mhurhangee/ep-ind-claims huggingface dataset:
Refillable liquid cartridge system comprising: a docking cap for controlling liquid flow from a main container to a refillable cartridge, a refillable cartridge for use as a portable spray device and mounted on the docking cap, a main container for providing liquid contained therein to the refillable cartridge and mounted on the docking cap, a power supply for powering the docking cap, wherein the docking cap comprises a micro-pump system, and a system controller operable to control the micro-pump, characterised in that the micro-pump system is operable to pump liquid from the main container to the refillable cartridge and to detect an empty state of the main container and a full state of the refillable cartridge, wherein the micro-pump system is operable to detect combined time dependant acoustic and mechanical vibrations generated by flow of liquid, and to provide electric signals to the system controller, and wherein the system controller is operable to analyse the electrical signal in order to determine the state of the liquid flow. a docking cap for controlling liquid flow from a main container to a refillable cartridge, a refillable cartridge for use as a portable spray device and mounted on the docking cap, a main container for providing liquid contained therein to the refillable cartridge and mounted on the docking cap, a power supply for powering the docking cap, wherein the docking cap comprises a micro-pump system, and a system controller operable to control the micro-pump, a micro-pump system, and a system controller operable to control the micro-pump, characterised in that the micro-pump system is operable to pump liquid from the main container to the refillable cartridge and to detect an empty state of the main container and a full state of the refillable cartridge, wherein the micro-pump system is operable to detect combined time dependant acoustic and mechanical vibrations generated by flow of liquid, and to provide electric signals to the system controller, and wherein the system controller is operable to analyse the electrical signal in order to determine the state of the liquid flow.
A blinker device comprising a blinker housing and an elastic member, wherein the blinker housing internally equipped with a light source is configured to be elastically supported on a fixing portion on the side of a vehicle body via the elastic member, wherein the elastic member is configured to be capable of being fitted to and removed from the fixing portion by elastically deforming a part of the elastic member, wherein the blinker device further comprises: a fixing member that is fixed to the elastic member; and a fastening member that fixes the blinker housing, the elastic member, and the fixing member integrally, wherein in the fixing member, a fastening hole portion through which the fastening member is inserted, and a wiring hole portion through which a wiring to supply electricity to the light source is inserted, are disposed side by side to each other, wherein the wiring hole portion is provided with a cut-away that opens a part of the wiring hole portion, and the fixing member is provided with a halved cylindrical portion that is stood from a rim of the wiring hole portion and passes through a through hole for wiring provided in the elastic member, characterized in that: the fixing member is provided with a tubular collar member that passes through a through hole for the fastening member provided in the elastic member so as to be stood from a rim of the fastening hole portion and parallel to the halved cylindrical portion. a fixing member that is fixed to the elastic member; and a fastening member that fixes the blinker housing, the elastic member, and the fixing member integrally, the fixing member is provided with a tubular collar member that passes through a through hole for the fastening member provided in the elastic member so as to be stood from a rim of the fastening hole portion and parallel to the halved cylindrical portion.
A transit system for bends, intersections and branchings of cableway systems having vehicles which are driven by electric linear motors (6, 7) and which have a mounting system comprising cable carriages, wherein the cableway system consists of at least one carrying cable, which can be used for attaching the stator of the electric linear motor, or of a carrying cable and at least one warp cable with stator for the linear motor, wherein said cables (1, 2) are borne along the line on support masts or stations, characterized in that, while the stator is borne in a flexible manner on the cable, the stator, in the region of a bend and also in the region of an intersection between two or more cable lines, or in the region of a lateral branching, is attached in the first case to an arc-shaped rigid carrier having a straight run-in and run-out section, together with rigid guides for one or for a plurality of articulated rotors, while in the second case the stator is attached to a substantially straight, rigid carrier which runs parallel to at least one guide for the carriage, wherein this guide is mounted such as to be able to rotate about an axis which runs through the point of intersection of the centre lines of the intersecting, or branching, cable lines and perpendicular to the plane containing these cable lines, and in that said one or said plurality of rotatable guides form a ramp for the changeover of the carriage of the vehicle from one line to the other.
A method of synthesis and purification of a nucleotide being a mono-, di- or triphosphate, characterized in that a copper - catalyzed Huisgen's azide-alkyne cycloaddition reaction is performed comprising using compound of structure 1: where: with a compound of structure 2: or with a compound of structure 3: or with a compound of structure 4: or with a compound of structure 5: wherein reaction mixture solvents comprise TEAA buffer, ie. triethylamine-acetic acid, sodium ascorbate and DMSO, wherein the synthesis is performed at temperature of 40°C for 2 hours is essential for obtaining compound with a structure 6: from structure 2 and temperature 40-55°C for 1-6 hours is essential for obtaining compound with a: from the corresponding azides of structures 3-5, and wherein the direct one-step purification of the synthesis product is performed using reversed-phase chromatography.
