mhurhangee/ep-ind-claims huggingface dataset:
Method for curving a solar panel, comprising: - providing a solar panel comprising at least one substantially flat plate of glass consisting of two or more layers (414, 416) of glass, wherein said glass is thermally or chemically tempered or semi-tempered glass, wherein one or more adhesive layers (422, 424) are arranged between the layers (414, 416), and photovoltaic elements located in one plane arranged in or between the adhesive layers (422, 424) between the layers (414, 416) of glass; - curving the solar panel at ambient temperature; and - fixing the solar panel in the curved position while under bending stress. - providing a solar panel comprising at least one substantially flat plate of glass consisting of two or more layers (414, 416) of glass, wherein said glass is thermally or chemically tempered or semi-tempered glass, wherein one or more adhesive layers (422, 424) are arranged between the layers (414, 416), and photovoltaic elements located in one plane arranged in or between the adhesive layers (422, 424) between the layers (414, 416) of glass; - curving the solar panel at ambient temperature; and - fixing the solar panel in the curved position while under bending stress.
Method for implementing cryptography and authentication procedures using a URI scheme comprising: registering the URI scheme when activating or starting a local unit or when installing a local communication component; generating a URI with the registered URI scheme; calling the communication component using the generated URI and the registered URI scheme; performing the cryptography and/or authentication procedure by the communication component; and generation of at least one result by the communication component. registering the URI scheme when activating or starting a local unit or when installing a local communication component; generating a URI with the registered URI scheme; calling the communication component using the generated URI and the registered URI scheme; performing the cryptography and/or authentication procedure by the communication component; and generation of at least one result by the communication component.
Subassembly for an intake tract of an internal combustion engine, in particular for an air filter of the intake tract, - with a first pipe body extending in a first longitudinal direction (L 1), which on a first end face has a first opening for securing the first pipe body to a second pipe body, - with at least one second pipe body extending in a second longitudinal direction (L 2), which on a second end face has a second opening for securing the second pipe body to the first pipe body, - wherein the first end face of the first pipe body is arranged in a longitudinal section in the first longitudinal direction (L 1) at an angle to the first longitudinal direction (L 1) and the second end face of the second pipe body is arranged in a longitudinal section in the second longitudinal direction (L 2) at an angle to the second longitudinal direction (L 2), - wherein when the two pipe bodies (2a, 2b) are secured to one another the two longitudinal directions (L 1, L 2) are essentially parallel to one another and the end faces (3a, 3b) of the two pipe bodies (2a, 2b) are arranged in the longitudinal section in the longitudinal directions (L 1, L 2) essentially parallel to one another or at an angle, in particular at an acute angle to one another, characterised in that one of the two pipe bodies (2a, 2b) has a pipe section which can be compressed reversibly in the respective longitudinal direction (L 1, L 2). - with a first pipe body extending in a first longitudinal direction (L 1), which on a first end face has a first opening for securing the first pipe body to a second pipe body, - with at least one second pipe body extending in a second longitudinal direction (L 2), which on a second end face has a second opening for securing the second pipe body to the first pipe body, - wherein the first end face of the first pipe body is arranged in a longitudinal section in the first longitudinal direction (L 1) at an angle to the first longitudinal direction (L 1) and the second end face of the second pipe body is arranged in a longitudinal section in the second longitudinal direction (L 2) at an angle to the second longitudinal direction (L 2), - wherein when the two pipe bodies (2a, 2b) are secured to one another the two longitudinal directions (L 1, L 2) are essentially parallel to one another and the end faces (3a, 3b) of the two pipe bodies (2a, 2b) are arranged in the longitudinal section in the longitudinal directions (L 1, L 2) essentially parallel to one another or at an angle, in particular at an acute angle to one another,
A template which comprises a cusp base forming part having a shape corresponding to a cusp base, further comprising: a wing forming part which corresponds to a wing part provided outside the cusp base forming part.
A method comprising: setting a tap, of a plurality of taps, for each of a plurality of multi-tap delay lines; sending a test signal, via each of a plurality of asynchronous ports, to a destination, wherein each of the plurality of asynchronous ports is operably coupled to a multi-tap delay line of the plurality of multi-tap delay lines; measuring a phase of the test signal at the destination corresponding to each of the plurality of asynchronous ports; repeating the phase measurement after setting each tap of the plurality of taps; selecting one tap, for each of the plurality of asynchronous ports, according to the phase measurements for each of the plurality of asynchronous ports; and generating a tap estimate function according to the selected taps for the plurality of asynchronous ports. setting a tap, of a plurality of taps, for each of a plurality of multi-tap delay lines; sending a test signal, via each of a plurality of asynchronous ports, to a destination, wherein each of the plurality of asynchronous ports is operably coupled to a multi-tap delay line of the plurality of multi-tap delay lines; measuring a phase of the test signal at the destination corresponding to each of the plurality of asynchronous ports; repeating the phase measurement after setting each tap of the plurality of taps; selecting one tap, for each of the plurality of asynchronous ports, according to the phase measurements for each of the plurality of asynchronous ports; and generating a tap estimate function according to the selected taps for the plurality of asynchronous ports.
