mhurhangee/patent-ind-claim-en huggingface dataset:
A gyroscopic roll stabilizer for a boat, the gyroscopic stabilizer comprising an enclosure mounted to a gimbal for rotation about a gimbal axis and configured to maintain a below-ambient pressure; a flywheel assembly rotatably mounted inside the enclosure for rotation about a flywheel axis; the flywheel assembly including a flywheel and flywheel shaft ; the flywheel shaft having: a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage , the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure . an enclosure mounted to a gimbal for rotation about a gimbal axis and configured to maintain a below-ambient pressure; a flywheel assembly rotatably mounted inside the enclosure for rotation about a flywheel axis; the flywheel assembly including a flywheel and flywheel shaft ; the flywheel shaft having: a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage , the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure . a first end and an opposite second end; a first open-ended cavity formed in the first end and facing away from the second end; and a second open-ended cavity formed in the second end and facing away from the first end; and a motor operative to rotate the flywheel assembly: wherein the flywheel shaft has a longitudinal passage connecting the first cavity and the second cavity; characterised in that a liquid heat transfer medium disposed in the longitudinal passage , the second cavity, and the first cavity; wherein the liquid heat transfer medium is held in the flywheel shaft so as to not recirculate through the longitudinal passage from external to the enclosure .
Method of filling a metal hydride storage medium of a submarine with hydrogen, comprising the following steps: - providing a metal hydride storage medium and a reactant filling station with means of heating the metal hydride storage medium , - assuming a maximum value of a surrounding water temperature, - filling the metal hydride storage medium with hydrogen, - setting and keeping the temperature of the metal hydride storage medium during the filling above the assumed value of the surrounding water temperature using the means of heating the metal hydride storage medium . - providing a metal hydride storage medium and a reactant filling station with means of heating the metal hydride storage medium , - assuming a maximum value of a surrounding water temperature, - filling the metal hydride storage medium with hydrogen, - setting and keeping the temperature of the metal hydride storage medium during the filling above the assumed value of the surrounding water temperature using the means of heating the metal hydride storage medium .
A method of creating a seismic survey design comprising, a) determining the location of a plurality of seismic sources and a plurality of receivers geographically in a seismic survey design; b) inputting the complete set of sources into an array design software to form a sources array; c) inputting the complete set of receivers into said array design software to form a receivers array; characterised by : d) applying an F-K transform to said sources array and said receivers array; e) applying interactive frequency-wavenumber filters to said sources array and said receivers array; f) combining filtered sources array and receivers array; g) evaluating the source array, receiver array and the combined filtered array for artifacts; h) modifying said survey design to correct said artifacts, including changing one or more locations of one or more seismic sources and/or receivers to minimize artifacts, and repeating steps a-h until an optimal survey is produced; and i) applying said optimal seismic survey design to a reservoir. a) determining the location of a plurality of seismic sources and a plurality of receivers geographically in a seismic survey design; b) inputting the complete set of sources into an array design software to form a sources array; c) inputting the complete set of receivers into said array design software to form a receivers array; characterised by : d) applying an F-K transform to said sources array and said receivers array; e) applying interactive frequency-wavenumber filters to said sources array and said receivers array; f) combining filtered sources array and receivers array; g) evaluating the source array, receiver array and the combined filtered array for artifacts; h) modifying said survey design to correct said artifacts, including changing one or more locations of one or more seismic sources and/or receivers to minimize artifacts, and repeating steps a-h until an optimal survey is produced; and i) applying said optimal seismic survey design to a reservoir.
