mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling rights to three-dimensional models, characterized in that the method comprises the steps of: rendering, at a display device, an initial three-dimensional model and a first watermark, the first watermark corresponding to a first association between a first owning party and initial model data corresponding to the initial 3D model, the first watermark being indicative of rights of the first owning party to the initial model data, and the initial model data stored on a computer-readable medium (20/36); receiving, via a user interface (40/42), a user-initiated command from a non-owning party to modify a portion of the initial 3D model; modifying, in accordance with the user-initiated command, a respective portion of the initial model data corresponding to the portion of the initial 3D model to form updated model data corresponding to an updated 3D model; generating and storing a second association between the non-owning party and the updated model data corresponding to the modified respective portion of the initial model data; rendering the updated 3D model in conjunction with the first watermark and a second water mark corresponding to the second association between the non-owning party and the modified respective portion of the initial model data, the second watermark being indicative of rights of the non-owning party to the modified respective portion of the initial model data; and denying a request from the non-owning party to disassociate the first watermark and the updated 3D model unless permission or authorization to do so has been granted by the first owning party. rendering, at a display device, an initial three-dimensional model and a first watermark, the first watermark corresponding to a first association between a first owning party and initial model data corresponding to the initial 3D model, the first watermark being indicative of rights of the first owning party to the initial model data, and the initial model data stored on a computer-readable medium (20/36); receiving, via a user interface (40/42), a user-initiated command from a non-owning party to modify a portion of the initial 3D model; modifying, in accordance with the user-initiated command, a respective portion of the initial model data corresponding to the portion of the initial 3D model to form updated model data corresponding to an updated 3D model; generating and storing a second association between the non-owning party and the updated model data corresponding to the modified respective portion of the initial model data; rendering the updated 3D model in conjunction with the first watermark and a second water mark corresponding to the second association between the non-owning party and the modified respective portion of the initial model data, the second watermark being indicative of rights of the non-owning party to the modified respective portion of the initial model data; and denying a request from the non-owning party to disassociate the first watermark and the updated 3D model unless permission or authorization to do so has been granted by the first owning party.
A computer-implemented method to perform multiscale quantization of a first dataset to generate an encoding of the first dataset, the first dataset comprising a plurality of first data items, each first data item associated with data selected from the group consisting of: an image, audio, and video, the method comprising: performing, by a computing system, a vector quantization of a first dataset; generating, by the computing system, a residual dataset based at least in part on a result of the vector quantization; applying, by the computing system, a rotation matrix to the residual dataset to generate a rotated residual dataset that includes a plurality of rotated residuals; performing, by the computing system, reparameterization of each rotated residual in the rotated residual dataset into a direction component and a scale component; performing, by the computing system, product quantization of the direction components of the plurality of rotated residuals; performing, by the computing system, scalar quantization of the scale components of the plurality of rotated residuals; and performing, by the computing system, an approximate nearest neighbor search for a query relative to at least some of the quantized rotated residuals. performing, by a computing system, a vector quantization of a first dataset; generating, by the computing system, a residual dataset based at least in part on a result of the vector quantization; applying, by the computing system, a rotation matrix to the residual dataset to generate a rotated residual dataset that includes a plurality of rotated residuals; performing, by the computing system, reparameterization of each rotated residual in the rotated residual dataset into a direction component and a scale component; performing, by the computing system, product quantization of the direction components of the plurality of rotated residuals; performing, by the computing system, scalar quantization of the scale components of the plurality of rotated residuals; and performing, by the computing system, an approximate nearest neighbor search for a query relative to at least some of the quantized rotated residuals.
Steering wheel having a steering wheel rim and a three-dimensionally shaped heating element which comprises one or plural heating conductors laid in an undulating or meandering manner on a base material and fixed by means of a sewing or embroidery thread to the base material, and which is attached to a core body of the steering wheel rim, the heating element being attached to the core body by an adhesive, characterized in that the heating element is applied to at least a subarea of the outer surface of the base material, said outer surface facing away from the core body, wherein the adhesive penetrates the base material up to the core body.
An inductive proximity sensor for detecting an object, the inductive proximity sensor comprising a detection unit (12, 22) for detecting a sensor signal and a control and evaluation unit configured to determine an object property by evaluating the sensor signal, the control and evaluation unit comprising a correction value unit configured to determine a correction value for disturbing influences of the sensor environment from the sensor signal by further evaluation using a machine learning method and to correct the object property using the correction value.
