mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing virtual reality content for viewing by spectators, comprising, receiving, at a server , a virtual reality stream associated with interaction by a head mounted display HMD player , wherein an HMD player view into a virtual reality environment of the virtual reality stream is controlled by movements of the HMD by the HMD player as the HMD player navigates the virtual reality environment; receiving, at the server, a request via a device of a spectator to view the virtual reality stream via an HMD of the spectator; sending, by the server, a feed of the virtual reality stream to the device of the spectator for the HMD of the spectator , the feed of the virtual reality stream providing an HMD spectator view into the virtual reality environment; and adjusting, by the server, the HMD spectator view into the virtual reality environment in accordance with a gearing ratio, the gearing ratio defining a rate at which the HMD spectator view tracks the HMD player view as the HMD player navigates the virtual reality environment, characterised in that the adjusting step comprises dynamically adjusting a delay in tracking the HMD player view by the HMD spectator view in accordance with the gearing ratio, thereby causing movement of the HMD spectator view to change in speed relative to movement of the HMD player view, the HMD player view moving at a rate controlled by the HMD player as the HMD players moves the HMD of the HMD player in a real-world space while navigating or moving in the virtual reality environment. receiving, at a server , a virtual reality stream associated with interaction by a head mounted display HMD player , wherein an HMD player view into a virtual reality environment of the virtual reality stream is controlled by movements of the HMD by the HMD player as the HMD player navigates the virtual reality environment; receiving, at the server, a request via a device of a spectator to view the virtual reality stream via an HMD of the spectator; sending, by the server, a feed of the virtual reality stream to the device of the spectator for the HMD of the spectator , the feed of the virtual reality stream providing an HMD spectator view into the virtual reality environment; and adjusting, by the server, the HMD spectator view into the virtual reality environment in accordance with a gearing ratio, the gearing ratio defining a rate at which the HMD spectator view tracks the HMD player view as the HMD player navigates the virtual reality environment, characterised in that the adjusting step comprises dynamically adjusting a delay in tracking the HMD player view by the HMD spectator view in accordance with the gearing ratio, thereby causing movement of the HMD spectator view to change in speed relative to movement of the HMD player view, the HMD player view moving at a rate controlled by the HMD player as the HMD players moves the HMD of the HMD player in a real-world space while navigating or moving in the virtual reality environment.
A sub-assembly for a needle assembly , said sub-assembly comprising: a valve actuator comprising an actuator head comprising a body having a through opening , two valve opener arms extending proximally of the body , and at least one bridge connected to the two valve opener arms , said at least one bridge comprising a distal edge and a proximal edge ; a needle guard comprising a proximal wall having a perimeter defining a proximal opening , two arms extending distally of the proximal wall , and an elbow on each of the two arms ; and a needle attached to a needle hub , said needle extending through the needle guard and the valve actuator and comprises a change in profile located proximally of a needle tip ; wherein the bridge comprises a seam or is continuously formed without a seam; and wherein the elbow of at least one of the two arms is positioned distally of the distal edge prior to placement of the needle into a catheter hub . a valve actuator comprising an actuator head comprising a body having a through opening , two valve opener arms extending proximally of the body , and at least one bridge connected to the two valve opener arms , said at least one bridge comprising a distal edge and a proximal edge ; a needle guard comprising a proximal wall having a perimeter defining a proximal opening , two arms extending distally of the proximal wall , and an elbow on each of the two arms ; and a needle attached to a needle hub , said needle extending through the needle guard and the valve actuator and comprises a change in profile located proximally of a needle tip ; wherein the bridge comprises a seam or is continuously formed without a seam; and wherein the elbow of at least one of the two arms is positioned distally of the distal edge prior to placement of the needle into a catheter hub .
MOBILE FACTORY OF STEEL SHEET COIL HELICAL PIPE for obtaining a helical pipe from steel sheet coils, said mobile factory comprising an equipment mounted on an autonomous low trailer , raft or container-type structure ; said equipment defining a production line comprising the following consecutively positioned elements: - an unwinder adapted to receive a steel sheet coil; - at least one press ; - a first and a second drive puller adapted to move the steel sheet along the production line, with the aid of guide tables ; - a calander ; - a welding machine comprising a wire welding system; the trailer , raft or container-type structure being adapted to provide energy supply to the equipment; said equipment being characterized by further comprising: - a steel sheet straightener , followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; said steel sheet straightener and beveler being positioned proceeding the calander and the welding machine . - an unwinder adapted to receive a steel sheet coil; - at least one press ; - a first and a second drive puller adapted to move the steel sheet along the production line, with the aid of guide tables ; - a calander ; - a welding machine comprising a wire welding system; the trailer , raft or container-type structure being adapted to provide energy supply to the equipment; said equipment being characterized by further comprising: - a steel sheet straightener , followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; - a steel sheet straightener , followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; said steel sheet straightener and beveler being positioned proceeding the calander and the welding machine .
