mhurhangee/ep-ind-claims huggingface dataset:
A transdermal composition containing donepezil as an active ingredient, the transdermal composition comprising: (a) a backing layer; (b) a drug-containing matrix layer comprising, based on a total weight of the drug-containing matrix layer, (b-1) 15-55 wt% of donepezil or a pharmaceutically acceptable salt thereof, (b-2) 25-70 wt% of an EVA-based adhesive, (b-3) 5-20 wt% of at least one selected from the group consisting of a pyrrolidone derivative and a C 8-18 aliphatic derivative, and (b-4) 1-10 wt% of triacetin or a citric acid derivative, (c) a polymer adhesive matrix layer comprising, based on a total weight of the polymer adhesive matrix layer, 60 wt% or more of an acrylic adhesive, wherein the acrylic adhesive does not contain a functional group; and (d) a release layer. (a) a backing layer; (b) a drug-containing matrix layer comprising, based on a total weight of the drug-containing matrix layer, (b-1) 15-55 wt% of donepezil or a pharmaceutically acceptable salt thereof, (b-2) 25-70 wt% of an EVA-based adhesive, (b-3) 5-20 wt% of at least one selected from the group consisting of a pyrrolidone derivative and a C 8-18 aliphatic derivative, and (b-4) 1-10 wt% of triacetin or a citric acid derivative, (b-1) 15-55 wt% of donepezil or a pharmaceutically acceptable salt thereof, (b-2) 25-70 wt% of an EVA-based adhesive, (b-3) 5-20 wt% of at least one selected from the group consisting of a pyrrolidone derivative and a C 8-18 aliphatic derivative, and (b-4) 1-10 wt% of triacetin or a citric acid derivative, (c) a polymer adhesive matrix layer comprising, based on a total weight of the polymer adhesive matrix layer, 60 wt% or more of an acrylic adhesive, wherein the acrylic adhesive does not contain a functional group; and (d) a release layer.
Pressure storing device, comprising a storage container with a first region and a second region, wherein a connector with a closeable opening is formed on the second region, and a steam valve, which is arranged on the storage container, characterized in that the storage container has between the first region and the second region an indentation, which is delimited by a first wall of the first region and a second wall of the second region, in that the steam valve is seated at the first region in the indentation, and in that the steam valve is oriented in parallel to the connector with the opening.
A method of finishing a fabric including cellulosic material to produce a fabric having a non-iron property or a super non-iron property, comprising the steps of: a) mercerizing a said fabric without liquid ammonia to obtain a mercerized fabric; b) curing the mercerized fabric, including the steps of: b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and c) massaging the cured fabric using an air blast textile finishing machine to produce the non-iron or super non-iron fabric, characterized by the following steps after massaging step c): width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric. a) mercerizing a said fabric without liquid ammonia to obtain a mercerized fabric; b) curing the mercerized fabric, including the steps of: b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and c) massaging the cured fabric using an air blast textile finishing machine to produce the non-iron or super non-iron fabric, characterized by the following steps after massaging step c): width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric. width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric.
A computer program, wherein the program instructs a microprocessor to perform the following steps: (a) generating stochastic basis sets of values representative of putative ligand-protein binding sites by identifying information in a protein structure database, the information corresponding to known protein signature pockets and representing at least protein signature pocket atomic coordinates and conformation, and performing pair-wise sequence order-independent structure alignment, divisive hierarchical clustering, and probabilistic sequence similarity operations on the identified protein signature pocket information to select the stochastic basis sets of values representative of putative ligand-protein binding sites, the probabilistic sequence similarity operation including solution of a distance function defined by the structural similarity and likely sequence similarity of putative ligand-protein binding sites and known protein signature pockets; (b) generating basis sets of values representative of nucleotide expression levels of genes that have been correlated to known ligand-protein binding sites in a predetermined number of biological samples by mapping known ligand-protein binding site information to a gene name and identifying in a gene- biological sample expression database information representative of nucleotide expression levels corresponding to the gene; and (c) selecting overlapping values from the basis sets generated in steps (a) and (b) as information which correlates to at least the atomic coordinates and conformation of one or more ligand-protein binding sites. (a) generating stochastic basis sets of values representative of putative ligand-protein binding sites by identifying information in a protein structure database, the information corresponding to known protein signature pockets and representing at least protein signature pocket atomic coordinates and conformation, and performing pair-wise sequence order-independent structure alignment, divisive hierarchical clustering, and probabilistic sequence similarity operations on the identified protein signature pocket information to select the stochastic basis sets of values representative of putative ligand-protein binding sites, the probabilistic sequence similarity operation including solution of a distance function defined by the structural similarity and likely sequence similarity of putative ligand-protein binding sites and known protein signature pockets; (b) generating basis sets of values representative of nucleotide expression levels of genes that have been correlated to known ligand-protein binding sites in a predetermined number of biological samples by mapping known ligand-protein binding site information to a gene name and identifying in a gene- biological sample expression database information representative of nucleotide expression levels corresponding to the gene; and (c) selecting overlapping values from the basis sets generated in steps (a) and (b) as information which correlates to at least the atomic coordinates and conformation of one or more ligand-protein binding sites.
