mhurhangee/patent-ind-claim-en huggingface dataset:
A device for aerating bodies of water, comprising a floating platform , a motor supported on the floating platform , a transmission coupled to the motor , the output shaft of the transmission being formed as a hollow shaft , a fan for feeding air through an air feed line connected to the fan, wherein the air feed line is connected to one end (E1) of the hollow shaft , a hollow agitator shaft coupled to the other end (E2) of the hollow shaft , an agitator body (K) attached to the free end of the approximately vertically extending agitator shaft , wherein the agitator body (K) is formed as a hollow body and has a central aperture for the passage of air fed through the agitator shaft and has a plurality of air outlet openings , characterized in that the air outlet openings are each provided at radially outer end portions of the air channels , and wherein the device is formed from an upper shell containing a connection portion and a lower shell connected to the upper shell, wherein the air channels are delimited by the upper shell and the lower shell . a floating platform , a motor supported on the floating platform , a transmission coupled to the motor , the output shaft of the transmission being formed as a hollow shaft , a fan for feeding air through an air feed line connected to the fan, wherein the air feed line is connected to one end (E1) of the hollow shaft , a hollow agitator shaft coupled to the other end (E2) of the hollow shaft , an agitator body (K) attached to the free end of the approximately vertically extending agitator shaft , wherein the agitator body (K) is formed as a hollow body and has a central aperture for the passage of air fed through the agitator shaft and has a plurality of air outlet openings , characterized in that the air outlet openings are each provided at radially outer end portions of the air channels , and wherein the device is formed from an upper shell containing a connection portion and a lower shell connected to the upper shell, wherein the air channels are delimited by the upper shell and the lower shell .
A press seal for sealing against a line led through a through opening, having an elastomer body , a press body , and a tensioning bolt , wherein the press body can be pressed against the elastomer body by tensioning the tensioning bolt , so that the elastomer body can be tensioned and can contact the line sealingly, and wherein the press body comprises a display element which becomes visible in a display region of the press body when the elastomer body reaches a tensioned state, wherein the press body comprises a first and a second press body part , the press body parts being movable with respect to each other in an axial direction parallel to the longitudinal axis of the tensioning bolt , such that the press body parts are in a different relative position when the elastomer body is in the tensioned state, compared to a non-tensioned initial state, which can be read out via the display element , wherein the press body is multi-part and comprises a pressing press body part and a display press body part , wherein an area of the pressing press body part is pressed against the elastomer body by the tensioning bolt during the tensioning, and the display press body part comprises the first and the second press body part and the display element , wherein the display press body part has a seat at the pressing press body part , secured against a rotation around the longitudinal axis of the tensioning bolt .
A work travel management system for managing work travel of a work vehicle capable of automatically traveling along a travel route in a work field, the work travel management system comprising: - a suspension information recording unit that is configured to record suspension of a plurality of pieces of work travel performed by the work vehicle as suspension information for a respective one of the plurality of pieces of suspended work travel; - a suspension information extraction unit that is configured to extract the suspension information for a selected one of the plurality of pieces of suspended work travel that is to be resumed from the suspension information recording unit ; - an information display unit that is configured to display the extracted suspension information; - a resumption information generation unit that is configured to generate resumption information for resuming the selected suspended work travel based on the extracted suspension information and causes the information display unit to display the generated resumption information; and - a work travel control unit that is configured to perform the work travel of the work vehicle based on the resumption information. - a suspension information recording unit that is configured to record suspension of a plurality of pieces of work travel performed by the work vehicle as suspension information for a respective one of the plurality of pieces of suspended work travel; - a suspension information extraction unit that is configured to extract the suspension information for a selected one of the plurality of pieces of suspended work travel that is to be resumed from the suspension information recording unit ; - an information display unit that is configured to display the extracted suspension information; - a resumption information generation unit that is configured to generate resumption information for resuming the selected suspended work travel based on the extracted suspension information and causes the information display unit to display the generated resumption information; and - a work travel control unit that is configured to perform the work travel of the work vehicle based on the resumption information.
