mhurhangee/patent-ind-claim-en huggingface dataset:
A mass spectrometer comprising: a first component comprising an ion block or a first vacuum chamber having a groove ; a second component comprising a pumping block, a main housing of said mass spectrometer or a second vacuum chamber; and an annular vacuum chamber seal comprising a main body portion and one or more blade or rib portions which protrude from said main body portion , wherein said main body portion is located in said groove and wherein said one or more blade or rib portions protrude above or beyond a surface of said first component ; wherein said annular vacuum chamber seal is substantially arranged in a first plane, and said one or more blade or rib portions protrude from said main body portion in a direction parallel to said first plane; and said second component is arranged to slide, in use, along said surface of said first component thereby deforming said one or more blade or rib portions so that said one or more blade or rib portions form a radial, diametric or piston seal between said first and second components ; and said one or more blade or rib portions are arranged and adapted to deform in use and to be compressed towards and against said main body portion as said second component of said mass spectrometer is mounted upon or mated with said first component of said mass spectrometer. a first component comprising an ion block or a first vacuum chamber having a groove ; a second component comprising a pumping block, a main housing of said mass spectrometer or a second vacuum chamber; and an annular vacuum chamber seal comprising a main body portion and one or more blade or rib portions which protrude from said main body portion , wherein said main body portion is located in said groove and wherein said one or more blade or rib portions protrude above or beyond a surface of said first component ; wherein said annular vacuum chamber seal is substantially arranged in a first plane, and said one or more blade or rib portions protrude from said main body portion in a direction parallel to said first plane; and said second component is arranged to slide, in use, along said surface of said first component thereby deforming said one or more blade or rib portions so that said one or more blade or rib portions form a radial, diametric or piston seal between said first and second components ; and said one or more blade or rib portions are arranged and adapted to deform in use and to be compressed towards and against said main body portion as said second component of said mass spectrometer is mounted upon or mated with said first component of said mass spectrometer.
Lubricant composition for applying to the surface of drive elements, wherein the lubricant composition contains a base oil and a silasesquioxane, wherein the silasesquioxane is present in an amount of 0.01% to 40% by weight based on the total weight of the lubricant composition, characterized in that polyglycol is present as base oil in combination with a silasesquioxane of formula [RSiO 3/2 ] n where n=6, 8, 10, 12, wherein R is independently at each occurrence = oxirane polymer, in particular polyethylene glycol, polypropylene glycol and/or copolymers thereof having a degree of polymerization of 4 to 20, in particular 10 to 15, repeating units.
A developing-transferring module usable with an image forming apparatus, comprising: a sub frame which is detachably mountable to a main frame of the image forming apparatus; and a plurality of photosensitive units which are disposed inside the sub frame and have a predetermined interval therebetween, and comprise a photosensitive body to which a developer is attached, characterised by further comprising a single intermediate transferring unit which is provided inside the sub frame to contact the plurality of photosensitive units so that the developer of the photosensitive units can be primarily transferred thereto, and secondarily transfers the primarily transferred developer to a record medium of the main frame , wherein the single intermediate transferring unit comprises a single intermediate transferring drum, wherein the single intermediate transferring unit comprises a single intermediate transferring gear, and the plurality of photosensitive bodies comprise a plurality of photosensitive body driving gears that rotate to engage with the single intermediate transferring gear, and wherein the plurality of photosensitive body driving gears are assembled based on a rotation period property of each photosensitive body so a phase difference of each photosensitive body and a phase difference between each photosensitive body and the single intermediate transferring drum is minimized. a sub frame which is detachably mountable to a main frame of the image forming apparatus; and a plurality of photosensitive units which are disposed inside the sub frame and have a predetermined interval therebetween, and comprise a photosensitive body to which a developer is attached, characterised by further comprising a single intermediate transferring unit which is provided inside the sub frame to contact the plurality of photosensitive units so that the developer of the photosensitive units can be primarily transferred thereto, and secondarily transfers the primarily transferred developer to a record medium of the main frame , wherein the single intermediate transferring unit comprises a single intermediate transferring drum, wherein the single intermediate transferring unit comprises a single intermediate transferring gear, and the plurality of photosensitive bodies comprise a plurality of photosensitive body driving gears that rotate to engage with the single intermediate transferring gear, and wherein the plurality of photosensitive body driving gears are assembled based on a rotation period property of each photosensitive body so a phase difference of each photosensitive body and a phase difference between each photosensitive body and the single intermediate transferring drum is minimized.
