mhurhangee/patent-ind-claim-en huggingface dataset:
An air compressor system comprising: a motor operably connected to an air compressor ; a separator tank fluidly connected to the air compressor by a supply line ; a compressed air line coupled to the separator tank ; a service valve connected to the compressed air line and positioned downstream of the separator tank ; and a controller in operable communication with the motor , wherein in response to the controller detecting the motor operating at an idle speed, the controller reduces the motor speed to a low idle speed, the low idle speed being slower than the idle speed; characterized by a pressure relief orifice positioned in the supply line downstream of the air compressor and upstream of the separator tank ; and a return line coupled to the supply line , the return line including a valve , a first end of the return line coupled to the supply line downstream of the air compressor and upstream of the pressure relief orifice , and a second end of the return line coupled to the supply line downstream of the pressure relief orifice and upstream of the separator tank , wherein in response to reducing the motor speed to the low idle speed, the controller reduces the pressure of compressed air in the separator tank , and wherein the controller reduces the pressure of compressed air in the separator tank by opening the valve to vent compressed air through the return line and out the pressure relief orifice . a motor operably connected to an air compressor ; a separator tank fluidly connected to the air compressor by a supply line ; a compressed air line coupled to the separator tank ; a service valve connected to the compressed air line and positioned downstream of the separator tank ; and a controller in operable communication with the motor , wherein in response to the controller detecting the motor operating at an idle speed, the controller reduces the motor speed to a low idle speed, the low idle speed being slower than the idle speed; characterized by a pressure relief orifice positioned in the supply line downstream of the air compressor and upstream of the separator tank ; and a return line coupled to the supply line , the return line including a valve , a first end of the return line coupled to the supply line downstream of the air compressor and upstream of the pressure relief orifice , and a second end of the return line coupled to the supply line downstream of the pressure relief orifice and upstream of the separator tank , wherein in response to reducing the motor speed to the low idle speed, the controller reduces the pressure of compressed air in the separator tank , and wherein the controller reduces the pressure of compressed air in the separator tank by opening the valve to vent compressed air through the return line and out the pressure relief orifice .
A method of managing moving icons between a plurality of pages of a home screen by a touch-enabled, mobile device including a touch screen, comprising a control unit configured to control a process of: displaying , by a display unit , in a mode of regular operation control of the home screen, a selected page of the home screen on the touch screen with a content region , the content region including icons, arranged in the page, for applications supporting various functions of said touch enabled, mobile device; entering a home screen editing mode in response to a first user interaction with said touch screen, said first user interaction causing said content region with said icons to be displayed in a reduced format as well as thumbnails representing preview images of individual pages of the home screen are extra displayed on said touch screen; selectively moving an icon of the selected page from said reduced format content region to one of the thumbnails of the pages during the home screen editing mode in response to a second user interaction with the touch screen; and placing the icon on a target page of the home screen corresponding to said one of the thumbnails . displaying , by a display unit , in a mode of regular operation control of the home screen, a selected page of the home screen on the touch screen with a content region , the content region including icons, arranged in the page, for applications supporting various functions of said touch enabled, mobile device; entering a home screen editing mode in response to a first user interaction with said touch screen, said first user interaction causing said content region with said icons to be displayed in a reduced format as well as thumbnails representing preview images of individual pages of the home screen are extra displayed on said touch screen; selectively moving an icon of the selected page from said reduced format content region to one of the thumbnails of the pages during the home screen editing mode in response to a second user interaction with the touch screen; and placing the icon on a target page of the home screen corresponding to said one of the thumbnails .
Device for acquiring images inside a vehicle, comprising an illuminator to illuminate a field of view , an image sensor that is arranged to acquire images from the field of view , and an optical element , wherein the optical element has a light-transparent portion and a light-blocking portion , wherein the light-transparent portion is arranged so that light of the illuminator being emitted to the field of view passes through the light-transparent portion , and wherein the light-blocking portion is arranged to block light of the illuminator being emitted in a direction towards the image sensor characterized in that the light-transparent portion and the light-blocking portion comprise an elastic material to improve sealing of the device. an illuminator to illuminate a field of view , an image sensor that is arranged to acquire images from the field of view , and an optical element , wherein the optical element has a light-transparent portion and a light-blocking portion , wherein the light-transparent portion is arranged so that light of the illuminator being emitted to the field of view passes through the light-transparent portion , and wherein the light-blocking portion is arranged to block light of the illuminator being emitted in a direction towards the image sensor characterized in that the light-transparent portion and the light-blocking portion comprise an elastic material to improve sealing of the device.