A wiring board, comprising: a base substrate including an opening in which an interior component that is an electric component or an electronic component is to be mounted; and a terminal placement section on which a terminal of the interior component is to be mounted, the terminal placement section being formed around the opening of the base substrate, and inwardly recessed from a surface of the base substrate so that a part of the interior component is to be placed within the opening, characterized in that the base substrate is a metal core substrate. a base substrate including an opening in which an interior component that is an electric component or an electronic component is to be mounted; and a terminal placement section on which a terminal of the interior component is to be mounted, the terminal placement section being formed around the opening of the base substrate, and inwardly recessed from a surface of the base substrate so that a part of the interior component is to be placed within the opening, characterized in that the base substrate is a metal core substrate.
Sodium thiosulfate for use in a method for preventing myocardial infarction, stroke, angina characterized by tissue ischemia, atherosclerosis, sudden cardiac death, high blood pressure, pulmonary hypertension, renal hypertension, or cardiovascular disease that is characterized by tissue ischemia including cerebral vasospasm, claudication, critical limb ischemia, peripheral vascular disease and sickle cell crisis, in a subject undergoing dialysis, wherein the method comprises intradialytically contacting said subject's blood with a dialyzer membrane that is also in contact with a thiosulfate-spiked dialysate, wherein an aqueous solution comprising the sodium thiosulfate is added to an unspiked dialysate as the unspiked dialysate flows from a dialysis machine to a dialyzer membrane, wherein said unspiked dialysate comprises a mixture of water, an acid concentrate solution, and a bicarbonate concentrate solution, and wherein said thiosulfate-spiked dialysate has a pH greater than 7.0, and wherein the concentration of thiosulfate in said thiosulfate-spiked dialysate is no more than 100 micromolar.
A radiation measurement system for measuring radiation from a radiation source, the radiation measurement system comprising: a controller; a cylindrical vessel configured to carry water; a ring drive operable with the controller for providing a rotational movement about a first axis; a horizontal drive operable with the controller for providing a horizontal movement along a second axis generally parallel to a diameter of the ring drive, the horizontal drive operable with the ring drive for receiving rotational movement therefrom; a vertical drive operable with the controller for providing vertical movement of the horizontal drive along a third axis; and a radiation detector within the cylindrical vessel and positioned through a combination of the rotational, horizontal, and vertical movements along the first axis, second axis, and third axis. a controller; a cylindrical vessel configured to carry water; a ring drive operable with the controller for providing a rotational movement about a first axis; a horizontal drive operable with the controller for providing a horizontal movement along a second axis generally parallel to a diameter of the ring drive, the horizontal drive operable with the ring drive for receiving rotational movement therefrom; a vertical drive operable with the controller for providing vertical movement of the horizontal drive along a third axis; and a radiation detector within the cylindrical vessel and positioned through a combination of the rotational, horizontal, and vertical movements along the first axis, second axis, and third axis.