A method for pushing information, comprising: acquiring, by a client in real time, statistical characteristic information of a current video frame during video playback on the client; searching in a first table of mapping relationships between the statistical characteristic information and index values for an index value that matches the acquired statistical characteristic information, and sending the searched index value to a cloud server, wherein the first mapping relationship table is established by the client; searching, by the cloud server, in a second table of mapping relationships between the index values and push information for the push information that corresponds to the searched index value, and sending the corresponding push information to the client, wherein the second mapping relationship table is established by the cloud server; and receiving and playing or displaying the push information by the client. acquiring, by a client in real time, statistical characteristic information of a current video frame during video playback on the client; searching in a first table of mapping relationships between the statistical characteristic information and index values for an index value that matches the acquired statistical characteristic information, and sending the searched index value to a cloud server, wherein the first mapping relationship table is established by the client; searching, by the cloud server, in a second table of mapping relationships between the index values and push information for the push information that corresponds to the searched index value, and sending the corresponding push information to the client, wherein the second mapping relationship table is established by the cloud server; and receiving and playing or displaying the push information by the client.
Compound of the formula in which A is (C 1 -C 3)-alkanediyl or a group of the formula where * is the attachment site to the pyrimidine ring, # is the attachment site to the carbonyl group, the ring Q is a 4- to 6-membered heterocycle, and where (C 1 -C 3)-alkanediyl may be substituted by 1 or 2 substituents independently selected from the group of fluorine, trifluoromethyl, (C 1 -C 4)-alkyl, hydroxyl and amino, in which (C 1 -C 4)-alkyl may be substituted by 1 to 3 substituents independently selected from the group of fluorine, trifluoromethyl and hydroxyl, R 1 is hydrogen or fluorine, R 2 is benzyl, where benzyl is substituted by 1 to 3 fluorine substituents, and the N -oxides, salts, solvates, salts of the N -oxides and solvates of the N- oxides or salts thereof. A is (C 1 -C 3)-alkanediyl or a group of the formula where * is the attachment site to the pyrimidine ring, # is the attachment site to the carbonyl group, the ring Q is a 4- to 6-membered heterocycle, and where (C 1 -C 3)-alkanediyl may be substituted by 1 or 2 substituents independently selected from the group of fluorine, trifluoromethyl, (C 1 -C 4)-alkyl, hydroxyl and amino, in which (C 1 -C 4)-alkyl may be substituted by 1 to 3 substituents independently selected from the group of fluorine, trifluoromethyl and hydroxyl, * is the attachment site to the pyrimidine ring, # is the attachment site to the carbonyl group, the ring Q is a 4- to 6-membered heterocycle, and where (C 1 -C 3)-alkanediyl may be substituted by 1 or 2 substituents independently selected from the group of fluorine, trifluoromethyl, (C 1 -C 4)-alkyl, hydroxyl and amino, in which (C 1 -C 4)-alkyl may be substituted by 1 to 3 substituents independently selected from the group of fluorine, trifluoromethyl and hydroxyl, R 1 is hydrogen or fluorine, R 2 is benzyl,
A magnetically-triggered proximity switch comprising: a switch body extending along a body longitudinal axis; a bias member non-movably secured within the switch body; a first normally-closed contact having an engagement arm; a second normally-closed contact having an engagement arm; a first normally-open contact having an engagement arm; a second normally-open contact having an engagement arm; a contact magnet disposed within the switch body, the contact magnet being movable relative to the bias member such that the contact magnet is movable between a first switch position and a second switch position, wherein the contact magnet is spherical in shape, and the contact magnet is disposed within a cylindrical cavity formed in the switch body, wherein a cylindrical surface that at least partially defines the cylindrical cavity is adapted to limit or prevent movement of the contact magnet in a direction normal to the body longitudinal axis, wherein in the first switch position, the contact magnet contacts a portion of the engagement arm of the first normally-closed contact and a portion of the engagement arm of the second normally-closed contact, thereby completing a circuit between the first normally-closed contact and the second normally-closed contact, and wherein in the second switch position, the contact magnet contacts a portion of the engagement arm of the first normally-open contact and a portion of the engagement arm of the second normally-open contact, thereby completing a circuit between the first normally-open contact and the second normally-open contact. a switch body extending along a body longitudinal axis; a bias member non-movably secured within the switch body; a first normally-closed contact having an engagement arm; a second normally-closed contact having an engagement arm; a first normally-open contact having an engagement arm; a second normally-open contact having an engagement arm; a contact magnet disposed within the switch body, the contact magnet being movable relative to the bias member such that the contact magnet is movable between a first switch position and a second switch position, wherein the contact magnet is spherical in shape, and the contact magnet is disposed within a cylindrical cavity formed in the switch body, wherein a cylindrical surface that at least partially defines the cylindrical cavity is adapted to limit or prevent movement of the contact magnet in a direction normal to the body longitudinal axis, wherein in the first switch position, the contact magnet contacts a portion of the engagement arm of the first normally-closed contact and a portion of the engagement arm of the second normally-closed contact, thereby completing a circuit between the first normally-closed contact and the second normally-closed contact, and wherein in the second switch position, the contact magnet contacts a portion of the engagement arm of the first normally-open contact and a portion of the engagement arm of the second normally-open contact, thereby completing a circuit between the first normally-open contact and the second normally-open contact.
