mhurhangee/patent-ind-claim-en huggingface dataset:
A system for fabricating a frusto-conical structure from planar metal sheets , the frusto-conical structure having a virtual peak (P) located at a point where a taper of the frusto-conical structure would decrease to zero if the frusto-conical structure were not truncated, the system comprising: a metal source including a collection of planar metal sheets ; a feed system operable to transport the planar metal sheets 602 from the metal source to the curving device ; a curving device operable to impart a controllable curvature to the metal of the planar metal sheets without imparting in-plane deformation to the metal; a welder operable to join adjacent edges of the planar metal sheets to one another; and a control system in communication with the curving device , the feed system , and the welder to form the planar metal sheets from the metal source into the frusto-conical structure , characterised in that : the control system is configured to control the feed system and the curving device in cooperation with one another to impart, to an incoming planar metal sheet , a rotational motion in a plane of the incoming planar metal sheet about the virtual peak (P) of the frusto-conical structure such that each point (A) on the incoming planar metal sheet maintains a constant distance from the virtual peak (P) as the frusto-conical structure is formed. a metal source including a collection of planar metal sheets ; a feed system operable to transport the planar metal sheets 602 from the metal source to the curving device ; a curving device operable to impart a controllable curvature to the metal of the planar metal sheets without imparting in-plane deformation to the metal; a welder operable to join adjacent edges of the planar metal sheets to one another; and a control system in communication with the curving device , the feed system , and the welder to form the planar metal sheets from the metal source into the frusto-conical structure , characterised in that : the control system is configured to control the feed system and the curving device in cooperation with one another to impart, to an incoming planar metal sheet , a rotational motion in a plane of the incoming planar metal sheet about the virtual peak (P) of the frusto-conical structure such that each point (A) on the incoming planar metal sheet maintains a constant distance from the virtual peak (P) as the frusto-conical structure is formed.
A display method, comprising: in response to a user selecting an object to be displayed, acquiring data of the object to be displayed(S102); and according to the data of the object to be displayed, displaying the object to be displayed through a page newly added in an application, and simultaneously displaying an original page of the application(S104), wherein at least one of the newly added page or the original page is configured to be in a corresponding preset transparency, so that the object to be displayed and the original page are displayed simultaneously, wherein: in the case that the newly added page is configured as a top-layer page of the application, the newly added page is configured to be in a first preset transparency, and the original page maintains an original configuration, the newly added page is configured to disable responses to all operation events, to make an operation of the user acts on the original page; or in the case that the newly added page is configured as a bottom-layer page of the application, the original page in the application is configured to be in second preset transparency. in response to a user selecting an object to be displayed, acquiring data of the object to be displayed(S102); and according to the data of the object to be displayed, displaying the object to be displayed through a page newly added in an application, and simultaneously displaying an original page of the application(S104), wherein at least one of the newly added page or the original page is configured to be in a corresponding preset transparency, so that the object to be displayed and the original page are displayed simultaneously, wherein: in the case that the newly added page is configured as a top-layer page of the application, the newly added page is configured to be in a first preset transparency, and the original page maintains an original configuration, the newly added page is configured to disable responses to all operation events, to make an operation of the user acts on the original page; or in the case that the newly added page is configured as a bottom-layer page of the application, the original page in the application is configured to be in second preset transparency. in the case that the newly added page is configured as a top-layer page of the application, the newly added page is configured to be in a first preset transparency, and the original page maintains an original configuration, the newly added page is configured to disable responses to all operation events, to make an operation of the user acts on the original page; or in the case that the newly added page is configured as a bottom-layer page of the application, the original page in the application is configured to be in second preset transparency.
