mhurhangee/ep-ind-claims huggingface dataset:
Method for unloading a container having packages, in particular a box body, swap container or roll container, with a rail device comprising at least one rail, wherein at least one hand element displaceable in a longitudinal direction of the rail is provided on the at least one rail, wherein the hand element has a plurality of finger elements, wherein the finger elements respectively have at least two flexible flank elements (2, 3) extending together from one end of the finger element to the opposite end of the finger element, wherein respectively the at least two flexible flank elements (2,3) of the finger elements are each flexibly connected to one another via a plurality of webs, so that the finger elements can each be adjusted from at least one curved position into at least one stretched position and back, wherein the packages are stacked in the container, wherein the stacked packages form an end face, - wherein the rail device is brought close to the end face of the stacked packages, - wherein the at least one hand element grips at least one package of the stack of packages and removes it from the stack of packages, - wherein the at least one hand element is displaced along the at least one rail after the at least one package has been removed from the stack of packages, - wherein the at least one hand element, after the displacement along the at least one rail element, grips and removes from the stack of packages at least one further package of the stack of packages, - wherein the at least one hand element (20,24) successively removes at least one package from the stack of packages and moves the removed package into at least one further hand element arranged below the at least one hand element, - wherein the at least one further hand element at least partially catches the respective at least one package and forwards it in an at least partially braked manner, and - wherein the packages removed from the stack of packages are moved downwards onto a belt conveyor device arranged below the at least one further hand element. - wherein the rail device is brought close to the end face of the stacked packages, - wherein the at least one hand element grips at least one package of the stack of packages and removes it from the stack of packages, - wherein the at least one hand element is displaced along the at least one rail after the at least one package has been removed from the stack of packages, - wherein the at least one hand element, after the displacement along the at least one rail element, grips and removes from the stack of packages at least one further package of the stack of packages, - wherein the at least one hand element (20,24) successively removes at least one package from the stack of packages and moves the removed package into at least one further hand element arranged below the at least one hand element, - wherein the at least one further hand element at least partially catches the respective at least one package and forwards it in an at least partially braked manner, and - wherein the packages removed from the stack of packages are moved downwards onto a belt conveyor device arranged below the at least one further hand element.
A phosphorous pentoxide producing method comprising: forming pre-feed agglomerates containing phosphate ore particles, carbonaceous material particles, and silica particles; heating the pre-feed agglomerates in a reducing or inert atmosphere to an induration temperature from above 900 °C to less than 1180 °C and maintaining the induration temperature for 15 minutes or more wherein the heating of the pre-feed agglomerates and the maintaining of the induration temperature forms feed agglomerates having a crush strength of above 25 lb f (111 N), the feed agglomerates exhibiting a calcium-to-silica mole ratio less than 1 and a silica-to-(calcium + magnesium) mole ratio greater than 2; forming a reducing kiln bed in a reduction kiln using the feed agglomerates; and generating kiln off-gas and collecting phosphorous pentoxide from the kiln off gas. forming pre-feed agglomerates containing phosphate ore particles, carbonaceous material particles, and silica particles; heating the pre-feed agglomerates in a reducing or inert atmosphere to an induration temperature from above 900 °C to less than 1180 °C and maintaining the induration temperature for 15 minutes or more wherein the heating of the pre-feed agglomerates and the maintaining of the induration temperature forms feed agglomerates having a crush strength of above 25 lb f (111 N), the feed agglomerates exhibiting a calcium-to-silica mole ratio less than 1 and a silica-to-(calcium + magnesium) mole ratio greater than 2; forming a reducing kiln bed in a reduction kiln using the feed agglomerates; and generating kiln off-gas and collecting phosphorous pentoxide from the kiln off gas.
An air motion transformer loudspeaker driver comprising: a plurality of diaphragm layers including electric conductors, each of said diaphragm layers defining a surface having at least one curved portion with an axis of curvature being generally perpendicular to the surface of said diaphragm layer at the location of said curved diaphragm portion, characterized in that said curved portion forms an arc shape. a plurality of diaphragm layers including electric conductors, each of said diaphragm layers defining a surface having at least one curved portion with an axis of curvature being generally perpendicular to the surface of said diaphragm layer at the location of said curved diaphragm portion, characterized in that said curved portion forms an arc shape.
