mhurhangee/ep-ind-claims huggingface dataset:
A system for dispensing a length of film containing an accurate therapeutically effective amount of a medicament from a continuous film roll comprising: a. an instrument for inputting data from a user; b. a means for analyzing said inputted data to determine a therapeutically effective amount of medicament to be administered to said user, wherein the therapeutically effective amount of medicament may change from day to day, and even from hour to hour, depending upon the particular circumstances of that instance, and wherein the therapeutically effective amount of medicament required by the user is determined at the time in which the user practices the invention; c. an instrument for producing an output signal; d. a housing for storing a continuous roll of film, said film roll comprising a medicament in a known and substantially uniform amount of medicament per unit length of said film; e. an instrument for receiving said output signal and determining a length of film which contains said therapeutically effective amount of medicament to be administered to said user; and f. a dispenser for accurately sizing and dispensing said length of film that contains said therapeutically effective amount of medicament. a. an instrument for inputting data from a user; b. a means for analyzing said inputted data to determine a therapeutically effective amount of medicament to be administered to said user, wherein the therapeutically effective amount of medicament may change from day to day, and even from hour to hour, depending upon the particular circumstances of that instance, and wherein the therapeutically effective amount of medicament required by the user is determined at the time in which the user practices the invention; c. an instrument for producing an output signal; d. a housing for storing a continuous roll of film, said film roll comprising a medicament in a known and substantially uniform amount of medicament per unit length of said film; e. an instrument for receiving said output signal and determining a length of film which contains said therapeutically effective amount of medicament to be administered to said user; and f. a dispenser for accurately sizing and dispensing said length of film that contains said therapeutically effective amount of medicament.
A method for querying a file containing a plurality of records, the method including: receiving data for one or more records to be added to a file that is stored in a non-volatile storage medium, receiving a query of records in the file, and querying the file concurrently with adding at least some of the received data to the file, where the querying includes: determining a length of the file, and storing the length of the file in a first memory location; determining a location of an endpoint of a last complete record within the file and storing data representative of the location of the endpoint in a second memory location; comparing the length of the file stored in the first memory location to a current length of the file; and updating an index distinct from the file, the index stored in a volatile storage medium and associated with the file, the updating beginning at a location in the index that is associated with the endpoint if the current length of the file exceeds the stored length of the file, wherein the index includes data that can be used to identify a storage location of at least one record in the file. receiving data for one or more records to be added to a file that is stored in a non-volatile storage medium, receiving a query of records in the file, and querying the file concurrently with adding at least some of the received data to the file, where the querying includes: determining a length of the file, and storing the length of the file in a first memory location; determining a location of an endpoint of a last complete record within the file and storing data representative of the location of the endpoint in a second memory location; comparing the length of the file stored in the first memory location to a current length of the file; and updating an index distinct from the file, the index stored in a volatile storage medium and associated with the file, the updating beginning at a location in the index that is associated with the endpoint if the current length of the file exceeds the stored length of the file, wherein the index includes data that can be used to identify a storage location of at least one record in the file. determining a length of the file, and storing the length of the file in a first memory location; determining a location of an endpoint of a last complete record within the file and storing data representative of the location of the endpoint in a second memory location; comparing the length of the file stored in the first memory location to a current length of the file; and updating an index distinct from the file, the index stored in a volatile storage medium and associated with the file, the updating beginning at a location in the index that is associated with the endpoint if the current length of the file exceeds the stored length of the file, wherein the index includes data that can be used to identify a storage location of at least one record in the file.
An apparatus comprising: an led based illumination module with a first tapered body feature and a first thermal interface surface; a second thermal interface surface; and a mounting collar including a first member and a second member each with a second tapered feature, wherein the second member is moveable with respect to the first member, characterized in that a movement to an engaged position couples the first tapered body feature and the second tapered feature and generates a compressive force between the illumination module and a light fixture coupled to the first member of the mounting collar. an led based illumination module with a first tapered body feature and a first thermal interface surface; a second thermal interface surface; and a mounting collar including a first member and a second member each with a second tapered feature, wherein the second member is moveable with respect to the first member, characterized in that a movement to an engaged position couples the first tapered body feature and the second tapered feature and generates a compressive force between the illumination module and a light fixture coupled to the first member of the mounting collar.
