mhurhangee/patent-ind-claim-en huggingface dataset:
Management centre for managing a wireless network, responsible for managing a given serving station and a set of serving stations neighbouring said given serving station, characterized in that it comprises means for: - obtaining the loads of said neighbouring serving stations, the load of a said neighbouring serving station referring to the fraction of the radio resources of said neighbouring serving station allocated to the terminals attached to this neighbouring serving station, and - calculating, on the basis of said loads, the signal-to-noise ratio which would characterize a communication between said given serving station and a mobile terminal located at a given point in the geographical area served by this serving station. - obtaining the loads of said neighbouring serving stations, the load of a said neighbouring serving station referring to the fraction of the radio resources of said neighbouring serving station allocated to the terminals attached to this neighbouring serving station, and - calculating, on the basis of said loads, the signal-to-noise ratio which would characterize a communication between said given serving station and a mobile terminal located at a given point in the geographical area served by this serving station.
A sliding element for an engine, the sliding element comprising a polymer-based overlay layer on a metallic substrate, the polymer-based overlay layer comprising: a polymer-based matrix; and a surface treated metal particulate; characterized in that the surface treated metal particulate was obtained by coating the surface of a metal particulate with a metal oxide, and the metal oxide is a coloured transition metal oxide. a polymer-based matrix; and a surface treated metal particulate;
A Digital Locking system, comprising a mobile station , a mobile station app , a cloud server , and a self-powered lock configured to open and lock a door, characterized in that, - the mobile station app is installed in the mobile station and is configured to be updated and maintained by software updates from the cloud server , - the mobile station is configured to provide the operating power to the lock without a power cord, - the mobile station app is configured to communicate with the lock via a Near Field Communication (NFC) connection, and - the mobile station app is configured authenticate the user of the mobile station when the screen lock is unlocked and to remember the authentication of the user to the mobile station for a predefined time period that is longer than the time it takes for the mobile station screen lock to activate, - during the pre-defined time period the mobile station app is configured to submit a digital key of the user via the NFC connection to the lock, thereby opening the lock, and - the mobile station app is configured to determine the location of the mobile station , and store the screen lock authentication at the stored location, and inside a pre-defined distance of the stored location permit multiple lock openings and closures from the same or multiple different locks without requesting the screen lock authentication. - the mobile station app is installed in the mobile station and is configured to be updated and maintained by software updates from the cloud server , - the mobile station is configured to provide the operating power to the lock without a power cord, - the mobile station app is configured to communicate with the lock via a Near Field Communication (NFC) connection, and - the mobile station app is configured authenticate the user of the mobile station when the screen lock is unlocked and to remember the authentication of the user to the mobile station for a predefined time period that is longer than the time it takes for the mobile station screen lock to activate, - during the pre-defined time period the mobile station app is configured to submit a digital key of the user via the NFC connection to the lock, thereby opening the lock, and - the mobile station app is configured to determine the location of the mobile station , and store the screen lock authentication at the stored location, and inside a pre-defined distance of the stored location permit multiple lock openings and closures from the same or multiple different locks without requesting the screen lock authentication.
An electro-optical component for installation through an opening in a wall , wherein the electro-optical component comprises: a head part for mounting against an outer side of the wall , and a coupling unit , wherein the coupling unit comprises: a flange at a top part of the coupling unit , a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall , wherein the head part comprises a cover portion , the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall . a head part for mounting against an outer side of the wall , and a coupling unit , wherein the coupling unit comprises: a flange at a top part of the coupling unit , a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall , wherein the head part comprises a cover portion , the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall . a flange at a top part of the coupling unit , a barrel extending from the top part of the coupling unit towards a barrel end, the barrel being arranged for passing through the opening of the wall , wherein the head part comprises a cover portion , the cover portion being arranged to extend over the flange and to function as a light transmissive window, and wherein the cover portion comprises a sealing element formed of a rubber, characterized in that the flange is arranged to hold the cover portion in place so that a region of the cover portion can be clamped between the flange and the wall to function in the same way as an O-ring seal between the electro-optical component and the wall .
