mhurhangee/ep-ind-claims huggingface dataset:
Shock-absorber device for a wheel arbor of a micromechanical device, particularly a timepiece movement, this shock-absorber device comprising a support which includes a turning-arbor a base thereof being devoid of a bottom and which is delimited at the periphery thereof by a rim, the rim comprising a top surface extended, on the inside of the turning-arbor, by an inner wall, and, on the outside of the turning-arbor, by an outer wall, the rim of the turning-arbor defining a housing wherein a pivot module is inserted, this pivot module comprising a setting having a central orifice wherein is inserted a bored stone which corresponds in shape and in size to those of the central orifice, an endstone being placed on the setting, on top of the bored stone, the shock-absorber device also comprising a spring ring arranged between the support and the pivot module to exert elastic strain on this pivot module, the shock-absorber device being equipped with a bayonet system for mounting the spring ring between the support and the pivot module, this bayonet system comprising a peripheral shoulder which extends from the inner wall of the rim towards the inside of the support, and under which is formed a circular groove which defines a holding area, the spring ring being equipped on an outer periphery with at least one catch which gives this spring ring an outer diameter which exceeds the inner diameter of the peripheral shoulder, at least one first notch which leads to the circular groove being provided in the peripheral shoulder, this first notch defining a first diameter at least equal to the outer diameter of the spring ring, such that it is simply necessary to present the spring ring in such a way that the catch is engaged in the corresponding first notch, and then pivoting the spring ring so as to enable the catch to slide inside the circular groove, under the peripheral shoulder, the shock-absorber device being characterised in that at least one second notch is machined in the peripheral shoulder, this second notch defining a second diameter less than the outer diameter of the spring ring, such that the catch is interlocked in this second notch, ensuring the angular pivot locking of the spring ring.
A drone monitoring method for observing and monitoring agricultural testing fields, comprising the steps of: (a) dividing the testing fields in a set of plots, each of the plots being defined in a geographic information system, the plots being defined by coordinate information of boundaries of 2D polygons; (b) defining at least one 2D sampling point in each plot for acquiring drone data, thereby obtaining a set of 2D sampling points; (c) overlaying the set of 2D sampling points with a digital elevation model, thereby obtaining an altitude reference height for each of the 2D sampling points; (d) for each 2D sampling point: determining an altitude coordinate corresponding to said 2D sampling point on the basis of the altitude reference height for said 2D sampling point; (e) for each 2D sampling point: determining a 3D sampling point by combining said 2D sampling point with the altitude coordinate corresponding to said 2D sampling point, and wherein the altitude coordinate is determined by taking into account a canopy height at the 2D sampling point. (a) dividing the testing fields in a set of plots, each of the plots being defined in a geographic information system, the plots being defined by coordinate information of boundaries of 2D polygons; (b) defining at least one 2D sampling point in each plot for acquiring drone data, thereby obtaining a set of 2D sampling points; (c) overlaying the set of 2D sampling points with a digital elevation model, thereby obtaining an altitude reference height for each of the 2D sampling points; (d) for each 2D sampling point: determining an altitude coordinate corresponding to said 2D sampling point on the basis of the altitude reference height for said 2D sampling point; (e) for each 2D sampling point: determining a 3D sampling point by combining said 2D sampling point with the altitude coordinate corresponding to said 2D sampling point, and
A process for preparing a coatings composition comprising the steps of contacting: a) an aqueous solution of a water-soluble polymer functionalized with structural units of a sulfonic acid monomer or a salt thereof; b) a stable aqueous dispersion of polymer particles functionalized with structural units of itaconic acid or a salt thereof; and c) TiO 2; wherein the weight percent of the sulfonic acid functionalized polymer is from 0.1 to 10 percent, based on the weights of the sulfonic acid functionalized and the itaconic acid functionalized polymer particles; wherein the weight percent of the itaconic acid functionalized polymer particles is from 20 to 80%, based on the weight of the sulfonic acid functionalized and the itaconic acid functionalized polymer particles, and the TiO 2; wherein the weight percent of the TiO 2 is from 20 to 80% based on the weight of the sulfonic acid functionalized polymer, the itaconic acid functionalized polymer particles, and the TiO 2; and wherein the weight percent of structural units of itaconic acid or a salt thereof is from 0.1 to 5 weight percent, based on the weight of the itaconic acid functionalized polymer particles.
