c) bending towards the longitudinal axis to form spokes and bending parallel to the longitudinal axis for attachment to an elongate member.
A method of manufacturing a microstructure for chemical processing and manufacture, characterized in that it comprises the steps of: depositing a glass frit on a first substrate; molding the glass frit to define a microchannel; and covering the molded glass frit with a second substrate (24; 26) which is either untreated, or supporting an unmolded glass frit or also supporting a micromolded glass frit; and further the steps of: filling a microchannel with a slurry including both a catalyst support and a catalyst or a catalyst support without catalyst, the microchannel defined by a plurality of microchannel walls comprising a micromolded frit material selected from the group consisting of glass, ceramic, glass-ceramic, or a combination thereof and configured to accommodate chemicals to be processed; removing a portion of the slurry from the microchannel such that a slurry layer coats the plurality of microchannel walls; and heating the slurry layer for a sufficient time and at a sufficient temperature to cure and bind the slurry layer to the plurality of microchannel walls. depositing a glass frit on a first substrate; molding the glass frit to define a microchannel; and covering the molded glass frit with a second substrate (24; 26) which is either untreated, or supporting an unmolded glass frit or also supporting a micromolded glass frit; and further the steps of: filling a microchannel with a slurry including both a catalyst support and a catalyst or a catalyst support without catalyst, the microchannel defined by a plurality of microchannel walls comprising a micromolded frit material selected from the group consisting of glass, ceramic, glass-ceramic, or a combination thereof and configured to accommodate chemicals to be processed; removing a portion of the slurry from the microchannel such that a slurry layer coats the plurality of microchannel walls; and heating the slurry layer for a sufficient time and at a sufficient temperature to cure and bind the slurry layer to the plurality of microchannel walls. filling a microchannel with a slurry including both a catalyst support and a catalyst or a catalyst support without catalyst, the microchannel defined by a plurality of microchannel walls comprising a micromolded frit material selected from the group consisting of glass, ceramic, glass-ceramic, or a combination thereof and configured to accommodate chemicals to be processed; removing a portion of the slurry from the microchannel such that a slurry layer coats the plurality of microchannel walls; and heating the slurry layer for a sufficient time and at a sufficient temperature to cure and bind the slurry layer to the plurality of microchannel walls.
A method for calling an application in a mobile terminal, the method comprising: in a text inputting process, determining by the mobile terminal that conditions for calling said application are met after the mobile terminal detects an identifier for calling said application, and calling said application; wherein said conditions comprise receiving a command from a user to confirm calling said application; wherein said identifier for calling said application is a text string comprising an identification and an application identity, wherein said identification is used by said mobile terminal to identify whether said identifier is an identifier for calling said application, and said application identity is used to indicate said application to be called; characterized in that, after calling said application, said method further comprises: returning to previous text inputting interface after obtaining an operation result after completion of operation by the user on said application, and replacing said identifier in the previous text inputting interface with the operation result obtained by operating said application. in a text inputting process, determining by the mobile terminal that conditions for calling said application are met after the mobile terminal detects an identifier for calling said application, and calling said application; wherein said conditions comprise receiving a command from a user to confirm calling said application; wherein said identifier for calling said application is a text string comprising an identification and an application identity, wherein said identification is used by said mobile terminal to identify whether said identifier is an identifier for calling said application, and said application identity is used to indicate said application to be called; after calling said application, said method further comprises: returning to previous text inputting interface after obtaining an operation result after completion of operation by the user on said application, and replacing said identifier in the previous text inputting interface with the operation result obtained by operating said application. returning to previous text inputting interface after obtaining an operation result after completion of operation by the user on said application, and replacing said identifier in the previous text inputting interface with the operation result obtained by operating said application.
A data over cable service system, comprising a convergence device, a cable modem terminal system, CMTS, assembly, and a cable modem, CM, wherein the convergence device is connected to the CM by using the CMTS assembly; the convergence device is configured to: intercept a first Dynamic Host Configuration Protocol, DHCP, response message sent by a DHCP server to the CM; acquire configuration file information of the CM from the first DHCP response message; send the configuration file information of the CM to the CMTS assembly; replace an address of a Trivial File Transfer Protocol, TFTP, server in the first DHCP response message with an address of the convergence device, to form a second DHCP response message; and send the second DHCP response message to the CM; the CM is configured to send, to the convergence device, a TFTP request message for requesting to deliver a configuration file; and the CMTS assembly is configured to: intercept the TFTP request message, after it is determined that a configuration file name in the TFTP request message is the same as a configuration file name in the configuration file sent by the convergence device, request the TFTP server corresponding to the address of the TFTP server to deliver a configuration file of the CM, and send the received configuration file to the CM.
