mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically-heating cigarette smoking device having an electronic cigarette smoking function, comprising a cigarette holder , an electronically-vaporizing component and a mouth piece which are mutually matched for assembly, wherein the cigarette holder comprises a cigarette holding cavity and an optional end cap; the electronically-vaporizing component comprises a shell and the following assemblies located in the shell : a power supply , an air flow sensor switch and an electronic vaporizer having a central air flow passage; and the mouth piece is provided with an air flow passage , the optional end cap is used for closing one open end of the shell when present; the electrically-heating cigarette smoking device still comprises an air flow sensor switch gas inlet , the air flow sensor switch gas inlet perforates the shell and/or the optional end cap of the electrically-heating cigarette holder, and is in communication with the air flow passage in the mouth piece via the air flow sensor switch ; characterized in that the cigarette holder is an electrically-heating cigarette holder having an electrical heater, in that the cigarette holding cavity is an electrically-heating cigarette holding cavity and in that the electronic vaporizer and the electrically-heating cigarette holder are arranged in parallel; the central air flow passage of the electronic vaporizer and the electrically-heating cigarette holding cavity are both in communication with the airflow passage in the mouth piece .
A system for assisting in manoeuvring of an assisted vessel with thrust capabilities the system comprising: - a master dynamic positioning system controlling a number of auxiliary vessels as one unit and controlling the thrust capabilities of the assisted vessel for assisting in manoeuvring of the assisted vessel, and - an interface unit providing an interface between a control and sensor system of the assisted vessel with thrust capabilities and the master dynamic positioning system , wherein the interface unit is configured to transmit commands from the master dynamic positioning system to the control and sensor system of the assisted vessel to control the thrust capabilities of the assisted vessel and wherein the interface unit is configured to transmit information from the control and sensor system of the assisted vessel to the master dynamic positioning system , wherein the information from the control and sensor system of the assisted vessel transmitted to the master dynamic positioning system includes at least one of: - a rudder angle of the assisted vessel, - a pitch angle of the controllable pitch propeller (CPP) of the assisted vessel, - a propeller revolutions per minute (RPM) of the assisted vessel, - an engine revolutions per minute (RPM) of the assisted vessel, - an engine power of the assisted vessel, - a thruster angle of the assisted vessel, - a thruster revolutions per minute (RPM) of the assisted vessel, or - a thruster power of the assisted vessel. - a master dynamic positioning system controlling a number of auxiliary vessels as one unit and controlling the thrust capabilities of the assisted vessel for assisting in manoeuvring of the assisted vessel, and - an interface unit - a rudder angle of the assisted vessel, - a pitch angle of the controllable pitch propeller (CPP) of the assisted vessel, - a propeller revolutions per minute (RPM) of the assisted vessel, - an engine revolutions per minute (RPM) of the assisted vessel, - an engine power of the assisted vessel, - a thruster angle of the assisted vessel, - a thruster revolutions per minute (RPM) of the assisted vessel, or - a thruster power of the assisted vessel.
A pharmaceutical composition for use in the treatment of a patient suffering from haemophilia A comprising the blood factor Factor VIII and a colloidal particle, wherein the colloidal particle comprises about 0.5 to 20 mole percent of an amphipathic lipid derivatized with a biocompatible hydrophilic polymer, wherein the colloidal particle is substantially neutral and the polymer carries substantially no net charge, wherein the blood factor is not encapsulated in said colloidal particle, wherein the composition is administered subcutaneously and wherein repeated subcutaneous administration of the pharmaceutical composition is carried out before the concentration of the pharmaceutical composition in the blood reduces to sub-therapeutic levels.
A combination comprising: (a) CAR peptide of SEQ ID NO: 1; and (b) a vasodilator for use in preventing or treating pulmonary hypertension, wherein (a) and (b) are to be co-administered, wherein the CAR peptide is to be administered orally. (a) CAR peptide of SEQ ID NO: 1; and (b) a vasodilator
An electrode assembly configured to have a rectangular structure comprising two long sides and two short sides when viewed in a plan view, wherein the electrode assembly is configured to have a stacked type structure or a laminated and stacked type structure, wherein the electrode assembly comprises positive electrode tabs protruding from two, three or more regions of a first long side that are spaced apart from each other along the length of the first long side when viewed in a plan view, the first long side being one of the two long sides , and negative electrode tabs protruding from two, three or more regions of a second long side that are spaced apart from each other along the length of the second long side when viewed in a plan view, the second long side being the other of the two long sides , and wherein the positive electrode tabs are coupled to a positive electrode lead , located at the first long side , whereas the negative electrode tabs are coupled to a negative electrode lead , located at the second long side , wherein the length of the positive electrode lead is longer than the maximum distance between the positive electrode tabs and a length of the negative electrode lead is longer than the maximum distance between the negative electrode tabs , wherein the length of each of the long sides is 200 % or more of a length of each of the short sides , and wherein the positive electrode tabs and the negative electrode tabs protrude respectively from the first long side and the second long side so as to be opposite each other.