A portable multiplicity counter comprising: a housing , signal input circuitry and a graphical user interface integrally carried on said housing , and processing circuitry comprising a microcontroller and shift register circuitry operably coupled thereto, said shift register circuitry comprising a field programmable gate array integrated circuit, said processing circuitry also carried on said housing and operably coupled to said signal input circuitry and said graphical user interface , said processing circuitry being configured to be operable via said graphical user interface to count input signal pulses receivable at said signal input circuitry and record time correlations thereof, such that said processing circuitry is configured to count and record said input pulses based on measurement parameters configurable via said graphical user interface , wherein said measurement parameters comprise parameters to operate said shift register circuitry , and said graphical user interface is adapted to configure said field programmable gate array integrated circuit with said measurement parameters, said field programmable gate array integrated circuit including a gate shift register memory, a predelay shift register memory, and an accidentals shift register memory. a housing , signal input circuitry and a graphical user interface integrally carried on said housing , and processing circuitry comprising a microcontroller and shift register circuitry operably coupled thereto, said shift register circuitry comprising a field programmable gate array integrated circuit, said processing circuitry also carried on said housing and operably coupled to said signal input circuitry and said graphical user interface , said processing circuitry being configured to be operable via said graphical user interface to count input signal pulses receivable at said signal input circuitry and record time correlations thereof, such that said processing circuitry is configured to count and record said input pulses based on measurement parameters configurable via said graphical user interface , wherein said measurement parameters comprise parameters to operate said shift register circuitry , and said graphical user interface is adapted to configure said field programmable gate array integrated circuit with said measurement parameters, said field programmable gate array integrated circuit including a gate shift register memory, a predelay shift register memory, and an accidentals shift register memory.
A shunt resistor having: a resistance element ; and two base materials joined by welding to the resistance element with the resistance element therebetween wherein the resistance element is provided with a protruding portion that protrudes from at least one of longitudinal side surfaces of the two base materials , characterized in that the protruding portion is formed so as to have a height (H1, H2) of 2 to 5 mm. a resistance element ; and two base materials joined by welding to the resistance element with the resistance element therebetween wherein the resistance element is provided with a protruding portion that protrudes from at least one of longitudinal side surfaces of the two base materials , characterized in that the protruding portion is formed so as to have a height (H1, H2) of 2 to 5 mm.
An injectable aqueous implant formulation for use in oral tissue regeneration which can be extruded through a tapering system and an 18 gauge (0.838 mm inner diameter) 25.4 mm long cannula with a force not exceeding 60 N, which comprises 25-45 w/w % of a dried implant composition consisting essentially of a mixture of nanocrystalline hydroxyapatite particles derived from natural bone having a size of 50 to 200 μm and fragments of naturally crosslinked fibrous collagen material that pass through a 0.5 mm sieve, whereby the w/w ratio of nanocrystalline hydroxyapatite to collagen is from 1.8 to 4.5, rehydrated and homogeneously mixed with sterile water or a sterile isotonic saline solution.
An inkjet recording apparatus comprising: an inkjet head configured to expand and contract a capacity of a pressure chamber corresponding to an actuator by applying a driving signal to the actuator , and to discharge an ink in the pressure chamber from a nozzle to perform printing on a recording medium; and a driving circuit (60A - 60D) configured to apply the driving signal to the actuator of the inkjet head , wherein the driving signal includes a first expansion pulse which starts from a reference potential and expands the capacity of the pressure chamber , a first contraction pulse which contracts the capacity of the pressure chamber to discharge the ink from the nozzle , a second expansion pulse which expands the capacity of the pressure chamber , and a contraction pulse which contracts the capacity of the pressure chamber and returns to the reference potential in the mentioned order, and the driving circuit (60A - 60D) is configured to discharge different droplet amounts of the ink from the same nozzle by changing a potential difference between a start edge and an end edge of the first contraction pulse; characterized in that T2/T1 is 0.6 or more and 1.2 or less, where T1 is a period from the start edge of the first expansion pulse to the start edge of the first contraction pulse and T2 is a period from the start edge of the first contraction pulse and the start edge of the second expansion pulse. an inkjet head configured to expand and contract a capacity of a pressure chamber corresponding to an actuator by applying a driving signal to the actuator , and to discharge an ink in the pressure chamber from a nozzle to perform printing on a recording medium; and a driving circuit (60A - 60D) configured to apply the driving signal to the actuator of the inkjet head , wherein the driving signal includes a first expansion pulse which starts from a reference potential and expands the capacity of the pressure chamber , a first contraction pulse which contracts the capacity of the pressure chamber to discharge the ink from the nozzle , a second expansion pulse which expands the capacity of the pressure chamber , and a contraction pulse which contracts the capacity of the pressure chamber and returns to the reference potential in the mentioned order, and the driving circuit (60A - 60D) is configured to discharge different droplet amounts of the ink from the same nozzle by changing a potential difference between a start edge and an end edge of the first contraction pulse; characterized in that T2/T1 is 0.6 or more and 1.2 or less, where T1 is a period from the start edge of the first expansion pulse to the start edge of the first contraction pulse and T2 is a period from the start edge of the first contraction pulse and the start edge of the second expansion pulse.
