mhurhangee/ep-ind-claims huggingface dataset:
Method for locating and/or identifying metallic or metal-containing objects and materials, comprising a coil arrangement (1.2) in which a transmission coil (2.6) and a reception coil (2.7, 5.2) are arranged over one another, wherein the reception coil generates a reception coil output signal (2.25), comprising a closed-loop compensation regulation of the reception coil output signal for compensation of changes in the reception coil, said changes occurring in the detection region of the reception coil and influencing the reception coil, characterised in that compensation currents (I 2, I 3) are fed into the receiving branch of the reception coil (2.7, 5.2) and are regulated relative to one another by means of regulating values (regulating voltages 2.29, 2.30) such that the reception coil output signal (2.25) or average values (2.29, 2.30) acquired from the reception coil output signal (2.25) after demodulation are continuously regulated to zero relative to one another, even under the influence of a metal, and that the regulating values are evaluated in order to locate and/or identify objects and materials. comprising a closed-loop compensation regulation of the reception coil output signal for compensation of changes in the reception coil, said changes occurring in the detection region of the reception coil and influencing the reception coil, characterised in that compensation currents (I 2, I 3) are fed into the receiving branch of the reception coil (2.7, 5.2) and are regulated relative to one another by means of regulating values (regulating voltages 2.29, 2.30) such that the reception coil output signal (2.25) or average values (2.29, 2.30) acquired from the reception coil output signal (2.25) after demodulation are continuously regulated to zero relative to one another, even under the influence of a metal, and that the regulating values are evaluated in order to locate and/or identify objects and materials.
A nanoparticulate indirubin composition comprising: (a) particles of indirubin or derivatives thereof, having an effective average particle size of less than 2 microns; and (b) at least one surface stabilizer comprising a poloxamer 188, wherein said derivatives of indirubin are selected from the group consisting of mesoindigo, indirubin-3'-oxime, 5' -nitro-indirubinoxime, 5' -fluoro-indirubinoxirne, 5'-bromo-indirubin-3'-monoxime, 6' -bromo-indirubin-3'-monoxime, 7' -bromo-indirubin-3'-monoxime, 5'-trimethylacetamino-indirubinoxime, IDR-E804 and indirubin hydrazone derivatives. (a) particles of indirubin or derivatives thereof, having an effective average particle size of less than 2 microns; and (b) at least one surface stabilizer comprising a poloxamer 188, wherein said derivatives of indirubin are selected from the group consisting of mesoindigo, indirubin-3'-oxime, 5' -nitro-indirubinoxime, 5' -fluoro-indirubinoxirne, 5'-bromo-indirubin-3'-monoxime, 6' -bromo-indirubin-3'-monoxime, 7' -bromo-indirubin-3'-monoxime, 5'-trimethylacetamino-indirubinoxime, IDR-E804 and indirubin hydrazone derivatives.
A tomography apparatus comprising: a multi-focal point x-ray source; a support for the source configured to travel a pre-determined trajectory path; a detector having a plurality of pixels, at least one of the multi-focal point x-ray source, the detector, and an item-under-test mounted on a support being configured to move relative to another of the multi-focal point x-ray source, the detector, and the item-under-test; a control processor configured to execute computer-readable instructions that cause the control processor to change the focal point of the x-ray source at three or more discrete points within a measurement region of the trajectory path, the focal point change being in a direction retrograde to the source support travel along the trajectory path, wherein the focal point change keeps a displacement of the focal point within a predetermined range along the measurement region of the trajectory path; a detector memory configured to accumulate a digital value representative of a signal charge from at least a portion of the plurality of pixels exposed to a portion of the x-ray beam; the control processor configured to reconstruct a volumetric image of the item-under-test by processing contents of the detector memory with a reconstruction process function. a multi-focal point x-ray source; a support for the source configured to travel a pre-determined trajectory path; a detector having a plurality of pixels, at least one of the multi-focal point x-ray source, the detector, and an item-under-test mounted on a support being configured to move relative to another of the multi-focal point x-ray source, the detector, and the item-under-test; a control processor configured to execute computer-readable instructions that cause the control processor to change the focal point of the x-ray source at three or more discrete points within a measurement region of the trajectory path, the focal point change being in a direction retrograde to the source support travel along the trajectory path, wherein the focal point change keeps a displacement of the focal point within a predetermined range along the measurement region of the trajectory path; a detector memory configured to accumulate a digital value representative of a signal charge from at least a portion of the plurality of pixels exposed to a portion of the x-ray beam; the control processor configured to reconstruct a volumetric image of the item-under-test by processing contents of the detector memory with a reconstruction process function.