A system for actuating loads of a household control technology, in particular of lamps, by means of muscle impulses of at least one user, having: - At least one muscle-impulse detection unit for detecting electrical muscle impulses, which are produced when one or more gestures generated in free space are performed, in the form of preferably digital signals uniquely associated with a gesture, wherein the muscle-impulse detection unit also has a transmitting unit for transmitting the signals uniquely associated with the gestures, - at least one control unit having: ∘ A receiving unit for receiving the signals transmitted by the transmitting unit , ∘ an associating unit for associating the received signals with control commands stored in the control unit , and ∘ an actuating unit for actuating at least one of the loads of the household control technology on the basis of the control commands associated with the received signals, the system is characterized in that the associating unit is also designed to associate a pre-defined group of signals with selection commands stored in the control unit , wherein the control unit also has a selection unit , which is designed to select one or a group of loads to be actuated on the basis of the selection commands associated with the received signals of the pre-defined group, in order to uniquely actuate the selected loads by means of the control commands. - At least one muscle-impulse detection unit for detecting electrical muscle impulses, which are produced when one or more gestures generated in free space are performed, in the form of preferably digital signals uniquely associated with a gesture, wherein the muscle-impulse detection unit also has a transmitting unit for transmitting the signals uniquely associated with the gestures, - at least one control unit having: ∘ A receiving unit for receiving the signals transmitted by the transmitting unit , ∘ an associating unit for associating the received signals with control commands stored in the control unit , and ∘ an actuating unit for actuating at least one of the loads of the household control technology on the basis of the control commands associated with the received signals, ∘ A receiving unit for receiving the signals transmitted by the transmitting unit , ∘ an associating unit for associating the received signals with control commands stored in the control unit , and ∘ an actuating unit for actuating at least one of the loads of the household control technology on the basis of the control commands associated with the received signals,
A method for creating or machining toothings on workpieces in rolling machining engagement, in particular by gear shaping, in which an NC controller of the rotary spindle drives of the workpiece and tool comprises a regulation of the rotation angle position of each particular spindle to setpoints that are determined depending on the process parameters associated with the process design underlying the method, characterised in that data containing information relating to a deflection, caused by the process forces that arise during machining and resulting in profile shape deviations on the workpiece, of the position of the tooth flanks of the tool and workpiece out of their position intended in accordance with the process design are used to determine a correction, taking the deflection into account, of the rotation angle position of the workpiece spindle and/or tool spindle and thus to modify the setpoints of the regulation.
A fluid flow control system for an article of footwear, comprising: a first solenoid including a first port , a second port , and a third port ; a second solenoid including a first port and a second port ; a fluid line in fluid communication with the first port of each of the first solenoid and the second solenoid ; and a manifold having: (a) a first manifold port in fluid communication with the second port of the first solenoid , (b) a second manifold port in fluid communication with the third port of the first solenoid , and (c) a third manifold port in fluid communication with the second port of the second solenoid , wherein the first solenoid is independently switchable to: (a) a first configuration in which fluid flows through the first solenoid between the first port and the second port and (b) a second configuration in which fluid flows through the first solenoid between the first port and the third port , wherein the second solenoid is independently switchable between an open configuration and a closed configuration, and wherein simultaneous selective placement of: (a) the first solenoid in one of the first configuration or the second configuration and (b) the second solenoid in one of the open configuration or the closed configuration selectively places the fluid flow control system in a plurality of operational states. a first solenoid including a first port , a second port , and a third port ; a second solenoid including a first port and a second port ; a fluid line in fluid communication with the first port of each of the first solenoid and the second solenoid ; and a manifold having: (a) a first manifold port in fluid communication with the second port of the first solenoid , (b) a second manifold port in fluid communication with the third port of the first solenoid , and (c) a third manifold port in fluid communication with the second port of the second solenoid , wherein the first solenoid is independently switchable to: (a) a first configuration in which fluid flows through the first solenoid between the first port and the second port and (b) a second configuration in which fluid flows through the first solenoid between the first port and the third port , wherein the second solenoid is independently switchable between an open configuration and a closed configuration, and wherein simultaneous selective placement of: (a) the first solenoid in one of the first configuration or the second configuration and (b) the second solenoid in one of the open configuration or the closed configuration selectively places the fluid flow control system in a plurality of operational states.
