mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit board system comprising: - a circuit board , - at least one element mechanically supported with respect to the circuit board, and - a spring-fastener arranged to mechanically support the at least one element with respect to the circuit board, the spring-fastener comprising a pressing portion pressing the at least one element and a latching portion comprising a hook made of wire, the latching portion extending from an end of the pressing portion and the hook being shape-locked in first and second apertures of the circuit board so that the hook is around an isthmus between the first and second apertures and a tip portion of the hook extends through the second aperture , characterized in that the first aperture has an elongated form and the first aperture is positioned so that opening the shape-locking by moving the hook through the first aperture requires firstly a movement of the hook in a negative z-direction of a coordinate system whose xy-plane is parallel with the circuit board to release the tip portion of the hook from the second aperture , and secondly a transitional movement (Q) of the hook in parallel with the xy-plane of the coordinate system together with a rotation (R) of the hook with an axis of rotation parallel with an z-axis of the coordinate system, wherein the movement in the negative z-direction and the transitional movement (Q) are against a spring-force of the spring-fastener and the rotation (R) of the hook is against a torsional spring-force of the wire. - a circuit board , - at least one element mechanically supported with respect to the circuit board, and - a spring-fastener arranged to mechanically support the at least one element with respect to the circuit board, the spring-fastener comprising a pressing portion pressing the at least one element and a latching portion comprising a hook made of wire, the latching portion extending from an end of the pressing portion and the hook being shape-locked in first and second apertures of the circuit board so that the hook is around an isthmus between the first and second apertures and a tip portion of the hook extends through the second aperture ,
An aircraft wing , the wing having a fixed wing with a wing tip device moveably mounted at the outboard end thereof, the wing tip device being moveable between: (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about an axis of rotation such that the span of the aircraft wing is reduced, and wherein when the wing tip device is in the flight configuration, the outboard end of the fixed wing and the inboard end of the wing tip device meet along an interfacing cut line that separates the outer surfaces of the fixed wing and the wing tip device , the interfacing cut line comprising: a curved section centred on the axis of rotation , the radius of the curved section continuously increasing as the cut line passes around the axis, characterized in that the curved section substantially follows a spiral centred on the axis of rotation when viewed from above and along the axis of rotation . (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about an axis of rotation such that the span of the aircraft wing is reduced, a curved section centred on the axis of rotation , the radius of the curved section continuously increasing as the cut line passes around the axis, characterized in that the curved section substantially follows a spiral centred on the axis of rotation when viewed from above and along the axis of rotation .
An air capture device provided with a device for controlling air flow of the type comprising: - an air conduit delimiting an air admission mouth along a circulation direction of the air, - an obturator of the air conduit , movably mounted relatively to the conduit between a rest position and an at least partial obturation position of the conduit , - a means for returning the obturator to its rest position, - a flap for actuating the obturator , providing an exposed wall along the circulation direction of the air, characterized in that the actuation flap is outside the air conduit . - an air conduit delimiting an air admission mouth along a circulation direction of the air, - an obturator of the air conduit , movably mounted relatively to the conduit between a rest position and an at least partial obturation position of the conduit , - a means for returning the obturator to its rest position, - a flap for actuating the obturator , providing an exposed wall along the circulation direction of the air,
A heating installation and/or air conditioning installation which comprises at least a circulation pump assembly with an electric drive motor and with a control device for the control of the drive motor , wherein the control device comprises a communication interface which is designed for connection to at least one external sensor and/or to at least one further assembly to be controlled by the control device, wherein the circulation pump assembly forms a main pump , which via the communication interface is connected to at least one auxiliary pump for data transmission, characterised in that the communication interface of the main pump is designed for receiving data from the auxiliary pump , whereby the auxiliary pump serves as a sensor and the control device of the main pump is designed to control the main pump in dependence of the received data.
A device for clamping a raw workpiece comprising: - a body , - tightening means for said workpiece adapted to tighten said workpiece , - controlled locking means with at least two states of said tightening means , a locked state in which said tightening means are secured with respect to the body , and an unlocked state in which said tightening means are free to move with respect to the body , while holding said workpiece tightened, characterised in that it further comprises - support means for the workpiece, distinct from the tightening means , movably mounted with respect to said body so as to enable, when the locking means are in said unlocked state, a movement of the workpiece with respect to the body . - a body , - tightening means for said workpiece adapted to tighten said workpiece , - controlled locking means with at least two states of said tightening means , a locked state in which said tightening means are secured with respect to the body , and an unlocked state in which said tightening means are free to move with respect to the body , while holding said workpiece tightened, characterised in that it further comprises - support means for the workpiece, distinct from the tightening means , movably mounted with respect to said body so as to enable, when the locking means are in said unlocked state, a movement of the workpiece with respect to the body .