An adjustable bracket for installation of a vehicle bumper on a body of the vehicle, the bracket being configured to be connected to the body to support the bumper, characterized in that the bracket comprises a fixed bracket (A) and an adjusting bracket (B), - wherein the bracket comprises a movable connection between the fixed bracket (A) and the adjusting bracket (B), which allows the adjusting bracket (B) to have a translational movement in the vertical direction (Z) of the vehicle with respect to the fixed bracket (A) when the adjustable bracket is mounted on the vehicle, and - wherein the fixed bracket (A) is provided with two cross ribs , and the connecting means of the adjusting bracket (B) is a vertically elongate opening which matches the cross ribs , - wherein the adjusting bracket B is provided at its top with position-limiting means configured to be allowed to abut against a light of the vehicle, and - wherein the fixed bracket (A) and the adjusting bracket (B) are both provided with a mounting structure configured to be fastened to the body. - wherein the bracket comprises a movable connection between the fixed bracket (A) and the adjusting bracket (B), which allows the adjusting bracket (B) to have a translational movement in the vertical direction (Z) of the vehicle with respect to the fixed bracket (A) when the adjustable bracket is mounted on the vehicle, and - wherein the fixed bracket (A) is provided with two cross ribs , and the connecting means of the adjusting bracket (B) is a vertically elongate opening which matches the cross ribs , - wherein the adjusting bracket B is provided at its top with position-limiting means configured to be allowed to abut against a light of the vehicle, and - wherein the fixed bracket (A) and the adjusting bracket (B) are both provided with a mounting structure configured to be fastened to the body.
A method for making an anchorage in the ground, said method comprising the following steps: a drilling tool is provided comprising a drilling tube that has an open distal end , and means for vibrating the drilling tube, characterized in that a target vibration frequency is calculated; a borehole (F, F1, F2) is carried out in the ground (S) using the drilling tool by vibrating the drilling tube at said target vibration frequency, the drilling tube being brought to a predetermined depth; the length of the drilling tube is increased during drilling, and the target vibration frequency is recalculated each time the length of the drilling tube is increased; when the drilling tube has reached the predetermined depth (H), a reinforcement is introduced into the drilling tube and a sealing grout is injected into the borehole (F) via the drilling tube before or after having introduced the reinforcement into the drilling tube. a drilling tool is provided comprising a drilling tube that has an open distal end , and means for vibrating the drilling tube, characterized in that a target vibration frequency is calculated; a borehole (F, F1, F2) is carried out in the ground (S) using the drilling tool by vibrating the drilling tube at said target vibration frequency, the drilling tube being brought to a predetermined depth; the length of the drilling tube is increased during drilling, and the target vibration frequency is recalculated each time the length of the drilling tube is increased; when the drilling tube has reached the predetermined depth (H), a reinforcement is introduced into the drilling tube and a sealing grout is injected into the borehole (F) via the drilling tube before or after having introduced the reinforcement into the drilling tube.
