mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising a fraction or sub-fraction of an extract of Nerium species or of Thevetia species, wherein the fraction thereof or sub-fraction thereof excludes cardiac glycoside and comprises at least one steroid, at least one triterpene and less than 1% wt. of polysaccharide, wherein the extract is obtained by extraction of Nerium species or Thevetia species by hot water extraction, cold water extraction, supercritical fluid extraction, organic solvent extraction or a combination thereof, following by fractionation thereof, for use in the treatment of a neurological condition.
A forming device adapted to be connected to a terminating end of a feed path of a filter manufacturing machine and configured to form a sheet material into a hollow rod-shaped continuous filter body and deliver the formed continuous filter body, the forming device including a tubular forming path allowing the sheet material to pass therethrough while narrowing the sheet material to form the sheet material into the continuous filter body, a heat treating section configured to heat the sheet material while the sheet material passes through the tubular forming path, and a plasticizer addition unit arranged near an inlet of the tubular forming path and configured to spout a plasticizer radially from an axis of the tubular forming path to add the plasticizer to the sheet material.
Door seal arrangement, comprising a housing profile of a door sealing strip and a fastening device for fastening said profile in a door groove of a door, wherein the fastening device has a fastening leg with a through-aperture for a fastening means for fastening the housing profile in the door groove, and a retaining leg with a first U-profile-shaped engagement portion for an end side of the housing profile or an inner edge of a cutout, which faces the groove bottom of the door groove, of the housing profile, wherein the door groove is designed to be deeper by a first distance that the door sealing strip is high, wherein the retaining leg has at least a second U-profile-shaped engagement portion which is spaced apart from the first engagement portion by the same or a smaller second distance (a) such that they are above one another, and wherein the housing profile can be inserted into the two engagement portions (9; 12) at different distances from the groove bottom of the door groove, characterized in that the fastening device is designed as a bent sheet metal part and, in the mounted state of the fastening device, the fastening leg extends horizontally and parallel to the groove bottom of the door groove, and the retaining leg, while leaving free a horizontal intermediate gap having the size of the thickness of the wall of the housing profile, is bent back by 180° from the fastening leg, with the result that the first engagement portion is created, from which a further portion is angled off in an opposite direction to the groove bottom, which further portion is then in turn bent back parallel to the groove bottom after some distance and from there, again leaving free a horizontal intermediate gap having the size of the thickness of the wall of the housing profile, is bent back by 180°, with the result that the second engagement portion is produced in the second distance (a).
A perimeter for measuring a visual field of an examinee through presentation of stimuli into his (her) visual field, comprising: a position memory that is adapted to store a position on a retinal surface where a ganglion cell is located and a position on the retinal surface where a photoreceptor cell for sending information to the ganglion cell is located, correlating with each other; a test-position input for inputting a position to be tested on the retinal surface; a position obtaining portion that is adapted to obtain the position of the photoreceptor cell that is adapted to send information to the ganglion cell at the position to be tested inputted through the test-position input based upon the position to be tested and data stored in the position memory; a stimulus presentator that is adapted to present a stimulus to the position obtained through the position obtaining portion; an operation portion to be operated by an examinee who perceives the presented stimulus; a visual field judger that is adapted to judge a visual field of the examinee based upon a response from the examinee through the operation portion; and a judged-result output that is adapted to display the result judged through the visual field judger, correlating with the position to be tested. a position memory that is adapted to store a position on a retinal surface where a ganglion cell is located and a position on the retinal surface where a photoreceptor cell for sending information to the ganglion cell is located, correlating with each other; a test-position input for inputting a position to be tested on the retinal surface; a position obtaining portion that is adapted to obtain the position of the photoreceptor cell that is adapted to send information to the ganglion cell at the position to be tested inputted through the test-position input based upon the position to be tested and data stored in the position memory; a stimulus presentator that is adapted to present a stimulus to the position obtained through the position obtaining portion; an operation portion to be operated by an examinee who perceives the presented stimulus; a visual field judger that is adapted to judge a visual field of the examinee based upon a response from the examinee through the operation portion; and a judged-result output that is adapted to display the result judged through the visual field judger, correlating with the position to be tested.