Tread profile of a vehicle tyre - in particular a passenger car tyre - with profile elements delimited by grooves and with sipes formed in profile elements , wherein the profile elements are delimited outwards in the radial direction R by a radially outer surface and the sipes are delimited radially inwards by a sipe base and on both sides of the sipe base respectively by a sipe wall , wherein the sipe is formed in each case with a thickness D, with sipes , which are formed with delimited portions of extent which are arranged at a distance from one another and in which the sipe is formed with a thickness D', where D' ≠ D, wherein the delimited portion of extent is formed in each case by a notch or rib , which is made to extend in the radial direction R in one of the two sipe walls and has a length of extent H 2 , measured in the radial direction R in the sipe wall , wherein, along the extent of the sipe in its direction of extent in the radially outer surface , the delimited portions of extent that are respectively at a distance from one another in a sipe wall of the sipe are arranged distributed with a density F, where the density F indicates the number of portions of extent formed along the extent of the sipe per cm of length, wherein profile elements comprising first sipes , with a density F 1 of portions of extent delimited in a sipe wall , are formed in the region of the tyre shoulders and wherein profile elements comprising second sipes , with a density F 2 , where F 1 > F 2 , portions of extent delimited in a sipe wall are formed in at least one axially middle region of extent of the tyre formed between the tyre shoulders, characterized in that the position (P) of the maximum depth T MAX of the depth of extent T of the notch or the rib, measured perpendicularly to the sipe wall , is formed in the middle third of the radial length of extent H 2 of the notch or the rib.
A container cleaning arm comprising: - a main body and rotatable head for cleaning a container interior surface ; - the main body having a proximate end, which is configured for engaging with a drive means, and a distal end, which is rotatably coupled to the rotatable head ; - the rotatable head comprising a first washing nozzle or group of washing nozzles , preferably arranged in a line, a first air knife dryer positioned adjacent to the first group of washing nozzles , a second washing nozzle or group of washing nozzles , preferably arranged in a line, and a second air knife dryer provided adjacent to the second group of washing nozzles ; and, - the cleaning arm further comprising a fluid conduit for conveying cleaning agent to the washing nozzles, and an air conduit for delivering drying air to the air knife dryers, wherein the fluid and air conduits are disposed at least partially, preferably completely, within the container cleaning arm ; and, - a fluid collector for storing cleaning agent to be distributed to the first washing nozzle or group of washing nozzles and the second washing nozzle or group of washing nozzles ; the fluid collector having an inlet for receiving cleaning agent, and at least one outlet provided with a controllable valve , which is configured for selectively sending cleaning agent to the first washing nozzle or group of washing nozzles and the second washing nozzle or group of washing nozzles ; wherein the fluid collector is disposed at least partially, preferably completely, within the cleaning arm . - a main body and rotatable head for cleaning a container interior surface ; - the main body having a proximate end, which is configured for engaging with a drive means, and a distal end, which is rotatably coupled to the rotatable head ; - the rotatable head comprising a first washing nozzle or group of washing nozzles , preferably arranged in a line, a first air knife dryer positioned adjacent to the first group of washing nozzles , a second washing nozzle or group of washing nozzles , preferably arranged in a line, and a second air knife dryer provided adjacent to the second group of washing nozzles ; and, - the cleaning arm further comprising a fluid conduit for conveying cleaning agent to the washing nozzles, and an air conduit for delivering drying air to the air knife dryers, wherein the fluid and air conduits are disposed at least partially, preferably completely, within the container cleaning arm ; and, - a fluid collector for storing cleaning agent to be distributed to the first washing nozzle or group of washing nozzles and the second washing nozzle or group of washing nozzles ; the fluid collector having an inlet for receiving cleaning agent, and at least one outlet provided with a controllable valve , which is configured for selectively sending cleaning agent to the first washing nozzle or group of washing nozzles and the second washing nozzle or group of washing nozzles ; wherein the fluid collector is disposed at least partially, preferably completely, within the cleaning arm .