A device for evaluating soundness of a fiber-reinforced composite material, comprising: an AE sensor that can be attached to a test body made of the fiber-reinforced composite material to detect an AE wave; a load test device configured to apply a load to the test body by repeating a loading pattern including raising, retaining, and unloading the load, while increasing a maximum load in sequence; a storage device configured to store the AE waves detected by the AE sensor together with the loads; a frequency center of gravity calculation unit configured to calculate a frequency center of gravity of the AE waves on the basis of a relationship between a frequency of the AE wave and an intensity thereof; characterized in that it further comprises a determination device configured to determine that delamination immediately preceding breakage has occurred in the case where the frequency center of gravity is less than a predetermined first frequency. an AE sensor that can be attached to a test body made of the fiber-reinforced composite material to detect an AE wave; a load test device configured to apply a load to the test body by repeating a loading pattern including raising, retaining, and unloading the load, while increasing a maximum load in sequence; a storage device configured to store the AE waves detected by the AE sensor together with the loads; a frequency center of gravity calculation unit configured to calculate a frequency center of gravity of the AE waves on the basis of a relationship between a frequency of the AE wave and an intensity thereof; characterized in that it further comprises a determination device configured to determine that delamination immediately preceding breakage has occurred in the case where the frequency center of gravity is less than a predetermined first frequency.
LIDAR arrangement configured for atmospheric measurements, comprising a laser transmitter for transmitting pulses of a laser radiation to a measurement object , and a receiver for receiving pulses of the laser radiation backscattered from the measurement object , wherein the laser transmitter is designed for transmitting a pulse series in which successive pulses respectively comprise a particular optical frequency shift to each other and wherein the receiver includes a dispersive element for spatially separating the pulses depending on the optical frequency by a frequency-dependent deflection, and a local resolution optical matrix sensor on which the pulses spatially separated by the dispersive element are mapped, characterized in that the receiver between the dispersive element and the matrix sensor comprises an interferometer configured for mapping at least partially spatially separated interferograms to the individual pulses of the pulse sequence on the matrix sensor . wherein the laser transmitter is designed for transmitting a pulse series in which successive pulses respectively comprise a particular optical frequency shift to each other and wherein the receiver includes a dispersive element for spatially separating the pulses depending on the optical frequency by a frequency-dependent deflection, and a local resolution optical matrix sensor on which the pulses spatially separated by the dispersive element are mapped, characterized in that the receiver between the dispersive element and the matrix sensor comprises an interferometer configured for mapping at least partially spatially separated interferograms to the individual pulses of the pulse sequence on the matrix sensor .
A ternary oxide based composite cathode material for a lithium-sulfur battery, comprising: sulfur and LiNi 0.8 Co 0.15 Al 0.05 O 2 or LiNi x Co y Mn 1-x-y O 2 (0<x<1, 0<y<1, 0<x+y<1) as a host, wherein a sulfur content is 50 wt.%-80 wt.%.
A method of determining the position of a moving object in an environment in which electronically detectable features are present, comprising the steps a. providing a digital representation of the environment that represents electronically detectable environmental features with one occupancy probability value each or that allows the derivation of such respective occupancy probability values, wherein an occupancy probability value indicates how likely to be present a feature represented by the occupancy probability value was estimated to be, and wherein the digital representation of the environment also indicates a respective reliability value for at least some of these features or allows the derivation of a respective such reliability value, wherein a reliability value of a feature indicates how reliably the feature can be detected; b. measuring the environment from the perspective of the moving object , wherein the measurement comprises detecting a plurality of the electronically detectable features of the environment; c. assessing the measurement result using reliability values and occupancy probability values retrieved or derived from the environmental representation; and d. determining the position based on the assessment result. a. providing a digital representation of the environment that represents electronically detectable environmental features with one occupancy probability value each or that allows the derivation of such respective occupancy probability values, wherein an occupancy probability value indicates how likely to be present a feature represented by the occupancy probability value was estimated to be, and wherein the digital representation of the environment also indicates a respective reliability value for at least some of these features or allows the derivation of a respective such reliability value, wherein a reliability value of a feature indicates how reliably the feature can be detected; b. measuring the environment from the perspective of the moving object , wherein the measurement comprises detecting a plurality of the electronically detectable features of the environment; c. assessing the measurement result using reliability values and occupancy probability values retrieved or derived from the environmental representation; and d. determining the position based on the assessment result.