An automatic handrail tensioning system, comprising: a sensor (210a, 210b) for detecting information that can reflect a tension degree of the handrail; a controller for determining tension degree information of the handrail according to the information detected by the sensor (210a, 210b), and generating a corresponding control instruction for adjusting the tension degree of the handrail based on the tension degree information; and an actuator for driving a tensioning device to adjust the tension degree of the handrail based on the control instruction; and characterized in that: the sensor (210a, 210b) comprises a ranging sensor for detecting spacing information between the handrail and the handrail guideway. a sensor (210a, 210b) for detecting information that can reflect a tension degree of the handrail; a controller for determining tension degree information of the handrail according to the information detected by the sensor (210a, 210b), and generating a corresponding control instruction for adjusting the tension degree of the handrail based on the tension degree information; and an actuator for driving a tensioning device to adjust the tension degree of the handrail based on the control instruction; and characterized in that: the sensor (210a, 210b) comprises a ranging sensor for detecting spacing information between the handrail and the handrail guideway.
A method for sequencing a target polynucleotide, comprising: (a) providing an amplified polynucleotide sequencing template comprising (i) a 3' universal sequencing tag comprising at least three contiguous non-natural nucleobases capable of being replicated during amplification by an amplification polymerase, and (ii) a 5' target polynucleotide; and (b) hybridizing the polynucleotide sequencing template with a universal sequencing primer at least a portion of which is complementary to the 3' universal sequencing tag of the polynucleotide sequencing template, wherein the universal sequencing primer comprises at least three contiguous non-natural nucleobases capable of being replicated during amplification and complementary to at least three contiguous non-natural nucleobases present in the 3' universal sequencing tag, (c) generating primer extension products under conditions sufficient to generate sequencing fragments corresponding to a portion of the polynucleotide target, wherein the at least three contiguous non-natural nucleobases prevent a sequencing DNA polymerase from completing primer extension, thereby preventing generation of sequencing fragments containing the portion of the amplified polynucleotide sequencing template that is 5' to the at least three contiguous non-natural nucleobases. (a) providing an amplified polynucleotide sequencing template comprising (i) a 3' universal sequencing tag comprising at least three contiguous non-natural nucleobases capable of being replicated during amplification by an amplification polymerase, and (ii) a 5' target polynucleotide; and (i) a 3' universal sequencing tag comprising at least three contiguous non-natural nucleobases capable of being replicated during amplification by an amplification polymerase, and (ii) a 5' target polynucleotide; and (b) hybridizing the polynucleotide sequencing template with a universal sequencing primer at least a portion of which is complementary to the 3' universal sequencing tag of the polynucleotide sequencing template, wherein the universal sequencing primer comprises at least three contiguous non-natural nucleobases capable of being replicated during amplification and complementary to at least three contiguous non-natural nucleobases present in the 3' universal sequencing tag, (c) generating primer extension products under conditions sufficient to generate sequencing fragments corresponding to a portion of the polynucleotide target,
A disinfection apparatus, comprising: a germicidal pulsed light source arranged within the disinfection apparatus such that germicidal light generated from the germicidal pulsed light source is projected exterior to the disinfection apparatus; power regulator circuitry for applying a trigger voltage to the germicidal pulsed light source at a set frequency greater than approximately 20 Hz; power supply circuitry; one or more electrical charge storage devices coupled to the power supply circuitry and to the germicidal pulsed light source; pulse duration circuitry coupled between the one or more electrical charge storage devices and the germicidal pulsed light source, wherein the one or more electrical charge storage devices and the pulse duration circuitry are configured to discharge a set amount of stored energy in a set amount of time such that energy flux of ultraviolet light in the wavelength range between 200 nm and 320 nm generated at the germicidal pulsed light source is between approximately 20 J/m 2 and approximately 1000 J/m 2; an occupancy sensor for determining presence of an individual in a region extending at least 1.0 meter from the disinfection apparatus; a processor; and program instructions executable by the processor for inhibiting and terminating the generation of light from the germicidal pulsed light source upon the occupancy sensor detecting presence of an individual. a germicidal pulsed light source arranged within the disinfection apparatus such that germicidal light generated from the germicidal pulsed light source is projected exterior to the disinfection apparatus; power regulator circuitry for applying a trigger voltage to the germicidal pulsed light source at a set frequency greater than approximately 20 Hz; power supply circuitry; one or more electrical charge storage devices coupled to the power supply circuitry and to the germicidal pulsed light source; pulse duration circuitry coupled between the one or more electrical charge storage devices and the germicidal pulsed light source, wherein the one or more electrical charge storage devices and the pulse duration circuitry are configured to discharge a set amount of stored energy in a set amount of time such that energy flux of ultraviolet light in the wavelength range between 200 nm and 320 nm generated at the germicidal pulsed light source is between approximately 20 J/m 2 and approximately 1000 J/m 2; an occupancy sensor for determining presence of an individual in a region extending at least 1.0 meter from the disinfection apparatus; a processor; and program instructions executable by the processor for inhibiting and terminating the generation of light from the germicidal pulsed light source upon the occupancy sensor detecting presence of an individual.