A continuous nonwoven support member for use in a spunlace or hydronentanglement process, the support member comprising: a plurality of through voids, said through voids each comprising: a first opening associated with a top surface of said support member; a second opening associated with a bottom surface of said support member, wherein said top surface is a sheet contact side surface and said bottom surface is a machine side of said support member; and at least one raised edge circumferentially adjacent to at least one of said first and second openings, wherein said raised edge forms a continuous raised rim around said opening. a plurality of through voids, said through voids each comprising: a first opening associated with a top surface of said support member; a second opening associated with a bottom surface of said support member, wherein said top surface is a sheet contact side surface and said bottom surface is a machine side of said support member; and at least one raised edge circumferentially adjacent to at least one of said first and second openings, wherein said raised edge forms a continuous raised rim around said opening. a first opening associated with a top surface of said support member; a second opening associated with a bottom surface of said support member, wherein said top surface is a sheet contact side surface and said bottom surface is a machine side of said support member; and at least one raised edge circumferentially adjacent to at least one of said first and second openings, wherein said raised edge forms a continuous raised rim around said opening.
A method of manufacturing a device for DNA or genome sequencing, said method comprising: disposing a pair of electrodes on a substrate, the electrodes separated by a nanogap; depositing a resist layer over the pair of electrodes; patterning the resist layer to create an exposed region on each electrode at or near the nanogap; exposing the electrodes to plasma etching or gold (Au) ion beam implantation to roughen the surface within each exposed region; and exposing the exposed regions to a biomolecule, wherein the biomolecule has at least first and second ends, with each end comprising a functionalization for bonding to the pair of electrodes, wherein the biomolecule bridges the nanogap, with the first and second ends of the biomolecule being bound to the exposed regions. disposing a pair of electrodes on a substrate, the electrodes separated by a nanogap; depositing a resist layer over the pair of electrodes; patterning the resist layer to create an exposed region on each electrode at or near the nanogap; exposing the electrodes to plasma etching or gold (Au) ion beam implantation to roughen the surface within each exposed region; and exposing the exposed regions to a biomolecule, wherein the biomolecule has at least first and second ends, with each end comprising a functionalization for bonding to the pair of electrodes, wherein the biomolecule bridges the nanogap, with the first and second ends of the biomolecule being bound to the exposed regions.
A dishwasher detergent dispenser comprising: a housing providing a detergent compartment adapted to be exposed to a wash chamber of the dishwasher during a washing cycle; a dispenser door movable between a closed position covering the detergent compartment to contain detergent therein and an opened position exposing the detergent compartment to the wash chamber for release of detergent from the detergent compartment into the wash chamber; a spring element urging the dispenser door from the closed position to the opened position; an electrically controlled catch adapted to hold the dispenser door in the closed position against the urging of the spring element until activation and then to release the door to move to the opened position; a viscous damper attached between the dispenser door and the housing to provide a damping force limiting opening speed of the dispenser door; and characterized in that the viscous damper provides a reduced damping force limiting closing speed of the dispenser door, the reduced damping force being less than the damping force limiting opening speed of the dispenser door; wherein the viscous damper is a pneumatic damper providing a piston fitting within a cylinder to force air through a bypass pathway around the piston with opening of the dispenser door; and further including a one-way valve increasing a conductive area of the bypass pathway with a closing of the dispenser door. a housing providing a detergent compartment adapted to be exposed to a wash chamber of the dishwasher during a washing cycle; a dispenser door movable between a closed position covering the detergent compartment to contain detergent therein and an opened position exposing the detergent compartment to the wash chamber for release of detergent from the detergent compartment into the wash chamber; a spring element urging the dispenser door from the closed position to the opened position; an electrically controlled catch adapted to hold the dispenser door in the closed position against the urging of the spring element until activation and then to release the door to move to the opened position; a viscous damper attached between the dispenser door and the housing to provide a damping force limiting opening speed of the dispenser door; and characterized in that the viscous damper provides a reduced damping force limiting closing speed of the dispenser door, the reduced damping force being less than the damping force limiting opening speed of the dispenser door; wherein the viscous damper is a pneumatic damper providing a piston fitting within a cylinder to force air through a bypass pathway around the piston with opening of the dispenser door; and further including a one-way valve increasing a conductive area of the bypass pathway with a closing of the dispenser door.