An arrangement having a microfluidic device for the temperature-controlled processing of a sample solution and having a first and a second heating apparatus (452, 462), the microfluidic device comprising a reaction chamber in which the sample solution is heatable by means of the first heating apparatus to a target temperature near the normal boiling point, the reaction chamber being in fluid communication, via a compensating channel, with a pressure chamber that is liquid-free in normal operation and that is heatable by means of the second heating apparatus to a temperature above the normal boiling point of the sample solution, and that is designed to evaporate a quantity of sample liquid that is pushed by gas bubbles in the sample solution via the compensating channel into the pressure chamber and, in this way, to produce a gas-bubble-reducing counterpressure on the sample solution present in the reaction chamber, and the pressure chamber comprising only a single opening and being in fluid communication with the reaction chamber via said opening.
A method for producing a floating ceiling or wall covering, comprising a panel face having a plurality of panels which are connected to one another on the longitudinal sides and/or transverse sides by means of locking profiles which correspond to one another and which can be connected without adhesive, wherein, when two panels are connected gluelessly, the corresponding locking profiles prevent both a height offset between the surfaces of the visible sides of the two panels and a configuring of a joint between the panels, having the steps of: - arranging a first panel of a first row of panels on structural rails by means of mounting clips, - wherein the mounting clips are movably mounted on the structural rails in the longitudinal axis direction of the structural rails, and - are subsequently pushed along the structural rails with a receptacle onto the second side of the first panel, - each mounting clip engages with a receptacle in a recess of the first panel such that the first panel is movably mounted at the receptacle transversely to the longitudinal axis direction of the structural rails, - connecting a second panel of a second row of panels to the first panels by means of the locking profiles on the long sides, characterized in that simultaneously to the connection, a fall protection is arranged, which prevents the detaching of the second panel from the structural rails, wherein the fall protection is arranged in the region of the connected locking profiles. - arranging a first panel of a first row of panels on structural rails by means of mounting clips, - wherein the mounting clips are movably mounted on the structural rails in the longitudinal axis direction of the structural rails, and - are subsequently pushed along the structural rails with a receptacle onto the second side of the first panel, - each mounting clip engages with a receptacle in a recess of the first panel such that the first panel is movably mounted at the receptacle transversely to the longitudinal axis direction of the structural rails, - connecting a second panel of a second row of panels to the first panels by means of the locking profiles on the long sides, characterized in that
Piece of furniture, comprising at least two furniture parts (2, 3), more specifically a first furniture part and a second furniture part, which are interconnected by means of a connection device wherein the connection device comprises a first connection portion which is realized at least as a spreading system and which is provided in a recess in the first furniture part, and a second connection portion extending outside of the recess for cooperating with the second furniture part in this manner, wherein the connection device comprises an activation mechanism for activating the spreading system, wherein the second connection portion is realized as an insertion part, more particularly an insertion body, wherein the second connection portion is inserted in a recess in the second furniture part, wherein the first connection portion as well as the second connection portion are made as insertion portions which each are characterized by a pertaining insertion direction (R1, R2), wherein the insertion directions (R1-R2) are situated transverse to each other and preferably are situated perpendicular or almost perpendicular to each other, wherein the spreading system comprises at least two mutually rotatable parts, a first part and a second part, respectively, wherein the mutual rotation of which, in function of the realized mutual angle position, effects a spreading effect and wherein the activation mechanism is formed in that one of said mutually rotatable parts is connected to the second connection portion or to a component thereof, such that the activation mechanism can be activated by means of a rotation performed on the second connection portion, wherein the first part of the spreading system is made in one piece with the second connection portion, and wherein said rotation on the second connection portion exerts a rotation of the first part of the spreading system; characterized in that the second connection portion is configured such that after insertion of the second connection portion in said recess of the second furniture part, the spreading system can be activated by rotating the second furniture part.