A computer-implemented method for generating a seismic image of a subterranean formation, the method comprising: separating pressure data into up-going pressure data and down-going pressure data based on pressure data and vertical velocity data recorded at irregularly spaced receiver locations; characterized by : generating interpolated and regularized down-going pressure data at grid points of a migration grid based on the down-going pressure data at the irregularly spaced receiver locations, the interpolated down-going pressure data filling in omitted down-going pressure data and replacing corrupted down-going pressure data at the grid points of the migration grid; generating interpolated and regularized up-going pressure data at grid points of the migration grid based on the up-going pressure data at the irregularly spaced receiver locations, the interpolated up-going pressure data filling in omitted up-going pressure data and replacing corrupted up-going pressure data at the grid points of the migration grid; and generating a seismic image at grid points of the migration grid based on the interpolated and regularized down-going pressure data and the interpolated and regularized up-going pressure data. generating interpolated and regularized down-going pressure data at grid points of a migration grid based on the down-going pressure data at the irregularly spaced receiver locations, the interpolated down-going pressure data filling in omitted down-going pressure data and replacing corrupted down-going pressure data at the grid points of the migration grid; generating interpolated and regularized up-going pressure data at grid points of the migration grid based on the up-going pressure data at the irregularly spaced receiver locations, the interpolated up-going pressure data filling in omitted up-going pressure data and replacing corrupted up-going pressure data at the grid points of the migration grid; and generating a seismic image at grid points of the migration grid based on the interpolated and regularized down-going pressure data and the interpolated and regularized up-going pressure data.
Weed control system comprising an autonomous work device , wherein the autonomous work device comprises driving means configured to move the autonomous work device in an environment, control circuit configured to control the driving means to navigate the autonomous work device in the environment, sensor means configured to sense the environment and to generate a sensor signal based on the sensed environment of the autonomous work device , and characterized in that the control circuit is further configured to detect a plant in the environment based on the sensor signal, to determine whether the detected plant is the target plant , to compute the location of the identified target plant and/or the control circuit is configured to obtain information on the location of the target plant from an external device, the weed control system comprises at least one releasable shading plate arranged attached to a release mechanism of the autonomous work device , and the control circuit is configured to control the release mechanism to release the shading plate onto the location of the identified target plant . driving means configured to move the autonomous work device in an environment, control circuit configured to control the driving means to navigate the autonomous work device in the environment, sensor means configured to sense the environment and to generate a sensor signal based on the sensed environment of the autonomous work device , and characterized in that the control circuit is further configured to detect a plant in the environment based on the sensor signal, to determine whether the detected plant is the target plant , to compute the location of the identified target plant and/or the control circuit is configured to obtain information on the location of the target plant from an external device, the weed control system comprises at least one releasable shading plate arranged attached to a release mechanism of the autonomous work device , and the control circuit is configured to control the release mechanism to release the shading plate onto the location of the identified target plant .
Sales and transport container for the presentation of goods, with respective vertical longitudinal and transverse side walls in opposing pairs which are connected in the region of corner-side support posts such that the container constructed as a mesh table has a usage space (N), into which is introduced at least one base reaching beneath it for easy removal of the goods and said base at least in the unloaded state is positionable into different positions of use, wherein the base is connected to at least one adjusting device receiving it in a displaceable manner, wherein the adjusting device connected to the base is provided with at least one adjusting member (SG) engaging directly on the base , wherein in the region of the support posts in each case one adjusting member (SG) comprising an energy storing mechanism is provided and wherein a pre-loadable spring is provided as the energy storing mechanism, characterised in that the spring has in a vertical installation position an upper guide pinion and a brake pinion such that these pinions are connectable to a respective rack provided in the support post and a guided lifting movement (arrow B, B') for the base can thus be triggered and braked.
