mhurhangee/patent-ind-claim-en huggingface dataset:
A modular LED lamp comprising: an interchangeable LED module comprising at least one LED, the interchangeable LED module including an LED controller operable to determine brightness and/or color characteristics for LEDs in the LED module and a non-volatile memory with the brightness and/or color characteristics stored therein; and an interchangeable power supply unit for supplying drive current to the at least one LED, the interchangeable power supply unit including a PSU controller to control current supplied to the interchangeable LED module by the interchangeable power supply unit in response to signaling from the LED controller as to the brightness and/or color characteristics stored in the non-volatile memory of the interchangeable LED module , characterized by the brightness and/or color characteristics for the at least one LED in the LED module being measured during production; and the interchangeable power supply unit further being interconnectable with the interchangeable LED module at mating connections so that the interchangeable LED module and the interchangeable power supply unit can be manufactured separately. an interchangeable LED module comprising at least one LED, the interchangeable LED module including an LED controller operable to determine brightness and/or color characteristics for LEDs in the LED module and a non-volatile memory with the brightness and/or color characteristics stored therein; and an interchangeable power supply unit for supplying drive current to the at least one LED, the interchangeable power supply unit including a PSU controller to control current supplied to the interchangeable LED module by the interchangeable power supply unit in response to signaling from the LED controller as to the brightness and/or color characteristics stored in the non-volatile memory of the interchangeable LED module , characterized by the brightness and/or color characteristics for the at least one LED in the LED module being measured during production; and the interchangeable power supply unit further being interconnectable with the interchangeable LED module at mating connections so that the interchangeable LED module and the interchangeable power supply unit can be manufactured separately.
A straddled vehicle comprising: an internal combustion engine having an oil port , the oil port being open rearward, upward, and outward in a vehicle width direction; an oil level gauge attached to the port such that the oil level gauge is insertable and extractable; an exhaust pipe including an upstream end portion connected to the internal combustion engine and a downstream end portion located rearward of the upstream end portion , the exhaust pipe being configured such that an exhaust gas from the internal combustion engine flows in the exhaust pipe ; a silencer connected to the downstream end portion of the exhaust pipe and disposed rearward of the internal combustion engine ; a fixing base provided on the exhaust pipe ; and an oxygen sensor attached to the fixing base and configured to detect an oxygen concentration of the exhaust gas, wherein the oil level gauge includes a stem-shaped gauge portion disposed inside the internal combustion engine while the oil level gauge is attached to the port , and a knob disposed outside the internal combustion engine , the fixing base is disposed rearward of the port and is disposed outward of the port in the vehicle width direction and disposed forward of the silencer , and the oxygen sensor is disposed inward of a center of the exhaust pipe in the vehicle width direction, and an axis of the oxygen sensor is disposed below a central line of the port . an internal combustion engine having an oil port , the oil port being open rearward, upward, and outward in a vehicle width direction; an oil level gauge attached to the port such that the oil level gauge is insertable and extractable; an exhaust pipe including an upstream end portion connected to the internal combustion engine and a downstream end portion located rearward of the upstream end portion , the exhaust pipe being configured such that an exhaust gas from the internal combustion engine flows in the exhaust pipe ; a silencer connected to the downstream end portion of the exhaust pipe and disposed rearward of the internal combustion engine ; a fixing base provided on the exhaust pipe ; and an oxygen sensor attached to the fixing base and configured to detect an oxygen concentration of the exhaust gas, wherein the oil level gauge includes a stem-shaped gauge portion disposed inside the internal combustion engine while the oil level gauge is attached to the port , and a knob disposed outside the internal combustion engine , the fixing base is disposed rearward of the port and is disposed outward of the port in the vehicle width direction and disposed forward of the silencer , and the oxygen sensor is disposed inward of a center of the exhaust pipe in the vehicle width direction, and an axis of the oxygen sensor is disposed below a central line of the port .