Hydrodynamic machine, in particular a hydrodynamic retarder, comprising a first vane wheel, in particular a rotor , and a second vane wheel, in particular a stator , which is disposed so as to be concentric with said rotor , said rotor and said stator conjointly forming a toroidal working chamber , having an electrohydraulic system, which has an open-loop and closed-loop control unit , a pump , a heat exchanger , an operating medium reservoir , a valve , and a line system, wherein operating medium from the operating medium reservoir by means of the pump is able to be pumped through the line system into the working chamber , wherein the valve can be switched between a first position, the non-braking position, and a second position, the braking position, and the line system is conceived in such a manner that operating medium by means of the pump is able to be pumped into the working chamber in both positions, characterized in that the line system comprises an operating line system having a pressure control system through which operating medium is directed in the braking operation, and a bypass line system through which operating medium is directed in the non-braking operation.
A non-transitory machine-readable storage medium comprising instructions of a printing device installer executable by a processing resource of a computing device which, when executed by the computing device, cause the computing device to: during a printing device installation process for a printing device at the computing device, acquire identification of a type of a mobile device associated with a user, the mobile device being different from the computing device; based on the identified mobile device type, select, from among a plurality of different digital content payoffs each associated with printing on the printing device with a different type of mobile device, the digital content payoff associated with printing on the printing device with the identified type of mobile device; acquire a machine-readable link associated with the selected digital content payoff from a remote linking service ; generate a customized test page including the machine-readable link associated with the selected digital content payoff , the machine-readable link for causing the mobile device to access the selected digital content payoff in response to the mobile device capturing an image of the machine-readable link; and cause the printing device to print the customized test page . during a printing device installation process for a printing device at the computing device, acquire identification of a type of a mobile device associated with a user, the mobile device being different from the computing device; based on the identified mobile device type, select, from among a plurality of different digital content payoffs each associated with printing on the printing device with a different type of mobile device, the digital content payoff associated with printing on the printing device with the identified type of mobile device; acquire a machine-readable link associated with the selected digital content payoff from a remote linking service ; generate a customized test page including the machine-readable link associated with the selected digital content payoff , the machine-readable link for causing the mobile device to access the selected digital content payoff in response to the mobile device capturing an image of the machine-readable link; and cause the printing device to print the customized test page .
An aircraft refrigerant line connector assembly comprising: a connector including a bore , an end face , a seal bore and external threads , wherein the seal bore is open to the bore on a radially inward side; a nipple including a shoulder and a seal face , wherein the seal face comprises a substantially flat surface transverse to the bore defined through the connector and the nipple; a securing member including internal threads for engaging the external threads of the connector for holding the end face against the seal face; and a metal seal received within the seal bore, wherein the metal seal comprising a metal substrate having a coating comprising a metal material that is different from the metal substrate, and that is softer than the metal substrate, the metal seal being disposed in sealing engagement with a surface of the seal bore and the seal face; wherein the connector comprises an aluminum material, the nipple comprises a stainless steel material and the coating on the metal seal comprises an aluminum material; and wherein the nipple includes a coating of aluminum material on the seal face and the shoulder. a connector including a bore , an end face , a seal bore and external threads , wherein the seal bore is open to the bore on a radially inward side; a nipple including a shoulder and a seal face , wherein the seal face comprises a substantially flat surface transverse to the bore defined through the connector and the nipple; a securing member including internal threads for engaging the external threads of the connector for holding the end face against the seal face; and a metal seal received within the seal bore, wherein the metal seal comprising a metal substrate having a coating comprising a metal material that is different from the metal substrate, and that is softer than the metal substrate, the metal seal being disposed in sealing engagement with a surface of the seal bore and the seal face; wherein the connector comprises an aluminum material, the nipple comprises a stainless steel material and the coating on the metal seal comprises an aluminum material; and wherein the nipple includes a coating of aluminum material on the seal face and the shoulder.