A fuel nozzle (20; 120) comprising a nozzle body including a discharge section having an interior chamber, the discharge section having a fuel inlet port (30; 170) formed therein for admitting an extruded fuel film into the interior chamber thereof, and an air inlet port adjacent the fuel inlet port (30; 170) for directing an air stream into the interior chamber of the discharge section so as to intersect the fuel film at a predetermined angle to effect atomization of the fuel film, further comprising a fuel injector communicating with the fuel inlet port (30; 170), the fuel injector having an elongated tubular body including inner and outer concentric tubes (12, 14) that are separated from one another so as to define a fuel passage therebetween, characterized in that: the outer tube and the inner tube are separated from one another by a helical spacer wire supported on an exterior wall of the inner tube.
A racket frame comprising a head formed from a fiber reinforced resin, wherein the head includes a reinforcing layer (14; 16; 18) for a gut groove, the reinforcing layer (14; 16; 18) is formed from a prepreg including fibers and a matrix resin, characterized in that a compressive elastic modulus of the prepreg is equal to or less than 100 GPa and greater than 10 GPa.
A base station configured to serve one or more mobile terminals, the base station comprising a baseband processor configured to: determine different sets of configuration parameters for uplink sounding signal transmissions for a given mobile terminal of said one or more mobile terminals; which different sets of configuration parameters are adapted to enable said given mobile terminal to generate different sounding signals based on said different sets of configuration parameters, wherein said different sounding signals are received by the base station and used thereby for different operations including channel-quality estimation and timing estimation and transmit the different sets of configuration parameters to the mobile terminal.
A HA-paclitaxel conjugate for use in the loco-regional treatment of mesothelioma, wherein said hyaluronic acid-paclitaxel conjugate has an ester bond between the carboxyl of hyaluronic acid and a spacer, in turn bound by an ester bond through its carboxyl to the hydroxyl group to the carbon C2' of paclitaxel, wherein the spacer introduced is 4-bromobutyric acid, wherein the derivatization degree of paclitaxel in the HA-paclitaxel conjugate is within the range that varies from 15% to 21% weight/weight ( w/w) and wherein the HA used for the synthesis of the HA-paclitaxel conjugate is a fermentative HA with an average weight MW ranging from 140,000 to 250,000 Da.
An information processing system comprising: a user interface unit that receives input from a user comprising the user's physical features; a sensor unit operable to collect information used for analyzing a life rhythm of a user; a life rhythm analyzing unit comprising a memory that stores the information collected by the sensor unit and the information input from a user and is operable to analyze the user's life rhythm for individual days based on the collected information for each of the individual days stored in the memory, and operable to output an analysis result comprising a prediction of a next action of the user comprising at least one of a pattern of movement and a pattern of exercise corresponding to the user; and a content transmitting unit operable to acquire the analysis result of the life rhythm of the user from the life rhythm analyzing unit, and provide health-related advice information based on the predicted at least one of the pattern of movement and pattern of exercise corresponding to the user and based on the input from the user. a user interface unit that receives input from a user comprising the user's physical features; a sensor unit operable to collect information used for analyzing a life rhythm of a user; a life rhythm analyzing unit comprising a memory that stores the information collected by the sensor unit and the information input from a user and is operable to analyze the user's life rhythm for individual days based on the collected information for each of the individual days stored in the memory, and operable to output an analysis result comprising a prediction of a next action of the user comprising at least one of a pattern of movement and a pattern of exercise corresponding to the user; and a content transmitting unit operable to acquire the analysis result of the life rhythm of the user from the life rhythm analyzing unit, and provide health-related advice information based on the predicted at least one of the pattern of movement and pattern of exercise corresponding to the user and based on the input from the user.