A muscle stimulation system, comprising: a stimulation pad comprising a flexible housing that includes an aperture and a plurality of electrodes positioned around the aperture, wherein the stimulation pad is adapted to be positioned on the patient' skin in use such that the electrodes are in position to provide stimulating energy to muscle tissue; a cooling element which is not housed in the stimulation pad and is a separate component, such that the cooling element is in use positioned between the plurality of electrodes and at a location that is different than the location on which the electrodes are positioned, and wherein the cooling element is configured to cool one or more superficial tissues aligned with the aperture in use, to increase the impedance of the one or more superficial tissues; and a stimulation control unit in communication with the plurality of electrodes and configured to deliver the stimulating energy to the electrodes to stimulate the contraction of muscle tissue. a stimulation pad comprising a flexible housing that includes an aperture and a plurality of electrodes positioned around the aperture, wherein the stimulation pad is adapted to be positioned on the patient' skin in use such that the electrodes are in position to provide stimulating energy to muscle tissue; a cooling element which is not housed in the stimulation pad and is a separate component, such that the cooling element is in use positioned between the plurality of electrodes and at a location that is different than the location on which the electrodes are positioned, and wherein the cooling element is configured to cool one or more superficial tissues aligned with the aperture in use, to increase the impedance of the one or more superficial tissues; and a stimulation control unit in communication with the plurality of electrodes and configured to deliver the stimulating energy to the electrodes to stimulate the contraction of muscle tissue.
A consumable holder for packaged stacks of consumables, the consumable holder configured to be used in an analyzer, the consumable holder comprising: a plurality of receptacles formed in the consumable holder, the receptacles having a proximate end and a distal end; an opening along a height of each of the plurality of receptacles, the opening being a continuous opening from the proximate end of the receptacle to the distal end of the receptacle; and a support for the packaged consumables proximate to the distal end of the receptacles, characterized in that, when a packaged stack of consumables is placed into the receptacle, the opening at the distal end of the receptable is configured to allow a packaging to be pulled therefrom to remove the packaging from the packaged stack of consumables, wherein the stack of consumables remains in the receptacle and supported therein. a plurality of receptacles formed in the consumable holder, the receptacles having a proximate end and a distal end; an opening along a height of each of the plurality of receptacles, the opening being a continuous opening from the proximate end of the receptacle to the distal end of the receptacle; and a support for the packaged consumables proximate to the distal end of the receptacles, characterized in that, when a packaged stack of consumables is placed into the receptacle, the opening at the distal end of the receptable is configured to allow a packaging to be pulled therefrom to remove the packaging from the packaged stack of consumables, wherein the stack of consumables remains in the receptacle and supported therein.
A sensor, comprising: a light transmitter configured to emit light of a designated wavelength band; a light receiver configured to obtain light of the designated wavelength band emitted from the light transmitter and reflected by an external object; a first optical filter disposed on the light receiver; and a second optical filter disposed on the first optical filter, characterized in that, the first optical filter has a first transmittance for light of the designated wavelength band of more than 80%, and is configured to reflect light outside the designated wavelength band, the second optical filter has a second transmittance less than the first transmittance for light of the designated wavelength band, wherein a combination of the first optical filter and the second optical filter has a transmittance of 80% or more for light of the designated wavelength band of light, and the second optical filter is configured to absorb at least a portion of the light outside the designated wavelength band reflected by the first optical filter, and wherein the designated wavelength band includes a wavelength band from 930nm to 955nm. a light transmitter configured to emit light of a designated wavelength band; a light receiver configured to obtain light of the designated wavelength band emitted from the light transmitter and reflected by an external object; a first optical filter disposed on the light receiver; and a second optical filter disposed on the first optical filter, characterized in that, the first optical filter has a first transmittance for light of the designated wavelength band of more than 80%, and is configured to reflect light outside the designated wavelength band, the second optical filter has a second transmittance less than the first transmittance for light of the designated wavelength band, wherein a combination of the first optical filter and the second optical filter has a transmittance of 80% or more for light of the designated wavelength band of light, and the second optical filter is configured to absorb at least a portion of the light outside the designated wavelength band reflected by the first optical filter, and wherein the designated wavelength band includes a wavelength band from 930nm to 955nm.