An improved external fixation strut comprising: - an elongated body comprising a first and a second hollow tubular shaft; - opposite connectors (201; 202) respectively coupled to an end portion of the first or the second shaft and each including a ball and socket joint; - one shaft having an internal diameter that is slightly larger than the external diameter than the other shaft to host internally the other shaft in a slidable and telescopic manner; - said first and second shafts (210; 220) of the strut being realized by a synthetic radiolucent plastic material; - a clamp element provided in proximity of overlapping ends of the first and second shaft (210; 220) for providing a fast gripping action stopping the telescopic sliding of one shaft inside the other shaft ; - a manually operated fixation element acting on the clamp element for exerting said fast gripping action; characterized in that - each ball and socket joint is structured to allow an angular movement of the corresponding connector (201; 202) with a spherical angle up to at least 90°. - an elongated body comprising a first and a second hollow tubular shaft; - opposite connectors (201; 202) respectively coupled to an end portion of the first or the second shaft and each including a ball and socket joint; - one shaft having an internal diameter that is slightly larger than the external diameter than the other shaft to host internally the other shaft in a slidable and telescopic manner; - said first and second shafts (210; 220) of the strut being realized by a synthetic radiolucent plastic material; - a clamp element provided in proximity of overlapping ends of the first and second shaft (210; 220) for providing a fast gripping action stopping the telescopic sliding of one shaft inside the other shaft ; - a manually operated fixation element acting on the clamp element for exerting said fast gripping action; characterized in that - each ball and socket joint is structured to allow an angular movement of the corresponding connector (201; 202) with a spherical angle up to at least 90°.
Device for dismountably connecting two intersecting formwork beams, the device comprising a resilient single-component structure composed of a rod made of resilient material having two intermediate arms that extend at their upper ends into respective extensions , joining together said respective regions of one of the beams to be connected, while at the other end into a U- or V- shaped bridge for pressing on the support region of the opposite beam to be joined for pressing the two beams together at support regions, and which can slide longitudinally over one of the beams until it reaches the other beam and, by means of pressure or impact on the device, elastic deformation of the device is produced so as to clamp or hold both beams and press them together, characterised in that each of the two assemblies formed by each of the intermediate arms and its corresponding extension ends , at the side opposite the U- or V-shaped bridge , in an end portion, said end portions are straight end portions, which are oriented towards each other being mutually coaxial to allow the device to tilt about the axis of coaxiality of the end portions.
A method of emptying trays filled with rod-shaped articles of the tobacco industry, the method comprising the following steps: trays designated for emptying are conveyed to an input area of a hopper containing adjacent channels separated by dividers; rod-shaped articles are transferred from the trays to the channels of the hopper using support plates; the channels of the hopper are filled with the rod-shaped articles; the support plates are retracted from the channels of the hopper; the channels of the hopper are successively emptied into a chute adapted to move between channel outlets of the hopper; the rod-shaped articles are transferred from the channels of the hopper and through the chute onto the discharge conveyor moving towards the receiving device; during emptying at least one channel of the hopper , the hopper moves linearly in the direction (S2) opposite to the direction (T) in which the rod-shaped articles are transported by the discharge conveyor ; and after the channel has been completely emptied, the hopper moves in the direction (S1) concurrent with the direction (T) in which the rod-shaped articles are transported by the discharge conveyor , until it achieves a position in which the outlet of the next channel filled with rod-shaped articles (R) is aligned with the inlet of the chute , whereas the hopper moves at a variable velocity while moving in the direction (S1) concurrent with the direction (T) in which the rod-shaped articles are transported by the discharge conveyor, and the chute , in order to empty the rod-shaped articles from at least one channel of the hopper , moves linearly in the direction (G2) opposite to the direction (T) in which the rod-shaped articles are transported by the discharge conveyor , until all the rod-shaped articles (R) have been emptied from the channel , characterized in that while the hopper is moving in the direction (S1) concurrent with the direction (T) in which the rod-shaped articles are transported by the discharge conveyor , the hopper moves at a first velocity, and after receiving a signal from the accumulation sensor that rod-shaped articles have accumulated near the inlet of the chute , the hopper moves at at least one second velocity, whereas the second velocity is lower than the first velocity, before it achieves a position in which the outlet of the next channel filled with rod-shaped articles (R) is aligned with the inlet of the chute . trays designated for emptying are conveyed to an input area of a hopper containing adjacent channels separated by dividers; rod-shaped articles are transferred from the trays to the channels of the hopper using support plates; the channels of the hopper are filled with the rod-shaped articles; the support plates are retracted from the channels of the hopper; the channels of the hopper are successively emptied into a chute adapted to move between channel outlets of the hopper; the rod-shaped articles are transferred from the channels of the hopper and through the chute onto the discharge conveyor moving towards the receiving device;
A method for controlling an image display device having a flexible display module, the method comprising: receiving a multi-view image signal for one object captured by a plurality of stereoscopic image cameras; characterized in the method further comprising: receiving position information regarding the position of the plurality of stereoscopic image cameras from the received multi-view image signal; generating curvature information related to a curved shape of the flexible display module according to the position information regarding the position of the plurality of stereoscopic image cameras; outputting, to the flexible display module, a shape change guide including a shape change position and a shape change angle of the flexible display module based on the generated curvature information, wherein the shape change guide refers to information for achieving a preferable shape into which the flexible display module should be changed; and changing the curvature of the flexible display module based on the generated curvature information, and wherein the curvature changing step comprises folding the flexible display module by a user based on the shape change guide. receiving position information regarding the position of the plurality of stereoscopic image cameras from the received multi-view image signal; generating curvature information related to a curved shape of the flexible display module according to the position information regarding the position of the plurality of stereoscopic image cameras; outputting, to the flexible display module, a shape change guide including a shape change position and a shape change angle of the flexible display module based on the generated curvature information, wherein the shape change guide refers to information for achieving a preferable shape into which the flexible display module should be changed; and changing the curvature of the flexible display module based on the generated curvature information, and wherein the curvature changing step comprises folding the flexible display module by a user based on the shape change guide.