A power tool stand comprising: a base ; a projecting frame connected to the base; and a power tool carriage moveably mounted on the projecting frame; characterised in that the power tool carriage comprises a first electrical interface arranged to electrically connect with a removeable power tool and a second electrical interface in electrical connection with the first electrical interface and arranged to electrically connect with a removeable battery . a base ; a projecting frame connected to the base; and a power tool carriage moveably mounted on the projecting frame; characterised in that the power tool carriage comprises a first electrical interface arranged to electrically connect with a removeable power tool and a second electrical interface in electrical connection with the first electrical interface and arranged to electrically connect with a removeable battery .
A wind turbine comprising: at least one rotor blade having an adjustable pitch angle; one or more turbine sensors ; and a control system programmed to adjust a blade pitch angle of one or more rotor blades, according to modeled aerodynamic performance of the rotor blades , wherein the control system is further configured to: receive information from the turbine sensors (117.... 128) to provide current conditions experienced by the wind turbine ; determine a current rotor stall margin by calculating a distance from a current collective blade pitch angle to a minimum collective blade pitch angle that would cause the wind turbine to reach a rotor stall line according to the modelled aerodynamic performance under said current conditions; and adjust the blade pitch angle in response to the current rotor stall margin to provide a blade pitch angle that is greater than or equal to a blade pitch angle necessary to maintain a predetermined minimum rotor stall margin such that continuous operation of the wind turbine is maintained without transitions to the stalled mode; and wherein the predetermined minimum rotor stall margin is based on a coefficient of torque curve as a function of rotor blade tip-speed ratio and rotor blade pitch angle, a coefficient of thrust curve as a function of rotor blade tip-speed ratio and rotor blade pitch angle, or a combination thereof. at least one rotor blade having an adjustable pitch angle; one or more turbine sensors ; and a control system programmed to adjust a blade pitch angle of one or more rotor blades, according to modeled aerodynamic performance of the rotor blades , wherein the control system is further configured to: receive information from the turbine sensors (117.... 128) to provide current conditions experienced by the wind turbine ; determine a current rotor stall margin by calculating a distance from a current collective blade pitch angle to a minimum collective blade pitch angle that would cause the wind turbine to reach a rotor stall line according to the modelled aerodynamic performance under said current conditions; and adjust the blade pitch angle in response to the current rotor stall margin to provide a blade pitch angle that is greater than or equal to a blade pitch angle necessary to maintain a predetermined minimum rotor stall margin such that continuous operation of the wind turbine is maintained without transitions to the stalled mode;
Tool which is rotatable about an axis (A) and comprises a main body , which has a working portion , and a stop element , which has a stop shoulder that can be positioned at a predetermined axial position, with a plurality of support surfaces (12.2, 12.3, 12.4) of the base body , which surfaces are positioned one behind the other in the direction of the axis (A) and separated from one another by steps (13.1, 13.2, 13.3, 13.4) and a holding element of the stop element which, in the axial positions, abuts one of the steps (13.1, 13.2, 13.3, 13.4) and support surfaces (12.2, 12.3, 12.4) in each case, characterised in that the support surfaces (12.2, 12.3, 12.4) are formed by a bottom of an axial groove .
A headset comprising an acoustic device comprising: a pinna replica of a listener using the acoustic device, wherein an inner surface of the pinna replica faces an exterior so that exterior sounds can be received by the pinna replica ; a microphone unit configured for receiving the exterior sounds, the microphone unit being configured to emit a first electric signal comprising information on the received exterior sounds, wherein the microphone unit is arranged at or near a concha part of the pinna replica ; and a processing unit for processing the first electric signal, and a speaker unit configured to generate sound based on the first electric signal, characterized in that the headset is a hearing protection headset and comprises a foamy supra-aural ear cup at least partially enclosing the pinna replica and resting against the listener's head when in use. a pinna replica of a listener using the acoustic device, wherein an inner surface of the pinna replica faces an exterior so that exterior sounds can be received by the pinna replica ; a microphone unit configured for receiving the exterior sounds, the microphone unit being configured to emit a first electric signal comprising information on the received exterior sounds, wherein the microphone unit is arranged at or near a concha part of the pinna replica ; and a processing unit for processing the first electric signal, and a speaker unit configured to generate sound based on the first electric signal, characterized in that the headset is a hearing protection headset and comprises a foamy supra-aural ear cup at least partially enclosing the pinna replica and resting against the listener's head when in use.