A massaging shoe pad, comprising: a base layer, which includes a plurality of accommodation spaces, wherein a first opening and a second opening are disposed on the two lateral sides of the base layer; a plurality of first plates, which are separately disposed in each accommodation space; one end of each first plate is attached to one side of the side wall of the corresponding accommodation space, the other end protruding out of the first opening and forming a first protrusion;between the both ends of each first plate an accommodation arm is formed that protrudes out toward the second opening, wherein the accommodation arm includes a through hole that is perpendicular to the direction of the second opening; and a plurality of second plates which are separately disposed in each accommodation space; one end of each second plate is movably inserted through each through hole, the other end protruding out toward the corresponding first opening and forming a second protrusion; when each second plate is moved from a first location to a second location, the corresponding second protrusion props against the other end of the first plate. a base layer, which includes a plurality of accommodation spaces, wherein a first opening and a second opening are disposed on the two lateral sides of the base layer; a plurality of first plates, which are separately disposed in each accommodation space; one end of each first plate is attached to one side of the side wall of the corresponding accommodation space, the other end protruding out of the first opening and forming a first protrusion;between the both ends of each first plate an accommodation arm is formed that protrudes out toward the second opening, wherein the accommodation arm includes a through hole that is perpendicular to the direction of the second opening; and a plurality of second plates which are separately disposed in each accommodation space; one end of each second plate is movably inserted through each through hole, the other end protruding out toward the corresponding first opening and forming a second protrusion; when each second plate is moved from a first location to a second location, the corresponding second protrusion props against the other end of the first plate.
An herbicide-tolerant Brassica juncea plant comprising: a first genome comprising a first acetohydroxyacid synthase large subunit (AHASL) polynucleotide encoding a first herbicide-tolerant AHASL polypeptide, wherein said first polypeptide has an asparagine substitution at a position corresponding to position 653 of SEQ ID NO:1 or position 635 of SEQ ID NO:3, wherein the first genome is an A genome; and a second genome comprising a second AHASL polynucleotide encoding a second herbicide-tolerant AHASL polypeptide, wherein said second polypeptide has a threonine substitution at a position corresponding to position 122 of SEQ ID NO:1 or position 107 of SEQ ID NO:4, wherein the second genome is a B genome, wherein the plant is homozygous for the first and second AHASL polynucleotides, and the first and second herbicide-tolerant AHASL polypeptides together provide to said Brassica plant a synergistic level of tolerance to an AHAS-inhibiting herbicide, and with the proviso that the plant is not exclusively obtained by an essentially biological process. a first genome comprising a first acetohydroxyacid synthase large subunit (AHASL) polynucleotide encoding a first herbicide-tolerant AHASL polypeptide, wherein said first polypeptide has an asparagine substitution at a position corresponding to position 653 of SEQ ID NO:1 or position 635 of SEQ ID NO:3, wherein the first genome is an A genome; and a second genome comprising a second AHASL polynucleotide encoding a second herbicide-tolerant AHASL polypeptide, wherein said second polypeptide has a threonine substitution at a position corresponding to position 122 of SEQ ID NO:1 or position 107 of SEQ ID NO:4, wherein the second genome is a B genome, wherein the plant is homozygous for the first and second AHASL polynucleotides, and the first and second herbicide-tolerant AHASL polypeptides together provide to said Brassica plant a synergistic level of tolerance to an AHAS-inhibiting herbicide, and with the proviso that the plant is not exclusively obtained by an essentially biological process.