A pipeline inspection system, PIS, for traversing within a pipeline, the PIS comprising: an induction generator extending along a radially curved plane , the induction generator having an outer surface and an opposing inner surface, the outer surface is arranged to be positioned proximate to an inner surface area of the pipeline ; and a controller circuit configured to: determine a forward velocity of a pipeline inspection system (PIS) traversing within a pipeline propelled by the pressurized fluid within the pipeline; calculate at least one of a frequency, voltage, or current of a plurality of periodic waveform signals based on the forward velocity; and generate the plurality of periodic waveform signals, wherein the plurality of periodic waveform signals are received by the induction generator ; wherein the induction generator is further configured to generate a magnetic field in response to the plurality of periodic waveforms and to generate in the pipeline, when a velocity of the PIS is greater than the synchronous velocity of the magnetic field, eddy currents which generate a force opposed to the forward velocity of the PIS and, based on the difference in velocities, generate active power that charges an electric power source of the PIS. an induction generator extending along a radially curved plane , the induction generator having an outer surface and an opposing inner surface, the outer surface is arranged to be positioned proximate to an inner surface area of the pipeline ; and a controller circuit configured to: determine a forward velocity of a pipeline inspection system (PIS) traversing within a pipeline propelled by the pressurized fluid within the pipeline; calculate at least one of a frequency, voltage, or current of a plurality of periodic waveform signals based on the forward velocity; and generate the plurality of periodic waveform signals, wherein the plurality of periodic waveform signals are received by the induction generator ; wherein the induction generator is further configured to generate a magnetic field in response to the plurality of periodic waveforms and to generate in the pipeline, when a velocity of the PIS is greater than the synchronous velocity of the magnetic field, eddy currents which generate a force opposed to the forward velocity of the PIS and, based on the difference in velocities, generate active power that charges an electric power source of the PIS.
Arrangement for a through the wall cable feedthrough, with a cable bushing (1; 20) having: - a sealing portion made from a soft plastic component, which has an opening in the longitudinal direction for receiving a cable that is to be passed through a housing wall in sealed manner; characterized by : - a strain relief made from a hard plastic component, which is formed integrally with the sealing portion and has a passage in longitudinal direction for the cable that is to pass through, which passage is aligned with the opening ; and - a slit which extends in longitudinal direction of the cable bushing along the sealing portion and the strain relief and through which the cable that is to pass through can be inserted in the opening and the passage from outside from a direction transverse to the longitudinal direction. - a sealing portion made from a soft plastic component, which has an opening in the longitudinal direction for receiving a cable that is to be passed through a housing wall in sealed manner; - a strain relief made from a hard plastic component, which is formed integrally with the sealing portion and has a passage in longitudinal direction for the cable that is to pass through, which passage is aligned with the opening ; and - a slit which extends in longitudinal direction of the cable bushing along the sealing portion and the strain relief and through which the cable that is to pass through can be inserted in the opening and the passage from outside from a direction transverse to the longitudinal direction.
METHOD FOR PRODUCING HANGERS FOR CLOTHING SUPPORT, COMPRISING AT LEAST ONE CONCAVE AREA , STARTING FROM A FLAT LAYER OF PAPER MATERIAL , that provides for the following steps: a) wetting said flat layer of paper material so as to increase the humidity percentage with respect to the standard humidity percentage that such flat layer of paper material presents at room temperature; b) leaving said layer of paper material to rest for a predetermined period of time so that said humidity percentage is uniformly distributed throughout the entire thickness of said flat layer of paper material ; c) cutting said flat layer of paper material so as to define an appropriate shape for the realization of said hanger ; d) carrying out a knurling operation on at least one portion of said cut flat layer of paper material in which said at least one concave area will be realized; e) carrying out the forming of said cut flat layer of paper material by means of the introduction of said cut flat layer of paper material between a mould and a counter-mould and subsequently through pressing; f) carrying out a stabilisation operation of said hanger , reducing the humidity percentage thereof. a) wetting said flat layer of paper material so as to increase the humidity percentage with respect to the standard humidity percentage that such flat layer of paper material presents at room temperature; b) leaving said layer of paper material to rest for a predetermined period of time so that said humidity percentage is uniformly distributed throughout the entire thickness of said flat layer of paper material ; c) cutting said flat layer of paper material so as to define an appropriate shape for the realization of said hanger ; d) carrying out a knurling operation on at least one portion of said cut flat layer of paper material in which said at least one concave area will be realized; e) carrying out the forming of said cut flat layer of paper material by means of the introduction of said cut flat layer of paper material between a mould and a counter-mould and subsequently through pressing; f) carrying out a stabilisation operation of said hanger , reducing the humidity percentage thereof.
