mhurhangee/patent-ind-claim-en huggingface dataset:
Bogie for a forestry vehicle, comprising a bogie body , which has a first wheel hub for arrangement of a first wheel and a second wheel hub for arrangement of a second wheel , wherein the bogie comprises - a swing arm , which is pivotably hinged at a first end portion on the bogie body and at a second end portion comprises a wheel hub for arrangement of a center wheel between the first wheel and the second wheel , and - a spring and/or damper element , which at one end portion is hinged on the bogie body and at the other end portion is hinged on the swing arm and by means of which the swing arm is capable of being applied with force characterized in that the wheel hub for arrangement of the center wheel can be pivoted between a bearing position, in which a center of the wheel hub is positioned below a line connecting a center of the first wheel hub and a center of the second wheel hub , and a rest position, in which a center of the wheel hub is positioned above the line connecting the center of the first wheel hub and the center of the second wheel hub . - a swing arm , which is pivotably hinged at a first end portion on the bogie body and at a second end portion comprises a wheel hub for arrangement of a center wheel between the first wheel and the second wheel , and - a spring and/or damper element , which at one end portion is hinged on the bogie body and at the other end portion is hinged on the swing arm and by means of which the swing arm is capable of being applied with force
An optical radiation detection system , comprising: - an optical medium structured to define an optical region adapted to transmit an optical radiation (S op ) and to present at least one electrical parameter varying as a function of the optical radiation (S op ) passing through said optical region ; - a first electrode and a second electrode electrically coupled to the optical medium ; wherein said first electrode is capacitively coupled to the optical medium and is spaced from said optical region by a dielectric material , said first electrode being arranged at a distance from the optical region chosen so as to make negligible a disturbance in amplitude, phase, frequency and polarization of the optical radiation (S op ) passing through the optical medium wherein said distance is chosen so that an amplitude value of the electric field E(d) associated with the optical radiation which acts on said first electrode is lower than a maximum amplitude value of the electric field E 0 associated to the optical radiation which acts in said optical region according to the decibel relationship: R= |E 0 /E(d) | 2 > 10 dB, - an electric current or voltage generator connected to said first electrode and structured to provide an AC electric signal (S e ) of a predetermined frequency to be applied to the optical medium ; - an electric measuring circuit connected to said second electrode and structured to provide an electric measuring signal (S M ) representing a variation of said at least one electric parameter of said optical region . - an optical medium structured to define an optical region adapted to transmit an optical radiation (S op ) and to present at least one electrical parameter varying as a function of the optical radiation (S op ) passing through said optical region ; - a first electrode and a second electrode electrically coupled to the optical medium ; wherein said first electrode is capacitively coupled to the optical medium and is spaced from said optical region by a dielectric material , said first electrode being arranged at a distance from the optical region chosen so as to make negligible a disturbance in amplitude, phase, frequency and polarization of the optical radiation (S op ) passing through the optical medium wherein said distance is chosen so that an amplitude value of the electric field E(d) associated with the optical radiation which acts on said first electrode is lower than a maximum amplitude value of the electric field E 0 associated to the optical radiation which acts in said optical region according to the decibel relationship: R= |E 0 /E(d) | 2 > 10 dB, - an electric current or voltage generator connected to said first electrode and structured to provide an AC electric signal (S e ) of a predetermined frequency to be applied to the optical medium ; - an electric measuring circuit connected to said second electrode and structured to provide an electric measuring signal (S M ) representing a variation of said at least one electric parameter of said optical region .
A radio frequency heating apparatus comprising a cavity dividable into at least two sub-cavities , a removable partition for thermally insulating the at least two sub-cavities , a rail provided along a boundary of the cavity for supporting the removable partition , and at least one radio frequency generator configured to transmit radio frequency radiation into at least one of the at least two sub-cavities , characterized by : one of the rail and a perimeter of the partition being corrugated with a set of grooves or ridges , wherein the dimensions (A) of the corrugations are selected based on the frequency of transmitted radio frequency radiation between the two sub-cavities . one of the rail and a perimeter of the partition being corrugated with a set of grooves or ridges , wherein the dimensions (A) of the corrugations are selected based on the frequency of transmitted radio frequency radiation between the two sub-cavities .