A clutch device in a drive train of a vehicle having a housing , a first clutch with a clutch input connected to a drive shaft or formed by the drive shaft , and a second clutch , wherein the first clutch is assigned a first actuating device for applying a first actuating force to the first clutch , and the second clutch is assigned a second actuating device for applying a second actuating force to the second clutch , wherein the clutch device comprises a first support bearing for supporting the first actuation force and a second support bearing for supporting the second actuation force , wherein the first support bearing is axially supported on an element of the housing , and the second support bearing is arranged in the axial direction between a disc carrier of the second clutch and the clutch input , such that a second actuating force transmitted axially into the second clutch to the disc carrier of the second clutch can be transmitted from the disc carrier of the second clutch via the second support bearing to the clutch input and can be supported there by means of the first support bearing on the element of the housing , characterized in that the first support bearing and the second support bearing are only used for axial support of the first actuating force and the second actuating force .
A tissue displacement/separation device for insertion into a patient's body between (i) target tissue to be subjected to medical treatment and (ii) adjacent tissue adjacent to said target tissue, said displacement/separation device comprising: an implantable and expandable bladder , said bladder being expandable from (i) a collapsed or rolled state for insertion into the patient's body between said target tissue and said adjacent a tissue to (ii) an expanded state for being displacing or separating said adjacent tissue from said target tissue so as to protect said adjacent tissue, characterized in that the bladder is constructed of poly(lactide-caprolactone).
An insulated wire comprising a conductor and, covering the conductor, an insulating layer which has a thickness of ≤ 0.3 mm and contains a propylene-based copolymer which has a melting point of 125-145°C and meets the following requirement (i), (ii) or both (i) and (ii): (i) in the propylene-based copolymer the total content of ethylene and butene is ≤ 7 mass-%, and the content of butene is ≤ 2 mass-%; (ii) the propylene-based copolymer satisfies the equation: (melting point - crystallization peak temperature) = 30-40°C. (i) in the propylene-based copolymer the total content of ethylene and butene is ≤ 7 mass-%, and the content of butene is ≤ 2 mass-%; (ii) the propylene-based copolymer satisfies the equation: (melting point - crystallization peak temperature) = 30-40°C.
An electrode structure comprising: an electrode comprising an active material-containing layer ; and a separator comprising a layer provided on a main surface (S1) of the active material-containing layer , wherein the layer comprises organic fibers and a resin mass , the resin mass is integrated with a portion of the organic fibers and comprises a binding point that is in direct contact with the active material-containing layer , and when a length of the resin mass is represented by a circumscribed quadrilateral of the resin mass , a length of a first side of the circumscribed quadrilateral and a length of a second side adjacent to the first side, as determined with a digital microscope, are each 10 μm or more, characterized in that a thickness of the layer is 0.3 μm or more and 50 μm or less. an electrode comprising an active material-containing layer ; and a separator comprising a layer provided on a main surface (S1) of the active material-containing layer , wherein the layer comprises organic fibers and a resin mass , the resin mass is integrated with a portion of the organic fibers and comprises a binding point that is in direct contact with the active material-containing layer , and when a length of the resin mass is represented by a circumscribed quadrilateral of the resin mass , a length of a first side of the circumscribed quadrilateral and a length of a second side adjacent to the first side, as determined with a digital microscope, are each 10 μm or more, characterized in that a thickness of the layer is 0.3 μm or more and 50 μm or less.
Cold-start system for a monovalent internal combustion engine which is operated with a gas, comprising at least one engine-independent-heating assembly which is likewise operated with the gas and which heats a circuit fluid which is conducted in an engine-independent-heater pre-heating circuit in which a pre-heating-circuit pump is arranged, wherein a feed of the engine-independent-heater pre-heating circuit has at least one first branch to a feed of a heating circuit of at least one component to be heated, the return of which is incorporated into the return of the engine-independent-heater pre-heating circuit , characterized in that the component to be heated is a gas-pressure regulator of a fuel-supply system of the monovalent internal combustion engine .
