mhurhangee/patent-ind-claim-en huggingface dataset:
Multi-track tilting vehicle with direct tilt control and steering, comprising a two-track tilting chassis on the front axle and/or a two-track tilting chassis on the rear axle, a vehicle frame , a roll control shaft , a handlebar , wheels and/or skis, wherein the roll control shaft is mounted rotatably about a roll control axis in the vehicle frame , the roll control axis is aligned essentially parallel (0 +-20°) to the vehicle longitudinal axis and/or to the vehicle's roll axis, the handlebar is mounted rotatably about a handlebar axis in the roll control shaft , and the handlebar axis is aligned essentially orthogonally (90 +-20°) to the roll control axis , characterized in that the at least one two-track tilting chassis enables tilting of the vehicle frame about the vehicle roll axis and has independent wheel suspension and/or independent ski suspension, the handlebar can be rotated about the roll control axis and about the handlebar axis , a rotation of the handlebar about the handlebar axis causes the tilting vehicle to steer, a rotation of the handlebar about the roll control axis causes the tilting vehicle to tilt, the tilting and steering can be performed independently of one another using the same handlebar .
Method for access control of wireless data streaming to a receiver device , the method comprising the steps of: a) wirelessly connecting the receiver device to a plurality of sender devices positioned in an area , wherein the positions of the plurality of sender devices having a first spatial coverage in the area , b)transmitting, by the receiver device , a privilege signal pertaining to a specific sender device of the plurality of sender devices to obtain a privileged status, the privilege signal having a second spatial coverage in the area , c) extracting, by the specific sender device , privilege credentials from the privilege signal, and transmitting the privilege credentials from the specific sender device to the receiver device via the wireless connection to acquire privileged status of the specific sender device , d) controlling, by the specific sender device having a privileged status, access of wireless data streaming from any of the plurality of sender devices to the receiver device , wherein the first spatial coverage in the area is larger than the second spatial coverage in the area , wherein the first spatial coverage is overlapping the second spatial coverage , and wherein a sender device having received the privilege signal and obtained a privileged status being a privileged sender device and a sender device having not received the privilege signal and not obtained a privileged status being an unprivileged sender device . a) wirelessly connecting the receiver device to a plurality of sender devices positioned in an area , wherein the positions of the plurality of sender devices having a first spatial coverage in the area , b)transmitting, by the receiver device , a privilege signal pertaining to a specific sender device of the plurality of sender devices to obtain a privileged status, the privilege signal having a second spatial coverage in the area , c) extracting, by the specific sender device , privilege credentials from the privilege signal, and transmitting the privilege credentials from the specific sender device to the receiver device via the wireless connection to acquire privileged status of the specific sender device , d) controlling, by the specific sender device having a privileged status, access of wireless data streaming from any of the plurality of sender devices to the receiver device ,
Nozzle element to be introduced into a handpiece for emitting a water jet at a water pressure between 50 and 200 bar, which has a cylindrical nozzle body forming a flow passage for the water jet, and at least one nozzle opening emitting a jet stream to the surrounding area whose smallest dimension is not more than 0.15 mm characterized in that in case of a circular nozzle opening with a diameter of at least 0.09 mm and maximum 0.12 mm the nozzle opening is formed such that a fan jet results on the surface to be treated between the nozzle opening and the surface to be treated at a water pressure of 130 bar at a working distance of 80 mm, that the nozzle body has a length of between 1 and 30 mm, that the flow passage has a circular cross section and a diameter of between 0.15 mm and 0.6 mm and that the nozzle body is made of steel and welded to a nozzle plate forming the nozzle opening .