A method of gas leak detection and localization, the method comprising: performing one or more gas concentration measurements from a gas measurement instrument being transported by a vehicle or mobile entity that proceeds along at least one platform track disposed near one or more potential gas leak locations (108a, 108b); performing one or more isotope ratio measurements from the gas measurement instrument being transported by the mobile entity as it proceeds along the at least one platform track wherein the isotope ratio measurements are optical absorption measurements made in a resonant optical cavity disposed in the instrument; automatically determining whether or not a gas leak is present at the potential gas leak locations (108a, 108b) based on the gas concentration measurements and the isotope ratio measurements, wherein the isotope ratio measurements provide source identification for detected leaks; and providing a leak indication at the potential gas leak locations (108a, 108b) to an end user. performing one or more gas concentration measurements from a gas measurement instrument being transported by a vehicle or mobile entity that proceeds along at least one platform track disposed near one or more potential gas leak locations (108a, 108b); performing one or more isotope ratio measurements from the gas measurement instrument being transported by the mobile entity as it proceeds along the at least one platform track wherein the isotope ratio measurements are optical absorption measurements made in a resonant optical cavity disposed in the instrument; automatically determining whether or not a gas leak is present at the potential gas leak locations (108a, 108b) based on the gas concentration measurements and the isotope ratio measurements, wherein the isotope ratio measurements provide source identification for detected leaks; and providing a leak indication at the potential gas leak locations (108a, 108b) to an end user.
A method of constructing a well, comprising: drilling a main horizontal borehole; drilling a plurality of lateral boreholes downward from the main horizontal borehole into a formation, characterized in that the lateral boreholes are shorter and of smaller diameter than the main horizontal borehole, and wherein each lateral borehole is separated from its neighboring lateral boreholes by an axial spacing in the main horizontal borehole of less than a few meters; and pumping a formation treatment fluid through the lateral boreholes and into the formation thereby creating a non-permeable barrier external of the lateral boreholes relative to the main horizontal borehole, thereby preventing the flow of water from the formation into the lateral boreholes. drilling a main horizontal borehole; drilling a plurality of lateral boreholes downward from the main horizontal borehole into a formation, characterized in that the lateral boreholes are shorter and of smaller diameter than the main horizontal borehole, and wherein each lateral borehole is separated from its neighboring lateral boreholes by an axial spacing in the main horizontal borehole of less than a few meters; and pumping a formation treatment fluid through the lateral boreholes and into the formation thereby creating a non-permeable barrier external of the lateral boreholes relative to the main horizontal borehole, thereby preventing the flow of water from the formation into the lateral boreholes.
A method for controlling an engine unit in a vehicle, wherein the vehicle comprises an engine unit, a transmission unit adapted to selectively couple with the engine unit and also configured to transmit the power generated by the engine unit, a first motor generator coupled with the transmission unit, an output unit, a power switching device (6; 9), a second motor generator configured to drive front wheels and/or rear wheels, and a power battery respectively connected to the first motor generator and the second motor generator, wherein the output unit is configured to transmit the power transmitted by the transmission unit to at least one of the front and rear wheels (210, 220) of the vehicle, the power switching device (6; 9) is adapted to enable or interrupt a transmitting of power between the transmission unit and the output unit, and the method comprises: acquiring an operating mode of the vehicle and an operating parameter of the vehicle; and controlling the engine unit according to the operating parameter and the operating mode to start or stop; characterized in that the operating mode of the vehicle comprises an electric vehicle economy mode, an electric vehicle sport mode, a hybrid electric vehicle economy mode, and a hybrid electric vehicle sport mode, and wherein the operating parameter of the vehicle comprises a discharge power of the power battery, the speed of the vehicle, the slope of a road where the vehicle is located, an accelerator depth of the vehicle, and, optionally, one or more of an electric quantity of the power battery and gear information of the vehicle, and wherein when the vehicle is in the hybrid electric vehicle economy mode, if the discharge power of the power battery is greater than a first discharge power threshold value, the speed of the vehicle is greater than or equal to a first speed threshold value and is less than a second speed threshold value, and the slope of the road where the vehicle is located is less than a first slope threshold value, and the accelerator depth of the vehicle is less than a depth threshold value, the engine unit is controlled to stop. acquiring an operating mode of the vehicle and an operating parameter of the vehicle; and controlling the engine unit according to the operating parameter and the operating mode to start or stop; characterized in that the operating mode of the vehicle comprises an electric vehicle economy mode, an electric vehicle sport mode, a hybrid electric vehicle economy mode, and a hybrid electric vehicle sport mode, and wherein the operating parameter of the vehicle comprises a discharge power of the power battery, the speed of the vehicle, the slope of a road where the vehicle is located, an accelerator depth of the vehicle, and, optionally, one or more of an electric quantity of the power battery and gear information of the vehicle, and
