mhurhangee/ep-ind-claims huggingface dataset:
Rotary gripper with two gripping jaws (2, 3) and an actuating means which is mounted by a bearing means, in particular formed by a housing, such that it can be displaced linearly along the displacement path and can be rotated about a rotational axis which runs parallel to the displacement path, wherein the actuation means is movement-coupled to the gripping jaws (2, 3) in such a way that the gripping jaws (2, 3) are displaced and/or pivoted in opposite directions in the case of a displacement of the actuating means along the displacement path, in order to assume different gripping positions, and that a rotation of the actuating means about the rotational axis leads to a common rotation of the gripping jaws (2, 3) about the rotational axis, characterized in that the rotary gripper has a magnet, a magnetic field sensor and a processing device, wherein the magnet is attached to the actuating means in such a way that its magnetization direction runs in an angled manner, in particular perpendicularly, with respect to the rotational axis, wherein the magnetic field sensor is arranged in a stationary manner with regard to the bearing means in such a way that the magnetic field of the magnet can be detected by the magnetic field sensor, wherein the magnetic field sensor is configured to detect components (23, 24) of the magnetic flux density of the magnetic field for at least two spatial directions, wherein the processing device is configured to determine a rotational information item, relating to a rotary angle of the common rotation of the gripping jaws (2, 3), and a gripping information item, relating to the gripping position, in a manner which is dependent on the detected components (23, 24) of the magnetic flux density.
An antenna (203, 900, 1000, 1100, 1200, 1300) configured to be interleaved amongst a two-dimensional array of fifth generation -5G- antennas, the antenna comprising: a first set of two parallel, flat generally rectangular substrate panels (401-1,401-3) each having a height, a length, and a thickness, wherein a first conductor (409-1,409-3) is extended along the length of a respective panel of the first set such that the first conductor of each panel has a resulting electrical length, the panels being separated by a distance shorter than the length of each panel of the first set; a set of supports (401-2,401-4), each support of the set of supports supporting a respective second conductor (409-2,409-4) that runs between the first set of panels, each of the second conductors supported by the set of supports running substantially between an edge of a first panel and an edge of a second panel of the first set of panel; wherein the second conductors supported by the set of supports are arranged to have substantially the same electrical length as each of the first conductors. a first set of two parallel, flat generally rectangular substrate panels (401-1,401-3) each having a height, a length, and a thickness, wherein a first conductor (409-1,409-3) is extended along the length of a respective panel of the first set such that the first conductor of each panel has a resulting electrical length, the panels being separated by a distance shorter than the length of each panel of the first set; a set of supports (401-2,401-4), each support of the set of supports supporting a respective second conductor (409-2,409-4) that runs between the first set of panels, each of the second conductors supported by the set of supports running substantially between an edge of a first panel and an edge of a second panel of the first set of panel; wherein the second conductors supported by the set of supports are arranged to have substantially the same electrical length as each of the first conductors.
A lock assembly for securing a wear member to an implement, the lock assembly comprising: a compressible base including a front face and a back face opposite the front face, the front face and the back face each having a noncircular shape; and a rigid latch member attached to the front face of the compressible base and extending from the same, the latch member including a ramp having a low end and an elevated end, the elevated end extending further away from the front face than the low end, a ramp surface extending between the low end and the elevated end, and a tool engaging feature extending into the ramp. a compressible base including a front face and a back face opposite the front face, the front face and the back face each having a noncircular shape; and a rigid latch member attached to the front face of the compressible base and extending from the same, the latch member including a ramp having a low end and an elevated end, the elevated end extending further away from the front face than the low end, a ramp surface extending between the low end and the elevated end, and a tool engaging feature extending into the ramp.
