mhurhangee/ep-ind-claims huggingface dataset:
A PSD-95 inhibitor for use in treating a damaging effect of ischemia on the central nervous system in a subject having or at risk of ischemia wherein reperfusion therapy is performed on the subject, and the PSD-95 inhibitor and reperfusion therapy treat a damaging effect of the ischemia on the central nervous system of the subject and wherein the reperfusion therapy comprises administration of a thrombolytic agent, wherein the PSD-95 inhibitor comprises a peptide comprising SEQ ID NO:38 at the C-terminus, or comprises SEQ ID NO:68, wherein the peptide is linked to an internalization peptide or is lipidated, thereby increasing passage of the peptide across a membrane or the blood brain barrier.
A core-sheath filament comprising: a non-tacky sheath, wherein the non-tacky sheath exhibits a melt flow index of less than 15 grams per 10 minutes (g/10 min) when measured as set forth in ASTM D1238 with a load of 2.16 kg at 190°C; and an adhesive core, wherein the adhesive core comprises: a polyisobutylene polymer having an average weight average molecular weight of 125000 grams per mole (g/mol) to 800000 g/mol. a non-tacky sheath, wherein the non-tacky sheath exhibits a melt flow index of less than 15 grams per 10 minutes (g/10 min) when measured as set forth in ASTM D1238 with a load of 2.16 kg at 190°C; and an adhesive core, wherein the adhesive core comprises: a polyisobutylene polymer having an average weight average molecular weight of 125000 grams per mole (g/mol) to 800000 g/mol.
An icing or coating composition for edible products comprising at least 30 % by weight sugar and at least 20 % by weight of a fat blend, wherein the fat blend comprises from 12 to 25 % by weight SOO and from 7 to 15% by weight SOL based on the total weight of triglycerides present and the fat blend has a saturated fatty acid content of less than 45 % by weight based on the total C12 to C24 fatty acids present and a monounsaturated fatty acid content in the range of from 40 % to 60 % by weight based on the total C12 to C24 fatty acids present, and wherein S is saturated fatty acid having 12 to 24 carbon atoms, O is oleic acid and L is linoleic acid, and the fat blend consists of from 10 to 25 % by weight of canola oil and from 75 to 90 % by weight of an interesterified palm oil olein.
A fall detection system, comprising: a fall detector for monitoring the movement of a user and detecting if the user has fallen or is about to fall; the fall detector comprising: one or more sensors for monitoring the movement of the user; and a processor for analyzing signals from the sensors to determine whether the user is about to fall, or whether the user has fallen; the fall detection system further comprising a calibration unit that is adapted to switch the fall detector into a calibration mode, when the fall detector is placed in contact with the calibration unit; and the calibration unit comprising a pressure sensor for collecting measurements of a weight of the user; wherein the fall detector is adapted to use the measurements to adapt the fall detection to the weight of the user during the calibration mode prior to use of the fall detector in a fall detection mode. a fall detector for monitoring the movement of a user and detecting if the user has fallen or is about to fall; the fall detector comprising: one or more sensors for monitoring the movement of the user; and a processor for analyzing signals from the sensors to determine whether the user is about to fall, or whether the user has fallen; the fall detection system further comprising a calibration unit that is adapted to switch the fall detector into a calibration mode, when the fall detector is placed in contact with the calibration unit; and the calibration unit comprising a pressure sensor for collecting measurements of a weight of the user; one or more sensors for monitoring the movement of the user; and a processor for analyzing signals from the sensors to determine whether the user is about to fall, or whether the user has fallen; the fall detection system further comprising a calibration unit that is adapted to switch the fall detector into a calibration mode, when the fall detector is placed in contact with the calibration unit; and the calibration unit comprising a pressure sensor for collecting measurements of a weight of the user; wherein the fall detector is adapted to use the measurements to adapt the fall detection to the weight of the user during the calibration mode prior to use of the fall detector in a fall detection mode.
A composition for topical application with antifungal activity, containing Melaleuca alternifolia essential oil, oregano essential oil, lime essential oil and an ester of vitamin E.