A method of manufacturing a plastic glazing of a tailgate of a vehicle, wherein the plastic glazing is of one-piece molded plastic construction, the method comprising: forming a first layer, comprising: injecting a first material into a molding apparatus to form a translucent component of the plastic glazing, wherein the first component comprises a panel of the plastic glazing forming a clear transparent portion; injecting a second material into the molding apparatus to form a colored component of the plastic glazing, wherein the second component combines with at least the first component, wherein at least a portion of the first component and the second component comprises a translucent cover of a molded light assembly; and forming a second layer, separate from the first layer, comprising: injecting a third material into the molding apparatus to form a third component, wherein the third component combines with at least the first component and wherein the third material is a dark component of a non-transparent portion of the plastic glazing, characterized by the dark component being disposed behind the translucent component and the colored component towards an interior of the vehicle. forming a first layer, comprising: injecting a first material into a molding apparatus to form a translucent component of the plastic glazing, wherein the first component comprises a panel of the plastic glazing forming a clear transparent portion; injecting a second material into the molding apparatus to form a colored component of the plastic glazing, wherein the second component combines with at least the first component, wherein at least a portion of the first component and the second component comprises a translucent cover of a molded light assembly; and injecting a first material into a molding apparatus to form a translucent component of the plastic glazing, wherein the first component comprises a panel of the plastic glazing forming a clear transparent portion; injecting a second material into the molding apparatus to form a colored component of the plastic glazing, wherein the second component combines with at least the first component, wherein at least a portion of the first component and the second component comprises a translucent cover of a molded light assembly; and forming a second layer, separate from the first layer, comprising: injecting a third material into the molding apparatus to form a third component, wherein the third component combines with at least the first component and wherein the third material is a dark component of a non-transparent portion of the plastic glazing, characterized by the dark component being disposed behind the translucent component and the colored component towards an interior of the vehicle.
Turbine engine for an aircraft, comprising: - a supply device of compressed air configured to supply compressed air to said aircraft, - a cooling system of the compressed air supplied to the aircraft, this cooling system comprising a scoop for collecting air in a flow duct of a secondary flow (F2), and - a management system of the diameter of a turbine casing , this system being supplied with air collected from said duct and being configured to control radial clearances between this casing and turbine rotor vanes tips, the management system being supplied with air by said scoop of the cooling system , the scoop being located on a tubular arm for the passage of auxiliaries of an intermediate casing and connected by a bypass to two respective supply channels of the management system and of the cooling system , this bypass being located in said arm . - a supply device of compressed air configured to supply compressed air to said aircraft, - a cooling system of the compressed air supplied to the aircraft, this cooling system comprising a scoop for collecting air in a flow duct of a secondary flow (F2), and - a management system of the diameter of a turbine casing , this system being supplied with air collected from said duct and being configured to control radial clearances between this casing and turbine rotor vanes tips,
A sensing device comprising: a sensor patch configured to detect extravasation, the sensor patch comprising: an elastic film ; and at least one sensing electrode disposed on the elastic film ; and a readout circuit configured to determine the electrical resistance of the at least one sensing electrode of the sensor patch ; and an audio output means configured to be activated to provide an audio signal when the electrical resistance of the at least one sensing electrode is equal to or more than a predetermined threshold level; wherein an electrical resistance of the at least one sensing electrode is changeable in response to a force acting on the at least one sensing electrode ; characterised in that the at least one sensing electrode is a single layer of piezoresistive material, the piezoresistive material being a metal, printed on the elastic film ; and wherein the layer has a thickness of about 0.2 μm or less. a sensor patch configured to detect extravasation, the sensor patch comprising: an elastic film ; and at least one sensing electrode disposed on the elastic film ; and an elastic film ; and at least one sensing electrode disposed on the elastic film ; and a readout circuit configured to determine the electrical resistance of the at least one sensing electrode of the sensor patch ; and an audio output means configured to be activated to provide an audio signal when the electrical resistance of the at least one sensing electrode is equal to or more than a predetermined threshold level; wherein an electrical resistance of the at least one sensing electrode is changeable in response to a force acting on the at least one sensing electrode ; characterised in that the at least one sensing electrode is a single layer of piezoresistive material, the piezoresistive material being a metal, printed on the elastic film ; and wherein the layer has a thickness of about 0.2 μm or less.