A motor rotor, comprising an iron core and a plurality of sets of permanent magnets provided therein, wherein: a plurality of sets of mounting slots are circumferentially distributed in the iron core ; the permanent magnets of each set of permanent magnets are correspondingly embedded into the mounting slots of each set of mounting slots; a region is formed between each outermost layer of mounting slot and the periphery of the iron core , and a reinforcing hole is provided in at least one of the regions ; a reinforcing rod is provided in each reinforcing hole ; and at each end of the iron core, ends of all reinforcing rods are connected with a reinforcing member; wherein the reinforcing member includes two fixing baffles , each of which is provided at a corresponding end of the iron core ; and wherein the reinforcing rod goes through the reinforcing hole and is connected with the fixing baffles at both ends; wherein from the periphery of the iron core toward the axis of rotation, values of radial distance L between extremities of each layer of mounting slot of each set and the periphery of the iron core increase gradually; each set of mounting slots comprises three or more layers of mounting slots provided at intervals in radial direction of the iron core ; and formulae 2L b ≥ L c ≥ 1.2L b and 2L a ≥ L b ≥ 1.1L a are satisfied, wherein, L a , L b and L c are respectively the radial distance between the periphery of the iron core and extremities of three mounting slots , which is in an order from the outmost layer of mounting slot to the center of the iron core. a plurality of sets of mounting slots are circumferentially distributed in the iron core ; the permanent magnets of each set of permanent magnets are correspondingly embedded into the mounting slots of each set of mounting slots; a region is formed between each outermost layer of mounting slot and the periphery of the iron core , and a reinforcing hole is provided in at least one of the regions ; a reinforcing rod is provided in each reinforcing hole ; and at each end of the iron core, ends of all reinforcing rods are connected with a reinforcing member; wherein the reinforcing member includes two fixing baffles , each of which is provided at a corresponding end of the iron core ; and wherein the reinforcing rod goes through the reinforcing hole and is connected with the fixing baffles at both ends; wherein from the periphery of the iron core toward the axis of rotation, values of radial distance L between extremities of each layer of mounting slot of each set and the periphery of the iron core increase gradually; each set of mounting slots comprises three or more layers of mounting slots provided at intervals in radial direction of the iron core ; and formulae 2L b ≥ L c ≥ 1.2L b and 2L a ≥ L b ≥ 1.1L a are satisfied, wherein, L a , L b and L c are respectively the radial distance between the periphery of the iron core and extremities of three mounting slots , which is in an order from the outmost layer of mounting slot to the center of the iron core.
Sulfur-crosslinkable rubber composition comprising - a filler component in an amount in the range of 1 to 350 phr, and - at least one graft copolymer having a modified diene rubber backbone and one or more oligomeric side chains grafted to the modified diene rubber backbone, wherein the number of repeating units in the oligomeric side chains is in the range of 2 to 400 units, wherein the oligomeric side chains are obtained through reversible addition fragmentation chain transfer polymerization of a monomer composition, and wherein the monomer composition comprises at least one polar monomer. - a filler component in an amount in the range of 1 to 350 phr, and - at least one graft copolymer having a modified diene rubber backbone and one or more oligomeric side chains grafted to the modified diene rubber backbone,
A bacterial strain ART12 (NCIMB Accession No. 43087) that is a member of the operational group B. amyloliquefaciens.
A gas turbine comprising: a plurality of combustor assemblies , each having a first stage burner unit and a second stage burner unit downstream of the first stage burner unit , the combustor assemblies including at least a set of load-selectable combustor assemblies ; a controller , configured to control the combustor assemblies and to selectively activate and deactivate the second stage burner unit of at least the load-selectable combustor assemblies based on respective switching conditions of individual second stage burner units , the switching conditions including at least a relation between an activation threshold (ATK) and a control quantity (TE; MF); and characterized by a reactive species concentration detector (8; 108), configured to detect a concentration of reactive species in a fuel supplied to the combustor assemblies ; wherein the controller is configured to adjust the respective activation thresholds (ATK) of at least the second stage burner units of the load-selectable combustor assemblies based on the detected concentration of the reactive species. a plurality of combustor assemblies , each having a first stage burner unit and a second stage burner unit downstream of the first stage burner unit , the combustor assemblies including at least a set of load-selectable combustor assemblies ; a controller , configured to control the combustor assemblies and to selectively activate and deactivate the second stage burner unit of at least the load-selectable combustor assemblies based on respective switching conditions of individual second stage burner units , the switching conditions including at least a relation between an activation threshold (ATK) and a control quantity (TE; MF); and characterized by a reactive species concentration detector (8; 108), configured to detect a concentration of reactive species in a fuel supplied to the combustor assemblies ; wherein the controller is configured to adjust the respective activation thresholds (ATK) of at least the second stage burner units of the load-selectable combustor assemblies based on the detected concentration of the reactive species.