A composition for use in a method for preventing or improving a nonalcoholic fatty liver disease, comprising glutathione as an active ingredient, wherein the glutathione is reduced glutathione, oxidized glutathione or a mixture thereof, and wherein the nonalcoholic fatty liver disease is a disease not complicated with diabetes, having low liver stiffness indicated by a type IV collagen 7S value in the serum of 4.5 ng/ml or less, and having a glycosylated hemoglobin (HbA1c) of 6.5% or less. wherein the glutathione is reduced glutathione, oxidized glutathione or a mixture thereof, and wherein the nonalcoholic fatty liver disease is a disease not complicated with diabetes, having low liver stiffness indicated by a type IV collagen 7S value in the serum of 4.5 ng/ml or less, and having a glycosylated hemoglobin (HbA1c) of 6.5% or less.
A device for controlling operation of a nerve-modulating implant unit, configured for location in a body of a subject, from a location external to the body of the subject, the device comprising: a flexible substrate configured for removable attachment to a subject's skin; a primary antenna disposed on the flexible substrate; and at least one processing device configured to: cause generation of a modulation control signal and application of the modulation control signal to the primary antenna in order to wirelessly transmit the modulation control signal to a secondary antenna on the implant unit to cause modulation of at least one nerve using energy transmitted wirelessly from the primary antenna to the secondary antenna; characterized in that the at least one processing device is further configured to cause a plurality of predetermined alterations of at least one characteristic of the modulation control signal over successive applications of the modulation control signal during a therapy period. a flexible substrate configured for removable attachment to a subject's skin; a primary antenna disposed on the flexible substrate; and at least one processing device configured to: cause generation of a modulation control signal and application of the modulation control signal to the primary antenna in order to wirelessly transmit the modulation control signal to a secondary antenna on the implant unit to cause modulation of at least one nerve using energy transmitted wirelessly from the primary antenna to the secondary antenna; characterized in that the at least one processing device is further configured to cause a plurality of predetermined alterations of at least one characteristic of the modulation control signal over successive applications of the modulation control signal during a therapy period.
A vehicle rear portion structure comprising: a vehicle rear floor formed of a rear floor panel; and a battery tray that configured to support a battery; characterized in that the rear floor panel has a low floor portion, a high floor portion that is placed on a vehicle rear side and a vehicle upper side of the low floor portion, and a step wall portion that interconnects a rear end portion at the vehicle rear side of the low floor portion and a front end portion at a vehicle front side of the high floor portion, the step wall portion is placed at the vehicle front side of a fuel tank, the battery tray is placed on the low floor portion and is joined to the low floor portion, and a reinforcement member (50, 80) extends from the battery tray to the high floor portion and is joined to the high floor portion. a vehicle rear floor formed of a rear floor panel; and a battery tray that configured to support a battery; characterized in that the rear floor panel has a low floor portion, a high floor portion that is placed on a vehicle rear side and a vehicle upper side of the low floor portion, and a step wall portion that interconnects a rear end portion at the vehicle rear side of the low floor portion and a front end portion at a vehicle front side of the high floor portion, the step wall portion is placed at the vehicle front side of a fuel tank, the battery tray is placed on the low floor portion and is joined to the low floor portion, and a reinforcement member (50, 80) extends from the battery tray to the high floor portion and is joined to the high floor portion.