A refrigeration transport container having doors at one end with a refrigeration unit behind a panel at the opposite end, and wherein the refrigeration unit has a cold air outlet adjacent the bottom of the container and an air inlet adjacent the top thereof, and wherein a barrier extends upwardly from a floor of the container provided on the bottom thereof across the width of the container adjacent the outlet and is shaped to direct air from the outlet upwardly such that air is discharged into the container substantially above floor level, and the barrier further shaped to prevent movement of pallets on the floor towards the outlet and wherein the air inlet draws air through a passage which opens into the container near the doors.
A hydraulic tool comprising: a working head, the working head comprising head indicia that identify a type of the working head; a tool frame having a piston; a hydraulic system coupled to piston; a coupling mechanism, the coupling mechanism releasably coupling the head to the frame and coupling the piston to a working surface of the head; a head sensor, the head sensor being adapted to detect the head indicia; and a controller connected with the head sensor and the hydraulic system, wherein the controller receives a signal generated by the head sensor in response to the head indicia, determines the type of the head, determines a maximum force to apply to the working surface based at least in part on the determined head type, and controls the hydraulic system to apply the maximum force, characterised in that the coupling mechanism comprises a tool connecting portion with a T-shaped slot on the tool frame and a head connecting portion on the working head including connecting arms (38, 39) where a cross section of the connecting arms (38, 39) correspond to the cross section of the T-shaped slot so that when the head connecting portion is aligned with the tool connecting portion, the arms (38, 39) slide into the T-shaped slot. a working head, the working head comprising head indicia that identify a type of the working head; a tool frame having a piston; a hydraulic system coupled to piston; a coupling mechanism, the coupling mechanism releasably coupling the head to the frame and coupling the piston to a working surface of the head; a head sensor, the head sensor being adapted to detect the head indicia; and a controller connected with the head sensor and the hydraulic system, wherein the controller receives a signal generated by the head sensor in response to the head indicia, determines the type of the head, determines a maximum force to apply to the working surface based at least in part on the determined head type, and controls the hydraulic system to apply the maximum force, characterised in that the coupling mechanism comprises a tool connecting portion with a T-shaped slot on the tool frame and a head connecting portion on the working head including connecting arms (38, 39) where a cross section of the connecting arms (38, 39) correspond to the cross section of the T-shaped slot so that when the head connecting portion is aligned with the tool connecting portion, the arms (38, 39) slide into the T-shaped slot.
A cover for a tank for containing a plant protection product or a liquid fertiliser, the cover being for sealing an opening of the tank defined by an opening rim, the cover comprising: - a first cover part, - a second cover part pivotally mounted to the first cover part about a pivot axis with axial direction, between a first angular position of unblocking the cover and a second angular position of blocking the cover in which the cover is for being axially blocked to the opening rim of the tank extending about the pivot axis, - a plurality of blocking members distributed about the pivot axis, the cover being characterised in that each of the blocking members is movably mounted relative to the first and second cover parts (11, 12) between an unblocking position and a blocking position in which the blocking member is radially closer to the pivot axis than in the unblocking position and in which it is for cooperating with a radially external surface of the opening rim of the tank in order to axially block the cover relative to the tank, the cover being designed such that each of the blocking members is moved from its unblocking position to its blocking position, when the second cover part pivots from the first unblocking angular position to the second blocking angular position. - a first cover part, - a second cover part pivotally mounted to the first cover part about a pivot axis with axial direction, between a first angular position of unblocking the cover and a second angular position of blocking the cover in which the cover is for being axially blocked to the opening rim of the tank extending about the pivot axis, - a plurality of blocking members distributed about the pivot axis,
