mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting system , comprising a trunking rail which has an elongate trunking profile which delimits an interior (I) and has a longitudinal extension (L), and a current-conducting profile having wires , which extends longitudinally in the interior (I), for supplying power and/or transmitting digital control commands, wherein the trunking profile is formed by at least two side walls which laterally opposite delimit an elongate opening and by a rear wall which connects the side walls , and a component having a coupling element which can be inserted into the interior (I) of the trunking profile via the opening and can be actuated there such that a contacting element of the coupling element simultaneously electrically contacts the wires of the current-conducting profile for the electrical connection of the component , and a locking element of the coupling element interacts with locking portions of the side walls of the trunking profile , which portions are provided on both sides of the opening for mechanically coupling the component to the trunking profile , wherein the component further comprises a locking element having locking portions which, when the coupling element is inserted, are arranged adjacent to one of the side walls on an outer side facing away from the interior (I), such that the locking portions prevent the mechanical coupling from being released by migrating the relevant side wall away from the interior (I) when the coupling element is actuated, and wherein the locking element is substantially U-shaped. a trunking rail which has an elongate trunking profile which delimits an interior (I) and has a longitudinal extension (L), and a current-conducting profile having wires , which extends longitudinally in the interior (I), for supplying power and/or transmitting digital control commands, wherein the trunking profile is formed by at least two side walls which laterally opposite delimit an elongate opening and by a rear wall which connects the side walls , and a component having a coupling element which can be inserted into the interior (I) of the trunking profile via the opening and can be actuated there such that a contacting element of the coupling element simultaneously electrically contacts the wires of the current-conducting profile for the electrical connection of the component , and a locking element of the coupling element interacts with locking portions of the side walls of the trunking profile , which portions are provided on both sides of the opening for mechanically coupling the component to the trunking profile , wherein the component further comprises a locking element having locking portions which, when the coupling element is inserted, are arranged adjacent to one of the side walls on an outer side facing away from the interior (I), such that the locking portions prevent the mechanical coupling from being released by migrating the relevant side wall away from the interior (I) when the coupling element is actuated, and wherein the locking element is substantially U-shaped.
Rig for testing a train , especially an automatic underground train, said underground train comprising at least a car , each car comprising two axles, each axle being arranged in the vicinity of a respective end of the car and each axle carrying two wheels characterised in that it comprises: - a rolling unit placed under each axle 5 to have at least one wheel of the said train rolling on it, each unit comprising: - a rotary inertial body ; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; and - means for controlling each one of said motors and for synchronising the rolling units between them carrying out a control in a closed loop using the speed sensor 51 as to constantly cancel the difference in speed between said rolling units. - a rolling unit placed under each axle 5 to have at least one wheel of the said train rolling on it, each unit comprising: - a rotary inertial body ; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; and - a rotary inertial body ; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; - means for controlling each one of said motors and for synchronising the rolling units between them carrying out a control in a closed loop using the speed sensor 51 as to constantly cancel the difference in speed between said rolling units.
A method comprising: during a single actuation of a pneumatic artificial muscle 'PAM' actuator comprising first and second end caps , in which actuation a distance between the end caps narrows: inflating an elastic bladder of the PAM actuator to move an object connected to the PAM actuator, the PAM actuator comprising a covering around the elastic bladder; venting (1008-1012) the elastic bladder while the object connected to the PAM actuator is moving; and braking the PAM actuator using at least the covering. inflating an elastic bladder of the PAM actuator to move an object connected to the PAM actuator, the PAM actuator comprising a covering around the elastic bladder; venting (1008-1012) the elastic bladder while the object connected to the PAM actuator is moving; and braking the PAM actuator using at least the covering.