A base for furniture having a central column structure, the base comprising a central hub and a plurality of load-carrying arms radially protruding from the hub, whereby each arm has been manufactured as a separate part, the hub being provided with protrusions in a number corresponding to the number of arms, the arms being manufactured from sheet steel, bent to a U- or C-profile, which is open downwards or upwards, and the proximal ends of the arms being provided with cavities surrounding the protrusions of the hub, characterized in the joints between hub and load-carrying arms being glued.
A method implemented by a client computing device comprising: registering a local storage location on the client computing device for files associated with a collaboration service provided by a service provider; detecting files corresponding to the registered location; recognizing the detected files as cloud content associated with the collaboration service; outputting indications for display via one or more applications of the client computing device to reflect association of the recognized files with the collaboration service; detecting a processing action performed by an application upon a particular file of the recognized files; constructing a relative path to the particular file by removing a path for the registered local storage location from a full path to the particular file; and using the relative path to add an item that described the processing action for the particular file in an activities list. registering a local storage location on the client computing device for files associated with a collaboration service provided by a service provider; detecting files corresponding to the registered location; recognizing the detected files as cloud content associated with the collaboration service; outputting indications for display via one or more applications of the client computing device to reflect association of the recognized files with the collaboration service; detecting a processing action performed by an application upon a particular file of the recognized files; constructing a relative path to the particular file by removing a path for the registered local storage location from a full path to the particular file; and using the relative path to add an item that described the processing action for the particular file in an activities list.
Household refrigerator with a carcass and a closing element arranged movably between a closed position and an opened position for closing a bearing compartment located in the carcass and with a line arranged both on the carcass and also on the closing element, and with a line housing, in which, in the closed position of the closing element, at least one line segment is arranged, wherein a length of the line segment in the opened position of the closing element is smaller than a length of the line segment in the closed position of the closing element, the household refrigerator further comprising a decorative element fastened to the closing element, characterised in that the decorative element is formed by a furniture plate and in the height direction and/or in the width direction projects across end segments of the closing element and at least in the closed position of the closing element the line housing covers forwards so that the line housing is not visible to a user standing in front of the household refrigerator.
Electrical household appliance having a water tank and a water supply system communicating with the tank, said tank, and optionally said water supply system, comprising at least one biodegradable limescale-inhibiting agent that is at least partially soluble in water and means for boiling and/or evaporating the water coming from the tank or contained in the tank, characterised in that said limescale-inhibiting agent is present in the water tank at a concentration between 0.5 ppm and 500 ppm and in that the limescale-inhibiting agent is a mixture of Aloe vera and polyaspartic acid (PASA).
A sync ring assembly associated with a gas turbine engine, comprising: a sync ring; a clevis coupled to the sync ring; a second clevis coupled to the sync ring; and a second sync ring coupled to the clevis and the second clevis; wherein the clevis includes a rib that resists a deflection of the sync ring assembly when the engine is operated, and the clevis includes at least one stand-off (322a, 322b, 322c) that includes a hole to seat a fastener that couples the clevis to the sync ring; characterised in that: a radial projection of the rib is confined within a radial projection of the at least one stand-off (322a, 322b, 322c). a sync ring; a clevis coupled to the sync ring; a second clevis coupled to the sync ring; and a second sync ring coupled to the clevis and the second clevis; wherein the clevis includes a rib that resists a deflection of the sync ring assembly when the engine is operated, and the clevis includes at least one stand-off (322a, 322b, 322c) that includes a hole to seat a fastener that couples the clevis to the sync ring; characterised in that: a radial projection of the rib is confined within a radial projection of the at least one stand-off (322a, 322b, 322c).
A method for allocating an external network Internet protocol, IP, address in network address translation, NAT, traversal, comprising: receiving, by a NAT device, a request message which is sent by a client and is for establishing a NAT mapping entry corresponding to a connection, wherein the request message comprises a designated index value, and an external network IP address in an IP address index table corresponding to the designated index value is the same as an external network IP address in a NAT mapping entry corresponding to any connection already established by a same application of the client; and when the NAT mapping entry is established according to the received request message, finding, by the NAT device, according to the designated index value, the corresponding external network IP address in the IP address index table, and allocating an IP address which is the same as the external network IP address corresponding to the designated index value. receiving, by a NAT device, a request message which is sent by a client and is for establishing a NAT mapping entry corresponding to a connection, wherein the request message comprises a designated index value, and an external network IP address in an IP address index table corresponding to the designated index value is the same as an external network IP address in a NAT mapping entry corresponding to any connection already established by a same application of the client; and when the NAT mapping entry is established according to the received request message, finding, by the NAT device, according to the designated index value, the corresponding external network IP address in the IP address index table, and allocating an IP address which is the same as the external network IP address corresponding to the designated index value.