A photovoltaic device , including: - one or more photovoltaic modules , each photovoltaic module including: - a first transparent layer forming the front face of the photovoltaic module , intended to receive a light flux, - a plurality of photovoltaic cells disposed side by side and electrically connected to each other, - an assembly encapsulating the plurality of photovoltaic cells , - a second layer forming the rear face of the photovoltaic module , the encapsulating assembly and the plurality of photovoltaic cells being located between the first and second layers, - at least one coating layer disposed on the first layer of the or each photovoltaic module , the first layer being located between said at least one coating layer and the assembly encapsulating the plurality of photovoltaic cells , said at least one coating layer being able to be sanded, the material(s) of said at least one coating layer being different from the material(s) of the first layer of the or each photovoltaic module , said at least one coating layer including a thermosetting polymer material, characterised in that : said at least one coating layer has a thickness comprised between 500 μm and 2 cm, in particular between 500 μm and 1 cm. - one or more photovoltaic modules , each photovoltaic module including: - a first transparent layer forming the front face of the photovoltaic module , intended to receive a light flux, - a plurality of photovoltaic cells disposed side by side and electrically connected to each other, - an assembly encapsulating the plurality of photovoltaic cells , - a second layer forming the rear face of the photovoltaic module , the encapsulating assembly and the plurality of photovoltaic cells being located between the first and second layers, - at least one coating layer disposed on the first layer of the or each photovoltaic module , the first layer being located between said at least one coating layer and the assembly encapsulating the plurality of photovoltaic cells , said at least one coating layer being able to be sanded, the material(s) of said at least one coating layer being different from the material(s) of the first layer of the or each photovoltaic module , said at least one coating layer including a thermosetting polymer material, characterised in that : said at least one coating layer has a thickness comprised between 500 μm and 2 cm, in particular between 500 μm and 1 cm. - a first transparent layer forming the front face of the photovoltaic module , intended to receive a light flux, - a plurality of photovoltaic cells disposed side by side and electrically connected to each other, - an assembly encapsulating the plurality of photovoltaic cells , - a second layer forming the rear face of the photovoltaic module , the encapsulating assembly and the plurality of photovoltaic cells being located between the first and second layers, - at least one coating layer disposed on the first layer of the or each photovoltaic module , the first layer being located between said at least one coating layer and the assembly encapsulating the plurality of photovoltaic cells ,
Transmission which is provided, in particular, inside a single wheel drive unit and which has a transmission mounting , an input shaft , at least one planetary gear stage with a first externally toothed sun gear which can be driven via the input shaft , with an internally toothed internal gear which is mounted rotatably on the transmission mounting , and with a rotatably mounted planet spider , on which at least one externally toothed planetary gear which is in engagement both with the sun gear and with the internal gear is mounted rotatably, and a further gear stage which comprises at least one spur gear which is mounted rotatably on a bearing journal which is stationary with regard to the transmission mounting and is arranged with its axis at a spacing from the axis of the input shaft , and is in tooth engagement with the internal gear , and with a second externally toothed sun gear , characterized in that the second externally toothed sun gear can be displaced axially in the direction of the axis of the input shaft between a first position and a second position, and, in the first position which represents a coupled position, is in engagement both with the at least one spur gear and via a toothing system with the planet spider , and in that , in the second axial position of the second sun gear , which second axial position represents a decoupled position, the power flow between the at least one spur gear and the planet spider is interrupted.
Cleaning apparatus for cleaning a working section when filling bulk materials into bags, in particular for cleaning the area of a subsequent bag seam, comprising at least one blowing strip having at least one first nozzle device and at least one second nozzle device through which at least one air stream can be guided temporarily in each case, wherein the first nozzle device has a fixed blowing-out direction and that the second nozzle device has a fixed blowing-out direction , wherein the blowing-out directions of the first nozzle device and of the second nozzle device differ from one another, characterized in that at least one control device is provided which is suitable and configured to control the at least one first nozzle device and the at least one second nozzle device at least temporarily in a temporally staggered manner.