An adaptive fluid system (120; 1220) for an article of footwear (100; 1100), comprising: a fluid chamber (110; 1210) disposed in a portion of the article of footwear; an intake valve (130; 1230) configured to receive fluid from an external pump; an adjustable pressure regulating valve (132; 1232) disposed in the article of footwear, the adjustable pressure regulating valve having an adjustable maximum pressure setting; the adjustable pressure regulating valve in fluid communication with the intake valve; and wherein a fluid inlet of the fluid chamber is in fluid communication with the adjustable pressure regulating valve and wherein the fluid inlet is disposed downstream of the adjustable pressure regulating valve and the adjustable pressure regulating valve is in fluid communication with an inlet of a flow valve (170; 1270) and wherein the fluid chamber is in fluid communication with an outlet of the flow valve, wherein the flow valve has an open position in which the fluid inlet is in fluid communication with the fluid outlet and a closed position in which fluid communication is prevented between the fluid inlet and the fluid outlet. a fluid chamber (110; 1210) disposed in a portion of the article of footwear; an intake valve (130; 1230) configured to receive fluid from an external pump; an adjustable pressure regulating valve (132; 1232) disposed in the article of footwear, the adjustable pressure regulating valve having an adjustable maximum pressure setting; the adjustable pressure regulating valve in fluid communication with the intake valve; and wherein a fluid inlet of the fluid chamber is in fluid communication with the adjustable pressure regulating valve and wherein the fluid inlet is disposed downstream of the adjustable pressure regulating valve and the adjustable pressure regulating valve is in fluid communication with an inlet of a flow valve (170; 1270) and wherein the fluid chamber is in fluid communication with an outlet of the flow valve, wherein the flow valve has an open position in which the fluid inlet is in fluid communication with the fluid outlet and a closed position in which fluid communication is prevented between the fluid inlet and the fluid outlet.
A gasket for forming a seal between a first mating surface and a second mating surface, comprising: a non-compressible substrate with a first surface, a second surface, and a central opening; a first compressible layer configured to cover the entire first surface and to contact the first mating surface in a surface-to-surface abutting relationship; and a second compressible layer configured to cover the entire second surface and to contact the second mating surface in a surface-to-surface abutting relationship, wherein at least one of the first compressible layer and second compressible layer is conformed to fill at least one defect in at least one of the first mating surface and the second mating surface upon compression of the gasket, and characterised in that the non-compressible substrate is a non-compressible gridded core having ribs forming spaces therebetween, and in that the ribs are of a varied height. a non-compressible substrate with a first surface, a second surface, and a central opening; a first compressible layer configured to cover the entire first surface and to contact the first mating surface in a surface-to-surface abutting relationship; and a second compressible layer configured to cover the entire second surface and to contact the second mating surface in a surface-to-surface abutting relationship, wherein at least one of the first compressible layer and second compressible layer is conformed to fill at least one defect in at least one of the first mating surface and the second mating surface upon compression of the gasket, and characterised in that the non-compressible substrate is a non-compressible gridded core having ribs forming spaces therebetween, and in that the ribs are of a varied height.
Device (10, 210, 310, 510) for fastening a first object (215, 415, 515) to a second object, having a head (20, 220, 320, 520), the head possessing an abutment (30, 230, 330, 530) for supporting the first object, having an elongated shank (40, 240, 340, 540), the shank defining an axis (50, 250, 350, 550) in its longitudinal direction, and having a sealing means (60, 260, 360, 560), the sealing means having a first sealing face (70, 270, 370, 570) for sealing against the first object and a second sealing face (80, 280, 380, 580) for sealing against the abutment, the sealing means having a sealing member (90, 290, 390, 590) and a covering member (100, 200, 300, 500), which latter is arranged between the sealing member and the head in the axial direction, wherein the sealing member comprises a first material and the covering member comprises a second material different from the first material.
Antenna with two antenna elements (3, 5, 20, 30, 32), wherein a first antenna element (3, 30) is connected with a second antenna element (5, 20, 32), wherein the first antenna element (3, 030) is connected with the second antenna element (5, 20, 32) by means of a coil, wherein the coil connects the first antenna element (3, 30) electrically with the second antenna element (5, 20, 32) for a low frequency range, wherein the coil isolates the first antenna element (3, 30) electrically from the second antenna element (5, 20, 32) for a high frequency range, wherein the first antenna element (3, 30) and the second antenna element (5,20, 32) together form a first part antenna, wherein the second antenna element (5, 20, 32) on its own forms a second part antenna, wherein the part antennas are in each case optimised for different frequency bands, and wherein the antenna can only be connected with a radio device at the second antenna element (5, 20, 32) at its end remote from the coil, characterised in that the first antenna element (3, 30) is composed at least in part of at least one flexible metal strip, wherein the first antenna element is composed of a plurality of metal strips which are disposed in layers one on top of another and held together, and in that the second antenna element (5, 20, 32) is composed at least in part of a flexible corrugated tube.