A rotor of a motor comprising: a ferrite ring magnet having an insertion hole passing through the center thereof; a shaft inserted into the insertion hole ; and a resin disposed between the insertion hole and the shaft to fix the ring magnet to the shaft , wherein the resin extends to upper and lower surfaces of the ferrite ring magnet so as to cover at least parts of the upper and lower surfaces of the ferrite ring magnet , characterized in that the ferrite ring magnet includes four magnet fixing recesses formed in one of the upper or lower surfaces thereof, and spaced apart from each other, wherein the four magnet fixing recesses comprise a first magnet fixing recess, a second magnet fixing recess, a third magnet fixing recess and a fourth magnet fixing recess which extend to an inner circumferential surface of the insertion hole , wherein the first magnet fixing recess faces with the third magnet fixing recess in a first direction, wherein the second magnet fixing recess faces with the fourth magnet fixing recess in a second direction perpendicular to the first direction, wherein the resin is inserted into the magnet fixing recesses , wherein the shaft includes at least one shaft fixing recess that is formed in a bonded surface with the resin and the resin is inserted into the shaft fixing recess . a ferrite ring magnet having an insertion hole passing through the center thereof; a shaft inserted into the insertion hole ; and a resin disposed between the insertion hole and the shaft to fix the ring magnet to the shaft , wherein the resin extends to upper and lower surfaces of the ferrite ring magnet so as to cover at least parts of the upper and lower surfaces of the ferrite ring magnet , characterized in that the ferrite ring magnet includes four magnet fixing recesses formed in one of the upper or lower surfaces thereof, and spaced apart from each other, wherein the four magnet fixing recesses comprise a first magnet fixing recess, a second magnet fixing recess, a third magnet fixing recess and a fourth magnet fixing recess which extend to an inner circumferential surface of the insertion hole , wherein the first magnet fixing recess faces with the third magnet fixing recess in a first direction, wherein the second magnet fixing recess faces with the fourth magnet fixing recess in a second direction perpendicular to the first direction, wherein the resin is inserted into the magnet fixing recesses , wherein the shaft includes at least one shaft fixing recess that is formed in a bonded surface with the resin and the resin is inserted into the shaft fixing recess .
A wireless handheld communication device , comprising: at least one near field communication (NFC) system operable for retrieving a data set from at least one other NFC-capable device ; at least one display ; and at least one processor , the at least one processor configured to determine a presentation schema by: retrieving the data set from the at least one other NFC-capable device ; associating at least one NFC tag category identifier with the retrieved data set ; based at least partly on the at least one NFC tag category identifier, determine a presentation schema for the retrieved data set wherein determining the presentation schema comprises parsing the retrieved data set and using data stored in or otherwise associated with records (R1, R2, Rn) from the retrieved data set as the source of a graphical object representing the retrieved data set , wherein the graphical object includes an invokable link to a website containing a movie; displaying the determined presentation schema including said graphical object on the display, and downloading, when a user selects said graphical object , data associated with the movie from said website. at least one near field communication (NFC) system operable for retrieving a data set from at least one other NFC-capable device ; at least one display ; and at least one processor , the at least one processor configured to determine a presentation schema by: retrieving the data set from the at least one other NFC-capable device ; associating at least one NFC tag category identifier with the retrieved data set ; based at least partly on the at least one NFC tag category identifier, determine a presentation schema for the retrieved data set wherein determining the presentation schema comprises parsing the retrieved data set and using data stored in or otherwise associated with records (R1, R2, Rn) from the retrieved data set as the source of a graphical object representing the retrieved data set , wherein the graphical object includes an invokable link to a website containing a movie; displaying the determined presentation schema including said graphical object on the display, and downloading, when a user selects said graphical object , data associated with the movie from said website. retrieving the data set from the at least one other NFC-capable device ; associating at least one NFC tag category identifier with the retrieved data set ; based at least partly on the at least one NFC tag category identifier, determine a presentation schema for the retrieved data set wherein determining the presentation schema comprises parsing the retrieved data set and using data stored in or otherwise associated with records (R1, R2, Rn) from the retrieved data set as the source of a graphical object representing the retrieved data set , wherein the graphical object includes an invokable link to a website containing a movie; displaying the determined presentation schema including said graphical object on the display, and downloading, when a user selects said graphical object , data associated with the movie from said website.
A titanium copper, comprising 2.0 to 4.5 mass% of Ti, and at least one element selected from the group consisting of Fe, Co, Ni, Cr, Zn, Zr, P, B, Mo, V, Nb, Mn, Mg, and Si in total of 0 to 0.5 mass% as a third element(s), and the rest consisting of copper and inevitable impurities, wherein in a crystal orientation analysis by EBSD measurement on the rolled surface, when an orientation difference of 5° or more is defined as a crystal grain boundary, a coefficient of variation of crystal grain size is 45% or less, and an area ratio of Cube orientation <100> is 5% or less.