Device for removing hair from, photo-rejuvenating or vascular treatment of a part (P) of a human body (H) by emitting light pulses, comprising o a handpiece for applying the light pulses to the part (P) of the body, the handpiece being able to move in relation to the body and comprising ▪ a window for outputting the light pulses onto a localized area of the part of the body, ▪ an in particular optical, capacitive or inertial motion detector for determining the speed and the direction of movement, and ▪ a temperature detector arranged downstream of the output window in the direction of movement of the handpiece on the part of the body to be treated, delivering information representative of the temperature of said area immediately after it leaves the window , o a control system configured so as to block triggering of the light pulses or to emit an alert signal for the operator when the local temperature measured by the temperature detector is greater than a limit temperature (T L ) calculated on the basis of the speed of movement of the handpiece as determined by the motion detector and of a predetermined temperature decrease curve , the predetermined temperature decrease curve depending on at least one feature of the skin. o a handpiece for applying the light pulses to the part (P) of the body, the handpiece being able to move in relation to the body and comprising ▪ a window for outputting the light pulses onto a localized area of the part of the body, ▪ an in particular optical, capacitive or inertial motion detector for determining the speed and the direction of movement, and ▪ a temperature detector arranged downstream of the output window in the direction of movement of the handpiece on the part of the body to be treated, delivering information representative of the temperature of said area immediately after it leaves the window , ▪ a window for outputting the light pulses onto a localized area of the part of the body, ▪ an in particular optical, capacitive or inertial motion detector for determining the speed and the direction of movement, and ▪ a temperature detector arranged downstream of the output window in the direction of movement of the handpiece on the part of the body to be treated, delivering information representative of the temperature of said area immediately after it leaves the window , o a control system configured so as to block triggering of the light pulses or to emit an alert signal for the operator when the local temperature measured by the temperature detector is greater than a limit temperature (T L ) calculated on the basis of the speed of movement of the handpiece as determined by the motion detector and of a predetermined temperature decrease curve , the predetermined temperature decrease curve depending on at least one feature of the skin.
A mobile aggregate processing plant for screening aggregate material comprising a mobile chassis , a vibrating screening unit mounted on the mobile chassis and able to provide at least one aggregate discharge stream therethrough, and an underscreen conveyor located wholly or substantially beneath the vibrating screening unit to wholly or substantially receive said at least one aggregate discharge stream, wherein the underscreen conveyor is moveable relative to the vibrating screening unit between a first position to work in co-operation with the vibrating screening unit in use, and at least a second position able to provide an access portal below the vibrating screen unit when not in use: and wherein the mobile chassis has a main frame and a sub-frame , and the underscreen conveyor is mounted on the main frame, and the vibrating screening unit is mounted on the sub-frame; characterised in that the underscreen conveyor is mounted on the mobile chassis independently of the mounting of the vibrating screening unit on the mobile chassis, and is vertically moveable and laterally moveable relative to the vibrating screening unit between the operating and non-operating configurations. wherein the underscreen conveyor is moveable relative to the vibrating screening unit between a first position to work in co-operation with the vibrating screening unit in use, and at least a second position able to provide an access portal below the vibrating screen unit when not in use: and wherein the mobile chassis has a main frame and a sub-frame , and the underscreen conveyor is mounted on the main frame, and the vibrating screening unit is mounted on the sub-frame; characterised in that the underscreen conveyor is mounted on the mobile chassis independently of the mounting of the vibrating screening unit on the mobile chassis, and is vertically moveable and laterally moveable relative to the vibrating screening unit between the operating and non-operating configurations.