A series-coupling component for a battery pack, in a battery pack taking a cylindrical battery as a unit battery, the cylindrical battery including one convex electrode terminal at an upper end surface and another electrode terminal at a lower end surface, the coupling component being for holding two of the unit batteries coupled in series via a tab formed by folding a strip-shaped metal plate in a state where the two of the unit batteries are coaxially disposed, the coupling component being constituted of an integrated molded article made of resin, the coupling component comprising: a circular plate-shaped bulkhead portion; a cylinder portion taking the bulkhead portion as a top surface and opening downward, an upper end side of the unit battery being inserted into the cylinder portion; and a wall surface portion erected upwardly along a peripheral edge of the bulkhead portion to hold a lower end side of the unit battery, the wall surface portion being separated by a cutout portion from an upper end of a cylindrical side surface up to a top surface of the bulkhead portion at a part of the cylindrical side surface that opens at the upper side taking the bulkhead portion as a bottom, the bulkhead portion including a hole that communicates in an up and down direction at a center, and a groove having a rectangular cross-section on a top surface, the convex electrode terminal being inserted into the hole, the tab being housed in the groove, the groove extending in a radial direction of the circular plate-shaped bulkhead portion to open at peripheral edges of the hole and the bulkhead portion, the cutout portion being formed in a region that opens the groove at the peripheral edge of the bulkhead portion. a circular plate-shaped bulkhead portion; a cylinder portion taking the bulkhead portion as a top surface and opening downward, an upper end side of the unit battery being inserted into the cylinder portion; and a wall surface portion erected upwardly along a peripheral edge of the bulkhead portion to hold a lower end side of the unit battery,
Method for synchronizing an idler gear before coupling of same on a secondary shaft of a parallelshaft gearbox containing at least one primary shaft connected to a drive source of a vehicle, at least one secondary shaft carrying the idler gear for transmitting the torque from the drive source to the wheels of the vehicle at a transmission ratio and at least one means of coupling the idler gear to the shaft of same having no mechanical synchronization members, according to which the drive source is controlled, before coupling, at a speed imposing on it a speed differential with respect to the synchronization speed thereof at the transmission ratio which is to be engaged, characterized in that the speed differential is determined as a function of the quantity of energy (E) absorbed by the vehicle at the time of coupling in response to the disappearance of this differential.
Shaft cleaning apparatus for cleaning at least one treatment element shaft of a screw machine, having - a cleaning chamber , in which the at least one treatment element shaft can be arranged, - at least one wet-cleaning portion , - at least one shaft cleaning unit arranged in the cleaning chamber , characterized by - at least one dry-cleaning portion and - at least one drying fan in the region of the dry-cleaning portion . - a cleaning chamber , in which the at least one treatment element shaft can be arranged, - at least one wet-cleaning portion , - at least one shaft cleaning unit arranged in the cleaning chamber , - at least one dry-cleaning portion and - at least one drying fan in the region of the dry-cleaning portion .
A storage compartment device for a front-end structure of a motor vehicle, which front-end structure has a front compartment , the front compartment being coverable by means of a movable front hood , the device comprising a storage compartment which is displaceable in a first displacement direction (V) between a stowage position received in the front-end structure and a position which is raised with respect to the stowage position and is extended in particular at least partially out of the front-end structure , the front hood and the storage compartment being movable independently of one another, characterized in that the storage compartment is pivotable, about a pivot axis (S) extending in the region of the lower front marginal edge of said compartment, relative to the displacement device in a further displacement direction different from the first displacement direction (V).
A method, comprising: a satellite terminal (14a-f) performing a first ranging process; during the first ranging process, the satellite terminal (14a-f) creating a first filter representing an average outroute signal quality measured during the ranging process; after performing the first ranging process: the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and in response to determining that the difference is greater than the threshold, the satellite terminal (14a-f) incrementing a counter filter; and when the counter filter exceeds a predetermined threshold, the satellite terminal (14a-f) performing a second ranging process. a satellite terminal (14a-f) performing a first ranging process; during the first ranging process, the satellite terminal (14a-f) creating a first filter representing an average outroute signal quality measured during the ranging process; after performing the first ranging process: the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and the satellite terminal (14a-f) receiving an outroute signal from a satellite (12a-b) on an outroute channel; monitoring a quality of the received outroute signal using a second filter, wherein the second filter has a timescale greater than a timescale of the first filter; based on the first and the second filters, determining if a difference between the average outroute signal quality measured during the first ranging process and the monitored outroute signal quality is greater than a threshold; and in response to determining that the difference is greater than the threshold, the satellite terminal (14a-f) incrementing a counter filter; and when the counter filter exceeds a predetermined threshold, the satellite terminal (14a-f) performing a second ranging process.