Apparatus (10; 60) for optically measuring a distance to a reflecting or scattering target object using a distance measuring device (11; 61), comprising: • a beam source, which is embodied as an electro-optic component and which emits a laser beam, • a detector, which is embodied as a further electro-optic component and which receives a reception beam that has been reflected and/or scattered at the target object, • a first beam shaping system (33; 63) having a first transmitter optical unit (35; 64) for beam shaping of the laser beam and a first receiver optical unit (36; 65) for beam shaping of the reception beam, wherein the first transmitter optical unit is embodied as a collimation optical unit (35; 64) for the laser beam and generates a collimated laser beam, and • an optical unit carrier having a first receptacle (37; 66) for fastening a first of the electro-optic components (31; 32), a second receptacle (38; 67, 68) for fastening the first beam shaping system (33; 63) and an output coupling aperture, and with a setting device (12; 62; 92) comprising a second transmitter optical unit (17.1-17.6; 48; 73), adjustable between a first and a second position, for beam shaping of the laser beam, wherein the second transmitter optical unit (17.1-17.6; 48; 73) is disposed in the laser beam in the first position and disposed outside of the laser beam in the second position, characterized in that the setting device (12; 62; 92) is disposed in the beam path of the laser beam downstream of the output coupling opening and outside of the distance measuring device (11; 61) and in that the second transmitter optical unit is embodied as a diverging optical unit (17.1-17.6; 48; 73) for the collimated laser beam and generates an expanded laser beam. • a beam source, which is embodied as an electro-optic component and which emits a laser beam, • a detector, which is embodied as a further electro-optic component and which receives a reception beam that has been reflected and/or scattered at the target object, • a first beam shaping system (33; 63) having a first transmitter optical unit (35; 64) for beam shaping of the laser beam and a first receiver optical unit (36; 65) for beam shaping of the reception beam, wherein the first transmitter optical unit is embodied as a collimation optical unit (35; 64) for the laser beam and generates a collimated laser beam, and • an optical unit carrier having a first receptacle (37; 66) for fastening a first of the electro-optic components (31; 32), a second receptacle (38; 67, 68) for fastening the first beam shaping system (33; 63) and an output coupling aperture,
A process of manufacturing semi-hard or hard cheese in casing, comprising providing a curd/whey mixture, draining said mixture to obtain drained curd grains, filling said drained curd grains into a casing having a water permeability of at least 100g/m 2 per day, said filling optionally preceded by a mixing step, wherein said filling step is performed at a temperature in the range of 10-45°C and at an underpressure of 0.1-1.0 bar, and wherein the completely cased cheese is subjected to ripening.
A computer-implemented method comprising: displaying (802, 804) a portion of initial content in a user interface along with a scrollbar configured for selection to navigate to other portions of the initial content; while the scrollbar is selected, detecting dynamic content for display in the user interface, wherein the dynamic content corresponds to a dynamic modification of the initial content, the dynamic modification of the initial content corresponding to adding content items, removing content items from the initial content, or altering the order of items of the initial content; in response, activating a dynamic scroll mode for the scrollbar to enable navigation to the initial content and the dynamic content, wherein the dynamic scroll mode dynamically adjusts a scroll ratio of the scrollbar, while the scrollbar is selected, without changing a visual position of the scrollbar's thumb, by configuring the scrollbar with different scroll ratios (504, 506) for at least one pair of opposing directions, the dynamically adjusting based at least in part on the dynamic modification of the initial content. displaying (802, 804) a portion of initial content in a user interface along with a scrollbar configured for selection to navigate to other portions of the initial content; while the scrollbar is selected, detecting dynamic content for display in the user interface, wherein the dynamic content corresponds to a dynamic modification of the initial content, the dynamic modification of the initial content corresponding to adding content items, removing content items from the initial content, or altering the order of items of the initial content; in response, activating a dynamic scroll mode for the scrollbar to enable navigation to the initial content and the dynamic content, wherein the dynamic scroll mode dynamically adjusts a scroll ratio of the scrollbar, while the scrollbar is selected, without changing a visual position of the scrollbar's thumb, by configuring the scrollbar with different scroll ratios (504, 506) for at least one pair of opposing directions, the dynamically adjusting based at least in part on the dynamic modification of the initial content.