A paper sheet pickup device comprising: a pickup member configured to run along one of accumulated paper sheets, the one paper sheet being positioned at a most downstream side with respect to a direction of accumulation; a negative pressure chamber provided on a reverse side of the pickup member; a vacuum unit configured to draw air from the negative pressure chamber; a first opening/closing valve configured to open/close an air passage provided between the negative pressure chamber and the vacuum unit, an air inlet tube configured to introduce air into the negative pressure chamber; a second opening/closing valve configured to open/close an air passage of the air inlet tube; and a controller configured to open the first opening/closing valve after closing the second opening/closing valve, when opening the first opening/closing valve, and also configured to open the second opening/closing valve after closing the first opening/closing valve, when opening the second opening/closing valve, characterized by further comprising an air retaining tank provided across a tube that connects an exhaust port of the vacuum unit to the air inlet tube via the second opening/closing valve. a pickup member configured to run along one of accumulated paper sheets, the one paper sheet being positioned at a most downstream side with respect to a direction of accumulation; a negative pressure chamber provided on a reverse side of the pickup member; a vacuum unit configured to draw air from the negative pressure chamber; a first opening/closing valve configured to open/close an air passage provided between the negative pressure chamber and the vacuum unit, an air inlet tube configured to introduce air into the negative pressure chamber; a second opening/closing valve configured to open/close an air passage of the air inlet tube; and a controller configured to open the first opening/closing valve after closing the second opening/closing valve, when opening the first opening/closing valve, and also configured to open the second opening/closing valve after closing the first opening/closing valve, when opening the second opening/closing valve, characterized by further comprising an air retaining tank provided across a tube that connects an exhaust port of the vacuum unit to the air inlet tube via the second opening/closing valve.
A VCM (Voice Coil Motor), the VCM comprising: a first driving unit arranged at a periphery of a bobbin fixing a lens; a stator including a second driving unit opposite to the first driving unit; a case covering the stator; a cover member disposed at an upper side of the stator; an elastic member disposed between the stator and the cover member; and an interference prevention unit disposed between the case and the cover member, a base coupled to the case and having an opening; and wherein the elastic member comprises an outer elastic unit, an inner elastic unit coupled to the bobbin, and an elastic connection unit connected to the outer elastic unit and the inner elastic unit, and wherein the outer elastic unit is disposed on the interference prevention unit, characterized in that the inner elastic unit is movable at a lower position than the outer elastic unit, and the interference prevention unit forms a step with the case preventing the elastic connection unit from contacting the case when the inner elastic unit is moved to said lower position. a first driving unit arranged at a periphery of a bobbin fixing a lens; a stator including a second driving unit opposite to the first driving unit; a case covering the stator; a cover member disposed at an upper side of the stator; an elastic member disposed between the stator and the cover member; and an interference prevention unit disposed between the case and the cover member, a base coupled to the case and having an opening; and wherein the elastic member comprises an outer elastic unit, an inner elastic unit coupled to the bobbin, and an elastic connection unit connected to the outer elastic unit and the inner elastic unit, and wherein the outer elastic unit is disposed on the interference prevention unit, characterized in that the inner elastic unit is movable at a lower position than the outer elastic unit, and the interference prevention unit forms a step with the case preventing the elastic connection unit from contacting the case when the inner elastic unit is moved to said lower position.
Internal cooling system for mechanical seals in pumping equipment comprising: - an internal circuit in the body of the mechanical seal that consists of a connection effected in the larger diameter of the seal with a diameter of between 2,5 and 6,0 mm that will connect to a chamber previously implemented inside the body, involving in its periphery the area where a secondary seal between the shaft and the seal will be applied and where a cooling fluid is foreseen to circulate fully insulated from the product to be pumped; - at least one entry point of the cooling fluid and at least one exit point of the cooling fluid, wherein both entry and exit points are connected to the mains supply of the cooling fluid and are separated from each other by a machined plate applied to the chamber; - at least two protective scraper rings applied to the stationary part next to the product to be pumped and the sleeve/shaft secondary seal; - multiple stationary springs insulated from the product to be pumped, and with centrifugal rotating ring; characterised in that said internal cooling system further comprises a sprinkle type system, where the cooling fluid is projected by pulverization to the area of secondary seal between the shaft and the sleeve. - an internal circuit in the body of the mechanical seal that consists of a connection effected in the larger diameter of the seal with a diameter of between 2,5 and 6,0 mm that will connect to a chamber previously implemented inside the body, involving in its periphery the area where a secondary seal between the shaft and the seal will be applied and where a cooling fluid is foreseen to circulate fully insulated from the product to be pumped; - at least one entry point of the cooling fluid and at least one exit point of the cooling fluid, wherein both entry and exit points are connected to the mains supply of the cooling fluid and are separated from each other by a machined plate applied to the chamber; - at least two protective scraper rings applied to the stationary part next to the product to be pumped and the sleeve/shaft secondary seal; - multiple stationary springs insulated from the product to be pumped, and with centrifugal rotating ring; characterised in that said internal cooling system further comprises a sprinkle type system, where the cooling fluid is projected by pulverization to the area of secondary seal between the shaft and the sleeve.