A detection device , comprising: a laser ranging sensor ; and a cooling module, which comprises a first protective enclosure and a cooling plate , wherein the first protective enclosure encloses the outside of the laser ranging sensor ; the first protective enclosure is provided with an avoidance portion for avoiding a laser light path of the laser ranging sensor ; the first protective enclosure has a first opening ; the cooling plate covers the first opening ; an air flow channel is defined inside the cooling plate ; surfaces of the cooling plate are provided with air inlet holes and first air outlet holes which are communicated with the air flow channel ; and the first air outlet holes are disposed in a manner of facing the laser ranging sensor to blow air to the laser ranging sensor to cool the laser ranging sensor ; characterized in that a side of the cooling plate facing the laser ranging sensor is provided with a position-limit slot , and part of the laser ranging sensor is embedded in the position-limit slot and is fixedly connected with the cooling plate ; and wherein there is a first space between the laser ranging sensor and the bottom wall of the position-limit slot , and two side walls of the position-limit slot are provided with the first air outlet holes . a laser ranging sensor ; and a cooling module, which comprises a first protective enclosure and a cooling plate , wherein the first protective enclosure encloses the outside of the laser ranging sensor ; the first protective enclosure is provided with an avoidance portion for avoiding a laser light path of the laser ranging sensor ; the first protective enclosure has a first opening ; the cooling plate covers the first opening ; an air flow channel is defined inside the cooling plate ; surfaces of the cooling plate are provided with air inlet holes and first air outlet holes which are communicated with the air flow channel ; and the first air outlet holes are disposed in a manner of facing the laser ranging sensor to blow air to the laser ranging sensor to cool the laser ranging sensor ; characterized in that a side of the cooling plate facing the laser ranging sensor is provided with a position-limit slot , and part of the laser ranging sensor is embedded in the position-limit slot and is fixedly connected with the cooling plate ; and wherein there is a first space between the laser ranging sensor and the bottom wall of the position-limit slot , and two side walls of the position-limit slot are provided with the first air outlet holes .
Operating device, in particular for an electronic household appliance, comprising: a cover plate having a user side facing toward a user, and an inner side facing away from the user, the cover plate defining an operating section and being configured to be at least partially elastically deformable and/or movable in this operating section ; a carrier plate , which is arranged on a side of the cover plate facing away from the user side and at a distance from this plate; a sensor (16-20), which is provided on the carrier plate and is configured and arranged in such a way that it can detect a distance variation from the inner side of the cover plate in the region of the operating section of the cover plate ; and a geometrically stable light guide element , which extends in a region outside the operating section of the cover plate from the cover plate to the carrier plate and is supported on one side against the carrier plate and on the other side against the cover plate , the cover plate comprising a signal section , which is configured to be at least partially light-transmissive, in the region of the light guide element . a cover plate having a user side facing toward a user, and an inner side facing away from the user, the cover plate defining an operating section and being configured to be at least partially elastically deformable and/or movable in this operating section ; a carrier plate , which is arranged on a side of the cover plate facing away from the user side and at a distance from this plate; a sensor (16-20), which is provided on the carrier plate and is configured and arranged in such a way that it can detect a distance variation from the inner side of the cover plate in the region of the operating section of the cover plate ; and a geometrically stable light guide element , which extends in a region outside the operating section of the cover plate from the cover plate to the carrier plate and is supported on one side against the carrier plate and on the other side against the cover plate , the cover plate comprising a signal section , which is configured to be at least partially light-transmissive, in the region of the light guide element .
A method of preventing drift of an agricultural implement , the agricultural implement having a toolbar , the toolbar having a right side and a left side with respect to a centerline of the toolbar , a plurality of right side tools operatively supported on the right side and a plurality of left side tools operatively supported on the left side , at least one variably adjustable downforce actuator on the right side applying a downforce to the plurality of right side tools , at least one variably adjustable downforce actuator on the left side applying a downforce to the plurality of left side tools , the method comprising: determining a right side total force value based on measured downforces applied on the plurality of right side tools ; determining a left side total force value based on measured downforces applied on the plurality of left side tools ; comparing the right side total force value and the left side total force value to determine a total force difference; and if the total force difference exceeds a preselected threshold, adjusting at least one of the right and left side total force to balance the right side total force value and the left side total force value. determining a right side total force value based on measured downforces applied on the plurality of right side tools ; determining a left side total force value based on measured downforces applied on the plurality of left side tools ; comparing the right side total force value and the left side total force value to determine a total force difference; and if the total force difference exceeds a preselected threshold, adjusting at least one of the right and left side total force to balance the right side total force value and the left side total force value.