A light unit comprising: a light guide plate comprising a flat top surface, a bottom surface and a plurality of areas ; a plurality of grooves formed on the bottom surface of the light guide plate ; each groove including a first surface , a second surface and an intersection through which the first surface and the second surface meet each other; two or more light guide extensions formed in each of the plurality of grooves , wherein the light guide extensions are attached to a surface of said light guide plate which, at least in part, forms the corresponding groove , and wherein the light guide extensions extend longitudinally within the corresponding groove ; a module substrate arranged under each of the grooves ; and a plurality of light emitting diodes mounted on the module substrate and allowing light to be incident on a lateral surface of the light guide extensions ; and a reflective member disposed on the first surface and disposed under the light guide extensions , wherein the reflective member is not formed on the second surface (122b wherein each of the plurality of areas has a light emitting diode , wherein the light emitting diode has a side light emitting type, wherein the module substrate is configured to supply electric power to the plurality of light emitting diodes such that the areas of the light guide plate emit light having different luminance from one area to another. a light guide plate comprising a flat top surface, a bottom surface and a plurality of areas ; a plurality of grooves formed on the bottom surface of the light guide plate ; each groove including a first surface , a second surface and an intersection through which the first surface and the second surface meet each other; two or more light guide extensions formed in each of the plurality of grooves , wherein the light guide extensions are attached to a surface of said light guide plate which, at least in part, forms the corresponding groove , and wherein the light guide extensions extend longitudinally within the corresponding groove ; a module substrate arranged under each of the grooves ; and a plurality of light emitting diodes mounted on the module substrate and allowing light to be incident on a lateral surface of the light guide extensions ; and a reflective member disposed on the first surface and disposed under the light guide extensions , wherein the reflective member is not formed on the second surface (122b wherein each of the plurality of areas has a light emitting diode , wherein the light emitting diode has a side light emitting type, wherein the module substrate is configured to supply electric power to the plurality of light emitting diodes such that the areas of the light guide plate emit light having different luminance from one area to another.
A system for use with an aircraft having a gas turbine engine , comprising: a turbo pump configured to convert a tank compressed gas or an engine compressed gas into at least one of electrical power, hydraulic power or pneumatic power; a storage tank configured to store the tank compressed gas; a bleed line configured to port the engine compressed gas from the gas turbine engine to the turbo pump ; and a propellant selector valve having an off position in which the turbo pump is prevented from receiving either the tank compressed gas or the engine compressed gas, a tank position in which the tank compressed gas from the storage tank is ported through the propellant selector valve to the turbo pump , and an engine position in which the engine compressed gas from the bleed line is ported through the propellant selector valve to the turbo pump . a turbo pump configured to convert a tank compressed gas or an engine compressed gas into at least one of electrical power, hydraulic power or pneumatic power; a storage tank configured to store the tank compressed gas; a bleed line configured to port the engine compressed gas from the gas turbine engine to the turbo pump ; and a propellant selector valve having an off position in which the turbo pump is prevented from receiving either the tank compressed gas or the engine compressed gas, a tank position in which the tank compressed gas from the storage tank is ported through the propellant selector valve to the turbo pump , and an engine position in which the engine compressed gas from the bleed line is ported through the propellant selector valve to the turbo pump .
A co-ordinate measuring machine to determine the co-ordinates of a number of points on the surface of a measurement object, comprising a support beam that supports a measurement head over the surface of a support table that supports the measurement object the co-ordinates of which are to be measured, characterised in that the support beam is supported above the support table by means of two legs (7, 8; 13, 14) that are not only possible to displace together in the same direction along the support table in order to displace the support beam and the measurement head forwards and backwards in a direction relative to the support table , but in that the support beam is connected to the legs (7, 8; 13, 14) by self-adjusting turning bearings such that the support beam always take up the same angular position relative to the horizontal plane, it is also possible to displace the legs (7, 8; 13, 14) relative to each other in different directions along the support table in order to raise and lower the support beam and the measurement head relative to the support table.
An electroconductive thin film, comprising: a metal oxide containing indium and tin; and gold, characterized in that a number (A) of atoms of the indium, a number (B) of atoms of the tin, and a number (C) of atoms of the gold satisfy the following formula : 0.21 ≤ C / A + B + C ≤ 0.78 a metal oxide containing indium and tin; and gold, characterized in that a number (A) of atoms of the indium, a number (B) of atoms of the tin, and a number (C) of atoms of the gold satisfy the following formula : 0.21 ≤ C / A + B + C ≤ 0.78
A method of determining an equalization filter for headphones, the method comprising: receiving first data that characterizes the acoustic response of the headphones , extracting second data from a media file , which second data reflects a mastering curve; and determining the equalization filter based on the first data and the second data, wherein said second data comprises digital filter coefficients. receiving first data that characterizes the acoustic response of the headphones , extracting second data from a media file , which second data reflects a mastering curve; and determining the equalization filter based on the first data and the second data, wherein said second data comprises digital filter coefficients.
