mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking apparatus comprising: a heating device ; a gas passage to guide gas supplied from the outside to the heating device; a gas valve configured to supply gas to the gas passage; a modulating valve configured to adjust the degree of opening of the gas passage; a boosting passage formed to be branched from a first portion of the gas passage and joined to a second portion of the gas passage positioned in the rear of the first portion along a direction in which gas in the gas passage flows; a boosting valve configured to open and close the boosting passage; a first nozzle disposed between the first portion and the second portion of the gas passage; a second nozzle disposed between the second portion of the gas passage and the heating device; a knob connected to the gas valve and configured to control the gas valve to adjust a degree of opening and closing of a gas supply passage; a sensor configured to detect a position of the knob; an ignition device configured to ignite the heating device; and a controller configured to control opening and closing operations of the modulating valve and control opening and closing operations of the boosting valve , wherein when the knob is positioned at a preset first point, the controller operates the ignition device , opens the modulating valve , and closes the boosting valve . a heating device ; a gas passage to guide gas supplied from the outside to the heating device; a gas valve configured to supply gas to the gas passage; a modulating valve configured to adjust the degree of opening of the gas passage; a boosting passage formed to be branched from a first portion of the gas passage and joined to a second portion of the gas passage positioned in the rear of the first portion along a direction in which gas in the gas passage flows; a boosting valve configured to open and close the boosting passage; a first nozzle disposed between the first portion and the second portion of the gas passage; a second nozzle disposed between the second portion of the gas passage and the heating device; a knob connected to the gas valve and configured to control the gas valve to adjust a degree of opening and closing of a gas supply passage; a sensor configured to detect a position of the knob; an ignition device configured to ignite the heating device; and a controller configured to control opening and closing operations of the modulating valve and control opening and closing operations of the boosting valve , wherein when the knob is positioned at a preset first point, the controller operates the ignition device , opens the modulating valve , and closes the boosting valve .
A wall-mounted air conditioning indoor unit that is installed on a side wall of an air conditioning target space and uses plural flaps to change the air direction of outlet air blown out from an air outlet , the air conditioning indoor unit comprising: a front flap that adjusts the air direction of the outlet air; and a rear flap that adjusts the air direction of the outlet air in a position closer to the side wall than the front flap , wherein the front flap has a first airflow surface that allows the outlet air to flow along it when the outlet air travels through an air passage space sandwiched between the rear flap and the front flap , the rear flap has a second airflow surface that allows the outlet air to flow along it when the outlet air travels through the air passage space, the front flap , when generating an airflow heading toward a lower portion of the side wall, has its lower end positioned lower than a lowermost end of the air outlet , and the rear flap , when generating an airflow heading toward the lower portion of the side wall, adopts a predetermined posture in which its lower end is positioned more toward the side wall than its upper end so that the second airflow surface is inclined relative to a vertical plane, wherein the front flap , when generating an airflow heading toward the lower portion of the side wall, adopts a posture in which its lower end is positioned more toward the side wall than its upper end so that the first airflow surface is inclined relative to a vertical plane and the outlet air is deflected toward the side wall by the first airflow surface . a front flap that adjusts the air direction of the outlet air; and a rear flap that adjusts the air direction of the outlet air in a position closer to the side wall than the front flap , wherein the front flap has a first airflow surface that allows the outlet air to flow along it when the outlet air travels through an air passage space sandwiched between the rear flap and the front flap , the rear flap has a second airflow surface that allows the outlet air to flow along it when the outlet air travels through the air passage space, the front flap , when generating an airflow heading toward a lower portion of the side wall, has its lower end positioned lower than a lowermost end of the air outlet , and the rear flap , when generating an airflow heading toward the lower portion of the side wall, adopts a predetermined posture in which its lower end is positioned more toward the side wall than its upper end so that the second airflow surface is inclined relative to a vertical plane, wherein the front flap , when generating an airflow heading toward the lower portion of the side wall, adopts a posture in which its lower end is positioned more toward the side wall than its upper end so that the first airflow surface is inclined relative to a vertical plane and the outlet air is deflected toward the side wall by the first airflow surface .