A collision countermeasure structure for a motor having a housing provided with a step section that incorporates a motor rotation angle sensor on a shaft end surface, the collision countermeasure structure characterized in that the housing comprises a rib which extends between an end portion of the step section opposing a vehicle structure disposed in a longitudinal direction of a vehicle and an end portion of the housing , the rib having a contact surface for coming in contact with the vehicle structure , and the contact surface of the rib is inclined with respect to the step section and is formed to be shorter on the housing end portion side and longer on the step section end portion side.
A laundry washing apparatus including: a casing forming an appearance of the apparatus; a drum disposed inside the casing, wherein the drum accommodates laundry; a door disposed at the casing for opening an inside of the drum; a camera disposed on the casing or the door, wherein the camera is configured to capture images of an inside of the drum while the laundry moves over time to generate time-series images of movement of the laundry; a motor configured to cause the drum to move the laundry inside the drum; and a processor configured to control the motor to perform a spinning process using a centrifugal force generated during rotation of the drum, characterized in that the processor is further configured to: determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute (RPM); analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute (RPM) of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute (RPM) of the drum to perform the spinning process. a casing forming an appearance of the apparatus; a drum disposed inside the casing, wherein the drum accommodates laundry; a door disposed at the casing for opening an inside of the drum; a camera disposed on the casing or the door, wherein the camera is configured to capture images of an inside of the drum while the laundry moves over time to generate time-series images of movement of the laundry; a motor configured to cause the drum to move the laundry inside the drum; and a processor configured to control the motor to perform a spinning process using a centrifugal force generated during rotation of the drum, characterized in that the processor is further configured to: determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute (RPM); analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute (RPM) of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute (RPM) of the drum to perform the spinning process. determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute (RPM); analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute (RPM) of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute (RPM) of the drum to perform the spinning process.
A measurement cloud system for coupling measurement device settings across multiple instruments and/or measurement sites , the measurement cloud system comprising: an interface , through which the respective instruments and/or measurement sites being part of the coupling are defined, wherein some of the coupled measurement sites take changed settings for creating digital twins, and wherein for creating said digital twins, members of the coupling provide instructions to inform the cloud of setting changes, the current settings profile is stored on the cloud, the cloud provides changes and instructions to the coupled sites, at least one of the measurement sites is a reference measurement site that can make the changes, and at least one remaining measurement site and/or instrument clones the changes from said reference measurement site. an interface , through which the respective instruments and/or measurement sites being part of the coupling are defined, wherein some of the coupled measurement sites take changed settings for creating digital twins, and wherein for creating said digital twins, members of the coupling provide instructions to inform the cloud of setting changes, the current settings profile is stored on the cloud, the cloud provides changes and instructions to the coupled sites, at least one of the measurement sites is a reference measurement site that can make the changes, and at least one remaining measurement site and/or instrument clones the changes from said reference measurement site.
An elevatable building for preventing flood damage including: a foundation permanently set into a ground level surface; a platform ; a lifting mechanism associated with the platform, having at least one vertical shaft engageable with a driving means arranged to raise the platform above the ground level surface and away from the foundation ; a plurality of walls and a roof assembled on the platform that define a habitable space of the building; an adaptable connection directs utility services from the ground level toward and/or into the habitable space, wherein the adaptable connection adapts to the height from ground level of the platform when it is raised or lowered by the lifting mechanism , thereby enabling utility services to remain connected while the platform is raised above the ground level surface; and characterised in that the at least one vertical shaft is threaded, and the threaded vertical shaft is received above the platform in a condition wherein the building is in its lowermost position, and substantially the entire threaded vertical shaft is hidden from view within the walls, supporting columns or associated cladding of the building. a foundation permanently set into a ground level surface; a platform ; a lifting mechanism associated with the platform, having at least one vertical shaft engageable with a driving means arranged to raise the platform above the ground level surface and away from the foundation ; a plurality of walls and a roof assembled on the platform that define a habitable space of the building; an adaptable connection directs utility services from the ground level toward and/or into the habitable space, wherein the adaptable connection adapts to the height from ground level of the platform when it is raised or lowered by the lifting mechanism , thereby enabling utility services to remain connected while the platform is raised above the ground level surface; and characterised in that the at least one vertical shaft is threaded, and the threaded vertical shaft is received above the platform in a condition wherein the building is in its lowermost position, and substantially the entire threaded vertical shaft is hidden from view within the walls, supporting columns or associated cladding of the building.