An arrangement for controlling a rock drilling machine during an extraction of a drill string from a drilled bore, the rock drilling machine being movably arranged on a feeder , the arrangement comprising: - an actuator arranged to move the rock drilling machine in a direction opposed to a drilling direction along the feeder , - a rotation motor arranged to rotate the drill string , and - an actuator controller arranged to control the actuator during the extraction of the drill string from a drilled bore, characterized in, the actuator controller being arranged to control the actuator according to a first and a second mode, in dependence of at least one operational parameter from a set of parameters including: a representation of a torque (Tq) generated by the rotation motor to rotate the drill string, a representation of a rotation speed (R) of the drill string provided by the rotation motor , a representation of a force (F) provided by the actuator to move the rock drilling machine in the direction opposed to the drilling direction, and a representation of a moving speed (v) of the rock drilling machine provided by the actuator , wherein the actuator controller , in the first mode, is arranged to control a moving speed (v) at which the actuator moves the rock drilling machine in the direction opposed to the drilling direction, and wherein the actuator controller , in the second mode, is arranged to control a force (F) provided by the actuator to move the rock drilling machine in the direction opposed to the drilling direction. - an actuator arranged to move the rock drilling machine in a direction opposed to a drilling direction along the feeder , - a rotation motor arranged to rotate the drill string , and - an actuator controller arranged to control the actuator during the extraction of the drill string from a drilled bore, the actuator controller being arranged to control the actuator according to a first and a second mode, in dependence of at least one operational parameter from a set of parameters including: a representation of a torque (Tq) generated by the rotation motor to rotate the drill string, a representation of a rotation speed (R) of the drill string provided by the rotation motor , a representation of a force (F) provided by the actuator to move the rock drilling machine in the direction opposed to the drilling direction, and a representation of a moving speed (v) of the rock drilling machine provided by the actuator , wherein the actuator controller , in the first mode, is arranged to control a moving speed (v) at which the actuator moves the rock drilling machine in the direction opposed to the drilling direction, and wherein the actuator controller , in the second mode, is arranged to control a force (F) provided by the actuator to move the rock drilling machine in the direction opposed to the drilling direction.
A solar thermal collector comprising a glass plate , an absorber , an apparatus for overheat prevention and a transparent insulation including thermal convection suppression, said insulation suppressing convective heat transfer between said glass plate and said absorber , characterized in that said absorber includes a spectrally selective coating with an emittance greater than 0.15 at wavelengths greater than a critical wavelength.
Hydraulic rotary shock absorber, comprising a stator and a rotor with a central chamber , wherein hydraulic chambers are defined in between the stator and the rotor , wherein at least two hydraulic chambers are connected via a first hydraulic link, and wherein the first hydraulic link comprises a circumferentially extending channel being arranged in the rotor radially outside the central chamber , characterized in that the central chamber of the rotor provides a compensation chamber , which is hydraulically connected over a valve to at least one of the hydraulic chambers .
A pharmaceutical composition comprising roflumilast and a blend of water-miscible, pharmaceutically acceptable solvents, wherein said blend comprises diethylene glycol monoethyl ether and water, wherein said diethylene glycol monoethyl ether is in an amount of 10-30% (w/w), said water is in an amount of 20-90% (w/w), and wherein said roflumilast is in an amount of 0.05-2% w/w.
Flushing arrangement for flushing systems for cleaning surgical wounds by means of flushing liquid comprising an outer pipe , in which an inner pipe is arranged, wherein between outer pipe and inner pipe an annular gap is formed at least in sections, and on the free end of the outer pipe an attachment is provided, wherein outlet openings for the flushing liquid are formed in the attachment , which are designed in such a manner that the flushing liquid exits at an angle α and thus obliquely to the longitudinal centre line of the pipes , characterised in that the free end of the attachment is formed by a funnel-shaped section and in that the outlet openings are formed in the area of a constriction facing away from the pipes and in the immediate vicinity of the section .