A seat leg assembly for a passenger seat , the assembly comprising: a brace member configured to extend from a front end of a base frame of the passenger seat to a rear floor fitting ; a front leg configured to extend from a front floor fitting to the brace member and connected to the brace member with a slanted angle; a rear leg portion intended to extend from a rear end of the base frame to the brace member ; and a first joint structure connecting the rear leg portion to the brace member ; wherein the first joint structure comprises a first axle member for providing a first pivot point for the rear leg portion relative to the brace member and further comprises mating surfaces on the rear leg portion and the brace member respectively to divert a tensile loading of the rear leg portion at the first pivot point through the brace member , the mating surfaces being substantially flat surfaces extending on both sides of a projected location of the first axle member onto the brace member . a brace member configured to extend from a front end of a base frame of the passenger seat to a rear floor fitting ; a front leg configured to extend from a front floor fitting to the brace member and connected to the brace member with a slanted angle; a rear leg portion intended to extend from a rear end of the base frame to the brace member ; and a first joint structure connecting the rear leg portion to the brace member ; wherein the first joint structure comprises a first axle member for providing a first pivot point for the rear leg portion relative to the brace member and further comprises mating surfaces on the rear leg portion and the brace member respectively to divert a tensile loading of the rear leg portion at the first pivot point through the brace member , the mating surfaces being substantially flat surfaces extending on both sides of a projected location of the first axle member onto the brace member .
An endoscope system comprising: • a plurality of magnetic field generating elements ; • a plurality of magnetic field detecting elements ; • a first generation unit configured to generate a first waveform for detecting a position of an insertion part of an endoscope to be inserted into a subject; • a second generation unit configured to generate a second waveform, which is different from the first waveform in at least one of a frequency, a phase, an amplitude, or a waveform shape and is distinguishable from the first waveform; characterized in that the endoscope system further comprises: • a drive unit configured to drive the plurality of magnetic field generating elements with the second waveform and further configured to drive the plurality of magnetic field generating elements with the first waveform after driving the plurality of magnetic field generating elements with the second waveform; • a detection unit configured to detect, for each of the plurality of magnetic field detecting elements, a synchronization timing corresponding to the detection of the second waveform by each of the plurality of magnetic field detecting elements; • an acquisition unit configured to acquire a signal corresponding to the first waveform detected by each of the plurality of magnetic field detecting elements on the basis of the synchronization timing detected for each of the plurality of magnetic field detecting elements; and • a derivation unit configured to derive a position of each of the plurality of magnetic field detecting elements on the basis of the signal acquired by the acquisition unit . • a plurality of magnetic field generating elements ; • a plurality of magnetic field detecting elements ; • a first generation unit configured to generate a first waveform for detecting a position of an insertion part of an endoscope to be inserted into a subject; • a second generation unit configured to generate a second waveform, which is different from the first waveform in at least one of a frequency, a phase, an amplitude, or a waveform shape and is distinguishable from the first waveform; • a drive unit configured to drive the plurality of magnetic field generating elements with the second waveform and further configured to drive the plurality of magnetic field generating elements with the first waveform after driving the plurality of magnetic field generating elements with the second waveform; • a detection unit configured to detect, for each of the plurality of magnetic field detecting elements, a synchronization timing corresponding to the detection of the second waveform by each of the plurality of magnetic field detecting elements; • an acquisition unit configured to acquire a signal corresponding to the first waveform detected by each of the plurality of magnetic field detecting elements on the basis of the synchronization timing detected for each of the plurality of magnetic field detecting elements; and • a derivation unit configured to derive a position of each of the plurality of magnetic field detecting elements on the basis of the signal acquired by the acquisition unit .