A method for controlling compressed air supplied by a variable speed air compressor of an aircraft and sent to pneumatic systems , the method comprising: acquiring a plurality of performance demands for each of a plurality of pneumatic systems in the aircraft, wherein the performance demands indicate needs for the compressed air supplied to each of the pneumatic systems ; identifying a maximum allowable compressor air discharge temperature limit of the variable speed air compressor configured to supply compressed air to the pneumatic systems ; identifying a maximum air pressure and a minimum air temperature for each of the plurality of pneumatic systems from the plurality of performance demands ; selecting a maximum air pressure from the identified maximum air pressures; selecting a minimum air temperature from the identified minimum air temperatures; and controlling an operation of the variable speed air compressor to supply the compressed air to at least one of the pneumatic systems to meet the selected maximum air pressure and the minimum air temperature while operating the variable speed air compressor below the maximum allowable compressor air discharge temperature limit . acquiring a plurality of performance demands for each of a plurality of pneumatic systems in the aircraft, wherein the performance demands indicate needs for the compressed air supplied to each of the pneumatic systems ; identifying a maximum allowable compressor air discharge temperature limit of the variable speed air compressor configured to supply compressed air to the pneumatic systems ; identifying a maximum air pressure and a minimum air temperature for each of the plurality of pneumatic systems from the plurality of performance demands ; selecting a maximum air pressure from the identified maximum air pressures; selecting a minimum air temperature from the identified minimum air temperatures; and controlling an operation of the variable speed air compressor to supply the compressed air to at least one of the pneumatic systems to meet the selected maximum air pressure and the minimum air temperature while operating the variable speed air compressor below the maximum allowable compressor air discharge temperature limit .
A support and storage stand comprising: two pairs of inner legs , wherein the pairs of inner legs are placed in opposite direction to each other in the stand; two pairs of outer legs , wherein the pairs of outer legs are placed in opposite direction to each other in the stand; a bridge strip , wherein the bridge strip connects the pair of inner legs and the pair of outer legs at both sides of the stand to form an integrated assembly; two load carrying plates , wherein the load carrying plates are placed on top of the inner legs and the outer legs at both sides of the said stand in an inclination with each other to be exposed directly to a heavy cylindrical loading material; and a detachable cushion pad , wherein the cushion pad acts as anti-skid and anti-friction material between the two load carrying plates and the heavy cylindrical loadingmaterial; wherein, one pair of inner legs, and one pair of outer legs of one side of the support are connected to the pair of the outer legs and the inner legs ot the other side of the support through the bridge strip to form one complete assembly to support heavy material in cylindrical form wherein the stand is a steel stand, wherein the inner legs and the outer legs are hollow tubes. two pairs of inner legs , wherein the pairs of inner legs are placed in opposite direction to each other in the stand; two pairs of outer legs , wherein the pairs of outer legs are placed in opposite direction to each other in the stand; a bridge strip , wherein the bridge strip connects the pair of inner legs and the pair of outer legs at both sides of the stand to form an integrated assembly; two load carrying plates , wherein the load carrying plates are placed on top of the inner legs and the outer legs at both sides of the said stand in an inclination with each other to be exposed directly to a heavy cylindrical loading material; and a detachable cushion pad , wherein the cushion pad acts as anti-skid and anti-friction material between the two load carrying plates and the heavy cylindrical loadingmaterial; wherein, one pair of inner legs, and one pair of outer legs of one side of the support are connected to the pair of the outer legs and the inner legs ot the other side of the support through the bridge strip to form one complete assembly to support heavy material in cylindrical form wherein the stand is a steel stand, wherein the inner legs and the outer legs are hollow tubes.
Hearing device , in particular an in-the-ear hearing device, having - a housing shell which encloses an electronics space in the manner of a cup, - a cover plate which is connected to the housing shell in order to close the electronics space , - an electronics frame which protrudes from the cover plate into the electronics space and by means of which an electrical and/or electronic component of the hearing device is retained reversibly at least in directions (x, y) parallel to the cover plate , and - at least one frame lock , fixed reversibly to the electronics frame , by means of which the electrical and/or electronic component is fixed to the electronics frame in a direction (z) perpendicular to the cover plate , characterized in that the electronics frame has a plurality of retaining fingers between which the electrical or electronic component is fixed in the directions (x, y) parallel to the cover plate , and wherein the frame lock is reversibly fixed on one of the retaining fingers at one end. - a housing shell which encloses an electronics space in the manner of a cup, - a cover plate which is connected to the housing shell in order to close the electronics space , - an electronics frame which protrudes from the cover plate into the electronics space and by means of which an electrical and/or electronic component of the hearing device is retained reversibly at least in directions (x, y) parallel to the cover plate , and - at least one frame lock , fixed reversibly to the electronics frame , by means of which the electrical and/or electronic component is fixed to the electronics frame in a direction (z) perpendicular to the cover plate , the electronics frame has a plurality of retaining fingers between which the electrical or electronic component is fixed in the directions (x, y) parallel to the cover plate , and wherein the frame lock is reversibly fixed on one of the retaining fingers at one end.