A device for rescue from the interior of a confined space out through a manhole, comprising: - a tray, - a prying structure; - two element (3, 4) for the tightening of a person to the tray and to the prying structure respectively, wherein tray furthermore includes on one of its sides at least two means of coupling to insert the prying structure, the device for rescue from the interior of a confined space out through a manhole is characterized in that the prying structure is a solid bar whose construction is defined, according its transverse view as having the form of a step, where one of its ends has a length at a least equal to the length of the tray plus a shorter end of the prying structure once inserted in the means of coupling and a height of that step, is such that permits the long part of the prying structure to remain outside of the confined space; and according to its view in perspective as being in the form of a rectangle with two projections, the longer sides of the rectangle being equivalent to the longer end in its transverse view, and the two projections being equivalent to the shorter ends in the transverse view, and the shorter ends of the rectangle (11, 12) being those that are going to be used for gripping the structure when prying. - a tray, - a prying structure; - two element (3, 4) for the tightening of a person to the tray and to the prying structure respectively,
Conveyor belt having a feeding device for feeding products out of a storage container onto a conveyor belt moving in a conveyor direction, wherein a feeding belt at a storage container opening on a lower side of the storage container receives products to be conveyed and transports them to an upper side of the conveyor belt, in order to feed the products to the conveyor belt, in a feeding region on the upper side of the conveyor belt, wherein the feeding belt comprises a number of holes, the dimensions of which are adapted to the products to be conveyed such that a respective product can fall through an associated hole, and wherein a guiding element extending from the storage container opening to the feeding region on the upper side of the conveyor belt, having a guiding surface arranged directly beneath the feeding belt, is arranged on a lower side of the feeding belt, in such a way that the guiding surface prevents the products from falling through the holes of the feeding belt until the products in the feeding region are fed onto the upper side of the conveyor belt, wherein a transport speed of the feeding belt and a conveying speed of the conveyor belt are synchronised, characterised in that the conveyor belt comprises positioning elements running transverse to the conveyor direction for defining conveying positions of the products, and in that the positioning elements are rollers, each of which are mounted so as to be rotatable about an axis of rotation running transverse to the conveyor direction and the distance between which is smaller in the conveyor direction than a smallest diameter of the products.
A method for determining a state of a capacitive voltage transformer, wherein the capacitive voltage transformer comprises on its primary side a capacitive voltage divider with a first capacitor (C 1) and a second capacitor (C 2), wherein the first capacitor (C 1) has a high-voltage terminal for connection to a high voltage and the second capacitor (C 2) has a ground terminal, wherein the method is characterized by: - determining a first resonant frequency (ω e) by way of a plurality of first short-circuit impedance measurements at different frequencies on a secondary side of the capacitive voltage transformer while the high-voltage terminal is connected to ground, - determining a second resonant frequency (ω 2) by way of a plurality of second short-circuit impedance measurements at different frequencies on the secondary side of the capacitive voltage transformer while the high-voltage terminal is open, and - determining a capacitance ratio (Kc) of the capacitive voltage divider depending on the first resonant frequency (ω e) and the second resonant frequency (ω 2). - determining a first resonant frequency (ω e) by way of a plurality of first short-circuit impedance measurements at different frequencies on a secondary side of the capacitive voltage transformer while the high-voltage terminal is connected to ground, - determining a second resonant frequency (ω 2) by way of a plurality of second short-circuit impedance measurements at different frequencies on the secondary side of the capacitive voltage transformer while the high-voltage terminal is open, and - determining a capacitance ratio (Kc) of the capacitive voltage divider depending on the first resonant frequency (ω e) and the second resonant frequency (ω 2).
A yaw brake pad, characterized in that the yaw brake pad is prepared mainly from, by weight, the following ingredients: 70-75 parts of polyether ether ketone, 10-20 parts of carbon fiber, 3-5 parts of glass fiber and 3-5 parts of graphite.