A network node that is a first network node for use in a system comprising a VPLMN, Visited Public land mobile network, with the first network node, an HPLMN, Home Public land mobile network with a second node and a user equipment, the network node comprising: a receiving unit configured to receive information relating to network selection, from the second network node; a transmitting unit configured to transmit the information relating to network selection, to the user equipment; and a control unit configured to transmit, to the second network node, a response indicating that the user equipment was unable to receive the information relating to network selection, when a response, with respect to the information relating to network selection transmitted to the user equipment, is not received from the user equipment, wherein the response, which indicates that the user equipment was unable to receive the information relating to network selection, includes the information relating to network selection received from the second network node, or a reason why the response, with respect to the information relating to network selection transmitted to the user equipment, cannot be received from the user equipment. a receiving unit configured to receive information relating to network selection, from the second network node; a transmitting unit configured to transmit the information relating to network selection, to the user equipment; and a control unit configured to transmit, to the second network node, a response indicating that the user equipment was unable to receive the information relating to network selection, when a response, with respect to the information relating to network selection transmitted to the user equipment, is not received from the user equipment, wherein the response, which indicates that the user equipment was unable to receive the information relating to network selection, includes the information relating to network selection received from the second network node, or a reason why the response, with respect to the information relating to network selection transmitted to the user equipment, cannot be received from the user equipment. the information relating to network selection received from the second network node, or a reason why the response, with respect to the information relating to network selection transmitted to the user equipment, cannot be received from the user equipment.
A warewash machine for washing wares , comprising: - a chamber for receiving wares , the chamber having at least one spray zone ; - a spray system in the spray zone for spraying liquid onto wares for cleaning; - a tank for capturing sprayed liquid that falls within the spray zone , the tank including a primary recirculation path for delivering liquid from the tank to the spray system , and a secondary recirculation path for delivering water out of the tank and back into the tank , without spraying within the spray zone , in order promote mixing within the tank , wherein the primary recirculation path includes a primary pump and the secondary recirculation path includes a separate, secondary pump , characterized by a controller operatively connected for controlling operation of the primary pump and the secondary pump , the controller configured such that, during a machine idling operation, the secondary pump is selectively operated for mixing of water within the tank while the primary pump is maintained OFF. - a chamber for receiving wares , the chamber having at least one spray zone ; - a spray system in the spray zone for spraying liquid onto wares for cleaning; - a tank for capturing sprayed liquid that falls within the spray zone , the tank including a primary recirculation path for delivering liquid from the tank to the spray system , and a secondary recirculation path for delivering water out of the tank and back into the tank , without spraying within the spray zone , in order promote mixing within the tank ,
A transmitting device for transmitting data by multiplexing multiple data pieces belonging to multiple data types, wherein for each data type a different data transmission rate and a different required data processing time are defined, the transmission device comprising: an error setting means (B3, B7, B11) for performing error processing on each of said multiple data for error detection or error correction based on said data transmission rate and said data processing time; and a multiplexing means (B13) for multiplexing the multiple data on which error processing for error detection or error correction was performed by said error setting means (B3, B7, B11) into multiplexed data strings; characterized in that the multiple data pieces include image data, servo control information data and I/O signals; and the error setting means perform forward error correction processing on image data, and multiple times repeated transmission on servo control information data and on I/O signals. an error setting means (B3, B7, B11) for performing error processing on each of said multiple data for error detection or error correction based on said data transmission rate and said data processing time; and a multiplexing means (B13) for multiplexing the multiple data on which error processing for error detection or error correction was performed by said error setting means (B3, B7, B11) into multiplexed data strings; characterized in that the multiple data pieces include image data, servo control information data and I/O signals; and the error setting means perform forward error correction processing on image data, and multiple times repeated transmission on servo control information data and on I/O signals.
