mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the additive manufacture of a part (P) by partial or complete selective melting of a powder within a machine , said machine comprising: - a working surface intended to receive a powder layer, - a device for spreading the said powder layer along at least one longitudinal horizontal direction over the working surface , - at least one injector for directly injecting powder over the working surface , the injector being movable with respect to the working surface along at least one transverse horizontal direction, - a system for regulating the amount of powder dispensed by the injector , the process comprising the following stages: - moving the injector along a trajectory comprising at least one component parallel to the transverse horizontal direction in order to dispense powder along at least one transverse line L over the working surface ; - regulating the amount of powder dispensed by the injector at any point of the trajectory of the injector , the height of powder of the line (L) of dispensed powder varying according to the transverse position on the line (L) of powder. - a working surface intended to receive a powder layer, - a device for spreading the said powder layer along at least one longitudinal horizontal direction over the working surface , - at least one injector for directly injecting powder over the working surface , the injector being movable with respect to the working surface along at least one transverse horizontal direction, - a system for regulating the amount of powder dispensed by the injector , - moving the injector along a trajectory comprising at least one component parallel to the transverse horizontal direction in order to dispense powder along at least one transverse line L over the working surface ; - regulating the amount of powder dispensed by the injector at any point of the trajectory of the injector , the height of powder of the line (L) of dispensed powder varying according to the transverse position on the line (L) of powder.
A bathtub , comprising: a bottom surface part ; a side surface part surrounding the bottom surface part , extending upward from the bottom surface part , and including a backrest part ; a pillow part provided on the backrest part ; and a water discharger mounted to the pillow part , characterized in that : the pillow part is provided to be movable vertically over a prescribed range along the backrest part ; and the water discharger is provided to be movable vertically along the backrest part with the pillow part . a bottom surface part ; a side surface part surrounding the bottom surface part , extending upward from the bottom surface part , and including a backrest part ; a pillow part provided on the backrest part ; and a water discharger mounted to the pillow part , characterized in that : the pillow part is provided to be movable vertically over a prescribed range along the backrest part ; and the water discharger is provided to be movable vertically along the backrest part with the pillow part . the pillow part is provided to be movable vertically over a prescribed range along the backrest part ; and the water discharger is provided to be movable vertically along the backrest part with the pillow part .
A facility managing mobile control unit adapted to be moved to a plurality of premises , the facility managing mobile control unit comprising: a central security monitoring system adapted to communicate with a facility system of each of the plurality of premises , the central security monitoring system adapted to monitor a security system of the facility system , and to receive a security alert signal from the security system ; wherein the facility managing mobile control unit is adapted to be moved to one of the plurality of premises when alerted by the facility system of the one of the plurality of premises ; characterised in that the facility managing mobile control unit further comprises a Global Positioning System (GPS) device adapted to determine the location of the facility managing mobile control unit ; wherein the facility managing mobile control unit is configured to communicate with another facility managing mobile control unit and adapted to make available its movement and location to another facility managing mobile control unit and configured to receive another facility managing mobile control unit's location. a central security monitoring system adapted to communicate with a facility system of each of the plurality of premises , the central security monitoring system adapted to monitor a security system of the facility system , and to receive a security alert signal from the security system ; wherein the facility managing mobile control unit is adapted to be moved to one of the plurality of premises when alerted by the facility system of the one of the plurality of premises ; characterised in that the facility managing mobile control unit further comprises a Global Positioning System (GPS) device adapted to determine the location of the facility managing mobile control unit ; wherein the facility managing mobile control unit is configured to communicate with another facility managing mobile control unit and adapted to make available its movement and location to another facility managing mobile control unit and configured to receive another facility managing mobile control unit's location.