A control system for a surgical system, the control system comprising: an imaging system comprising: a multispectral electromagnetic radiation (EMR) source; and an image sensor; and a control circuit coupled to the imaging system, the control circuit configured to: detect the EMR reflected from particulates in an aerosol as received by the image sensor; characterize a configuration of the aerosol containing the detected particulates; and adjust at least one of a first control parameter or a second control parameter of the surgical system according to the characterized configuration of the aerosol. an imaging system comprising: a multispectral electromagnetic radiation (EMR) source; and an image sensor; and a multispectral electromagnetic radiation (EMR) source; and an image sensor; and a control circuit coupled to the imaging system, the control circuit configured to: detect the EMR reflected from particulates in an aerosol as received by the image sensor; characterize a configuration of the aerosol containing the detected particulates; and adjust at least one of a first control parameter or a second control parameter of the surgical system according to the characterized configuration of the aerosol. detect the EMR reflected from particulates in an aerosol as received by the image sensor; characterize a configuration of the aerosol containing the detected particulates; and adjust at least one of a first control parameter or a second control parameter of the surgical system according to the characterized configuration of the aerosol.
A composite comprising a mineral clay and a compound comprising a polymeric backbone represented by formula 13: wherein: m has a value of at least 5.
A combination of a wrinkle detection device and a layered body formed by stacking at least one electrode and separators , comprising: a light projector configured to, while moving relative to the layered body , project slit light onto an outermost one of the separators ; a shooting unit configured to shoot a shape of the slit light projected on the separator ; and a determination unit configured to calculate an inclination of a surface of the separator , on which the slit light is projected, to a plane direction of the surface on the basis of the shot shape of the slit light, and to determine the existence of a wrinkle on the basis of the calculated inclination, wherein the determination unit is configured: to associate, on the basis of the shot shape of the slit light, an elevation with each of pixels (P1) representing an image of the separator shot by the shooting unit , and to determine whether or not each pixel (P1) represents part of the wrinkle by comparing the pixel (P1) with other pixels within a predetermined area in terms of an elevation difference. a light projector configured to, while moving relative to the layered body , project slit light onto an outermost one of the separators ; a shooting unit configured to shoot a shape of the slit light projected on the separator ; and a determination unit configured to calculate an inclination of a surface of the separator , on which the slit light is projected, to a plane direction of the surface on the basis of the shot shape of the slit light, and to determine the existence of a wrinkle on the basis of the calculated inclination, wherein the determination unit is configured: to associate, on the basis of the shot shape of the slit light, an elevation with each of pixels (P1) representing an image of the separator shot by the shooting unit , and to determine whether or not each pixel (P1) represents part of the wrinkle by comparing the pixel (P1) with other pixels within a predetermined area in terms of an elevation difference. to associate, on the basis of the shot shape of the slit light, an elevation with each of pixels (P1) representing an image of the separator shot by the shooting unit , and to determine whether or not each pixel (P1) represents part of the wrinkle by comparing the pixel (P1) with other pixels within a predetermined area in terms of an elevation difference.
Steam apparatus, comprising a clear water providing device , a steam generator which is operatively connected for fluid communication with the clear water providing device , a cleaning agent providing device , a mixing device for clear water and cleaning agent which is operatively connected for fluid communication with the clear water providing device and the cleaning agent providing device , a discharge device for fluid, and a control device by which operating modes of the steam apparatus are adjustable, wherein, by way of the discharge device , steam is dischargeable in a steam mode and a mixture of clear water and cleaning agent is dischargeable in a cleaning agent mode, and wherein the control device comprises a rinse unit which, after completion of the cleaning agent mode, operates a rinse mode in which the discharge device is rinsed with clear water, characterized in that the rinse mode is performed pursuant to automatic control by the rinse unit of the control device for a certain period of time.