A voltage controlled oscillator (200; 300; 400), comprising an oscillator (200; 300; 400) having an active device (210; 310; 410) having first (214; 313; 413), second (216; 315; 415) and third terminals (218; 317; 417), characterized by a circuitry (224; 323) coupled between the first (214; 313; 413) and second (216; 315; 415) terminals of said active device (210; 310; 410) and operative to provide a bias voltage to said active device (210; 310; 410) and to feedback a select amount of phase noise into said active device (210; 310; 410); a tuning diode network (234; 329; 442) coupled to the second terminal (216; 315; 415) of said active device (210; 310; 410), wherein the tuning diode network (234; 329; 442) and the second terminal (216; 315; 415) of said active device (210; 310; 410) are coupled with the terminals (456; 454) on the top side of a slot-cut-microstrip-line printed board (230; 332; 440) having a base of width w and a slot of width d that divides the base into regions having length dimensions l 1 and l 2 ; and a network comprising a feedback capacitor (244; 342) coupled to the third terminal (218; 317; 417) through a resistor and to ground through a capacitor , which feeds back a select amount of phase noise from the third terminal (218; 317; 417) to the second terminal (216; 315; 415); wherein the slot-cut-microstrip-line printed board (230; 332; 440) is configured as an evanescent mode buffer between a resonator (240; 338; 448) coupled thereto and said active device (210; 310; 410); and wherein the tuning diode network (234; 329; 442) and the resonator (240; 338; 448) are coupled in parallel with the slot-cut-microstrip-line printed board (230; 332; 440) . a circuitry (224; 323) coupled between the first (214; 313; 413) and second (216; 315; 415) terminals of said active device (210; 310; 410) and operative to provide a bias voltage to said active device (210; 310; 410) and to feedback a select amount of phase noise into said active device (210; 310; 410); a tuning diode network (234; 329; 442) coupled to the second terminal (216; 315; 415) of said active device (210; 310; 410), wherein the tuning diode network (234; 329; 442) and the second terminal (216; 315; 415) of said active device (210; 310; 410) are coupled with the terminals (456; 454) on the top side of a slot-cut-microstrip-line printed board (230; 332; 440) having a base of width w and a slot of width d that divides the base into regions having length dimensions l 1 and l 2 ; and a network comprising a feedback capacitor (244; 342) coupled to the third terminal (218; 317; 417) through a resistor and to ground through a capacitor , which feeds back a select amount of phase noise from the third terminal (218; 317; 417) to the second terminal (216; 315; 415); wherein the slot-cut-microstrip-line printed board (230; 332; 440) is configured as an evanescent mode buffer between a resonator (240; 338; 448) coupled thereto and said active device (210; 310; 410); and wherein the tuning diode network (234; 329; 442) and the resonator (240; 338; 448) are coupled in parallel with the slot-cut-microstrip-line printed board (230; 332; 440) .
A wafer assembly for an electrical connector , comprising: a first wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends extend from opposite sides of the first wafer ; a second wafer configured to interlock with the first wafer , the second wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends extend from opposite sides of the second wafer ; wherein each of the first and second wafers includes an overmold , each overmold includes a block section surrounding each body portion of the contacts , respectively, at least one of the block sections includes an open pocket for retaining the at least one electronic component . characterized in that a conductive spring member sandwiched between the first and second wafers ; and a plurality of electronic components disposed between the first and second wafers , each of the electronic components being in electrical contact with the spring member and at least one of the contacts of the first or second wafer to provide at least one different electrical property to the wafer assembly . a first wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends extend from opposite sides of the first wafer ; a second wafer configured to interlock with the first wafer , the second wafer comprising a plurality of contacts each having a body portion with a mating end for coupling to a mating contact and a tail end opposite the mating end for engaging a printed circuit board and the mating and tail ends extend from opposite sides of the second wafer ; wherein each of the first and second wafers includes an overmold , each overmold includes a block section surrounding each body portion of the contacts , respectively, at least one of the block sections includes an open pocket for retaining the at least one electronic component . characterized in that a conductive spring member sandwiched between the first and second wafers ; and a plurality of electronic components disposed between the first and second wafers , each of the electronic components being in electrical contact with the spring member and at least one of the contacts of the first or second wafer to provide at least one different electrical property to the wafer assembly .