A fluidized catalyst stripping unit for displacing entrained gas from catalyst particles comprising: a vessel which houses: a two stage cyclonic separation section which comprises one or more primary cyclonic separation devices and one or more secondary cyclones ; a stripping section which comprises internals and one or more bubble breaking grids; an inlet in fluid communication with a catalytic reactor to feed a particulate fluid suspension to the two stage cyclonic separation section; and a particulate discharge outlet from each secondary cyclone to the stripping section; wherein: each primary cyclonic separation device comprises an internal cylindrical surface to separate a major fraction of the particulates from the suspension and form a vortex of reduced particulate content; the particulate discharge outlet of the secondary cyclone is submerged in a catalyst bed which is located above the stripper internals within the stripping section; the one or more bubble breaking grids are located within the catalyst bed and above the stripping internals and one or more of the bubble breaking grids is located above a bottom portion of the particulate discharge outlet . a two stage cyclonic separation section which comprises one or more primary cyclonic separation devices and one or more secondary cyclones ; a stripping section which comprises internals and one or more bubble breaking grids; an inlet in fluid communication with a catalytic reactor to feed a particulate fluid suspension to the two stage cyclonic separation section; and a particulate discharge outlet from each secondary cyclone to the stripping section; each primary cyclonic separation device comprises an internal cylindrical surface to separate a major fraction of the particulates from the suspension and form a vortex of reduced particulate content; the particulate discharge outlet of the secondary cyclone is submerged in a catalyst bed which is located above the stripper internals within the stripping section; the one or more bubble breaking grids are located within the catalyst bed and above the stripping internals and one or more of the bubble breaking grids is located above a bottom portion of the particulate discharge outlet .
A method of quantifying combustion arrester performance, the method comprising: filling an upstream volume and a combustion arrester with a flammable gas ; igniting the flammable gas in the upstream volume, upstream of the combustion arrester; measuring by a sensor system a composition of gas discharged from the combustion arrester, downstream of the combustion arrester, after igniting the flammable gas; and quantifying by a controller a performance of the combustion arrester based on the composition of gas measured. filling an upstream volume and a combustion arrester with a flammable gas ; igniting the flammable gas in the upstream volume, upstream of the combustion arrester; measuring by a sensor system a composition of gas discharged from the combustion arrester, downstream of the combustion arrester, after igniting the flammable gas; and quantifying by a controller a performance of the combustion arrester based on the composition of gas measured.
A misfire detection system for a hybrid electric vehicle (HEV) including an internal combustion engine and an electric motor , the system comprising: a crankshaft speed sensor configured to generate a crankshaft speed signal indicative of a rotational speed of a crankshaft of the engine , the crankshaft being coupled to the electric motor via a flywheel ; and a controller configured to: control the electric motor to provide a vibrational response to dampen disturbances to the crankshaft ; receive the crankshaft speed signal; selectively modifying an amplitude of the crankshaft speed signal to obtain a modified crankshaft speed signal; and detect a misfire of the engine based on the modified crankshaft speed signal and a set of thresholds, wherein the set of thresholds includes at least one of a negative misfire threshold and a positive vibrational response threshold. a crankshaft speed sensor configured to generate a crankshaft speed signal indicative of a rotational speed of a crankshaft of the engine , the crankshaft being coupled to the electric motor via a flywheel ; and a controller configured to: control the electric motor to provide a vibrational response to dampen disturbances to the crankshaft ; receive the crankshaft speed signal; selectively modifying an amplitude of the crankshaft speed signal to obtain a modified crankshaft speed signal; and detect a misfire of the engine based on the modified crankshaft speed signal and a set of thresholds, wherein the set of thresholds includes at least one of a negative misfire threshold and a positive vibrational response threshold. control the electric motor to provide a vibrational response to dampen disturbances to the crankshaft ; receive the crankshaft speed signal; selectively modifying an amplitude of the crankshaft speed signal to obtain a modified crankshaft speed signal; and detect a misfire of the engine based on the modified crankshaft speed signal and a set of thresholds, wherein the set of thresholds includes at least one of a negative misfire threshold and a positive vibrational response threshold.