A method for seismic exploration of a subsurface formation, the method comprising: deploying seismic receivers along receiver lines (322, 324, 326) over the explored subsurface formation; grouping vibratory sources in clusters; and actuating the clusters cyclically, so that, in each cycle, the vibratory sources within one of the clusters vibrate during a substantially same sweep time, characterized in that: the receiver lines are adjacent and separated by an average distance, in that at least one of the clusters includes several vibratory sources that are placed at less than a predetermined distance from one another while vibrating, said predetermined distance being less than said average distance, and in that vibrations generated by the vibratory sources pertaining to said at least one of the clusters are encoded to enable separation of recorded seismic data into subsets corresponding to each of the vibratory sources pertaining to said at least one of the clusters. deploying seismic receivers along receiver lines (322, 324, 326) over the explored subsurface formation; grouping vibratory sources in clusters; and actuating the clusters cyclically, so that, in each cycle, the vibratory sources within one of the clusters vibrate during a substantially same sweep time, characterized in that: the receiver lines are adjacent and separated by an average distance, in that at least one of the clusters includes several vibratory sources that are placed at less than a predetermined distance from one another while vibrating, said predetermined distance being less than said average distance, and in that vibrations generated by the vibratory sources pertaining to said at least one of the clusters are encoded to enable separation of recorded seismic data into subsets corresponding to each of the vibratory sources pertaining to said at least one of the clusters. the receiver lines are adjacent and separated by an average distance, in that at least one of the clusters includes several vibratory sources that are placed at less than a predetermined distance from one another while vibrating, said predetermined distance being less than said average distance, and in that vibrations generated by the vibratory sources pertaining to said at least one of the clusters are encoded to enable separation of recorded seismic data into subsets corresponding to each of the vibratory sources pertaining to said at least one of the clusters.
A method for producing a window pane of a vehicle, said window pane having a first curved window pane body and a second curved window pane body and at least one functional film structure which is disposed between the two window pane bodies (16, 18), the method comprising the following steps: - providing the first curved window pane body, which has an inner surface and an outer surface; - providing the functional film structure and arranging the same in a planar and level manner with a horizontal orientation; - applying a first adhesive system to a surface of the functional film structure in such a manner that the adhesive system is present at the functional film structure in hardened form; - moulding the functional film structure which is provided with the hardened adhesive system to the inner surface of the first window pane body in such a manner that the functional film structure follows a curvature of the first window pane body; - providing the second curved window pane body and applying a second adhesive system in liquid form; - attaching the second window pane body by means of the second adhesive system in its liquid form to produce a pane compound which comprises the first and the second window pane body (16, 18); and - subsequently hardening the second adhesive system. - providing the first curved window pane body, which has an inner surface and an outer surface; - providing the functional film structure and arranging the same in a planar and level manner with a horizontal orientation; - applying a first adhesive system to a surface of the functional film structure in such a manner that the adhesive system is present at the functional film structure in hardened form; - moulding the functional film structure which is provided with the hardened adhesive system to the inner surface of the first window pane body in such a manner that the functional film structure follows a curvature of the first window pane body; - providing the second curved window pane body and applying a second adhesive system in liquid form; - attaching the second window pane body by means of the second adhesive system in its liquid form to produce a pane compound which comprises the first and the second window pane body (16, 18); and - subsequently hardening the second adhesive system.
A display apparatus comprising: a display module configured to be changed between a flat state and a curved state, the display module comprising an image display surface, a first lateral edge and a second lateral edge, the first and the second lateral edges protruding forward in the curved state; a base frame disposed behind the image display surface of the display module; a shield member (25A, 25B) rotatably connected to lateral ends in a widthwise direction of the display module; and a cover unit (60A, 60B) having a first end connected to the shield member and a second end opposite from the first end, connected to the base frame; wherein the cover unit comprises a plurality of cover members having shapes of plates extending in a widthwise direction of the display module and stacked vertically to cover spaces between the display module and the base frame at the lateral ends of the display unit when the display module is in the curved state. a display module configured to be changed between a flat state and a curved state, the display module comprising an image display surface, a first lateral edge and a second lateral edge, the first and the second lateral edges protruding forward in the curved state; a base frame disposed behind the image display surface of the display module; a shield member (25A, 25B) rotatably connected to lateral ends in a widthwise direction of the display module; and a cover unit (60A, 60B) having a first end connected to the shield member and a second end opposite from the first end, connected to the base frame; wherein the cover unit comprises a plurality of cover members having shapes of plates extending in a widthwise direction of the display module and stacked vertically to cover spaces between the display module and the base frame at the lateral ends of the display unit when the display module is in the curved state.