Four-contact vertical Hall device having a deep N-well and a first outer contact, a first inner contact, a second inner contact and a second outer contact disposed at a surface of the deep N-well and arranged in this order along a straight symmetry line and symmetrically with respect to a central symmetry plane, wherein each of the contacts is formed of a highly doped N+ region, wherein the two inner contacts (5, 6) have a same length and a same effective width and the two outer contacts (4, 7) have a same length and a same effective width, wherein the lengths are measured along the straight symmetry line and the widths are measured orthogonally to the straight symmetry line, and wherein the first outer contact and the second inner contact are used as input terminals and the first inner contact and the second outer contact are used as output terminals or the first inner contact and the second outer contact are used as input terminals and the first outer contact and the second inner contact are used as output terminals, characterized in that the effective width of the outer contacts (4, 7) is bigger than the effective width of the inner contacts (5, 6), wherein the effective width of a contact is the width of the area where the highly doped N+ region forming the contact and the deep N-well merge into one another.
Wiper plate, comprising a main body, to which a first wiper plate wing and a second wiper plate wing are attached pivotably, it being possible for the wiper plate wings, to be fixed reversibly in a working position by means of a fixing device, the fixing device comprising a foot pedal, the fixing device being released by way of actuation of the foot pedal, with the result that the wiper plate wings (3, 4) are pivoted from the working position into a wringing-out position, the foot pedal being arranged pivotably on the first wiper plate wing, and the foot pedal fixing the second wiper plate wing in the working position, and the foot pedal comprising spring means which are configured in such a way that the second wiper plate wing is pivoted relative to the first wiper plate wing during the actuation of the foot pedal, characterized in that the first wiper plate wing and the second wiper plate wing in each case comprise a toothing system, which toothing system engage into one another.
Bicycle gearshift, comprising: - a first body configured to be associated with a bicycle frame; - a second body connected to, and moveable with respect to, said first body; - a rocker arm rotatably connected to said second body at a rotation axis; - a shaft extending coaxially to said rotation axis and fixedly associated with said rocker arm; - a unidirectional rotation device operatively arranged between said shaft and said second body and configured to allow the rotation of said shaft with respect to the second body only in a first direction of rotation about said rotation axis; - a first elastic element associated with the second body and with the rocker arm and configured to push said rocker arm into rotation about said rotation axis in said first direction of rotation; - a damping device operatively arranged between said shaft and said unidirectional rotation device and configured to generate a friction force when said rocker arm is moved about said rotation axis in a second direction of rotation opposite to said first direction of rotation; wherein said damping device comprises at least one friction surface extending axially along a direction substantially parallel to the rotation axis and in contact with said unidirectional rotation device, characterized in that said damping device comprises at least two friction surfaces. - a first body configured to be associated with a bicycle frame; - a second body connected to, and moveable with respect to, said first body; - a rocker arm rotatably connected to said second body at a rotation axis; - a shaft extending coaxially to said rotation axis and fixedly associated with said rocker arm; - a unidirectional rotation device operatively arranged between said shaft and said second body and configured to allow the rotation of said shaft with respect to the second body only in a first direction of rotation about said rotation axis; - a first elastic element associated with the second body and with the rocker arm and configured to push said rocker arm into rotation about said rotation axis in said first direction of rotation; - a damping device operatively arranged between said shaft and said unidirectional rotation device and configured to generate a friction force when said rocker arm is moved about said rotation axis in a second direction of rotation opposite to said first direction of rotation;
Construction element for forming a connection between two parts of a building which are thermally insulated from one another, comprising: • an elongate portion comprising a thermally insulating material, and configured to be placed between the parts of the building, • bars (5, 6) which run through the elongate portion and which are configured to be anchored in the building parts that are to be connected, and thus to absorb the tensile forces between these building parts, • components for absorbing compression and shear forces between the building parts, characterised in that the underside and part of the raised side walls of the elongate portion are formed by a fire-resistant profile with a base surface and two raised side walls, and wherein a thermally insulating layer is provided on the base surface of the fire-resistant profile. • an elongate portion comprising a thermally insulating material, and configured to be placed between the parts of the building, • bars (5, 6) which run through the elongate portion and which are configured to be anchored in the building parts that are to be connected, and thus to absorb the tensile forces between these building parts, • components for absorbing compression and shear forces between the building parts,