IR optical system for missile warning, comprising an IR warning sensor for detecting missiles based on the IR signature of the exhaust cloud thereof in the mid-infrared, a second IR sensor which is sensitive to the same IR signature of the exhaust cloud, wherein the F-number of the second IR sensor is at least three times higher than that of the IR warning sensor and wherein the second sensor comprises a band-pass filter , the transmission range of which is significantly narrower than that of the IR warning sensor, and means for confirming the missile signature by evaluating the contrast values of the target in the IR warning sensor and in the second IR sensor, wherein the missile signature is confirmed by a threshold value for the contrast of the object image in the second IR sensor being generated from the contrast of the object image in the IR warning sensor, which threshold value is indicative of the presence of a missile signature.
A method of preparing a superabsorbent polymer sheet, the method comprising the steps of: preparing a monomer composition by mixing an acrylic acid-based monomer having acidic groups, of which at least a part is neutralized, polyol as an internal crosslinking agent, an encapsulated foaming agent, an inorganic foaming agent, and a polymerization initiator; forming a water-containing gel polymer by performing thermal polymerization or photopolymerization of the monomer composition; and drying the water-containing gel polymer, wherein the polyol is included in an amount of 20 parts by weight to 50 parts by weight with respect to 100 parts by weight of the acrylic acid-based monomer. preparing a monomer composition by mixing an acrylic acid-based monomer having acidic groups, of which at least a part is neutralized, polyol as an internal crosslinking agent, an encapsulated foaming agent, an inorganic foaming agent, and a polymerization initiator; forming a water-containing gel polymer by performing thermal polymerization or photopolymerization of the monomer composition; and drying the water-containing gel polymer, wherein the polyol is included in an amount of 20 parts by weight to 50 parts by weight with respect to 100 parts by weight of the acrylic acid-based monomer.
Method for determining a near visual point , comprising: recording a front image and a first side image of the head of a person while the person wears a spectacle frame and gazes at a near vision target (40; 60), wherein the near vision target (40; 60) is movable, determining a position and orientation of the near vision target (40; 60), and determining a relative position of the spectacle frame on the basis of the front image and the first side image, determining a viewing direction of the person when gazing at the near vision target and determining the near visual point of the spectacle frame on the basis of the viewing direction and the relative position of the spectacle frame, characterized in that determining the viewing direction comprises: generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea. recording a front image and a first side image of the head of a person while the person wears a spectacle frame and gazes at a near vision target (40; 60), wherein the near vision target (40; 60) is movable, determining a position and orientation of the near vision target (40; 60), and determining a relative position of the spectacle frame on the basis of the front image and the first side image, determining a viewing direction of the person when gazing at the near vision target and determining the near visual point of the spectacle frame on the basis of the viewing direction and the relative position of the spectacle frame, characterized in that determining the viewing direction comprises: generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea. generating a second side image of the head on the basis of a 3D model of the head, determining the position of a pupil and/or a cornea of an eye of the person on the basis of the first side image and the second side image, calculating the viewing direction as the difference between the position of the near vision target (40; 60) and the position of the pupil or the cornea.
A slave cylinder for a clutch actuating device of a motor vehicle, having a housing , a piston , which is movably received in the housing and, together with the housing , delimits a fluidic pressure chamber , wherein the piston has a seal , which seals the pressure chamber from an environment, and having a sensor device , designed to detect a position of the piston along the displacement path thereof, wherein an encoder part of the sensor device is received on the piston in a stationary manner, wherein the encoder part is guided in a guide track , formed in the housing , along the displacement path of the piston relative to the housing , characterized in that the encoder part is received on a base section of the piston such that it is fixed along a longitudinal axis and that the encoder part is guided in a freely movable manner in a receiving groove of the base section running in the circumferential direction.