An article carrier mounting leg, comprising: a leg frame having an inclined surface 10a, upper end configured to receive a mounting portion of an article carrier thereupon, and a lower end configured to rest against a leg mounting point; an article carrier mounting element configured to engage with the article carrier mounting portion; a threaded receiver comprising a sliding body and a threaded aperture; and a threaded tightening mechanism in engagement with the threaded aperture of the threaded receiver; wherein the threaded tightening mechanism is arranged such that rotating the threaded tightening mechanism urges the threaded receiver to move therealong in a first direction, while contra-rotation urges the threaded receiver to move therealong in an opposing second direction; the article carrier mounting element comprises an engaging portion that engages with the mounting portion of the article carrier; and an outer clamp jaw comprising a pivoting portion having a curved flange, the clamp jaw being movably connected to and outwardly extending from an outer clamp mounting point within the leg frame; and the engaging portion is mechanically connected to the sliding body of the threaded receiver, the sliding body 46 acts as a wedge between the inclined surface 10a and the curved flange of the outer clamp jaw 24 such that movement of the threaded receiver in the first direction pulls the article carrier mounting portion against the upper end of the leg frame. a leg frame having an inclined surface 10a, upper end configured to receive a mounting portion of an article carrier thereupon, and a lower end configured to rest against a leg mounting point; an article carrier mounting element configured to engage with the article carrier mounting portion; a threaded receiver comprising a sliding body and a threaded aperture; and a threaded tightening mechanism in engagement with the threaded aperture of the threaded receiver; wherein the threaded tightening mechanism is arranged such that rotating the threaded tightening mechanism urges the threaded receiver to move therealong in a first direction, while contra-rotation urges the threaded receiver to move therealong in an opposing second direction; the article carrier mounting element comprises an engaging portion that engages with the mounting portion of the article carrier; and an outer clamp jaw comprising a pivoting portion having a curved flange, the clamp jaw being movably connected to and outwardly extending from an outer clamp mounting point within the leg frame; and the engaging portion is mechanically connected to the sliding body of the threaded receiver, the sliding body 46 acts as a wedge between the inclined surface 10a and the curved flange of the outer clamp jaw 24 such that movement of the threaded receiver in the first direction pulls the article carrier mounting portion against the upper end of the leg frame.
A modular bag system for providing personal reconfigurable bag or bags, the system comprising at least one housing portion (12, 14, 16), wherein each housing portion of the modular bag system has ends (34, 36) provided with attachment means (38, 40) such that any one housing portion can be attached to any other housing portion in an end-to-end linear manner allowing a continuous sequence of connected housing portions, such that each housing portion can be attached to one other housing portion, defining a terminal housing portion (12,16), or to two others, defining an interior housing portion, and wherein the attachment means (38, 40) are releasable enabling separation and a subsequent re-attachment of the housing portions to one another, wherein the housing portions when attached are capable of forming a common storage chamber, allowing the storage space provided by the modular bag system to be expandable, by the addition of further housing portions having releasable attachment means, and wherein each housing portion is capable of forming an individual storage unit when not attached to another housing portion, allowing the modular bag to be deconstructed into a plurality of smaller bags each made from one or more housing portions, characterised in that each housing portion has a first partition means at a first end of the housing portion and a second partition means at a second end of the housing portion, wherein the first and second partition means are operable between an open position and a closed position, thus allowing each end of each housing portion to be open or closed depending on its position in the modular bag, such that for a terminal housing portion a partition means can be in the closed position to close the end of the modular bag and for an interior housing portion both of the partition means (48, 50) can be in the open position to define a common storage chamber between the housing portions or in the closed position to provide internal compartments or sub-chambers within the common chamber and when a housing portion is used on its own both partition means (48, 50) are operable in the closed position to close both ends of the housing portion to provide an individual storage unit.
Mixing system comprising a vessel for housing a disposable fluid mixing bag, which vessel comprises a base supporting the fluid mixing bag and a sidewall extending vertically upwards from the base, characterised in that the sidewall comprises a door opening closable by a sliding door, wherein the sliding door is slidingly suspended to an upper part of the vessel.
Method for operating a brake system for a motor vehicle, wherein the brake system has a service brake device and a control for the service brake device for generating a braking force on a wheel axle of the motor vehicle, performed at least temporarily as a function of an adjustment of a control element, characterized in that the generation of the braking force as a function of the adjustment of the control element is performed using a calibration data set stored in a control device of the brake system, wherein an identifier stored in the control element is transmitted to the control device and is used there for a compatibility check and, in the case of a successful compatibility check, setup of the control element is performed by a generic data set stored in the control device being used as a calibration data set, as well as a control element-specific data set stored in the control element being transmitted to the control device and being used as a calibration data set after transmission.