mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for dispensing and monitoring fluid dispensed comprising: a flexible and collapsible fluid container; a fluid dispenser pump connected to said flexible and collapsible fluid container configured to draw fluid from said flexible and collapsible fluid container into said fluid dispenser pump and to dispense fluid through a fluid delivery channel to an exit port upon actuation of said pump; the dispenser pump having an actuator comprising a dose delivery button connected to said flexible and collapsible fluid container via a dose button base which, upon depression by a user, actuates the fluid dispenser pump to dispense a dose of fluid; a sensor located in said apparatus and configured to measure a time of day and a physical property change upon actuation of the dose delivery button of said fluid dispenser pump by a user, the physical property change comprising information on the amount of fluid dispensed; and a wireless transmission module in communication with said sensor configured to communicate said physical property to a remote device upon depression of the dose delivery button of said fluid dispenser pump by the user, and wherein user dose compliance is measured by actual pressure on the button in order to dispense fluid and number of times pushed. a flexible and collapsible fluid container; a fluid dispenser pump connected to said flexible and collapsible fluid container configured to draw fluid from said flexible and collapsible fluid container into said fluid dispenser pump and to dispense fluid through a fluid delivery channel to an exit port upon actuation of said pump; the dispenser pump having an actuator comprising a dose delivery button connected to said flexible and collapsible fluid container via a dose button base which, upon depression by a user, actuates the fluid dispenser pump to dispense a dose of fluid; a sensor located in said apparatus and configured to measure a time of day and a physical property change upon actuation of the dose delivery button of said fluid dispenser pump by a user, the physical property change comprising information on the amount of fluid dispensed; and a wireless transmission module in communication with said sensor configured to communicate said physical property to a remote device upon depression of the dose delivery button of said fluid dispenser pump by the user, and wherein user dose compliance is measured by actual pressure on the button in order to dispense fluid and number of times pushed.
Device (1; 10) for treating a cut surface (21; 210) of a bone (2; 20) comprising a laser source (12; 120) for generating a laser beam, and a support carrying the laser source (12; 120) and having a mounting structure adapted to be connected to the bone (2; 20) such that the laser source (12; 120) is in a predefined position and orientation to the cut surface (21; 210) of the bone (2; 20), characterised by said mounting structure comprising two bone clamping legs. a laser source (12; 120) for generating a laser beam, and a support carrying the laser source (12; 120) and having a mounting structure adapted to be connected to the bone (2; 20) such that the laser source (12; 120) is in a predefined position and orientation to the cut surface (21; 210) of the bone (2; 20),
A valve controller for a liquid fuel rocket engine comprising: at least one current sensor input; at least one voltage sensor input; a processor and a memory, the processor being connected to the at least one current sensor input and the at least one voltage sensor input, wherein the valve controller is configured to determine at least one actual minimum impulse bit of a valve based on a current profile and a voltage profile of a single valve operation, and wherein the valve controller is configured to adjust valve controls to account for the at least one actual minimum impulse bit. at least one current sensor input; at least one voltage sensor input; a processor and a memory, the processor being connected to the at least one current sensor input and the at least one voltage sensor input, wherein the valve controller is configured to determine at least one actual minimum impulse bit of a valve based on a current profile and a voltage profile of a single valve operation, and wherein the valve controller is configured to adjust valve controls to account for the at least one actual minimum impulse bit.
A recombinant heparan N-sulfatase enzyme for use in a method of treating Sanfilippo Syndrome Type A (MPS IIIA) Syndrome, wherein the method comprises a step of administering to a subject in need of treatment the recombinant HNS enzyme at a therapeutically effective dose and an administration interval for a period sufficient to stabilize or reduce decline of cognitive function relative to baseline, wherein the administration interval is (i) monthly or once every four weeks, or (ii) once every two weeks, wherein the therapeutically effective dose is or is greater than 45 mg per dose, and wherein the period is at least 54 months, wherein the recombinant HNS enzyme is injected into the lumbar area, the cisterna magna or intraventricularly into the cerebral ventricle space.