Heald frame crossbar for weaving looms consisting of a profile which comprises a hollow body (B) ending with an appendix (C) at the inner longitudinal edge of the crossbar (H), said appendix (C) being arranged for attaching the healds (L), wherein stiffening elements consisting of bars are fixed within cavities formed at least at the outer edge of said hollow body (B), characterised in that said crossbar further comprises sheets which coat at least part of the corresponding outer sides of the hollow body (B) and also extend to fully coat a corresponding stiffening bar , and in that said stiffening elements are made of composite materials exhibiting a high elastic modulus, such as composite materials based on standard carbon fibres for general uses having an elastic modulus of about 200 GPa, or based on high modulus carbon fibres having an elastic modulus ranging from 300 to over 600 GPa.
A method performed by a wireless device in a network, the method comprising: detecting a triggering event related to a procedure for a handover from a source network node to a target network node in which the wireless device relies on downlink beam selection, wherein the triggering event corresponds to receipt of a handover command or receipt of a conditional handover command; determining measurement information to include in a message to send to the target network node, the measurement information obtained by measuring one or more beams according to at least one of a radio link management configuration, a beam management configuration, and a measurement configuration; and in response to detecting the triggering event, sending the determined measurement information in the message to the target network node. detecting a triggering event related to a procedure for a handover from a source network node to a target network node in which the wireless device relies on downlink beam selection, wherein the triggering event corresponds to receipt of a handover command or receipt of a conditional handover command; determining measurement information to include in a message to send to the target network node, the measurement information obtained by measuring one or more beams according to at least one of a radio link management configuration, a beam management configuration, and a measurement configuration; and in response to detecting the triggering event, sending the determined measurement information in the message to the target network node.
A shot approval indicator for sports shooters comprising an optical indicator and a firing frame for a shot target (Z) capable of being fired at with a projectile along at least one shot direction (B), wherein the firing frame has a passage opening and a frame body , and the frame body includes at least one outer surface (A); wherein the frame body is at least partially composed of a transparent or semi-transparent material and the optical indicator is arranged behind the outer surface (A) of the firing frame along the shot direction (B) for protecting the optical indicator from projectiles, and the optical indicator is an indicator for shot approval.
Protective switching device having at least one outer conductor section from an outer conductor supply connection of the protective switching device to an outer conductor load connection of the protective switching device , and a neutral conductor section from a neutral conductor connection of the protective switching device to a neutral conductor load connection of the protective switching device , wherein in the outer conductor section a mechanical bypass switch is arranged, wherein a semiconductor circuit arrangement of the protective switching device , which semiconductor circuit arrangement is in the form of a four-quadrant switch, is connected in parallel with the bypass switch , wherein a current measuring arrangement is arranged in the outer conductor section , which is connected to an electronic control unit of the protective switching device , wherein the electronic control unit is designed to actuate the bypass switch and the semiconductor circuit arrangement in a predeterminable manner, and wherein a voltage-dependent resistor , in particular, a varistor, is arranged in parallel with the bypass switch , wherein the semiconductor circuit arrangement preferably has only two semiconductor components, wherein in the outer conductor section a first mechanical isolating switch is arranged in particular in series with the bypass switch , wherein in the neutral conductor section a second mechanical isolating switch is arranged, wherein when turning on the protective switching device the electronic control unit is designed to actuate only the second mechanical isolating switch for closing, subsequently to actuate the first mechanical isolating switch for closing, and then to turn on the semiconductor circuit arrangement for a predeterminable first time period, wherein the protective switching device is designed as an alternating voltage switching device, and furthermore has a voltage measuring arrangement , which is connected to the control unit , and wherein the electronic control unit is designed to actuate the first mechanical isolating switch and the second mechanical isolating switch for a predeterminable second time period before a first zero crossing of a connected mains voltage, characterised in that the two semiconductor components are discrete semiconductor components and that the second time period is essentially half as long as the first time period.