An insect catching means comprising an adhesive paper which has grid lines lines to facilitate determination of insect number per given area, characterised in that the adhesive paper comprises at least two insect capture surfaces (102;104), a first surface which is a darker shade or colour for absorbing light and making captured insects less visible to someone viewing the insect catching means through an insect trap cover, and a second surface , which is a light colour or shade and which has grid lines marked thereon designed to facilitate counting and or identification of captured insects, and wherein the second surface is detachable from the first surface and comprises a non-glued area which can be written on, or have data appended thereto.
A computer implemented method of reporting button actions generated using a touch sensitive input device , comprising: determining that the surface of the touch-sensitive input device is pushed down; in response to determining that the touch-sensitive input device is pushed down, detecting a number of fingers on a surface of the touch-sensitive input device using a first frame; responsive to detecting two fingers on the surface of the touch-sensitive input device in the first frame, reporting a right button down action; responsive to detecting one finger on the surface of the touch-sensitive input device in the first frame, initiating a period of time before reporting any button actions, wherein the period of time comprises a plurality of frames; responsive to detecting two fingers on the surface of the input device in one of the frames during the period of time, reporting the right button down action before the period of time elapses; and responsive to detecting one finger on the surface of the touch sensitive input device during the period of time, reporting a left button down upon the period of time elapsing. determining that the surface of the touch-sensitive input device is pushed down; in response to determining that the touch-sensitive input device is pushed down, detecting a number of fingers on a surface of the touch-sensitive input device using a first frame; responsive to detecting two fingers on the surface of the touch-sensitive input device in the first frame, reporting a right button down action; responsive to detecting one finger on the surface of the touch-sensitive input device in the first frame, initiating a period of time before reporting any button actions, wherein the period of time comprises a plurality of frames; responsive to detecting two fingers on the surface of the input device in one of the frames during the period of time, reporting the right button down action before the period of time elapses; and responsive to detecting one finger on the surface of the touch sensitive input device during the period of time, reporting a left button down upon the period of time elapsing.
A capsule comprising: a) organic pullulan in an amount of at least 70wt% of said capsule, b) a setting system in an amount of at least 0.01wt% of said capsule, said setting system comprising a hydrocolloid selected from the group consisting of: natural seaweeds, natural seed gums, natural plant exudates, natural fruit extracts, biosynthetic gums, gelatines, polysaccharides, and mixtures thereof; c) a surfactant comprising a sucroglyceride or a sugar fatty acid ester or mixture thereof in an amount of from 0.4wt% to 1.5wt% of said capsule; wherein said wt% amounts are exclusive of water present in the capsule. a) organic pullulan in an amount of at least 70wt% of said capsule, b) a setting system in an amount of at least 0.01wt% of said capsule, said setting system comprising a hydrocolloid selected from the group consisting of: natural seaweeds, natural seed gums, natural plant exudates, natural fruit extracts, biosynthetic gums, gelatines, polysaccharides, and mixtures thereof; c) a surfactant comprising a sucroglyceride or a sugar fatty acid ester or mixture thereof in an amount of from 0.4wt% to 1.5wt% of said capsule;
Device for mechanical connection between two parts , characterized in that it comprises two tenons each extending from opposite faces of a spacer plate , each one of the tenons having two appendices , forming coupling arms, each appendix being positioned on either side of the tenon, the appendices of one tenon being positioned in a longitudinal direction that is different from that of the appendices of the other tenon, each one of the appendices having means for coupling to a device for locking the tenons.
An interference signal information detection method of a terminal in a wireless communication system, the method comprising: acquiring a first control information part of another terminal and a second control information part of the other terminal from a received signal; generating first control information candidates corresponding to a bit length of the first control information part; generating second control information by decoding the second control information part; generating candidates cyclic redundancy check, CRC, information based on the first control information candidates and the second control information; acquiring candidate terminal identifiers from the generated candidate CRC information; blindly decoding first control information based on the first control information candidates, wherein the blindly decoding of the first control information comprises generating masking sequences based on the acquired candidate terminal identifiers and scrambling the first control information candidates using the generated masking sequences; calculating correlation coefficients between the scrambled first control information candidates and the decoded first control information; determining the first control information corresponding to the candidate having the highest correlation coefficient as the first control information; and detecting and removing interference signals of the other terminal from the received signal based on the blindly decoded first control information. acquiring a first control information part of another terminal and a second control information part of the other terminal from a received signal; generating first control information candidates corresponding to a bit length of the first control information part; generating second control information by decoding the second control information part; generating candidates cyclic redundancy check, CRC, information based on the first control information candidates and the second control information; acquiring candidate terminal identifiers from the generated candidate CRC information; blindly decoding first control information based on the first control information candidates, wherein the blindly decoding of the first control information comprises generating masking sequences based on the acquired candidate terminal identifiers and scrambling the first control information candidates using the generated masking sequences; calculating correlation coefficients between the scrambled first control information candidates and the decoded first control information; determining the first control information corresponding to the candidate having the highest correlation coefficient as the first control information; and detecting and removing interference signals of the other terminal from the received signal based on the blindly decoded first control information.