An ultrasonic transducer, comprising: a backplate having a plurality of elongated grooves formed on a surface thereof; and a vibrator film positioned proximate to the backplate; a frame assembly; and a compliant member configured to apply a spring force to the vibrator film to maintain a uniform tension in the vibrator film in substantially one direction, wherein an end of the vibrator film is fastened between the compliant member and a portion of the frame assembly, wherein an opposite end of the vibrator film is fastened to an opposing portion of the frame assembly to secure the vibrator film across the surface of the backplate, wherein the frame assembly is configured to rigidly hold the backplate, while allowing movement in the vibrator film across the surface of the backplate, wherein the compliant member is configured to apply the spring force to the vibrator film substantially in a direction perpendicular to the surface of the backplate for urging the vibrator film against the backplate, and the compliant member comprises a curved surface portion configured, in response to the spring force, to press into the vibrator film to generate the uniform tension in the vibrator film in substantially one direction along the surface of the backplate and perpendicular to the plurality of elongated grooves; and wherein the plurality of elongated grooves are parallel to one another. a backplate having a plurality of elongated grooves formed on a surface thereof; and a vibrator film positioned proximate to the backplate; a frame assembly; and a compliant member configured to apply a spring force to the vibrator film to maintain a uniform tension in the vibrator film in substantially one direction, wherein an end of the vibrator film is fastened between the compliant member and a portion of the frame assembly, wherein an opposite end of the vibrator film is fastened to an opposing portion of the frame assembly to secure the vibrator film across the surface of the backplate, wherein the frame assembly is configured to rigidly hold the backplate, while allowing movement in the vibrator film across the surface of the backplate, wherein the compliant member is configured to apply the spring force to the vibrator film substantially in a direction perpendicular to the surface of the backplate for urging the vibrator film against the backplate, and the compliant member comprises a curved surface portion configured, in response to the spring force, to press into the vibrator film to generate the uniform tension in the vibrator film in substantially one direction along the surface of the backplate and perpendicular to the plurality of elongated grooves; and wherein the plurality of elongated grooves are parallel to one another.
A method of adjusting a display screen during photographing of a mobile terminal, the method comprising: receiving a camera start signal of the mobile terminal; and starting the camera and increasing a brightness of the display screen of the mobile terminal in a preset duration, characterized in that the preset duration is determined based on a convergence time of the mobile terminal, wherein the convergence time is caused by a convergence action of a lens rolling off in the camera during starting of the camera. receiving a camera start signal of the mobile terminal; and starting the camera and increasing a brightness of the display screen of the mobile terminal in a preset duration, characterized in that the preset duration is determined based on a convergence time of the mobile terminal, wherein the convergence time is caused by a convergence action of a lens rolling off in the camera during starting of the camera.
Hand tool for applying, distributing and/or smoothing pasty and pulpy compounds in the area of an inner corner, with a handle on which a blade is attached for processing the corresponding pasty or porous mass, wherein the blade is formed mirror-symmetrically with an angled shape at least in sections along its axis of symmetry, thus forming two wings, wherein the wings each taper outwardly and have a tip at their outer ends opposite the axis of symmetry and are made of a thin flexible material, characterised in that the outer tips of the wings are rounded and have a bevel inward towards each other.
A method of determining whether parametric performance of an inertial sensor (21, 22) has been degraded, wherein the parametric performance refers to the accuracy with which the inertial sensor can determine its measured parameter or parameters, comprising: recording first data output from the inertial sensor (21, 22); then recording second and third data outputs from the same inertial sensor (21, 22); characterized in that the method further comprises: comparing more than two of the first, second and third data outputs; determining whether the parametric performance of the inertial sensor (21, 22) has been degraded based on the comparison; wherein the first, second and third data outputs are in the form of first, second and third frequency profiles, respectively; and wherein the frequency profiles used in the comparison include a windowed filter in time. recording first data output from the inertial sensor (21, 22); then recording second and third data outputs from the same inertial sensor (21, 22); characterized in that the method further comprises: comparing more than two of the first, second and third data outputs; determining whether the parametric performance of the inertial sensor (21, 22) has been degraded based on the comparison; wherein the first, second and third data outputs are in the form of first, second and third frequency profiles, respectively; and wherein the frequency profiles used in the comparison include a windowed filter in time. comparing more than two of the first, second and third data outputs; determining whether the parametric performance of the inertial sensor (21, 22) has been degraded based on the comparison; wherein the first, second and third data outputs are in the form of first, second and third frequency profiles, respectively; and wherein the frequency profiles used in the comparison include a windowed filter in time.