A method performed by an image-capture device, the method comprising: receiving instructions to enter a first mode to capture a plurality of still images before receiving an indication of a capture command; capturing and storing, in response to receiving the instructions to enter the first mode, the plurality of still images; receiving the indication of the capture command; and identifying , in response to receiving the indication of the capture command, a subset of the plurality of still images, the identified subset of the plurality of still images captured in temporal proximity to the receiving of the indication of the capture command; receiving instructions to enter a second mode to display the identified subset of the plurality of still images; determining, in response to receiving the instructions to enter the second mode, an image quality characteristic for first and second still images from the identified subset of the plurality of still images, the first still image captured in response to receiving the indication of the capture command; determining that the image quality characteristic for the second still image is better than the image quality characteristic for the first still image; displaying the identified subset of the plurality of still images, including the second still image; and in response to determining that the image quality characteristic for the second still image is better than the image quality characteristic for the first still image, highlighting the second still image. receiving instructions to enter a first mode to capture a plurality of still images before receiving an indication of a capture command; capturing and storing, in response to receiving the instructions to enter the first mode, the plurality of still images; receiving the indication of the capture command; and identifying , in response to receiving the indication of the capture command, a subset of the plurality of still images, the identified subset of the plurality of still images captured in temporal proximity to the receiving of the indication of the capture command; receiving instructions to enter a second mode to display the identified subset of the plurality of still images; determining, in response to receiving the instructions to enter the second mode, an image quality characteristic for first and second still images from the identified subset of the plurality of still images, the first still image captured in response to receiving the indication of the capture command; determining that the image quality characteristic for the second still image is better than the image quality characteristic for the first still image; displaying the identified subset of the plurality of still images, including the second still image; and in response to determining that the image quality characteristic for the second still image is better than the image quality characteristic for the first still image, highlighting the second still image.
Mobile show stage, with at least one wall laterally unfoldable from a load platform of a vehicle or of a trailer by means of cable haulage to form a stage, comprising the following features: a) in front and/or behind the load platform , especially in the area of a front and/or rear wall of the regarding vehicle or trailer , at least one vertical adjusting equipment is provided each, which on the one hand is directly or indirectly supported by the chassis of the vehicle or trailer, and on the other hand is coupled for a vertical adjustment to an approximately horizontally extending beam approximately in the horizontal center thereof; b) at each vertically adjustable horizontal beam , there is provided at least one guide pulley of a pulley block; c) around guide pulleys of a pulley block mounted to a vertically adjustable horizontal beam , only strands of one or several such cable haulages are looped, the free end or ends of which is or are connected to a single, unfoldable wall (3;4). a) in front and/or behind the load platform , especially in the area of a front and/or rear wall of the regarding vehicle or trailer , at least one vertical adjusting equipment is provided each, which on the one hand is directly or indirectly supported by the chassis of the vehicle or trailer, and on the other hand is coupled for a vertical adjustment to an approximately horizontally extending beam approximately in the horizontal center thereof; b) at each vertically adjustable horizontal beam , there is provided at least one guide pulley of a pulley block; c) around guide pulleys of a pulley block mounted to a vertically adjustable horizontal beam , only strands of one or several such cable haulages are looped, the free end or ends of which is or are connected to a single, unfoldable wall (3;4).
A current transducer comprising a housing including a base and a cover , a magnetic circuit mounted within a cavity of the base, the magnetic circuit comprising a magnetic core and a least one coil wound around the magnetic core, a magnetic field detector, and an electric circuit comprising a first circuit board mounted within the housing, the first circuit board comprising a signal processing circuit connected to the magnetic field detector and to the coil, characterized in that the transducer further comprises a second circuit board comprising one or more power amplifiers mounted thereon, the second circuit board being integrated on an inner side of a metallic support substrate, the metal support substrate forming an outer layer of said cover , the metallic support substrate fixed to the housing base to cover the cavity therein with the second circuit board forming an inner side of the cover facing the first circuit board, the first and second boards interconnected electrically by electrical interconnections .
A wireless communication device comprising a first signal transmitting and/or receiving unit with at least one antenna element for transmitting and/or receiving a communication link signal, wherein the wireless communication device comprises a separately formed phase reference unit with at least one phase reference member for receiving and/or transmitting a phase reference signal, characterized in that the phase reference signal and the communication link signal are phase locked in a test mode, wherein the first signal transmitting and/or receiving unit and phase reference unit use different frequency bands, the phase reference unit is a second signal transmitting and/or receiving unit of a wireless technology different to the one of the first signal transmitting and/or receiving unit , and/or the communication link signal and the phase reference signal relate to different types of electromagnetic signal. the phase reference signal and the communication link signal are phase locked in a test mode, wherein the first signal transmitting and/or receiving unit and phase reference unit use different frequency bands, the phase reference unit is a second signal transmitting and/or receiving unit of a wireless technology different to the one of the first signal transmitting and/or receiving unit , and/or the communication link signal and the phase reference signal relate to different types of electromagnetic signal.