A co-polyester composition comprising the reaction product of a polycondensation polyester and at least one lactone; wherein the lactone is glycolide; and wherein the polycondensation polyester comprises the reaction product of diglycolic acid and/or a derivative thereof with diethylene glycol and ethylene glycol wherein the molar ratio of diethylene glycol to ethylene glycol is in the range from 2:1 to 4:1; and wherein the co-polyester comprises 30 to 50% by weight of the polycondensation polyester based on the total weight of the co-polyester and comprises a crystallinity determined from the heat of fusion ranging from 10 to 50%; wherein the heat of fusion is determined by the first heat Differential Scanning Calorimetry measurement in which the sample is placed into a DSC pan, quenched below -40°C, and heated at a constant heating rate of 10°C/min and the reference for 100% crystallinity is polyglycolide.
A damped hinge assembly comprising a hinge unit including a hinge cup with a flange and a damping unit wherein the damping unit comprises a pair of resiliently flexible arms extending therefrom, each arm comprising respectively, either a hole or a pin which defines a rotational axis, to allow relative pivotal movement between the units (10, 14), wherein the rotational axis is movable along a curved path with respect to the arms respectively to the hinge cup, the arms respectively the hinge cup comprising means for guiding the movement of the rotational axis along said curved path, wherein the hinge cup comprises the other of a pair of pins or a pair of holes, such that the pins are engageable in the holes so as to connect the units together and which also serve in securing the damper unit to the hinge unit, such that the two units are connected together for transportation and handling, and so as to permit the units to move relative to one another between a transit state which allows access for securement of the hinge unit to a door or other element and a working position in which the damping unit is operative to provide resistance to movement of said door or other element.
A method performed by a network node (100,13) for enabling communication between the network node and a radio network node comprised in a communication network, which network node (100,13) supports a first set of functionalities out of a total set of functionalities in the communication network, which first set of functionalities is separated from a different set of functionalities out of the total set of functionalities in the communication network, the method characterised by: - obtaining a support indication of the radio network node, which support indication indicates an own set of functionalities supported by the radio network node; - matching the received support indication with the first set of functionalities; and in that case - initiating a transmission of an indication to the radio network node, which indication indicates the supported first set of functionalities. - obtaining a support indication of the radio network node, which support indication indicates an own set of functionalities supported by the radio network node; - matching the received support indication with the first set of functionalities; and in that case - initiating a transmission of an indication to the radio network node, which indication indicates the supported first set of functionalities.
A cutting insert for a tool for machining a workpiece, wherein the cutting insert has a 180° rotational symmetry about a bore axis extending perpendicularly and centrally through two opposing, identical base surfaces (16a, b) of the cutting insert, and has two identical part-bodies (20a, b) which are connected along a center plane, wherein said center plane extends orthogonally to the bore axis and has the same distance from each of the two base surfaces (16a, b), wherein each part-body (20a, b) has two identical mutually opposite main sides (22a-d) and two identical mutually opposite secondary sides (24a-d), wherein each main side (22a-d) has a rectilinear main cutting edge (12a-d) extending parallel to the center plane, characterized in that each secondary side (24a-d) has a planar bearing surface (32a-d) extending orthogonally to the center plane, wherein the two main cutting edges (12a-d) of each part-body (20a, b) extend parallel to one another and transversely to the two main cutting edges (12a-d) of the respective other part-body (20a, b), and wherein the two main cutting edges (12a-d) of each part-body (20a, b) extend parallel to the two bearing surfaces (32a-d) of the respective other part-body (20a, b), wherein each main cutting edge (12a-d) transitions at its respective first end (38a-d) into a first segmental cutting edge (34a-d) which is arranged on a first protrusion (28a-d) provided on an adjacent secondary side (24a-d) of the respective part-body (20a, b), and wherein each main cutting edge (12a-d) transitions into a second segmental cutting edge (36a-d) at its respective second end (40a-d), opposite the first end, which is arranged on a second protrusion (30a-d) provided on the respective other adjacent secondary side (24a-d) of the respective part-body (20a, b), wherein the first and the second protrusions (28a-d; 30a-d) each adjoin the bearing surface (32a-d) arranged on the respective same secondary side (24a-d) and project with respect to said bearing surface (32a-d).