A mirror, comprising: - a glass substrate ; - a metallic or substantially metallic reflective layer comprising silicon aluminum provided on the glass substrate ; and wherein the layer comprising silicon aluminum comprises, on a weight basis, from 70-99.98% silicon and from 0.02-30% aluminum; and further comprising at least one transparent dielectric protective layer provided on the glass substrate over the layer comprising silicon aluminum, wherein said protective layer comprises one or more of silicon nitride, silicon oxynitride, aluminum nitride, aluminum oxynitride, aluminum oxide, and/or titanium nitride. - a glass substrate ; - a metallic or substantially metallic reflective layer comprising silicon aluminum provided on the glass substrate ; and
An analysis system for a powder jet of an additive manufacturing machine according to a DED-type method, said powder jet comprising powder and gas, said analysis system comprising a separation device , said separation device comprising: - a separating element comprising a circular side wall defining a cylinder and at least one separation wall adapted to separate the inner volume of said separating element into n equal portions symmetrical with respect to the symmetry axis of the cylinder, said separating element being adapted to receive an initial powder jet in the centre of said separating element , on said at least one separation wall for separating the initial powder jet into n powder jet portions; - means for detecting the amount of powder in each powder jet portion. - a separating element comprising a circular side wall defining a cylinder and at least one separation wall adapted to separate the inner volume of said separating element into n equal portions symmetrical with respect to the symmetry axis of the cylinder, said separating element being adapted to receive an initial powder jet in the centre of said separating element , on said at least one separation wall for separating the initial powder jet into n powder jet portions; - means for detecting the amount of powder in each powder jet portion.
A calibration circuit board for an antenna, comprising: a first metal layer ; a first substrate over the first metal layer ; a second substrate over the first substrate ; and a plurality of couplers , each coupler comprising: a transmission line provided with an input port (111a, 211-1a, 211-2a) and an output port (111b, 211-1b, 211-2b) at respective ends thereof; and a coupling line coupled with the transmission line and including two first portions respectively located at both sides of the transmission line , as viewed from a direction perpendicular to the calibration circuit board, and a second portion connected between the two first portions, wherein the coupling lines of the plurality of couplers are connected in series to provide a first calibration port and a second calibration port , wherein one of the transmission lines and the coupling lines of the plurality of couplers is between the first substrate and the second substrate , and the other of the transmission lines and the coupling lines of the plurality of couplers is over the second substrate . a first metal layer ; a first substrate over the first metal layer ; a second substrate over the first substrate ; and a plurality of couplers , each coupler comprising: a transmission line provided with an input port (111a, 211-1a, 211-2a) and an output port (111b, 211-1b, 211-2b) at respective ends thereof; and a coupling line coupled with the transmission line and including two first portions respectively located at both sides of the transmission line , as viewed from a direction perpendicular to the calibration circuit board, and a second portion connected between the two first portions, wherein the coupling lines of the plurality of couplers are connected in series to provide a first calibration port and a second calibration port , wherein one of the transmission lines and the coupling lines of the plurality of couplers is between the first substrate and the second substrate , and the other of the transmission lines and the coupling lines of the plurality of couplers is over the second substrate . a transmission line provided with an input port (111a, 211-1a, 211-2a) and an output port (111b, 211-1b, 211-2b) at respective ends thereof; and a coupling line coupled with the transmission line and including two first portions respectively located at both sides of the transmission line , as viewed from a direction perpendicular to the calibration circuit board, and a second portion connected between the two first portions, wherein the coupling lines of the plurality of couplers are connected in series to provide a first calibration port and a second calibration port , wherein one of the transmission lines and the coupling lines of the plurality of couplers is between the first substrate and the second substrate , and the other of the transmission lines and the coupling lines of the plurality of couplers is over the second substrate .
Sliding board including at least one upper reinforcement , one lower reinforcement , an intermediate structure placed between said upper reinforcement and said lower reinforcement, characterized in that at least one of the upper reinforcements or lower reinforcement is made of an assembly of carbon fibres and basalt fibres, said basalt fibres constituting a proportion of between 45% and 55% of the total weight of said lower or upper reinforcement, and in that said reinforcement includes a plurality of carbon-fibre filaments , each filament being between 3K and 48K, and a plurality of basalt-fibre strands , each strand having a count between 68 Tex and 2400 Tex, and in that the carbon-fibre filaments and the basalt-fibre strands are arranged on one and the same layer so that the basalt-fibre strands are intercalated between the carbon-fibre filaments .