A system for growing a single crystal ingot from a melt by a Czochralski method, the system comprising: a first crucible including a first base and a first sidewall forming an outer cavity for containing the melt, the first base having a top surface; a silica weir located along the top surface of the first base at a location inward from the first sidewall to inhibit movement of the melt from a location outward of the silica weir to a location inward of the silica weir; and a second crucible sized for placement and located within the outer cavity of the first crucible having a second base and a second sidewall, the second base and the second sidewall forming an inner cavity, the second base being spaced from the first base by the silica weir, and the second crucible including a crucible passageway therethrough to allow the melt located within the silica weir to move into the inner cavity of the second crucible, wherein the silica weir is bonded to the first crucible, and wherein the silica weir has a weir passageway extending therethrough to allow the melt in the outer cavity of the first crucible to move within the silica weir. a first crucible including a first base and a first sidewall forming an outer cavity for containing the melt, the first base having a top surface; a silica weir located along the top surface of the first base at a location inward from the first sidewall to inhibit movement of the melt from a location outward of the silica weir to a location inward of the silica weir; and a second crucible sized for placement and located within the outer cavity of the first crucible having a second base and a second sidewall, the second base and the second sidewall forming an inner cavity, the second base being spaced from the first base by the silica weir, and the second crucible including a crucible passageway therethrough to allow the melt located within the silica weir to move into the inner cavity of the second crucible, wherein the silica weir is bonded to the first crucible, and wherein the silica weir has a weir passageway extending therethrough to allow the melt in the outer cavity of the first crucible to move within the silica weir.
A system, comprising: an at least partially implantable glucose sensor that continuously monitors glucose concentration and generates signals associated with the glucose concentration; a biocompatible layer (74, 75) located over the sensor to prevent penetration of one or more biomolecules having one or more predetermined sizes, the biocompatible layer (74, 75) having a pore size smaller than the one or more predetermined sizes; a processor (96, 97, 109) that processes the generated signals to determine the glucose concentration; and a user interface (46, 48, 94) that outputs information associated with the continuously monitored glucose concentration; characterized in that the system is configured to delay an initial calibration until after the predetermined sensor stabilization period in order that the signals generated by the at least partially implantable glucose sensor have a level of accuracy that is increased over a duration of a sensor wear time period measured after the predetermined sensor stabilization period. an at least partially implantable glucose sensor that continuously monitors glucose concentration and generates signals associated with the glucose concentration; a biocompatible layer (74, 75) located over the sensor to prevent penetration of one or more biomolecules having one or more predetermined sizes, the biocompatible layer (74, 75) having a pore size smaller than the one or more predetermined sizes; a processor (96, 97, 109) that processes the generated signals to determine the glucose concentration; and a user interface (46, 48, 94) that outputs information associated with the continuously monitored glucose concentration; characterized in that the system is configured to delay an initial calibration until after the predetermined sensor stabilization period in order that the signals generated by the at least partially implantable glucose sensor have a level of accuracy that is increased over a duration of a sensor wear time period measured after the predetermined sensor stabilization period.
A fan and bypass combination comprising: a selectively driven fan and a bypass flow passage for bypassing said fan, said bypass flow passage communicating with a first check valve selectively movable to a bypass position to allow air to flow from said bypass flow passage to a downstream location; and a second check valve movable to a return position for allowing air driven by said fan to pass into a return passage, and return to an inlet of said fan in the event that a discharge pressure from said fan overcomes a spring force associated with said second check valve, wherein said return passage is said bypass flow passage and said second check valve is associated with said first check valve and moves with said first check valve when said first check valve moves to said bypass position. a selectively driven fan and a bypass flow passage for bypassing said fan, said bypass flow passage communicating with a first check valve selectively movable to a bypass position to allow air to flow from said bypass flow passage to a downstream location; and a second check valve movable to a return position for allowing air driven by said fan to pass into a return passage, and return to an inlet of said fan in the event that a discharge pressure from said fan overcomes a spring force associated with said second check valve, wherein said return passage is said bypass flow passage and said second check valve is associated with said first check valve and moves with said first check valve when said first check valve moves to said bypass position.
A process for creating a lost wax tree comprising: pre-assembling a wax tree having at least a wax pattern of a part, a wax runner and disconnected sections (106, 110); using automated equipment to flex at least one of said wax pattern and said wax runner to bring disconnected sections (106, 110) of said pre-assembled wax tree into proximity with each other without damaging said pre-assembled wax tree; heating at least one of said disconnected sections (106, 110); contacting said disconnected sections (106, 110) after heating and then moving said disconnected sections (106, 110) slightly away from one another for forming a weld. pre-assembling a wax tree having at least a wax pattern of a part, a wax runner and disconnected sections (106, 110); using automated equipment to flex at least one of said wax pattern and said wax runner to bring disconnected sections (106, 110) of said pre-assembled wax tree into proximity with each other without damaging said pre-assembled wax tree; heating at least one of said disconnected sections (106, 110); contacting said disconnected sections (106, 110) after heating and then moving said disconnected sections (106, 110) slightly away from one another for forming a weld.