A method of measuring a Hall effect voltage of a material, the method comprising: providing a first test state alternating a first test parameter at a first frequency, wherein the first test state comprises exciting the material by inducing current flow through the material in the presence of a magnetic field; and providing a second test state alternating a second test parameter at a second frequency, wherein the second test state comprises exciting the material by inducing current flow through the material in the presence of the magnetic field; wherein the first test parameter is one of a direction of the current during the test excitation, a location of the test excitation, a direction of the magnetic field and a location of the magnetic field, and the second test parameter is another of the direction of the current during the test excitation, the location of the test excitation, the direction of a magnetic field and the location of the magnetic field; characterized in that the method further comprises: switching between the first test state and second test state at a third frequency, wherein the third frequency is less than the first frequency and the second frequency; measuring a voltage across the material induced by exciting the material in the presence of the known magnetic field during the first and second test states; and determining the Hall effect voltage based on the voltage measurements. providing a first test state alternating a first test parameter at a first frequency, wherein the first test state comprises exciting the material by inducing current flow through the material in the presence of a magnetic field; and providing a second test state alternating a second test parameter at a second frequency, wherein the second test state comprises exciting the material by inducing current flow through the material in the presence of the magnetic field; wherein the first test parameter is one of a direction of the current during the test excitation, a location of the test excitation, a direction of the magnetic field and a location of the magnetic field, and the second test parameter is another of the direction of the current during the test excitation, the location of the test excitation, the direction of a magnetic field and the location of the magnetic field; characterized in that the method further comprises: switching between the first test state and second test state at a third frequency, wherein the third frequency is less than the first frequency and the second frequency; measuring a voltage across the material induced by exciting the material in the presence of the known magnetic field during the first and second test states; and determining the Hall effect voltage based on the voltage measurements. switching between the first test state and second test state at a third frequency, wherein the third frequency is less than the first frequency and the second frequency; measuring a voltage across the material induced by exciting the material in the presence of the known magnetic field during the first and second test states; and determining the Hall effect voltage based on the voltage measurements.
An information displaying apparatus comprising: a displaying unit configured to display first content on a display; an audience state detecting unit configured to detect an audience state representing a physical state of an audience member positioned in front of the display; an interest degree estimating unit configured to estimate an interest degree based on the audience state detected by said audience state detecting unit, the interest degree indicating a degree of interest of the audience member in the content displayed on the display by said displaying unit; and a display control unit configured to cause said displaying unit to display second content with a clarity degree, the clarity degree representing a degree of content clarity, or an exposure degree, the exposure degree representing a degree of content exposure, of at least a part of the second content reduced below a predetermined clarity degree or a predetermined exposure degree when magnitude of a change rate of the interest degree in the first content estimated by said interest degree estimating unit is smaller than a first threshold, wherein the clarity degree of a content is reduced by applying a visual effect to the content and the exposure degree of a content is reduced by overlapping an image that is different from the content onto the content. a displaying unit configured to display first content on a display; an audience state detecting unit configured to detect an audience state representing a physical state of an audience member positioned in front of the display; an interest degree estimating unit configured to estimate an interest degree based on the audience state detected by said audience state detecting unit, the interest degree indicating a degree of interest of the audience member in the content displayed on the display by said displaying unit; and a display control unit configured to cause said displaying unit to display second content with a clarity degree, the clarity degree representing a degree of content clarity, or an exposure degree, the exposure degree representing a degree of content exposure, of at least a part of the second content reduced below a predetermined clarity degree or a predetermined exposure degree when magnitude of a change rate of the interest degree in the first content estimated by said interest degree estimating unit is smaller than a first threshold, wherein the clarity degree of a content is reduced by applying a visual effect to the content and the exposure degree of a content is reduced by overlapping an image that is different from the content onto the content.