A gas diffusion electrode substrate, comprising a carbon sheet, the carbon sheet being a porous carbon sheet comprising a carbon fiber and a binding material, and a hydrophobic material is included in the binding material, wherein said hydrophobic material is a fluorine-based polymer, wherein when among layers obtained by dividing the carbon sheet in a through-plane direction thereof into three equal parts within a section extending from a surface having a 50% average fluorine intensity, which is closest to one surface of the carbon sheet, to a surface having a 50% average fluorine intensity, which is closest to the other surface of the carbon sheet, one of a layer close to one surface has the largest average fluorine intensity, is a layer X, the other one of a layer close to the other surface has a smaller average fluorine intensity than that of the layer X, is a layer Y, and a layer between the layer X and the layer Y is a layer Z, and wherein when a surface of the carbon sheet closest to the layer X is a surface X, the gas diffusion electrode substrate has a microporous layer on the surface X side of the carbon sheet, characterized in that the average fluorine intensity of the layer decreases in the order of the layer X, the layer Y and the layer Z as determined by the method defined in the description.
A color conversion element, comprising: a phosphor layer that includes at least one type of phosphor; a reflecting layer stacked on the phosphor layer; a substrate disposed in a position opposing the reflecting layer; a joining portion interposed between the reflecting layer and the substrate for joining the reflecting layer and the substrate; and an absorbing portion disposed above a principal surface of the substrate at the side of the joining portion, the absorbing portion being covered with the joining portion and absorbing laser light having a wavelength that excites the phosphor, characterised in that the absorbing portion has a portion disposed inside the joining portion. a phosphor layer that includes at least one type of phosphor; a reflecting layer stacked on the phosphor layer; a substrate disposed in a position opposing the reflecting layer; a joining portion interposed between the reflecting layer and the substrate for joining the reflecting layer and the substrate; and an absorbing portion disposed above a principal surface of the substrate at the side of the joining portion, the absorbing portion being covered with the joining portion and absorbing laser light having a wavelength that excites the phosphor, characterised in that the absorbing portion has a portion disposed inside the joining portion.
A GNSS receiver for receiving and code tracking a positioning signal that is phase modulated by a spreading code, comprising: a replica code generating module for generating first and second replica codes with subcarriers different from each other based on code control information from a calculation module; a correlation processing module having a first correlator for performing correlation processing of the received positioning signal with the first replica code, and a second correlator for performing correlation processing of the received positioning signal with the second replica code; a synthesis module for synthesizing the first correlation processing result with the second correlation processing result; and a calculation module for outputting the code control information based on the synthesized correlation processing result, characterized in that: a reception environment detector is provided for detecting a reception environment of the positioning signal based on a C/No of the correlation result, or based on a multipath delay amount, or based on map data indicating an inputted situation around the GNSS receiver; the calculation module is arranged to calculate a synthesizing ratio based on the reception environment; and the synthesis module is arranged to synthesize the first correlation processing result with the second correlation processing result at the synthesizing ratio supplied by the calculation module. a replica code generating module for generating first and second replica codes with subcarriers different from each other based on code control information from a calculation module; a correlation processing module having a first correlator for performing correlation processing of the received positioning signal with the first replica code, and a second correlator for performing correlation processing of the received positioning signal with the second replica code; a synthesis module for synthesizing the first correlation processing result with the second correlation processing result; and a calculation module for outputting the code control information based on the synthesized correlation processing result, a reception environment detector is provided for detecting a reception environment of the positioning signal based on a C/No of the correlation result, or based on a multipath delay amount, or based on map data indicating an inputted situation around the GNSS receiver; the calculation module is arranged to calculate a synthesizing ratio based on the reception environment; and the synthesis module is arranged to synthesize the first correlation processing result with the second correlation processing result at the synthesizing ratio supplied by the calculation module.