A scroll compressor comprising: a casing ; a fixed scroll fixed to the inside of the body and provided with a fixed wrap ; an orbiting scroll configured to orbit about the fixed scroll and provided with an orbiting wrap forming a compression chamber together with the fixed wrap ; a main frame configured to support the fixed scroll ; and a sub-frame arranged inside the main frame to support the orbiting scroll in a position away from a center of the orbiting scroll ; a gap formed between the main frame and the sub-frame to allow the sub-frame to be movable about the main frame ; sealing members configured to seal a gap between the main frame and the sub-frame to form a chamber between the main frame and the sub-frame ; characterised by a passage configured to guide a refrigerant discharged from the compression chamber to the chamber , wherein the passage comprises: a first passage provided in the orbiting scroll to communicate with the compression chamber ; a second passage provided in the main frame to communicate with the chamber ; and a third passage provided in the fixed scroll to connect the first passage to the second passage . a casing ; a fixed scroll fixed to the inside of the body and provided with a fixed wrap ; an orbiting scroll configured to orbit about the fixed scroll and provided with an orbiting wrap forming a compression chamber together with the fixed wrap ; a main frame configured to support the fixed scroll ; and a sub-frame arranged inside the main frame to support the orbiting scroll in a position away from a center of the orbiting scroll ; a gap formed between the main frame and the sub-frame to allow the sub-frame to be movable about the main frame ; sealing members configured to seal a gap between the main frame and the sub-frame to form a chamber between the main frame and the sub-frame ; characterised by a passage configured to guide a refrigerant discharged from the compression chamber to the chamber , wherein the passage comprises: a first passage provided in the orbiting scroll to communicate with the compression chamber ; a second passage provided in the main frame to communicate with the chamber ; and a third passage provided in the fixed scroll to connect the first passage to the second passage . a first passage provided in the orbiting scroll to communicate with the compression chamber ; a second passage provided in the main frame to communicate with the chamber ; and a third passage provided in the fixed scroll to connect the first passage to the second passage .
A compound selected from the group consisting of resveratrol, quercetin, curcumin, and a combination thereof for use in a method of treating age-related macular degeneration (AMD), the method comprising administering to a human subject afflicted with AMD per day 20 to 5,000 milligrams of resveratrol, 24 to 5,000 milligrams quercetin, and 20 to 12,000 milligrams curcumin.
A mobile floor cleaning robot comprising: a robot body defining a forward drive direction (F); a drive system supporting the robot body and configured to maneuver the mobile floor cleaning robot over a floor surface ; a cleaning system disposed on the robot body ; an imaging sensor disposed on the robot body ; and a controller in communication with the drive system and the imaging sensor , the controller configured to: receive a sequence of images of the floor surface , each image having an array of pixels ; characterized in that the controller is further configured to: for at least one image , segmenting the image into color segments by: color quantizing pixels of the image ; and determining a spatial distribution of at least one color of the image based on corresponding pixel locations ; and tracking a location of at least one color segment with respect to the imaging sensor across the sequence of images for determining a drive command for issuance to the drive system to maneuver the mobile floor cleaning robot . a robot body defining a forward drive direction (F); a drive system supporting the robot body and configured to maneuver the mobile floor cleaning robot over a floor surface ; a cleaning system disposed on the robot body ; an imaging sensor disposed on the robot body ; and a controller in communication with the drive system and the imaging sensor , the controller configured to: receive a sequence of images of the floor surface , each image having an array of pixels ; characterized in that the controller is further configured to: for at least one image , segmenting the image into color segments by: color quantizing pixels of the image ; and determining a spatial distribution of at least one color of the image based on corresponding pixel locations ; and color quantizing pixels of the image ; and determining a spatial distribution of at least one color of the image based on corresponding pixel locations ; and tracking a location of at least one color segment with respect to the imaging sensor across the sequence of images for determining a drive command for issuance to the drive system to maneuver the mobile floor cleaning robot .