A device for cancelling notes of value, comprising a transport unit (24, 26, 30) for transporting the notes of value (708, 708', 714, 714') along a first transport path, a second transport path, and a third transport path, a printing unit having a print head for imprinting a preset printing area of the note of value (708, 708', 714, 714') located on a print side of a note of value (708, 708', 714, 714') with a cancellation print image, a sorting gate for diverting notes of value (708, 708', 714, 714') between the first transport path, the second transport path, and the third transport path, a control unit for controlling the sorting gate, a sensor unit (29, 300) for determination of the orientation of the notes of value (708, 708', 714, 714'), and comprising an intermediate storage for intermediate storage of the notes of value (708, 708', 714, 714'), wherein the second transport path connects the sorting gate with the intermediate storage, and the third transport path connects the sorting gate with the printing unit, and wherein the control unit controls the sorting gate dependent on the determined orientation of a note of value (708, 708', 714, 714') withdrawn from the intermediate storage to be cancelled such that the sorting gate directs the note of value (708, 708') to be cancelled either directly from the second transport path into the third transport path, or directs the note of value (714, 714') first from the second transport path into the first transport path, and then from the first transport path into the third transport path, wherein further the control unit controls the sorting gate such that first all notes of value (708, 708', 714, 714') are fed from the first transport path via the sorting gate to the second transport path and thus to the intermediate storage, and wherein thereafter the notes of value (708, 708', 714, 714') intermediately stored in the intermediate storage are, dependent on their respective orientation, transported either directly from the second transport path into the third transport path and further to the printing unit, or via the detour from the second transport path to the first and then to the third transport path so that all notes of value (708, 708', 714, 714') face the print head of the printing unit with their print side.
A lens, which is a spectacle lens comprising multilayer films on both surfaces of a lens substrate, wherein - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 360-400 nm is ≤ 6.0%, and - the sum of the mean reflectances on both surfaces of the lens in a wavelength band of 400-440 nm is ≥ 20.0%, characterized in that further - the sum of the mean reflectances on both surfaces of the lens in a wavelength band of 480-680 nm is ≤ 2.0%, and - the reflectance on each surface of the lens has at least one maximum value in a wavelength band of 400-440 nm. - the sum of mean reflectances on both surfaces of the lens in a wavelength band of 360-400 nm is ≤ 6.0%, and - the sum of the mean reflectances on both surfaces of the lens in a wavelength band of 400-440 nm is ≥ 20.0%, - the sum of the mean reflectances on both surfaces of the lens in a wavelength band of 480-680 nm is ≤ 2.0%, and - the reflectance on each surface of the lens has at least one maximum value in a wavelength band of 400-440 nm.
A tread block structure of a pneumatic tire comprising tread blocks separated from each other by grooves, characterized in that the tread block comprises at least one tread cone existing within the tread block, wherein the tread cone has different physical properties from a surrounding area around the tread cone, and wherein the tread cone and the surrounding area are made of a same rubber composition, and the tread cone is formed by curing at different curing temperature from a curing temperature of the surrounding area, and thus a degree of cross-linking of a rubber of the tread cone is different from the degree of cross-linking of a rubber of the surrounding area.
An apparatus for working the soil, comprising: - a rotor, provided with an own rotation axis, - a work tool, rotatably associated to the rotor by means of a hinge, characterised in that - the hinge comprises at least one pivot pin of the work tool and a pair of brackets, said pivot pin being associated to the brackets by means of a magnetic system. - a rotor, provided with an own rotation axis, - a work tool, rotatably associated to the rotor by means of a hinge, characterised in that - the hinge comprises at least one pivot pin of the work tool and a pair of brackets, said pivot pin being associated to the brackets by means of a magnetic system.
Mobile pump system for pumping water and/or extinguishing agent, comprising: - a frame for housing the pump system; - a booster pump arranged in the frame; - one or more submersible pumps (10, 12) arranged in the frame; - a booster pump motor drive configured to drive the booster pump; - a hydraulics motor drive configured to drive the one or more submersible pumps (10, 12); characterised in that the hydraulics motor drive is configured to function as auxiliary drive for the booster pump; and in that the mobile pump system further comprises a coupling for coupling the booster pump to the hydraulics motor drive such that the hydraulics motor drive can function as auxiliary drive for the booster pump. - a frame for housing the pump system; - a booster pump arranged in the frame; - one or more submersible pumps (10, 12) arranged in the frame; - a booster pump motor drive configured to drive the booster pump; - a hydraulics motor drive configured to drive the one or more submersible pumps (10, 12);
A method for planning a field cultivation route for an agricultural working machine on an agricultural field by means of a control device, in particular a driver assistance system of the agricultural working machine, wherein the control device plans the field cultivation route, wherein the field cultivation route has paths, which in particular are contiguous, for cultivation one after the other, wherein the control device plans the field cultivation route in a manner such that the field cultivation route has a first section with at least one first path which runs in a straight line, in that the field cultivation route has a second section with at least one second path which has at least one bend and/or curve, and wherein the control device plans the field cultivation route in a manner such that the field cultivation route has a central section with a plurality of central paths which are positioned between the first and the second section, wherein in the central section of the field cultivation route, the paths gradually straighten out starting from the second path, and in this manner are adjusted to the first path, characterized in that the control device parameterizes the straightening of the central paths as a function of a user input. wherein the control device plans the field cultivation route in a manner such that the field cultivation route has a first section with at least one first path which runs in a straight line, in that the field cultivation route has a second section with at least one second path which has at least one bend and/or curve, and wherein the control device plans the field cultivation route in a manner such that the field cultivation route has a central section with a plurality of central paths which are positioned between the first and the second section, wherein in the central section of the field cultivation route, the paths gradually straighten out starting from the second path, and in this manner are adjusted to the first path, characterized in that the control device parameterizes the straightening of the central paths as a function of a user input.