A method of playing back audio/video signals by means of an audio/video system comprising a decoder appliance connected to a display screen and to at least one wireless speaker, the decoder appliance comprising a demultiplexer having an input connected to a source of audio/video data, a first output connected to a video processor circuit arranged to supply video data to the display screen, and a second output connected to an audio processor circuit arranged to supply encoded audio frames to a radio transmitter, the speaker including a radio receiver connected to a decoder circuit arranged to supply a sound playback member with decoded audio frames resulting from decoding the encoded audio frames, the speaker including a clock that is synchronized with a clock of the decoder and a buffer for storing audio frames so as to allow latency between receiving encoded audio frames and supplying decoded audio frames, the method comprising the steps of: · determining a filling level of the buffer of said at least one speaker; · comparing the filling level of the buffer of said at least one speaker with a filling target equal to the sum of a safety value, aimed to compensate unexpected disturbances and corresponding to a minimum value of the filling target, plus a margin equal to a sliding value as a function of present and past filling levels of the buffer, and deducing a filling difference therefrom; · increasing or decreasing the number of audio frames that are stored as a function of the filling difference so as to adjust the latency. · determining a filling level of the buffer of said at least one speaker; · comparing the filling level of the buffer of said at least one speaker with a filling target equal to the sum of a safety value, aimed to compensate unexpected disturbances and corresponding to a minimum value of the filling target, plus a margin equal to a sliding value as a function of present and past filling levels of the buffer, and deducing a filling difference therefrom; · increasing or decreasing the number of audio frames that are stored as a function of the filling difference so as to adjust the latency.
Submarine with a device for the concealed deployment of an inflatable boat , the device having a storage region arranged outside the pressure hull of the submarine , wherein the storage area is designed for storing and dispensing a pressure-resistant capsule , wherein the capsule is designed to receive an inflatable boat , wherein the capsule is cylindrical in shape, wherein the capsule has two half-shells , wherein the half-shells have a flat connecting region , wherein the bearing region has a clamping device , wherein the clamping device is designed for fixing the capsule , wherein the clamping device contacts the capsule in the connecting region of the half-shells , wherein the bearing region and the capsule are connected to one another via a retaining cable , wherein the bearing region has a dispensing device for controlled dispensing of the retaining cable .
A method for manufacturing a ceramic circuit board , the ceramic circuit board including a copper plate bonded to at least one surface of a ceramic substrate via a brazing material layer , the brazing material layer including Ag, Cu, a reactive metal, and one type or two types selected from Sn and In, the method for manufacturing a ceramic circuit board comprising: preparing a ceramic circuit board including a copper plate bonded on a ceramic substrate via a brazing material layer , a portion of the brazing material layer being exposed between a pattern shape of the copper plate ; a first chemical polishing process (2-1) of chemically polishing the portion of the brazing material layer by using a chemical polishing liquid; a first brazing material etching process (3-1) of etching the chemically polished portion of the brazing material layer by using an etchant, the etchant being different from the chemical polishing liquid, having a pH of 6 or less, and including one type or two types selected from hydrogen peroxide and ammonium peroxodisulfate; and a second chemical polishing process (2-2) of chemically polishing the etched portion of the brazing material layer after the first brazing material etching process (3-1). preparing a ceramic circuit board including a copper plate bonded on a ceramic substrate via a brazing material layer , a portion of the brazing material layer being exposed between a pattern shape of the copper plate ; a first chemical polishing process (2-1) of chemically polishing the portion of the brazing material layer by using a chemical polishing liquid; a first brazing material etching process (3-1) of etching the chemically polished portion of the brazing material layer by using an etchant, the etchant being different from the chemical polishing liquid, having a pH of 6 or less, and including one type or two types selected from hydrogen peroxide and ammonium peroxodisulfate; and a second chemical polishing process (2-2) of chemically polishing the etched portion of the brazing material layer after the first brazing material etching process (3-1).