Door or window actuator having a drive device with at least one moveable component (5, 10, 12), to which force is applied, wherein the moveable component (5, 10, 12), to which force is applied, of the drive device has magnetization in certain sections; having at least one sensing device for sensing the movement of the moveable component (5, 10, 12), to which force is applied, of the drive device; wherein the sensing device has at least one sensor device which senses magnetic fields; wherein the sensor device interacts with the at least one moveable component (5, 10, 12), to which force is applied, of the drive device, wherein an evaluation device is present which converts the output signal of the sensor device into a measurement variable, wherein deformation of the moveable component (5, 10, 12), to which force is applied, of the drive device can be determined by means of the evaluation device, and wherein at least one output element and/or a drive motor with a motor shaft and/or a transmission shaft of a transmission which is connected between a drive motor and the output element is present as a moveable component, to which force is applied, of the drive device, wherein a plurality of moveable components (5, 10, 12), to which force is applied, of the drive device each have magnetization in sections, characterized in that a plurality of sensor devices are present which each sense the magnetization of a moveable component (5, 10, 12) to which force is applied.
An air filter for a dust collector, comprising: an end cap; a filter element coupled at a first end to the end cap; a rectangular filter flange assembly having a bottom surface coupled to a second end of the filter element and extending radially beyond the periphery of the filter element and providing a surface for mounting the air filter to a dust collector, the rectangular filter flange assembly having a central aperture open to an interior region bounded by the filter element; characterized in that filter element is a circular cylindrical filter element, and in that at least one perimeter gasket is disposed on a top surface of the filter flange assembly radially outward of the filter element and circumscribing the central aperture, wherein the gasket is rectangular, and wherein the rectangular filter flange assembly comprises a recessed channel formed in the bottom surface and receiving the filter element. an end cap; a filter element coupled at a first end to the end cap; a rectangular filter flange assembly having a bottom surface coupled to a second end of the filter element and extending radially beyond the periphery of the filter element and providing a surface for mounting the air filter to a dust collector, the rectangular filter flange assembly having a central aperture open to an interior region bounded by the filter element;
A device configured to be removably mounted to a wind turbine blade having a root, a tip and exterior surfaces extending in a generally spanwise direction from the root to the tip and defining a pressure side, a suction side, a leading edge and a trailing edge; the device being configured for mitigating vibrations of a wind turbine when a rotor of the wind turbine is in standstill; and the device being configured to be attached around the blade substantially along a local chordwise direction; the device comprising a portion configured to protrude beyond the leading edge in a local chordwise direction which is characterized by having an angular contour comprising adjacent edges with an angle between them in cross-section the device being configured for mitigating vibrations of a wind turbine when a rotor of the wind turbine is in standstill; and the device being configured to be attached around the blade substantially along a local chordwise direction; the device comprising a portion configured to protrude beyond the leading edge in a local chordwise direction which is characterized by having an angular contour comprising adjacent edges with an angle between them in cross-section
An IPT track arrangement comprising a power supply and a conductor electrically connected to the power supply, the conductor including a plurality of loops located substantially adjacent one another and arranged in a layer, wherein the conductor overlaps itself at a plurality of points (204, 206) such that the polarity in adjacent portions of the loops is the same, and wherein the power supply includes one or more inverters.
A method of processing a carcass portion including the steps of: a. holding the carcass portion b. imaging the carcass portion; c. determining one or more cut paths based on the imaging; and d. moving the carcass portion with respect to a cutting tool to cut the carcass portion along the one or more cut paths, wherein the carcass portion is held by a robotic arm during imaging and cutting. a. holding the carcass portion b. imaging the carcass portion; c. determining one or more cut paths based on the imaging; and d. moving the carcass portion with respect to a cutting tool to cut the carcass portion along the one or more cut paths, wherein the carcass portion is held by a robotic arm during imaging and cutting.