A method for presenting information on the status of an elevator car (204, 204-1, 204-2, 540), the method comprising: generating an elevator call at a mobile device ; obtaining from a controller of an elevator system information regarding the status of the elevator car (204, 204-1, 204-2, 540) indicative of the motion of the elevator car (204, 204-1, 204-2, 540) in response to the elevator call; generating a user interface on the mobile device depicting a stylistic animation , that changes appearance in response to the motion of the elevator car (204, 204-1, 204-2, 540); and generating on the user interface an elevator car arrival indicator upon determining the elevator car (204, 204-1, 204-2, 540) has arrived at a starting floor, the stylistic animation comprising a dynamic component comprising at least one of an alphanumeric dynamic component and a graphical dynamic component , characterized by tracking a location of the mobile device to provide personalized graphics and information to a user on the user interface when the stylistic animation is linked with tracking the user, and by the stylistic animation including a graphical animation responsive to the motion of the elevator car (204, 204-1, 204-2, 540). generating an elevator call at a mobile device ; obtaining from a controller of an elevator system information regarding the status of the elevator car (204, 204-1, 204-2, 540) indicative of the motion of the elevator car (204, 204-1, 204-2, 540) in response to the elevator call; generating a user interface on the mobile device depicting a stylistic animation , that changes appearance in response to the motion of the elevator car (204, 204-1, 204-2, 540); and generating on the user interface an elevator car arrival indicator upon determining the elevator car (204, 204-1, 204-2, 540) has arrived at a starting floor, the stylistic animation comprising a dynamic component comprising at least one of an alphanumeric dynamic component and a graphical dynamic component , characterized by tracking a location of the mobile device to provide personalized graphics and information to a user on the user interface when the stylistic animation is linked with tracking the user, and by the stylistic animation including a graphical animation responsive to the motion of the elevator car (204, 204-1, 204-2, 540).
A vacuum thermal insulator comprising: - a core formed of a single fiber sheet comprising heat insulation fibers extending in a plane direction, or a lamination of a plurality of such fiber sheets ; and - an enclosure accommodating the core , the vacuum thermal insulator being deformable by bending to have a curved shape at least at a part of the vacuum thermal insulator , the fiber sheet including a plurality of thickness-direction fibers being a part of the heat insulation fibers and extending in a thickness direction of the fiber sheet , the fiber sheet comprising a plurality of fiber recesses provided in at least one surface thereof, configured to satisfy a relationship, t / Px ≤ 1, where t is a thickness of the fiber sheet , and Px is an interval between the thickness-direction fibers and wherein the thickness-direction fibers and the fiber recesses are formed by inserting needles used in a needle-punching method into the fiber sheet . - a core formed of a single fiber sheet comprising heat insulation fibers extending in a plane direction, or a lamination of a plurality of such fiber sheets ; and - an enclosure accommodating the core ,
A conductive polymer fiber , wherein a conductor containing a conductive polymer adheres to base fibers , wherein among a plurality of said base fibers , said conductor is arranged with close adhesion to said base fibers , said base fibers extend along the lengthwise direction, said conductor bonds the base fibers , said conductive polymer consists of PEDOT-PSS, said base fibers are twisted or straightened fibers, characterized in that said conductor contains glycerol as additive, and said base fibers are composed of silk. said base fibers extend along the lengthwise direction, said conductor bonds the base fibers , said conductive polymer consists of PEDOT-PSS, said base fibers are twisted or straightened fibers, characterized in that said conductor contains glycerol as additive, and said base fibers are composed of silk.