System for reducing motion sickness symptoms experienced by an occupant of a vehicle, comprising a vehicle motion data unit, adapted to retrieve vehicle motion data; an occupant data unit, adapted to retrieve occupant data; and a processing unit, configured to compute visual information surrounding the vehicle for its immediate and future position, based on the vehicle motion data and to calculate motion cues based on the visual information and the occupant data; wherein the system is configured to display the calculated motion cues in functional surfaces of the vehicle disposed within a peripheral visual field of the occupant, characterized in that the occupant data comprises the head position of the occupant within the functional surfaces of the vehicle in relation to an outer environment. a vehicle motion data unit, adapted to retrieve vehicle motion data; an occupant data unit, adapted to retrieve occupant data; and a processing unit, configured to compute visual information surrounding the vehicle for its immediate and future position, based on the vehicle motion data and to calculate motion cues based on the visual information and the occupant data;
An elastomeric composition for coating a substrate selected from the group consisting of glass and metallic-coated glass characterized in that said composition comprises a non-VOC-containing, 100% solids content-containing composition of the following components in the following approximate weight percentages ("approximate weight percentages" means the wt% noted ± 1 wt% when referring to whole numbers and the wt% noted ± 0,1 wt% when referring to decimals). (a) 75 - 90 wt% of a crosslinked polyvinylsiloxane/liquid silicone rubber component which, prior to crosslinking, contains the following components: dimethylvinylterminated dimethylsiloxane; dimethylvinylated, trimethylated silica; dimethyl-terminated dimethyl, methylvinyl siloxane; dimethyl, methylhydrogen siloxane; and a platinum metal complex as a catalyst; (b) 1 - 10 wt% a mixture of methylhydrogensiloxane and methylhydrogen cyclosiloxanes as a coupling agent/adhesion promoter; (c) 1-10 wt% vinyl-terminated dimethylsiloxane as a flowability-enhancing agent; (d) 1 - 10 wt% hydrogen-terminated dimethylsiloxane as a flowability-enhancing agent; and (e) 0 - 6 wt% pigment. (a) 75 - 90 wt% of a crosslinked polyvinylsiloxane/liquid silicone rubber component which, prior to crosslinking, contains the following components: dimethylvinylterminated dimethylsiloxane; dimethylvinylated, trimethylated silica; dimethyl-terminated dimethyl, methylvinyl siloxane; dimethyl, methylhydrogen siloxane; and a platinum metal complex as a catalyst; (b) 1 - 10 wt% a mixture of methylhydrogensiloxane and methylhydrogen cyclosiloxanes as a coupling agent/adhesion promoter; (c) 1-10 wt% vinyl-terminated dimethylsiloxane as a flowability-enhancing agent; (d) 1 - 10 wt% hydrogen-terminated dimethylsiloxane as a flowability-enhancing agent; and (e) 0 - 6 wt% pigment.
Method for determining an operating state of an elevator system, the method having the steps: determining a current/time profile of a current supplied to the elevator system via a power supply line of the elevator system; identifying at least one current profile segment (502a-f) of the detected current/time profile; deriving a current profile pattern of the identified current profile segment (502a-f); and determining the operating state of the elevator system based on comparing the current profile pattern to at least one reference pattern. determining a current/time profile of a current supplied to the elevator system via a power supply line of the elevator system; identifying at least one current profile segment (502a-f) of the detected current/time profile; deriving a current profile pattern of the identified current profile segment (502a-f); and determining the operating state of the elevator system based on comparing the current profile pattern to at least one reference pattern.
A model toy comprising: a placement member on which an object (Fd) is placed; a first movable member which comprises an engaging portion and which is movable from a first position to a second position that is more distant from the placement member than the first position; a second movable member which is urged toward the placement member, which comprises an engaged portion that is engaged with the engaging portion when the first movable member is moved, and which is movable to a position that is distant from the placement member; and a guide portion which changes a path of one or both of the engaging portion and the engaged portion as the second movable member is moved, to disengage the engaged portion from the engaging portion, wherein when the engaged portion is disengaged from the engaging portion, the second movable member causes the placement member to spring up the object (Fd). a placement member on which an object (Fd) is placed; a first movable member which comprises an engaging portion and which is movable from a first position to a second position that is more distant from the placement member than the first position; a second movable member which is urged toward the placement member, which comprises an engaged portion that is engaged with the engaging portion when the first movable member is moved, and which is movable to a position that is distant from the placement member; and a guide portion which changes a path of one or both of the engaging portion and the engaged portion as the second movable member is moved, to disengage the engaged portion from the engaging portion, wherein when the engaged portion is disengaged from the engaging portion, the second movable member causes the placement member to spring up the object (Fd).