A mechanical CPR device, comprising: a piston having an end configured to interact with a patient's torso; a driving component configured to extend the piston toward the patient's torso and retract the piston away from the patient's torso; and a controller configured to determine a reference position by controlling the driving component to at least: extend the piston until a first position at which the end comes into contact with the patient's torso, and characterised by the controller being further configured to: determine the reference position by controlling the driving component to: further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the end is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; wherein the controller is further configured to perform mechanical CPR by controlling the driving component to at least: compress the patient's torso by extending the piston from the reference position to a particular depth and retracting the piston from the particular depth to the reference position. a piston having an end configured to interact with a patient's torso; a driving component configured to extend the piston toward the patient's torso and retract the piston away from the patient's torso; and a controller configured to determine a reference position by controlling the driving component to at least: extend the piston until a first position at which the end comes into contact with the patient's torso, and characterised by the controller being further configured to: determine the reference position by controlling the driving component to: further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the end is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the end is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; wherein the controller is further configured to perform mechanical CPR by controlling the driving component to at least: compress the patient's torso by extending the piston from the reference position to a particular depth and retracting the piston from the particular depth to the reference position.
A plasma chemical vapor deposition apparatus for deposition of one or more layers of silica onto an interior wall of an elongated hollow glass substrate tube, which apparatus comprises a microwave generator, a plasma generator receiving microwaves from the microwave generator in use, a cylindrical cavity extending through the plasma generator, and a cylindrical liner which is transparent to microwave radiation and which is positioned in the cavity, a central axis of the liner being coaxial with a central axis of the cavity, wherein the substrate tube passes through the liner in use, wherein the liner has at least one section having a reduced inner diameter, with respect to an inner diameter of a remaining part of the liner, over a part of the length of the liner, the at least one section providing a contact zone for the substrate tube, characterized in that the microwave generator is configured to generate microwaves having a wavelength Lw in the range of 40 to 400 mm, wherein a length of said at least one section having the reduced inner diameter is at most 0.1 × Lw, and at least 1 mm.
Portable boring machine comprising: - a transmission unit comprising a first electric motor having an axis of rotation and a distribution block of the motion imparted by said electric motor to a tools shaft supporting means for boring and welding and having an axis of rotation; - a centralized unit comprising a supporting shaft for advancement of said tools shaft formed by a hollow cylindrical tube internally comprising an externally threaded screw tube, and a second centralized electric motor adapted to manage said advancement; - means (108, 114) for coupling and decoupling said transmission unit from said centralized unit; an advancement system of said screw tube configured for converting the rotary motion imparted by said second electric motor in straight linear motion of said screw tube along said axis; characterized in that said advancement system comprises: - at least one element jointly liable with said supporting shaft; - at least a threaded dowel movable inside said supporting shaft; - at least one spring comprised in said element acting on said threaded dowel; and - at least one lever element hinged to a pin passing through said threaded dowel, the lever element being movable from a central position P to a right angular position D and to a left angular position S. - a transmission unit comprising a first electric motor having an axis of rotation and a distribution block of the motion imparted by said electric motor to a tools shaft supporting means for boring and welding and having an axis of rotation; - a centralized unit comprising a supporting shaft for advancement of said tools shaft formed by a hollow cylindrical tube internally comprising an externally threaded screw tube, and a second centralized electric motor adapted to manage said advancement; - means (108, 114) for coupling and decoupling said transmission unit from said centralized unit; - at least one element jointly liable with said supporting shaft; - at least a threaded dowel movable inside said supporting shaft; - at least one spring comprised in said element acting on said threaded dowel; and - at least one lever element hinged to a pin passing through said threaded dowel, the lever element being movable from a central position P to a right angular position D and to a left angular position S.