An applicator for applying process air to a moving fibrous web, in particular a paper or tissue web, comprising an outer wall having at least one air inlet and at least one outlet opening, characterized in that the applicator further comprises a diffuser, which is arranged in the flow path between the at least one air inlet and the at least one outlet opening, and which has a distance (d) from the outlet opening of more than 0.5 cm, in particular more than 2 cm.
A transducer (614, 714) for a surgical instrument, the transducer comprising: a first end member; a second end member; at least one piezoelectric element (632, 732) positioned intermediate said first end member and said second end member, wherein said at least one piezoelectric element (632, 732) is configured to produce vibrations; and characterised by a pump comprising a flexible strap (617, 717) mounted to said first end member and said second end member, wherein said flexible strap (617, 717) is movable by the vibrations produced by said at least one piezoelectric element (632, 732), and wherein movement of said flexible strap (617, 717) displaces air surrounding said flexible strap (617, 717). a first end member; a second end member; at least one piezoelectric element (632, 732) positioned intermediate said first end member and said second end member, wherein said at least one piezoelectric element (632, 732) is configured to produce vibrations; and characterised by a pump comprising a flexible strap (617, 717) mounted to said first end member and said second end member, wherein said flexible strap (617, 717) is movable by the vibrations produced by said at least one piezoelectric element (632, 732), and wherein movement of said flexible strap (617, 717) displaces air surrounding said flexible strap (617, 717).
A method for braking a wind turbine including at least two rotor blades coupled to a rotor, the method comprising the steps of: detecting (S4.1) a loss of counter torque; controlling (S4.2) a pitch angle of the at least one rotor blades in response to the detected loss of counter torque; detecting (S4.3) a blade-pitch failure in at least one of the rotor blades; varying (S4.4) a rate of change of pitch angle of all functioning rotor blades in response to the detected blade-pitch failure in at least one of the rotor blades; reducing (S4.6) a generator/rotor overspeed threshold value by a predetermined amount in response to the detected blade-pitch failure in at least one of the rotor blades; determining (S4.5) whether a generator/rotor speed is above the decreased generator/rotor overspeed threshold value, and if not continuing to pitch the blades to a feathered position or, if the generator/rotor speed is above the decreased generator/rotor overspeed threshold value, applying a brake to slow the rotor until the generator speed is below a brake-release threshold value. detecting (S4.1) a loss of counter torque; controlling (S4.2) a pitch angle of the at least one rotor blades in response to the detected loss of counter torque; detecting (S4.3) a blade-pitch failure in at least one of the rotor blades; varying (S4.4) a rate of change of pitch angle of all functioning rotor blades in response to the detected blade-pitch failure in at least one of the rotor blades; reducing (S4.6) a generator/rotor overspeed threshold value by a predetermined amount in response to the detected blade-pitch failure in at least one of the rotor blades; determining (S4.5) whether a generator/rotor speed is above the decreased generator/rotor overspeed threshold value, and if not continuing to pitch the blades to a feathered position or, if the generator/rotor speed is above the decreased generator/rotor overspeed threshold value, applying a brake to slow the rotor until the generator speed is below a brake-release threshold value.
A clothes treating apparatus, comprising; a door for opening and closing an accommodation space of the clothes treating apparatus; a hanger provided in the accommodation space for hanging at least one clothes thereon; a controller configured to control an operation of the clothes treating apparatus; and an input unit to receive a user input associated with an operation of the clothes treating apparatus, characterised in that the controller is configured: to determine whether a user input is applied to the input unit within a predetermined time interval after the door has been opened and then closed, if no user input is applied during the predetermined time interval, to determine whether clothes have been added into the accommodation space, and if it is determined that clothes have been added, to perform a preset operation of the clothes treating apparatus. to determine whether a user input is applied to the input unit within a predetermined time interval after the door has been opened and then closed, if no user input is applied during the predetermined time interval, to determine whether clothes have been added into the accommodation space, and if it is determined that clothes have been added, to perform a preset operation of the clothes treating apparatus.