An installation for robotic spine surgery, comprising: - an operating table , which is designed to lay a patient (P) thereon, - a robot for posterior spine surgery, wherein the robot is configured, during use, to perform a surgical procedure on the patient (P) recumbent on the operating table , and - a bridge table comprising: - two uprights that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot , which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine (R) of the patient recumbent on the operating table characterized in that wherein the platform incorporates a presentation area for spinal implants, said presentation area being covered by a field of activity over which the robot is arranged to extend. - an operating table , which is designed to lay a patient (P) thereon, - a robot for posterior spine surgery, wherein the robot is configured, during use, to perform a surgical procedure on the patient (P) recumbent on the operating table , and - a bridge table comprising: - two uprights that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot , which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine (R) of the patient recumbent on the operating table - two uprights that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot , which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine (R) of the patient recumbent on the operating table
A vehicular air-conditioning system comprising: a vehicle interior air-conditioning apparatus which includes a device cooling circuit of a heat generating device mounted in a vehicle, and a refrigeration cycle circuit; and an intermediate heat exchanger for heat exchange between a device cooling medium of the device cooling circuit and an air-conditioning cooling medium of the refrigeration cycle circuit, wherein, when a temperature of the device cooling medium of the device cooling circuit becomes equal to or higher than a first predetermined temperature, a control cycle of the vehicular air-conditioning system is set to a short time, and the first predetermined temperature is less than an upper limit temperature of the device cooling medium and is determined from a heat capacity of the device cooling circuit and an amount of heat generated by the heat generating device, wherein the first predetermined temperature is changed in accordance with a change of amounts of heat generated of the heat generating device. a vehicle interior air-conditioning apparatus which includes a device cooling circuit of a heat generating device mounted in a vehicle, and a refrigeration cycle circuit; and an intermediate heat exchanger for heat exchange between a device cooling medium of the device cooling circuit and an air-conditioning cooling medium of the refrigeration cycle circuit, wherein, when a temperature of the device cooling medium of the device cooling circuit becomes equal to or higher than a first predetermined temperature, a control cycle of the vehicular air-conditioning system is set to a short time, and the first predetermined temperature is less than an upper limit temperature of the device cooling medium and is determined from a heat capacity of the device cooling circuit and an amount of heat generated by the heat generating device, wherein the first predetermined temperature is changed in accordance with a change of amounts of heat generated of the heat generating device.
A composition comprising at least one inorganic fluorescent material having a peak emission light wavelength in the range from 660 nm to 730 nm, a matrix material, and at least one blue light emitting inorganic fluorescent material having peak light emission wavelength around 450 nm, wherein said matrix material further comprises one or more of bromine-containing monomers, sulfer containing monomers.
A composite object comprising: a first object that is constituted by assembling two or more assemblable toy blocks; and a second object , being different from the first object , constituted by one or more parts produced through 3D printing, and having a recess that is shaped to be fitted to the first object in such a manner that (i) the first object is arranged inside the second object , and (ii) the second object covers the first object except for part of a bottom surface of the first object or the second object covers the first object entirely, wherein each of the assemblable toy blocks constituting the first object has a joining unit for joining with another block, one or more joining units are positioned on a surface of the first object , and the recess of the second object that is shaped to be fitted to the first object has one or more recesses configured to be fitted to the one or more joining units positioned on the surface of the first object , at a position facing the one or more joining units . a first object that is constituted by assembling two or more assemblable toy blocks; and a second object , being different from the first object , constituted by one or more parts produced through 3D printing, and having a recess that is shaped to be fitted to the first object in such a manner that (i) the first object is arranged inside the second object , and (ii) the second object covers the first object except for part of a bottom surface of the first object or the second object covers the first object entirely, wherein each of the assemblable toy blocks constituting the first object has a joining unit for joining with another block, one or more joining units are positioned on a surface of the first object , and the recess of the second object that is shaped to be fitted to the first object has one or more recesses configured to be fitted to the one or more joining units positioned on the surface of the first object , at a position facing the one or more joining units .
A crystal for wavelength conversion in a frequency up-conversion process or a frequency down-conversion process wherein an input pump amplitude is much larger than an input idler or a signal amplitude, and wherein the input pump amplitude remains constant along a propagation direction within the crystal, the crystal being a nonlinear crystal having a longitudinal dimension between a first end and a second end and having an aperiodically poled structure comprising a plurality of oppositely polarized regions alternately arranged along said longitudinal dimension, the nonlinear crystal being a quasi-phase matched crystal wherein the local poling period between two adjacent oppositely poled regions varies adiabatically along said longitudinal dimension from said first end to said second end, beginning with a large value of phase mismatch of a first polarity, and ending with a large value of phase mismatch of an opposite polarity at said second end, said adiabatic variation being characterized by a sweep rate d Δ k / dz of a phase mismatch parameter Δ k ( z ) which is less than wherein κ is a coupling parameter describing the coupling between the signal and idler wave, the phase match Δk being very large compared to the value of said coupling parameter k.