Quick-changer as part of a quick-changing-system for construction machines, comprising • at least one block cylinder , • at least one locking device , • at least one coupling element of a first kind with a first coupling end section and at least one coupling element of a second kind with a second coupling end section, wherein the at least one coupling element of the first kind and the at least one coupling element of the second kind are hydraulically connected to each other, • a housing with housing walls, wherein the coupling element of the first kind and/or the coupling element of the second kind are arranged in the region of at least one housing wall of the housing , wherein the at least one coupling element of the first kind and/or the at least one coupling element of the second kind are connected to at least one coupling drive device , so that at least the first coupling end section of the coupling element of the first kind and/or at least the second coupling end section of the coupling element of the second kind are movable between a basic position and an operating position and vice versa, characterized in that the housing comprises two longitudinal housing walls , which are arranged opposite to each other and run parallel to a longitudinal axis of the block cylinder , wherein the at least one coupling element of the first kind and/or the at least one coupling element of the second kind extend at least in sections outside of the housing in the operating position via at least one opening in one or both longitudinal housing walls of the housing of the quick-changer . • at least one block cylinder , • at least one locking device , • at least one coupling element of a first kind with a first coupling end section and at least one coupling element of a second kind with a second coupling end section, wherein the at least one coupling element of the first kind and the at least one coupling element of the second kind are hydraulically connected to each other, • a housing with housing walls, wherein the coupling element of the first kind and/or the coupling element of the second kind are arranged in the region of at least one housing wall of the housing , wherein the at least one coupling element of the first kind and/or the at least one coupling element of the second kind are connected to at least one coupling drive device , so that at least the first coupling end section of the coupling element of the first kind and/or at least the second coupling end section of the coupling element of the second kind are movable between a basic position and an operating position and vice versa, characterized in that the housing comprises two longitudinal housing walls , which are arranged opposite to each other and run parallel to a longitudinal axis of the block cylinder , wherein the at least one coupling element of the first kind and/or the at least one coupling element of the second kind extend at least in sections outside of the housing in the operating position via at least one opening in one or both longitudinal housing walls of the housing of the quick-changer .
A communication method, comprising: obtaining, by a first transceiver, a communication performance parameter when communicating with a second transceiver using a current table; calculating, by the first transceiver, a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table, wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating, by the first transceiver, with the second transceiver using the first table. obtaining, by a first transceiver, a communication performance parameter when communicating with a second transceiver using a current table; calculating, by the first transceiver, a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table, wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating, by the first transceiver, with the second transceiver using the first table.
A jamming apparatus, comprising: - at least one detection device having an antenna for detecting a target signal emitted to at least one communication device ; - at least one jamming device for jamming the target signal by a jamming signal; - at least one sensor unit for measuring a transmission power of the jamming device ; - a control device in communicative connection with the jamming device for controlling the jamming device , wherein the control device sets a future transmission power of the jamming device as a function of the measured transmission power; wherein the at least one sensor unit (23, 23', 23") is formed to measure also the transmission power of a signal emitted by the at least one communication device ; wherein the control device receives at least one input signal from the sensor unit (23, 23', 23") for determining the measured transmission power of the jamming device and the transmission power of the at least one communication device , wherein the measurement of the transmission power of the jamming device by means of the sensor unit (23, 23', 23") is performed spatially remote from the jamming device , wherein, for selecting jamming signal components for the measurement of the transmission power of the jamming device , the jamming signal of the jamming device is transferred to the sensor unit (23, 23', 23") in a wired manner as a synchronization signal in order for the sensor unit to determine the jamming signal components being in conformity with the synchronization signal. - at least one detection device having an antenna for detecting a target signal emitted to at least one communication device ; - at least one jamming device for jamming the target signal by a jamming signal; - at least one sensor unit for measuring a transmission power of the jamming device ; - a control device in communicative connection with the jamming device for controlling the jamming device , wherein the control device sets a future transmission power of the jamming device as a function of the measured transmission power;