Bearing-free electric motor, comprising a rotor and a stator, wherein the rotor has a rotor shaft, onto which a rotor stack is plugged, said rotor stack being connected to the rotor shaft in such a way as to rotate therewith, wherein the rotor stack has rotor segments, which are stacked one on top of the other in an axial direction, and a centring disc and also a press-fit connection means, wherein the stack formed of the rotor segments is arranged between the centring disc and the press-fit connection means, the electric motor has a flange part which is connected to the stator, wherein the centring disc has a conical section on its surface and the flange part has a corresponding conical section on its surface, so that the two conical sections bear against one another at least in one section or in some sections, wherein the centring disc is releasably connected to the flange part, wherein the centring disc has first openings which are spaced apart from one another at regular intervals in the circumferential direction and are arranged at a first radial distance, wherein at least one electromagnet configured as a lifting magnet is arranged on the flange part, by which electromagnet a respective plunger can be moved counter to the spring force generated by a spring element and can be introduced axially into one of the first openings in the centring disc, wherein the angular spacing of a respective first opening from the respective next-adjacent first opening in the circumferential direction is between 1° and 5°, wherein the respective plunger is arranged at the same radial distance as one of the first openings.
Torsional vibration damper, comprising two elements that can rotate about a common axis of rotation and can be rotated relative to each other, having at least one spring element which supports the two elements elastically against rotation relative to each other, characterized in that the spring element has two spring coils arranged one behind each other, from which spring legs project, two spring legs of the two spring coils being connected to each other and acting on one of the rotatable elements of the torsional vibration damper, and two other spring legs of the two spring coils acting on the other rotatable element.
A method performed by a network device, the method comprising: - detecting an access point provided with a service set identifier, SSID; - connecting to said access point using said SSID; wherein the SSID is a reserved SSID for enabling the network device to connect to the access point; - performing an authentication process towards an authentication and control server for verifying a unique certificate of the network device, which is paired with a corresponding certificate in said server; - in case the authentication process is successful, generating a unique identification information for enabling a user equipment to scan said unique identification information; and - requesting a new SSID and a password from the authentication and control server and upon receiving the new SSID and the password, rebooting and connecting to the access point using the new SSID. - detecting an access point provided with a service set identifier, SSID; - connecting to said access point using said SSID; wherein the SSID is a reserved SSID for enabling the network device to connect to the access point; - performing an authentication process towards an authentication and control server for verifying a unique certificate of the network device, which is paired with a corresponding certificate in said server; - in case the authentication process is successful, generating a unique identification information for enabling a user equipment to scan said unique identification information; and - requesting a new SSID and a password from the authentication and control server and upon receiving the new SSID and the password, rebooting and connecting to the access point using the new SSID.
A three-dimensional weave forming equipment for composites, comprising: a workbench; a controllable digital template arranged on the workbench; guiding poles, one end of each of which is arranged on the controllable digital template; wherein the controllable digital template can reciprocate along the vertical direction; needle holders, which are arranged on a frame; characterized by further comprising: guiding sleeves, which are wound on sleeve spindles and after passing through guiding sleeve tensioning devices, pass through the hollow guiding poles and are evaginated, and then fixed on the controllable digital template, wherein the smooth wall of the outer surface of the evaginated guiding sleeves abuts against the outer wall of the guiding poles tightly; spools, which are arranged on the lateral side of the frame, wherein filaments on the spools after being tensioned by filament tensioning devices on the needle holders, passes through weaving needles; a weaving needle pickup device which is arranged on the frame, wherein the weaving needle pickup device is driven by an X-axis motor and a Y-axis motor. a workbench; a controllable digital template arranged on the workbench; guiding poles, one end of each of which is arranged on the controllable digital template; wherein the controllable digital template can reciprocate along the vertical direction; needle holders, which are arranged on a frame; characterized by further comprising: guiding sleeves, which are wound on sleeve spindles and after passing through guiding sleeve tensioning devices, pass through the hollow guiding poles and are evaginated, and then fixed on the controllable digital template, wherein the smooth wall of the outer surface of the evaginated guiding sleeves abuts against the outer wall of the guiding poles tightly; spools, which are arranged on the lateral side of the frame, wherein filaments on the spools after being tensioned by filament tensioning devices on the needle holders, passes through weaving needles; a weaving needle pickup device which is arranged on the frame, wherein the weaving needle pickup device is driven by an X-axis motor and a Y-axis motor.