System for electronically aligning the polarization of an antenna (2; 2b) to the polarization of a signal received therein or transmitted therefrom, said signal having two mutually orthogonal components, a vertical component (Cv) and a horizontal component (Co), said antenna being provided with a first port through which said vertical polarization component (Cv) is conveyed and with a second port (2") through which said horizontal polarization component (Co) is conveyed, said system comprising a polarization reset unit connected to said first port and to said second port (2") of said antenna (2; 2b), including a radio frequency section provided with phase displacement means, amplitude adjustment means and combination means (18, 19) for vertical (Cvr) and horizontal (Cor) components of the received signal, and a control logic unit connected to said polarization reset unit, provided with means for detecting the position of said antenna (2; 2b), by which said logic control unit calculates the lack of alignment between the polarization of said received signal and the polarization of said antenna (2; 2b) and controls said polarization reset unit in order to adjust the combination, phase displacement and amplitude variation operations of said radio frequency section so as to obtain orthogonal components of the signal received in accordance with a polarization aligned to the polarization of said antenna (2, 2b), wherein said radio frequency section of said polarization reset unit includes a pair of low noise amplifiers, each one of which is adapted to amplify one of said polarization components (Cvr, Cor) of said received signal, the signal outputted from each low noise amplifier being conveyed along two separate paths by a respective diplexer, obtaining a first and a second vertical components (Cvr1, Cvr2) along respective vertical component paths, and a first and a second horizontal components (Cor1, Cor2) along respective horizontal components paths, each of the four components (Cvr1, Cvr2) passing, for each of the four paths, through said phase displacement device and said attenuation or amplification device, serially connected with one another, the so obtained four components (Cvr1, Cvr2 and Cor1, Cor2) being summed to one another by means of further diplexers (18, 19) so as to combine the signal from the path of said first vertical component with the signal from the path of said second horizontal component, and the signal from the path of said second vertical component with the signal from the path of said first horizontal component, said polarization reset unit is provided with a pair of output ports (5"',5iv) having a pair of down-converters connected thereto, respectively, and said polarization reset unit is connected to said logic control unit by means of a digital section adapted to adjust the combination, phase displacement and amplitude variation operations of said radio frequency section.
An image capture system associated with a railway comprising: a first image capture device, characterized in that the image capture system further comprises: a first reference marker located at a substantially fixed position adjacent a first rail of said railway; wherein the first image capture device is located and/or oriented such that the first reference marker appears in a field of view of the first image capture device; and wherein the first image capture device is useable to capture at least one image including the first reference marker and at least a portion of a wheel of a rail vehicle in motion to determine at least one parameter of said wheel or said rail vehicle. a first image capture device, characterized in that the image capture system further comprises: a first reference marker located at a substantially fixed position adjacent a first rail of said railway; wherein the first image capture device is located and/or oriented such that the first reference marker appears in a field of view of the first image capture device; and wherein the first image capture device is useable to capture at least one image including the first reference marker and at least a portion of a wheel of a rail vehicle in motion to determine at least one parameter of said wheel or said rail vehicle. a first reference marker located at a substantially fixed position adjacent a first rail of said railway;
A method for producing a forged crankshaft, the crankshaft including: journals (J, J1 to J5) that define a center of rotation; crank pins (P, P1 to P4) that are eccentric with respect to the journals (J, J1 to J5); and crank arms (A, A1 to A8), each of the crank arms (A, A1 to A8) connecting a corresponding one of the journals (J, J1 to J5) to a corresponding one of the crank pins (P, P1 to P4), the method comprising: a die forging step, including forming a finish forged blank with flash, the finish forged blank including a shape of the crankshaft, wherein the crank arm (A, A1 to A8) has an excess projecting portion (Aaa, Aba, Aca) at an outer periphery of each of side portions (Aa, Ab) near the crank pin (P, P1 to P4), the excess projecting portion (Aaa, Aba, Aca) projecting from the outer periphery; a trimming step, including removing the flash from the finish forged blank formed in the die forging step; and an excess projecting portion