An authenticity feature with at least two luminescent substances on the basis of doped host lattices, characterized in that the doped ions have the (nd) 3 electron configuration, wherein either at least one of the luminescent substances luminesce in a narrow-band fashion and at least one of the luminescent substances luminesce in a broad-band fashion and the luminescence of the narrow-band substance is based on the spin-forbidden 2 E→4 A 2 transition of an (nd) 3 -ions-doped host lattice with strong ligand field and the narrow-band luminescence is in the spectral range of 650-750nm and the luminescence of the broad-band substance is based on the spin-allowed 4T 2 → 4 A 2 transition of an (nd) 3 -ions-doped host lattice with weak ligand field and the broad-band luminescence is in the spectral range of 700-1000nm; or at least two substances luminescent in a narrow-band fashion are combined, whose luminescences are based on the spin-forbidden 2 E→ 4 A 2 transition of (nd) 3 ions which are doped in a host lattice with strong ligand field and whose luminescences are in the spectral range of 650-750nm. wherein either at least one of the luminescent substances luminesce in a narrow-band fashion and at least one of the luminescent substances luminesce in a broad-band fashion and the luminescence of the narrow-band substance is based on the spin-forbidden 2 E→4 A 2 transition of an (nd) 3 -ions-doped host lattice with strong ligand field and the narrow-band luminescence is in the spectral range of 650-750nm and the luminescence of the broad-band substance is based on the spin-allowed 4T 2 → 4 A 2 transition of an (nd) 3 -ions-doped host lattice with weak ligand field and the broad-band luminescence is in the spectral range of 700-1000nm; or at least two substances luminescent in a narrow-band fashion are combined, whose luminescences are based on the spin-forbidden 2 E→ 4 A 2 transition of (nd) 3 ions which are doped in a host lattice with strong ligand field and whose luminescences are in the spectral range of 650-750nm.
Torsion damping device, in particular for a motor vehicle transmission, having an axis of rotation of axial orientation and comprising at least: - an input element capable of being rotated by a driving shaft, - an output element comprising at least one web rotationally connected to a driven shaft, - elastic members with circumferential action interposed between the input element and the output element, and - first and second washers (24A, 24B) which, while being capable of cooperating with the elastic members, are mounted free in rotation with respect to the input element and output element, characterized in that the damping device comprises at least two pendulum oscillators, the first washer comprising at least one first pendulum oscillator and the second washer comprising at least one second pendulum oscillator. - an input element capable of being rotated by a driving shaft, - an output element comprising at least one web rotationally connected to a driven shaft, - elastic members with circumferential action interposed between the input element and the output element, and - first and second washers (24A, 24B) which, while being capable of cooperating with the elastic members, are mounted free in rotation with respect to the input element and output element,
A composite structure comprising: a first stiffener; a second stiffener; and an intermediate structure positioned between said first and second stiffeners such that said first stiffener is coupled to a first side of said intermediate structure, and such that said second stiffener is coupled to a second opposing side of said intermediate structure; a first radius gap defined at least partially between said first stiffener and said intermediate structure; and a second radius gap defined at least partially between said second stiffener and said intermediate structure, wherein said intermediate structure comprises a base portion positioned adjacent said first and second radius gaps (218, 220), and an elongated portion extending away from said base portion, characterized in that said base portion comprises an internal cavity extending there through. a first stiffener; a second stiffener; and an intermediate structure positioned between said first and second stiffeners such that said first stiffener is coupled to a first side of said intermediate structure, and such that said second stiffener is coupled to a second opposing side of said intermediate structure; a first radius gap defined at least partially between said first stiffener and said intermediate structure; and a second radius gap defined at least partially between said second stiffener and said intermediate structure, wherein said intermediate structure comprises a base portion positioned adjacent said first and second radius gaps (218, 220), and an elongated portion extending away from said base portion, characterized in that said base portion comprises an internal cavity extending there through.