Pre-chamber spark plug , comprising • a housing having a bore along its longitudinal axis, as a result of which the housing has an outer side and an inner side , and wherein the housing has, on its outer side , a thread for screwing the spark plug into a cylinder head, • a cap which is arranged on the housing at the combustion-chamber end of the housing and which forms a pre-chamber together with the housing , • an insulator arranged within the housing , • a centre electrode arranged within the insulator , and • at least two earth electrodes , wherein the at least two earth electrodes and the centre electrode are arranged such that each earth electrode forms an ignition gap with the centre electrode, and that the at least two earth electrodes are arranged on the inner side of the housing , characterized in that the housing has at least two bores in its housing wall, wherein the bores are formed in a region of the thread and one of the at least two earth electrodes is inserted and fastened in each of the at least two bores . • a housing having a bore along its longitudinal axis, as a result of which the housing has an outer side and an inner side , and wherein the housing has, on its outer side , a thread for screwing the spark plug into a cylinder head, • a cap which is arranged on the housing at the combustion-chamber end of the housing and which forms a pre-chamber together with the housing , • an insulator arranged within the housing , • a centre electrode arranged within the insulator , and • at least two earth electrodes , wherein the at least two earth electrodes and the centre electrode are arranged such that each earth electrode forms an ignition gap with the centre electrode, and that the at least two earth electrodes are arranged on the inner side of the housing ,
A condensation management system comprising: an elongated flexible film configured to be stretched under tension along a longitudinal axis of the film between a first film support and a second film support , the film comprising: first and second ends extending laterally across width of the film; first and second sides extending longitudinally between the first and second ends; a concave surface extending between the first and second sides and an opposing convex surface extending between the first and second sides; and microchannels disposed in at least one of the concave surface and the convex surface, the microchannels arranged at an angle greater than zero with respect to the longitudinal axis of the film and configured to induce a predetermined radius of curvature in the concave and convex surfaces of the film when the film is stretched longitudinally between the first and second film supports, wherein the predetermined radius of curvature is a function of a distance between the first and second supports, each of the first and second film supports has a substantially flat attachment surface to which the first and second ends of the flexible film are respectively attached, a minimum value of the radius of curvature of the film occurs at a longitudinal intermediate point of the film between the first and second film supports and a maximum value of the radius of curvature occurs proximate to the first and second film supports. an elongated flexible film configured to be stretched under tension along a longitudinal axis of the film between a first film support and a second film support , the film comprising: first and second ends extending laterally across width of the film; first and second sides extending longitudinally between the first and second ends; a concave surface extending between the first and second sides and an opposing convex surface extending between the first and second sides; and first and second ends extending laterally across width of the film; first and second sides extending longitudinally between the first and second ends; a concave surface extending between the first and second sides and an opposing convex surface extending between the first and second sides; and microchannels disposed in at least one of the concave surface and the convex surface, the microchannels arranged at an angle greater than zero with respect to the longitudinal axis of the film and configured to induce a predetermined radius of curvature in the concave and convex surfaces of the film when the film is stretched longitudinally between the first and second film supports, wherein the predetermined radius of curvature is a function of a distance between the first and second supports, each of the first and second film supports has a substantially flat attachment surface to which the first and second ends of the flexible film are respectively attached, a minimum value of the radius of curvature of the film occurs at a longitudinal intermediate point of the film between the first and second film supports and a maximum value of the radius of curvature occurs proximate to the first and second film supports.
A device assembly system for implementing automatic shelving or unshelving of an apparatus in a rack in a data center, wherein the system comprises a control apparatus , a mobile apparatus , a lifting apparatus , and a plug in/out apparatus , wherein the control apparatus is configured to control, based on an operation and maintenance instruction, the mobile apparatus , the lifting apparatus , and the plug in/out apparatus to complete an operation of the operation and maintenance instruction, and the operation and maintenance instruction instructs the system to complete an operation of assembly of a device; the mobile apparatus is configured to move the system to a first location, and the first location identifies a rack in which the device is assembled; the lifting apparatus is configured to move the plug in/out apparatus to a target location in a first direction (Z), the target location is a location for storing the device in the rack , and the first direction (Z) is perpendicular to the ground; and the plug in/out apparatus is configured to place the device at the target location, or obtain the device from the target location, characterized in that the lifting apparatus comprises a holding mechanism , configured to connect the rack and the device assembly system; and the holding mechanism comprises a fourth drive assembly and a holding hook , and the fourth drive assembly is configured to drive the holding hook to be fixedly connected to the rack . the control apparatus is configured to control, based on an operation and maintenance instruction, the mobile apparatus , the lifting apparatus , and the plug in/out apparatus to complete an operation of the operation and maintenance instruction, and the operation and maintenance instruction instructs the system to complete an operation of assembly of a device; the mobile apparatus is configured to move the system to a first location, and the first location identifies a rack in which the device is assembled; the lifting apparatus is configured to move the plug in/out apparatus to a target location in a first direction (Z), the target location is a location for storing the device in the rack , and the first direction (Z) is perpendicular to the ground; and the plug in/out apparatus is configured to place the device at the target location, or obtain the device from the target location, characterized in that the lifting apparatus comprises a holding mechanism , configured to connect the rack and the device assembly system; and the holding mechanism comprises a fourth drive assembly and a holding hook , and the fourth drive assembly is configured to drive the holding hook to be fixedly connected to the rack .