A method for forming an adhesive bond comprising: depositing an aqueous dispersion on a substrate to form a selectively activatable coating, the aqueous dispersion comprising: at least one polymer capable of forming an adhesive wherein the polymer comprises at least one selected from the group consisting of ethylene-based polymers, propylene-based polymers, propylene-ethylene copolymers, and amorphous poly alpha-olefins; at least one dispersing agent; and at least one of a tackifying resin, a wax, or an oil, wherein the dispersion has an average particle size of from 0.1 to 5 μm (microns) and a polydispersity of less than 5; and selectively activating at least a portion of the coated substrate to form the adhesive bond, wherein the selectively activating comprises at least one of heating to a temperature of less than 150°C and applying pressure. depositing an aqueous dispersion on a substrate to form a selectively activatable coating, the aqueous dispersion comprising: at least one polymer capable of forming an adhesive wherein the polymer comprises at least one selected from the group consisting of ethylene-based polymers, propylene-based polymers, propylene-ethylene copolymers, and amorphous poly alpha-olefins; at least one dispersing agent; and at least one of a tackifying resin, a wax, or an oil, wherein the dispersion has an average particle size of from 0.1 to 5 μm (microns) and a polydispersity of less than 5; and at least one polymer capable of forming an adhesive wherein the polymer comprises at least one selected from the group consisting of ethylene-based polymers, propylene-based polymers, propylene-ethylene copolymers, and amorphous poly alpha-olefins; at least one dispersing agent; and at least one of a tackifying resin, a wax, or an oil, selectively activating at least a portion of the coated substrate to form the adhesive bond,
A method for automatically controlling movement of a vehicle in an unpredictable manner, comprising: identifying a current state of the vehicle, wherein the current state comprises a current location of the vehicle; selecting, by a processor unit, a next state for the vehicle, wherein the next state comprises a next location for the vehicle; randomly selecting a value for an attribute of the next state of the vehicle; and controlling the movement of the vehicle to move the vehicle from the current state to the next state; wherein selecting the next state for the vehicle comprises: identifying possible next states for the vehicle; identifying state values for the possible next states; and selecting the next state from the possible next states using the state values. identifying a current state of the vehicle, wherein the current state comprises a current location of the vehicle; selecting, by a processor unit, a next state for the vehicle, wherein the next state comprises a next location for the vehicle; randomly selecting a value for an attribute of the next state of the vehicle; and controlling the movement of the vehicle to move the vehicle from the current state to the next state; wherein selecting the next state for the vehicle comprises: identifying possible next states for the vehicle; identifying state values for the possible next states; and selecting the next state from the possible next states using the state values. identifying possible next states for the vehicle; identifying state values for the possible next states; and selecting the next state from the possible next states using the state values.
A polyhydric phenol compound comprising: a bisphenol compound represented by the following Formula: wherein in Formula, R 1 represents a monovalent aliphatic hydrocarbon group having from 6 to 24 carbon atoms; each of R 2 and R 3 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of a and b is 0; and a trisphenol compound represented by the following Formula: wherein in Formula, R 1 is the same as defined in the Formula; each of R 4, R 5 and R 6 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of c, d and e is 0; wherein the trisphenol compound is contained in an amount, in terms of absorption intensity ratio at 254 nm, of 0.06% by area or more and less than 1.5% by area with respect to the amount of the bisphenol compound. a bisphenol compound represented by the following Formula: wherein in Formula, R 1 represents a monovalent aliphatic hydrocarbon group having from 6 to 24 carbon atoms; each of R 2 and R 3 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of a and b is 0; and a trisphenol compound represented by the following Formula: wherein in Formula, R 1 is the same as defined in the Formula; each of R 4, R 5 and R 6 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of c, d and e is 0; wherein the trisphenol compound is contained in an amount, in terms of absorption intensity ratio at 254 nm, of 0.06% by area or more and less than 1.5% by area with respect to the amount of the bisphenol compound.
A removable blind fastener having a main body with a head, the head having a top surface, a clamping part axially aligned with and extending away from the head of the main body, and a threaded screw member axially aligned with and passing through the main body and engaging with a threaded part of the clamping portion, such that turning the screw member causes the clamping part to move relative to the main body, the fastener characterised in that the head of the main body has a grip feature to allow the fastener to be mechanically locked to the tool to prevent separation of the fastener and tool during installation and removal of the fastener, wherein the grip feature is provided in a recess in the top surface of the head and includes an undercut feature in a radial direction, perpendicular to the longitudinal axis of the fastener.