A non-pressure relieving ball valve comprising: • a stem configured to perform ON operation of the ball valve which facilitates flow of pressurized fluid in said ball valve, and OFF operation of the ball valve to restrict flow of pressurized fluid in said ball valve; • a ball coupled to said stem and configured to control flow of pressurized fluid through said ball valve; • a seat abutting said ball to restrict the leakage of pressurized fluid when the ball is in the OFF position; • a sealing gasket configured to restrict the flow of said pressurized fluid through said ball valve; and • a ring configured to be fitted in said ball valve between said seat and said sealing gasket; characterized in that, the sealing gasket is configured to restrict the flow of said pressurized fluid through said ball valve from either side of the seat, in that the ring is a slotted ring, and in that said slotted ring is adapted to permit ingress of pressurized fluid in gaps defined on said slotted ring to provide a desired extra force from a back side of said seat towards said ball for enabling abutment of said seat with said ball, thereby preventing flow of pressurized fluid from a valve cavity of said ball valve towards an upstream/downstream end of said ball valve. • a stem configured to perform ON operation of the ball valve which facilitates flow of pressurized fluid in said ball valve, and OFF operation of the ball valve to restrict flow of pressurized fluid in said ball valve; • a ball coupled to said stem and configured to control flow of pressurized fluid through said ball valve; • a seat abutting said ball to restrict the leakage of pressurized fluid when the ball is in the OFF position; • a sealing gasket configured to restrict the flow of said pressurized fluid through said ball valve; and • a ring configured to be fitted in said ball valve between said seat and said sealing gasket; the sealing gasket is configured to restrict the flow of said pressurized fluid through said ball valve from either side of the seat, in that the ring is a slotted ring, and in that said slotted ring is adapted to permit ingress of pressurized fluid in gaps defined on said slotted ring to provide a desired extra force from a back side of said seat towards said ball for enabling abutment of said seat with said ball, thereby preventing flow of pressurized fluid from a valve cavity of said ball valve towards an upstream/downstream end of said ball valve.
Frame for or with a dust space filter for a vacuum cleaner; with the air guidance channels for carrying air from the dust space of the vacuum cleaner to the dust space filter side (2, 3) of the frame, wherein at least one channel is provided with an entry window (5, 6) and thus with an opening, which is provided with an edge on the side which is opposite the dust space filter side (2, 3), and wherein the entry window (5, 6) adjoins the dust space filter side (2, 3) laterally, characterised in that the entry window or entry windows are aligned so that these project from the dust space filter side (2, 3) at right angles or at least essentially at right angles.
A method for receiving sound at a teleconference phone from a teleconference host, comprising: receiving a speech sample of a person to act as the teleconference host; using the speech sample to recognize that the teleconference host is speaking and determining a location of the identified teleconference host relative to the teleconference phone or identifying a direction of the selected teleconference host relative to the teleconference phone; when the teleconference host is speaking, prioritizing the reception of audio from the direction of the teleconference host over audio received at said teleconference phone from other directions by giving audio received from the direction of the teleconference host a higher priority over other audio beams within a beamforming algorithm; and when the teleconference host is not speaking, receiving audio from other participants positioned around said teleconference phone. receiving a speech sample of a person to act as the teleconference host; using the speech sample to recognize that the teleconference host is speaking and determining a location of the identified teleconference host relative to the teleconference phone or identifying a direction of the selected teleconference host relative to the teleconference phone; when the teleconference host is speaking, prioritizing the reception of audio from the direction of the teleconference host over audio received at said teleconference phone from other directions by giving audio received from the direction of the teleconference host a higher priority over other audio beams within a beamforming algorithm; and when the teleconference host is not speaking, receiving audio from other participants positioned around said teleconference phone.
An apparatus for drawing an image on a thermal medium, the apparatus comprising an overlapped part removing unit configured to detect an overlapped part between strokes or stroke groups forming a character to be drawn to remove the detected overlapped part, characterized in that the apparatus further comprises: a dissipation liability information attaching unit configured to attach dissipation liability information to one or more of the strokes or one or more stroke groups grouping continuous strokes, the dissipation liability information indicating that the strokes or the stroke groups to which the dissipation liability information is attached are liable to dissipate due to the removal of the detected overlapped part; and a stroke excluding unit configured to exclude the strokes or the stroke groups to which the dissipation liability information is attached such that the overlapped part is not removed from the excluded strokes or the excluded stroke groups when the overlapped part removing unit removes the overlapped part between the strokes or the stroke groups. a dissipation liability information attaching unit configured to attach dissipation liability information to one or more of the strokes or one or more stroke groups grouping continuous strokes, the dissipation liability information indicating that the strokes or the stroke groups to which the dissipation liability information is attached are liable to dissipate due to the removal of the detected overlapped part; and a stroke excluding unit configured to exclude the strokes or the stroke groups to which the dissipation liability information is attached such that the overlapped part is not removed from the excluded strokes or the excluded stroke groups when the overlapped part removing unit removes the overlapped part between the strokes or the stroke groups.