Food storage container for a household refrigerator , having a tray for receiving the food, having a cover separate thereto which can be placed on the tray in order to close the tray , and having a ventilation apparatus , with which air can be exchanged between the environment and the interior of the food storage container , wherein the ventilation apparatus has a pivotable flap , which, in an opened position, releases a ventilation opening and, in the closed position, closes the ventilation opening , characterised in that the ventilation apparatus has a separate support rail , on which the flap is pivotably arranged, wherein the support rail has an integrated ventilation duct , which has the ventilation opening , with which air can be exchanged between the interior of the food storage container and the environment, wherein in a closed position of the flap the ventilation duct is closed and in an opened position of the flap is opened, wherein the ventilation apparatus is arranged on a front edge of the cover and is arranged to project forwards with respect to the front edge and viewed in the depth direction (z) is arranged in a free space between the front edge of the cover and an upper front flange of the tray .
An unlicensed channel sharing method, comprising: determining (S101) a channel sharing information, wherein the channel sharing information comprises a slot format information of Channel Occupy Time, COT, that is available for a network to access and occupy an unlicensed channel; and sending (S102) the channel sharing information to the network, wherein the slot format information comprises a slot deviation, where the slot deviation refers to a number of slots between a slot in which the channel sharing information is carried and a starting slot of the COT. determining (S101) a channel sharing information, wherein the channel sharing information comprises a slot format information of Channel Occupy Time, COT, that is available for a network to access and occupy an unlicensed channel; and sending (S102) the channel sharing information to the network, wherein the slot format information comprises a slot deviation, where the slot deviation refers to a number of slots between a slot in which the channel sharing information is carried and a starting slot of the COT.
An oil-in-water emulsified food composition comprising: • Water, • Vegetable oil, comprising C18:1 and C18:2 fatty acids, in an amount, based on the weight of the vegetable oil, of: ∘C18:1 from 35 to 95 wt%, preferably from 40 to 90 wt%, ∘C18:2 from 1 to 50 wt%, preferably of from 5 to 45 wt%, wherein the vegetable oil comprises a high oleic oil, which is defined as an oil wherein the fatty acid composition comprises more than 70 wt% of oleic acid, based on the weight of the high oleic oil, • Extract of morus alba. • Water, • Vegetable oil, comprising C18:1 and C18:2 fatty acids, in an amount, based on the weight of the vegetable oil, of: ∘C18:1 from 35 to 95 wt%, preferably from 40 to 90 wt%, ∘C18:2 from 1 to 50 wt%, preferably of from 5 to 45 wt%, wherein the vegetable oil comprises a high oleic oil, which is defined as an oil wherein the fatty acid composition comprises more than 70 wt% of oleic acid, based on the weight of the high oleic oil, ∘C18:1 from 35 to 95 wt%, preferably from 40 to 90 wt%, ∘C18:2 from 1 to 50 wt%, preferably of from 5 to 45 wt%, • Extract of morus alba.
A process for the production of a purified soft lead product , comprising a) a first distillation step for distilling lead from a molten solder mixture comprising lead and tin to produce as the overhead product a first concentrated lead stream and as the first bottom product a molten crude tin mixture , and b) a soft lead refining step for removing at least one contaminant selected from the metals arsenic, tin and antimony from the first concentrated lead stream obtained in step a) by treating the first concentrated lead stream at a temperature of less than 600°C with a first base and a first oxidant stronger than air, resulting in the formation of a third supernatant dross containing a metalate compound of the corresponding contaminant metal, followed by separating the third supernatant dross from the purified soft lead stream or product , whereby the third supernatant dross from step (b) contains at most 1.0%wt of chlorine, preferably at most 1.0%wt of total halogens. a) a first distillation step for distilling lead from a molten solder mixture comprising lead and tin to produce as the overhead product a first concentrated lead stream and as the first bottom product a molten crude tin mixture , and b) a soft lead refining step for removing at least one contaminant selected from the metals arsenic, tin and antimony from the first concentrated lead stream obtained in step a) by treating the first concentrated lead stream at a temperature of less than 600°C with a first base and a first oxidant stronger than air, resulting in the formation of a third supernatant dross containing a metalate compound of the corresponding contaminant metal, followed by separating the third supernatant dross from the purified soft lead stream or product ,