A compact drive, comprising at least three drive components, including at least an electric motor , a gear unit and an electronic circuit, in particular converter, wherein a central housing part is provided, wherein the stator of the electric motor is detachably connected, in particular by means of a clamping connection, to the central housing part, wherein the electric motor is a synchronous motor and wherein the converter is arranged laterally to the rotor shaft, wherein a braking resistor and lubricant are connected in such an effective thermally conductive manner that the lubricant can be heated or warmed by means of the braking resistor, wherein the heat transfer resistance from the braking resistor to the lubricant, in particular to the lubricant of the gear unit which is moved during operation, is less than that from the braking resistor to the surroundings.
A compound comprising the structure: wherein n independently is an integer from 1 to 1500, m independently is an integer from 1 to 10, wherein each of the Globo H moieties is covalently bound to the KLH moiety on a basic amino acid residue, wherein the compound has an epitope ratio ranging from 750 to 3000, and wherein the KLH moiety is a thiolated KLH moiety that is stored under inert gas until its conjugation with the Globo H moieties. n independently is an integer from 1 to 1500, m independently is an integer from 1 to 10, wherein each of the Globo H moieties is covalently bound to the KLH moiety on a basic amino acid residue, wherein the compound has an epitope ratio ranging from 750 to 3000, and wherein the KLH moiety is a thiolated KLH moiety that is stored under inert gas until its conjugation with the Globo H moieties.
A method of operating an electronic device, the method comprising: monitoring whether an access from an application to a system resource violates a pre-stored security policy (1701; 1801; 1901); recording, as an access refusal log, information on the policy violation including information of a subject of the access or information of an object of the access, if the access does not accord with the security policy ; and notifying of a message indicating the policy violation through a user interface in response to the access refusal log (1803; 1902); wherein the notifying comprises providing a selection menu for receiving an input of a user's selection for at least one function through the user interface; and wherein the at least one function provides for changing the security level of the electronic device by the user designating one of a first security level in which the electronic device can interrupt accesses of all unapproved operations and a second security level in which the electronic device interrupts only explicit dangerous operations. monitoring whether an access from an application to a system resource violates a pre-stored security policy (1701; 1801; 1901); recording, as an access refusal log, information on the policy violation including information of a subject of the access or information of an object of the access, if the access does not accord with the security policy ; and notifying of a message indicating the policy violation through a user interface in response to the access refusal log (1803; 1902); wherein the notifying comprises providing a selection menu for receiving an input of a user's selection for at least one function through the user interface; and wherein the at least one function provides for changing the security level of the electronic device by the user designating one of a first security level in which the electronic device can interrupt accesses of all unapproved operations and a second security level in which the electronic device interrupts only explicit dangerous operations.
A balloon catheter comprising: an elongate catheter tube ; and an inflatable balloon communicating with an interior of said elongate catheter tube ; characterised by an instrument channel extension assembly including: a connector configured for selectable coupling to an instrument channel port of an endoscope ; and an instrument channel extension tube attached at a first end thereof to said connector , wherein said elongate catheter tube extends through said connector and said instrument channel extension tube , with said balloon and at least one of said connector and said instrument channel extension tube being sized so that when deflated, said balloon cannot pass through at least one of said connector and said instrument channel extension tube .
A mine storage unit, wherein the mine storage unit comprises at least a container for storing mines, a pair of tracks inside said container for attachment of mines and mine sleds , and in that that the mine storage unit has a plurality of corner fittings conforming to the ISO 1161 standard and the mine storage unit further comprises at least one movable connector track element for connecting tracks between two mine storage units and in that the mine storage unit has at least two faces that can be opened for transport of mines and mine sleds.