A method for producing an oxide electrolyte sintered body, the method comprising: preparing crystal particles of a garnet-type ion-conducting oxide represented by a general formula (Li x-3y-z ,E y ,H z )L α M β O γ , where E is at least one kind of element selected from the group consisting of Al, Ga, Fe and Si; L is at least one kind of element selected from an alkaline-earth metal and a lanthanoid element; M is at least one kind of element selected from the group consisting of Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Co, Ni, Cu, Zn, Cd, Al, Ga, Ge, Sn, Sb and Bi; 3≤x-3y-z≤7; 0≤y<0.22; 0<z≤2.8; 2.5≤α≤3.5; 1.5≤β≤2.5; and 11≤y≤13, wherein a full width at half maximum of a diffraction peak which has a highest intensity and which is observed at a diffraction angle (2θ) in a range of from 29° to 32° as a result of X-ray diffraction measurement using CuKα radiation, is 0.164° or less, preparing a lithium-containing flux, and sintering a mixture of the flux and the crystal particles of the garnet-type ion-conducting oxide, by heating at a temperature equal to or more than a melting point of the flux. preparing crystal particles of a garnet-type ion-conducting oxide represented by a general formula (Li x-3y-z ,E y ,H z )L α M β O γ , where E is at least one kind of element selected from the group consisting of Al, Ga, Fe and Si; L is at least one kind of element selected from an alkaline-earth metal and a lanthanoid element; M is at least one kind of element selected from the group consisting of Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Co, Ni, Cu, Zn, Cd, Al, Ga, Ge, Sn, Sb and Bi; 3≤x-3y-z≤7; 0≤y<0.22; 0<z≤2.8; 2.5≤α≤3.5; 1.5≤β≤2.5; and 11≤y≤13, wherein a full width at half maximum of a diffraction peak which has a highest intensity and which is observed at a diffraction angle (2θ) in a range of from 29° to 32° as a result of X-ray diffraction measurement using CuKα radiation, is 0.164° or less, preparing a lithium-containing flux, and sintering a mixture of the flux and the crystal particles of the garnet-type ion-conducting oxide, by heating at a temperature equal to or more than a melting point of the flux.
A device or system for reversibly modulating, the neural activity of a subject's cardiac-related sympathetic nerve in the extracardiac intrathoracic neural circuit, the device or system comprising: at least one transducer suitable for placement on or around the cardiac-related sympathetic nerve, and a signal generator for generating a signal to be applied to the cardiac-related sympathetic nerve via the at least one transducer such that the signal reversibly modulates the neural activity of the cardiac-related sympathetic nerve to produce a physiological response in the subject, wherein the physiological response is a decrease in chronotropic, dromotropic, lusitropic and/or inotropic evoked responses.
A milking device for milking a dairy animal , more particularly a cow, and comprising - a mounting with four milking cups detachably fitted thereto, - a robot arm for displacing the mounting from a rest position in the direction of an udder of the dairy animal , and - a control system for controlling the robot arm , wherein the four milking cups are each connected with a respective milk line connection to a respective milk line for the removal of milk milked with the milking cup , and are each connected with a respective pulsation line connection to a respective pulsation line, characterized in that , once the four milking cups are fitted to the mounting , a first pair of the milk line connections and/or of the pulsation line connections extend substantially parallel to each other in a first direction, and another pair of the milk line connections and/or of the pulsation line connections extend substantially parallel to each other in a second direction, which first and second directions are substantially parallel to a vertical plane, and wherein a vertical projection of the first direction onto a horizontal plane and a vertical projection of the second direction onto a horizontal plane, are oppositely directed. - a mounting with four milking cups detachably fitted thereto, - a robot arm for displacing the mounting from a rest position in the direction of an udder of the dairy animal , and - a control system for controlling the robot arm ,