bending step, including inserting a first die having a U-shape to the crankshaft from a direction of eccentricity of the crank pin (P, P1 to P4) and bending the excess projecting portion (Aaa, Aba, Aca) of the crank arm (A, A1 to A8) toward a surface of the crank arm (A, A1 to A8), the surface being adjacent to the journal (J, J1 to J5), the crankshaft being obtained by removing the flash in the trimming step. a die forging step, including forming a finish forged blank with flash, the finish forged blank including a shape of the crankshaft, wherein the crank arm (A, A1 to A8) has an excess projecting portion (Aaa, Aba, Aca) at an outer periphery of each of side portions (Aa, Ab) near the crank pin (P, P1 to P4), the excess projecting portion (Aaa, Aba, Aca) projecting from the outer periphery; a trimming step, including removing the flash from the finish forged blank formed in the die forging step; and an excess projecting portion bending step, including inserting a first die having a U-shape to the crankshaft from a direction of eccentricity of the crank pin (P, P1 to P4) and bending the excess projecting portion (Aaa, Aba, Aca) of the crank arm (A, A1 to A8) toward a surface of the crank arm (A, A1 to A8), the surface being adjacent to the journal (J, J1 to J5), the crankshaft being obtained by removing the flash in the trimming step.
Circuit arrangement, in particular for operating a domestic appliance, comprising a power supply connection; a load which is connected to the power supply connection by means of a connection line; a controller for a component at risk, which controller is connected to the power supply connection by means of the connection line; a switching means (18, 18a) for switching on and switching off the controller, which switching means is arranged between the controller and the power supply connection in the connection line; and a safety apparatus for disconnecting the controller from the power supply connection, which safety apparatus is arranged between the power supply connection and the switching means (18, 18a) in the connection line, wherein the load is connected between the power supply connection and the safety apparatus; characterized in that a connecting line is provided, which connecting line connects the controller to the power supply connection by means of the load, and in which connecting line the switching means (18, 18a) is arranged.
A leakage self-rescue container for stocking dangerous chemicals (102, 202) comprising: a first container (101, 201) for stocking dangerous chemicals (102, 202); characterised in that it comprises: a second container (103, 203) installed and fixed in the first container (101, 201), the second container (103, 203) contains a harmless liquefied gas (105, 205) and has an opening, which controllably communicates with the external environment, wherein said second container is a rigid and pressure-resistant container, wherein when the leakage self-rescue container is not used, the second container (103, 203) is under pressure and the harmless liquefied gas (105, 205) is maintained as a liquid; during usage, the second container (103, 203) communicates with the external environment and the harmless liquefied gas (105, 205) is gasified and absorbs the heat of the surrounding environment, i.e. the first container, wherein the liquefied gas is a gas under the air pressure at ambient temperature, but is a liquid under pressure at the ambient temperature. a first container (101, 201) for stocking dangerous chemicals (102, 202); characterised in that it comprises: a second container (103, 203) installed and fixed in the first container (101, 201), the second container (103, 203) contains a harmless liquefied gas (105, 205) and has an opening, which controllably communicates with the external environment, wherein said second container is a rigid and pressure-resistant container, wherein when the leakage self-rescue container is not used, the second container (103, 203) is under pressure and the harmless liquefied gas (105, 205) is maintained as a liquid; during usage, the second container (103, 203) communicates with the external environment and the harmless liquefied gas (105, 205) is gasified and absorbs the heat of the surrounding environment, i.e. the first container, wherein the liquefied gas is a gas under the air pressure at ambient temperature, but is a liquid under pressure at the ambient temperature. a second container (103, 203) installed and fixed in the first container (101, 201), the second container (103, 203) contains a harmless liquefied gas (105, 205) and has an opening, which controllably communicates with the external environment, wherein said second container is a rigid and pressure-resistant container, wherein when the leakage self-rescue container is not used, the second container (103, 203) is under pressure and the harmless liquefied gas (105, 205) is maintained as a liquid; during usage, the second container (103, 203) communicates with the external environment and the harmless liquefied gas (105, 205) is gasified and absorbs the heat of the surrounding environment, i.e. the first container, wherein the liquefied gas is a gas under the air pressure at ambient temperature, but is a liquid under pressure at the ambient temperature.