A teneurin c-terminal associated peptide-1 (TCAP-1 peptide) in a therapeutically effective amount, or a pharmaceutically acceptable salt or ester thereof or a pharmaceutical composition comprising the same for use in preventing and/or treating opioid addiction in a subject in need thereof wherein the amino acid sequence of said TCAP-1 peptide consists essentially of: (i) an amino acid sequence having at least 95% identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 1, 2 or 3; optionally wherein: (a) the carboxy terminal end of said peptide is amidated or comprises an amidation signal sequence; and/or (b) when the amino terminal amino acid of said peptide is a glutamine the glutamine is in the form of pyroglutamic acid. (i) an amino acid sequence having at least 95% identity to an amino acid sequence selected from the group consisting of SEQ ID NOs: 1, 2 or 3; (a) the carboxy terminal end of said peptide is amidated or comprises an amidation signal sequence; and/or (b) when the amino terminal amino acid of said peptide is a glutamine the glutamine is in the form of pyroglutamic acid.
A versatile flying lead (VHL) termination head system, comprising: a. an underwater vehicle interface ; b. an interface plate , comprising: i. an upper interface plate ; and ii. a lower interface plate removably connected to the upper interface plate; c. a termination frame ((130 and 140) or 210), comprising: i. a connection end (141 or 201) connected to the underwater vehicle interface ; ii. an interface end (132 or 202), the interface plate connected to the interface end (132 or 202); and d. an adjuster (131 or 231) disposed proximate the connection end, the adjuster configured to provide a configurable declination angle which sets a hang-off angle of a device connected to the interface plate with respect to the underwater vehicle interface . a. an underwater vehicle interface ; b. an interface plate , comprising: i. an upper interface plate ; and ii. a lower interface plate removably connected to the upper interface plate; i. an upper interface plate ; and ii. a lower interface plate removably connected to the upper interface plate; c. a termination frame ((130 and 140) or 210), comprising: i. a connection end (141 or 201) connected to the underwater vehicle interface ; ii. an interface end (132 or 202), the interface plate connected to the interface end (132 or 202); and i. a connection end (141 or 201) connected to the underwater vehicle interface ; ii. an interface end (132 or 202), the interface plate connected to the interface end (132 or 202); and d. an adjuster (131 or 231) disposed proximate the connection end, the adjuster configured to provide a configurable declination angle which sets a hang-off angle of a device connected to the interface plate with respect to the underwater vehicle interface .
Method for producing a well in a valve needle of a valve having a valve seat , a sealing ball, and a needle guide , in which a space between the valve seat and the sealing ball forms a valve gap and the needle guide bears the valve needle so that it is axially movable, having the steps that the sealing ball and the valve needle are provided with a needle tip and a well for contacting the sealing ball is generated in the needle tip , wherein the well is at least partially impressed due to an application of force of the sealing ball ; wherein the valve needle is secured against a rotation in the needle guide via a positive fit and/or a non-positive fit; wherein the valve seat , the sealing ball , the valve needle , and the needle guide are assembled before the well is at least partially impressed, characterized in that the valve is assembled insofar as that an electromechanical actuator of the valve is operatively connected to the valve needle in order to move the valve needle , and that the application of force is applied by means of the electromechanical actuator, wherein the application of force is applied in that the sealing ball is induced to oscillate between the valve seat and the needle tip of the valve needle , wherein a resonance excitation given a small external application of force is utilized.
A flow limiting element , comprising: a housing provided with an inlet , an outlet and a throughflow opening; and a resilient plate-like valve element mounted in the housing and configured to substantially close the throughflow opening by resilient movement in a direction of a valve seat arranged in the housing adjacently of the throughflow opening, wherein the resilient plate-like valve element is fixed on one side at a fixation point and the resilient plate-like valve element can move resiliently on an opposite side in the direction of the valve seat , wherein the valve seat comprises cam parts configured to limit a stroke of at least a part of a freely moving part of the resilient plate-like valve element, characterized in that each pair of cam parts is arranged asymmetrically, such that a distance of the cam parts from the fixation point differs. a housing provided with an inlet , an outlet and a throughflow opening; and a resilient plate-like valve element mounted in the housing and configured to substantially close the throughflow opening by resilient movement in a direction of a valve seat arranged in the housing adjacently of the throughflow opening, wherein the resilient plate-like valve element is fixed on one side at a fixation point and the resilient plate-like valve element can move resiliently on an opposite side in the direction of the valve seat , wherein the valve seat comprises cam parts configured to limit a stroke of at least a part of a freely moving part of the resilient plate-like valve element, characterized in that each pair of cam parts is arranged asymmetrically, such that a distance of the cam parts from the fixation point differs.