An air extraction system comprising an air flow duct , and a decontaminating apparatus , the decontaminating apparatus comprising: a first reservoir for receiving a first active decontaminating agent; a second reservoir for receiving a second active decontaminating agent; a delivery mechanism coupled to the first reservoir and to the second reservoir and adapted, in use, to deliver an aqueous phase, optionally in the form of droplets, into the air flow duct, the aqueous phase comprising at least one of a first active decontaminating agent from the first reservoir and a second active decontaminating agent from the second reservoir; and a controller adapted, in use, to control supply of at least one of the first and second active decontaminating agents from the first and second reservoirs via the delivery mechanism into the air flow duct, characterised in that at least one of the first and second reservoirs comprises a bacteria incubator adapted, in use, to incubate decontaminating bacteria within the incubator during an incubation period to increase the number and/or maturity of the bacteria within the incubator and, in use, the respective first or second decontaminating agent in the bacteria incubator comprises the incubated decontaminating bacteria.
A method of wireless communication for a wireless device , comprising: maintaining first information associated with a correlation between at least one of a plurality of wireless device positions and/or wireless device orientations, and a plurality of nodes , at least one subarray at the wireless device and a corresponding beamforming direction associated with at least one of a particular position and/or orientation of the wireless device ; determining a first position and a first orientation of the wireless device based on second information from one or more sensors; determining a first node, a first subarray, and a first beamforming direction associated with the first position and the first orientation of the wireless device based on the first information and the second information; and updating the first information based on the determined first node, the determined first subarray, and the determined first beamforming direction associated with the first position and the first orientation of the wireless device , wherein the updating the first information comprises refining the first information for selection of a preferred node, a preferred subarray, and a preferred orientation in communicating with the plurality of nodes as the wireless device changes position and orientation, wherein the preferred node, the preferred subarray, and the preferred orientation are selected based on a particular signal parameter associated with a particular node, a particular subarray and/or a particular orientation. maintaining first information associated with a correlation between at least one of a plurality of wireless device positions and/or wireless device orientations, and a plurality of nodes , at least one subarray at the wireless device and a corresponding beamforming direction associated with at least one of a particular position and/or orientation of the wireless device ; determining a first position and a first orientation of the wireless device based on second information from one or more sensors; determining a first node, a first subarray, and a first beamforming direction associated with the first position and the first orientation of the wireless device based on the first information and the second information; and updating the first information based on the determined first node, the determined first subarray, and the determined first beamforming direction associated with the first position and the first orientation of the wireless device , wherein the updating the first information comprises refining the first information for selection of a preferred node, a preferred subarray, and a preferred orientation in communicating with the plurality of nodes as the wireless device changes position and orientation, wherein the preferred node, the preferred subarray, and the preferred orientation are selected based on a particular signal parameter associated with a particular node, a particular subarray and/or a particular orientation.
A compound having formula (I): in which p = 1, 2 or 3 R independently denotes a cyano (-CN), hydroxy (-OH), CO 2 R' group in which R' denotes a hydrogen atom or a linear or branched C 1 -C 6 alkyl group R 1 denotes a hydrogen atom or a linear or branched C 1 -C 6 alkyl group, and also the salts and/or optical isomers and/or solvates thereof. p = 1, 2 or 3 R independently denotes a cyano (-CN), hydroxy (-OH), CO 2 R' group in which R' denotes a hydrogen atom or a linear or branched C 1 -C 6 alkyl group R 1 denotes a hydrogen atom or a linear or branched C 1 -C 6 alkyl group, and also the salts and/or optical isomers and/or solvates thereof.