Ultrasound system comprising a frontend for ultrasound data acquisition applying acquisition parameter values for acquisition parameters that include at least a focal depth, a backend for ultrasound data processing and an image processing and display unit for image data processing and displaying, wherein the ultrasound system comprises an object detector comprising - a classifier that is configured to detect data representing an object in an input data set generated by the frontend and that is fed to the object detector and - signaling means that are operatively connected to the object detector and that are configured to emit a user perceivable signal that changes depending on the output of the object detector, characterized in that the user perceivable signal is an audible sound signal and/or vibrations that can be sensed by the user. - a classifier that is configured to detect data representing an object in an input data set generated by the frontend and that is fed to the object detector and - signaling means that are operatively connected to the object detector and that are configured to emit a user perceivable signal that changes depending on the output of the object detector,
A rare earth permanent magnet whose main phase has an Nd-Fe-B layer and an Fe layer periodically alternated and part of boron contained in the Nd-Fe-B layer is substituted with any one or more types of elements selected from a group consisting of cobalt, beryllium, lithium, aluminum, and silicon; crystals forming the main phase belonging to P4 2 /mnm ; and characterized in that part of B atoms of the main phase occupying a 4f site of the crystals is substituted with atoms of any one or more types of elements selected from the group consisting of cobalt, beryllium, lithium, aluminum, and silicon; and the main phase is represented by Nd 2 Fe (14-y) L y B (1-x) M x with M and L being elements selected from any one of cobalt, beryllium, lithium, aluminum, and silicon, y is 0<y<2, x is 0.01≤x≤0.25, and x and y satisfy 0.01 <(x+y)<2.25).
A display device comprising: a plurality of linear portions that, when three directions orthogonal to each other are a first direction, a second direction, and a third direction, extends in the first direction and is positioned apart from each other in the second direction; and a connecting portion that connects respective parts of two linear portions adjacent to each other in the second direction, wherein the linear portion and the connecting portion are integrally formed by injection molding, the linear portion has a base extending in the first direction and a pair of protrusions protruding in the third direction from both end portions of the base in the second direction, and a plurality of the connecting portions is provided apart from each other in the first direction such that both end portions of the connecting portion are continuous to respective tip portions of the protrusions of the two adjacent linear portions , characterised in that a pitch width a of the connecting portions adjacent to each other in the first direction, a length b of the connecting portion in the second direction, a thickness t1 of the base in the third direction, and a thickness t2 of the connecting portion in the third direction satisfy a following expression: t 1 / t 2 3 > a / b . a plurality of linear portions that, when three directions orthogonal to each other are a first direction, a second direction, and a third direction, extends in the first direction and is positioned apart from each other in the second direction; and a connecting portion that connects respective parts of two linear portions adjacent to each other in the second direction, wherein the linear portion and the connecting portion are integrally formed by injection molding, the linear portion has a base extending in the first direction and a pair of protrusions protruding in the third direction from both end portions of the base in the second direction, and a plurality of the connecting portions is provided apart from each other in the first direction such that both end portions of the connecting portion are continuous to respective tip portions of the protrusions of the two adjacent linear portions , characterised in that a pitch width a of the connecting portions adjacent to each other in the first direction, a length b of the connecting portion in the second direction, a thickness t1 of the base in the third direction, and a thickness t2 of the connecting portion in the third direction satisfy a following expression: t 1 / t 2 3 > a / b .
A method for yaw control of a wind turbine generator system, comprising: obtaining a real-time parameter of wind condition according to a predetermined length of time, wherein the parameter of wind condition comprises a wind direction angle and a wind velocity; performing vector analysis of the obtained parameter of wind condition to obtain a direction angle of prime wind energy during the predetermined length of time, wherein the direction angle of the prime wind energy is the direction with the highest wind energy, and is obtained by performing vector analysis on a cube value of the wind velocity during the predetermined length of time; and controlling yaw of the wind turbine generator system according to the direction angle of the prime wind energy. obtaining a real-time parameter of wind condition according to a predetermined length of time, wherein the parameter of wind condition comprises a wind direction angle and a wind velocity; performing vector analysis of the obtained parameter of wind condition to obtain a direction angle of prime wind energy during the predetermined length of time, wherein the direction angle of the prime wind energy is the direction with the highest wind energy, and is obtained by performing vector analysis on a cube value of the wind velocity during the predetermined length of time; and controlling yaw of the wind turbine generator system according to the direction angle of the prime wind energy.