A flow control system comprising one or more flow control devices (110a-110e) of a clinical perfusion system and an input interface , wherein the or each flow control device (110a-110e) is a separate component located some distance apart from the input interface and from any other flow control devices (110a-110e), each flow control device (110a-110e) capable of controlling, according to flow rate parameters provided by the flow control system , a flow rate of a fluid to be provided, the flow control system further comprising an indicator arrangement, wherein the indicator arrangement includes a device indicator on each flow control device (110a-110e), wherein the device indicator is capable of displaying a plurality of colours and can be controlled by the flow control system to display one of the colours, the one or more device indicators are capable of providing a plurality of indications, the one or more device indicators are controllable by the flow control system to provide one indication of the plurality of indications to indicate an active condition of the flow control device , the one or more device indicators are configurable by the control system independently of the flow rate parameter, thereby to allow the indication provided by the device indicator to be adjusted for different clinical environments regardless of flow rate parameters issued to the one or more flow control devices (110a-110e), the input interface comprises one or more input elements permitting flow control parameters to be set for the one or more flow control devices (110a-110e), thereby to control said flow rates of the fluids to be provided; wherein the input interface comprises one or more input elements (24a-24e; 30a-30e; 36a-36e) for each one of the flow control devices (110a-110e), and wherein the indicator arrangement further comprises an input interface indicator (26a-26e; 34a-34e) to provide an input status indication of the flow control parameters set by the one or more input elements (24a-24e), and the indicator arrangement is configured to use an input status indication for the one or more input elements (24a-24e) displayed in a colour that matches the colour displayed by the device indicator of the flow control device (24a-24e).
A compound demonstrating protein kinase inhibitory activity and having a structure of: wherein R 1 is H or an amine; R 2 is H or a sulfone group; R 3 is H, Cl, Me, NH 2 , NHMe, or NMe 2 ; R 4 and R 5 are independently selected from electron donating and electron withdrawing groups; R 6 is H, Me, or Et; R 7 is an alkyl, aryl, or aralkyl group; n is 0 or 1; and wherein Me is methyl, Et is ethyl. wherein R 1 is H or an amine; R 2 is H or a sulfone group; R 3 is H, Cl, Me, NH 2 , NHMe, or NMe 2 ; R 4 and R 5 are independently selected from electron donating and electron withdrawing groups; R 6 is H, Me, or Et; R 7 is an alkyl, aryl, or aralkyl group; n is 0 or 1; and wherein Me is methyl, Et is ethyl.
A method for determining a residual gas quantity in a cylinder of an internal combustion engine, wherein the cylinder is connected via an inlet valve to an air supply and via an outlet valve to an exhaust gas discharge , comprising: obtaining an exhaust gas back pressure at a predetermined time during a working cycle of the internal combustion engine, at which the inlet valve is partially open and the outlet valve is partially open, wherein a sensor signal with a high temporal sampling rate and representing the exhaust gas back pressure is received from a high-resolution exhaust gas back pressure sensor arranged in the exhaust gas discharge adjacent to the outlet valve, wherein the sampling rate is in the range of 0.5 kHz to 3000 kHz, and the exhaust gas back pressure is extracted from the sensor signal at the predetermined time; and calculating the residual gas quantity at the predetermined time as a function of the obtained exhaust gas back pressure. obtaining an exhaust gas back pressure at a predetermined time during a working cycle of the internal combustion engine, at which the inlet valve is partially open and the outlet valve is partially open, wherein a sensor signal with a high temporal sampling rate and representing the exhaust gas back pressure is received from a high-resolution exhaust gas back pressure sensor arranged in the exhaust gas discharge adjacent to the outlet valve, wherein the sampling rate is in the range of 0.5 kHz to 3000 kHz, and the exhaust gas back pressure is extracted from the sensor signal at the predetermined time; and calculating the residual gas quantity at the predetermined time as a function of the obtained exhaust gas back pressure.
A compound of the formula or a pharmaceutically acceptable salt thereof, wherein the compound is selected from the compounds listed in Table A: TABLE A A V W Ar H OCH 3 H m -COOH phenyl H OCH 3 H p -COOH phenyl H H OCH 3 p -COOH phenyl S-CH 3 OCH 3 H p -COOH phenyl R-CH 3 OCH 3 H p -COOH phenyl R-CH 3 H OCH 3 p -COOH phenyl S-CH 3 H OCH 3 p -COOH phenyl S-CH 3 OCH 3 H p -COOCH 3 phenyl R-CH 3 OCH 3 H p -COOCH 3 phenyl