A heddle (1; 1001) for guiding a warp yarn for a loom, the heddle extending lengthwise along a longitudinal axis and being formed by the assembly of: - a heddle body (10; 1010) including at least one strand (4; 1004), and - an eye (2; 1002) including an eyelet for passage of the warp yarn and defining a main plane, a first part (2; 1002; 1004) among the strand and the eye being provided, before assembly, with an end part (24; 1024, 1052; 25), the second part (4; 1002; 1004) among the strand and the eye being provided, before assembly, with a cavity (48; 1029, 1048; 48) for receiving the end part arranged at a longitudinal end (44; 1002; 1004) of that second part, characterized in that the receiving cavity (48; 1029, 1048'; 48') is provided with a bottom (51; 1251, 1052; 52) and emerges on the outside of the second part, along a transverse axis perpendicular to the main plane, and in that, at the longitudinal level of the receiving cavity (48; 1029; 1048'; 48'),, the first part (2; 1002; 1004) overlaps the second part (4; 1002; 1004) by a single transverse side of the first part (2; 1002). - a heddle body (10; 1010) including at least one strand (4; 1004), and - an eye (2; 1002) including an eyelet for passage of the warp yarn and defining a main plane,
A method of printing a three-dimensional, 3D, object comprising: applying a layer of build powder onto a printing platform; depositing a deliberate micropattern of liquid fusing agent onto the powder within a macropattern that defines a cross-section of a 3D object to be printed; and, forming a microstructure from the deliberate micropattern by applying fusing energy to the powder, the microstructure comprising fused areas and sintered areas between the fused areas. applying a layer of build powder onto a printing platform; depositing a deliberate micropattern of liquid fusing agent onto the powder within a macropattern that defines a cross-section of a 3D object to be printed; and, forming a microstructure from the deliberate micropattern by applying fusing energy to the powder, the microstructure comprising fused areas and sintered areas between the fused areas.
Battery system, comprising a plurality of battery cells electrically connected in series between a first node and a second node; an intermediate node dividing the plurality of battery cells in a first subset of battery cells electrically connected in series and/or in parallel between the first node and the intermediate node and in a second subset of battery cells electrically connected in series and/or in parallel between the intermediate node and the second node; a step-down converter connected in parallel with the plurality of battery cells between the first node and the second node and having an output node; and a control unit interconnected between the output node and the first node and being configured for controlling the step-down converter, characterized in that the battery system further comprises: a first diode, the anode of which is connected to the intermediate node and the cathode of which is connected to the output node.
Panel support clamp of the type consisting of: - at least one pair of mutually cooperating jaws (1, 2) and both carrying, on one side, fastening and tightening elements; - said fastening and tightening elements providing, on a first one of said jaws (1, 2), a parallelepiped body with at least one screw-in seat and, on a second one of said jaws (1, 2), a tightening screw, as well as guiding elements for the housing of said parallelepiped body, consisting of a pair of retaining arms (9a, 9b) and of a cavity obtained on the inner surface thereof; - on each of the lateral walls of said parallelepiped body of the first jaw there being furthermore provided a guiding groove, for the housing and sliding of a pair of articulating pins (14a, 14b), inwardly protruding from the ends of said retaining arms (9a, 9b) of said second jaw - within said parallelepiped body of the first jaw there being provided recesses for the introduction of fastening elements to a support base, characterised in that said guiding groove is arranged so that said second jaw is able to be brought into an open position substantially in a direction perpendicular with respect to the first jaw when said pins (14a, 14b) are brought in engagement with said guiding groove and before said first jaw is locked to a fixed support by introducing said fastening element into said recess and tightening through a suitable service hole at the top of said parallelepiped body. - at least one pair of mutually cooperating jaws (1, 2) and both carrying, on one side, fastening and tightening elements; - said fastening and tightening elements providing, on a first one of said jaws (1, 2), a parallelepiped body with at least one screw-in seat and, on a second one of said jaws (1, 2), a tightening screw, as well as guiding elements for the housing of said parallelepiped body, consisting of a pair of retaining arms (9a, 9b) and of a cavity obtained on the inner surface thereof; - on each of the lateral walls of said parallelepiped body of the first jaw there being furthermore provided a guiding groove, for the housing and sliding of a pair of articulating pins (14a, 14b), inwardly protruding from the ends of said retaining arms (9a, 9b) of said second jaw - within said parallelepiped body of the first jaw there being provided recesses for the introduction of fastening elements to a support base,