System comprising an industrial truck and a radio remote control (30, 30') which can be automatically coupled to the industrial truck, characterized in that - at least three transmitting and receiving units (22a, 22b, 22c) are arranged in a predetermined spatial arrangement relative to one another on the industrial truck, which are designed to transmit search signals and to receive response signals, - the radio remote control (30, 30') is configured to receive and process the search signals transmitted by the transmitting and receiving units (22a, 22b, 22c) and to transmit corresponding response signals, - an evaluation unit is provided which is assigned to the industrial truck and is designed to determine signal transit times of the transmitted search signals and of the received, corresponding response signals and to determine a position of the radio remote control (30, 30') relative to the industrial truck from at least three of the determined signal transit times, and - a control unit is provided which is designed to couple the radio remote control (30, 30') to the industrial truck when the relative position of the radio remote control (30, 30') is within a predetermined spatial range. - at least three transmitting and receiving units (22a, 22b, 22c) are arranged in a predetermined spatial arrangement relative to one another on the industrial truck, which are designed to transmit search signals and to receive response signals, - the radio remote control (30, 30') is configured to receive and process the search signals transmitted by the transmitting and receiving units (22a, 22b, 22c) and to transmit corresponding response signals, - an evaluation unit is provided which is assigned to the industrial truck and is designed to determine signal transit times of the transmitted search signals and of the received, corresponding response signals and to determine a position of the radio remote control (30, 30') relative to the industrial truck from at least three of the determined signal transit times, and - a control unit is provided which is designed to couple the radio remote control (30, 30') to the industrial truck when the relative position of the radio remote control (30, 30') is within a predetermined spatial range.
A polypropylene composition comprising: (a) a first metallocene-catalyzed polypropylene (RPP-A) which is homopolymer, or a random copolymer of propylene and of a co-monomer; and (b) a second metallocene-catalyzed polypropylene (RPP-B) which is a random copolymer of propylene and of a co-monomer; wherein said polypropylene composition has: - a total co-monomer content of at least 1.1 % by weight relative to the total weight of said polypropylene composition, as determined by 13 C NMR analysis, said co-monomer being an alpha-olefin different from propylene; - a melting temperature T m of at least 130 °C, measured by DSC; - a crystallization temperature T c of at least 95.0 °C, measured by DSC; - a ratio of weight average molecular weight (M w) to number average molecular weight (M n) [M w /M n] of at least 4.50; - a ratio of z-average molecular weight (M z) to weight average molecular weight (M w) [M z /M w] of at least 2.10; and - a co-monomer distribution ratio R(M z)/R(M n) higher than 0.995, wherein R(M z) is the ratio at M z of the IR signal measured at 2959 cm -1 on the signal at 2928 cm -1, and R(M n) is the ratio at M n of the IR signal measured at 2959 cm -1 on the signal at 2928 cm -1, as determined by IR-detected gel permeation chromatography; and - a xylene soluble content of at most 3.0 % by weight, wherein the XS is measured as defined in the description under test methods. (a) a first metallocene-catalyzed polypropylene (RPP-A) which is homopolymer, or a random copolymer of propylene and of a co-monomer; and (b) a second metallocene-catalyzed polypropylene (RPP-B) which is a random copolymer of propylene and of a co-monomer; - a total co-monomer content of at least 1.1 % by weight relative to the total weight of said polypropylene composition, as determined by 13 C NMR analysis, said co-monomer being an alpha-olefin different from propylene; - a melting temperature T m of at least 130 °C, measured by DSC; - a crystallization temperature T c of at least 95.0 °C, measured by DSC; - a ratio of weight average molecular weight (M w) to number average molecular weight (M n) [M w /M n] of at least 4.50; - a ratio of z-average molecular weight (M z) to weight average molecular weight (M w) [M z /M w] of at least 2.10; and - a co-monomer distribution ratio R(M z)/R(M n) higher than 0.995, wherein R(M z) is the ratio at M z of the IR signal measured at 2959 cm -1 on the signal at 2928 cm -1, and R(M n) is the ratio at M n of the IR signal measured at 2959 cm -1 on the signal at 2928 cm -1, as determined by IR-detected gel permeation chromatography; and - a xylene soluble content of at most 3.0 % by weight, wherein the XS is measured as defined in the description under test methods.
A polyester polycarbonate polyol comprising a repeating unit represented by the following formula and a repeating unit represented by the following formula, and comprising a hydroxyl group at a molecular terminal, the polyester polycarbonate polyol having a hydroxyl value of 37 to 86 mgKOH/g and a carbonate group content of 15 to 40% by mass: wherein R 1 is a divalent linear aliphatic or alicyclic hydrocarbon having 2 to 15 carbon atoms; wherein R 2 is a divalent hydrocarbon having 2 to 15 carbon atoms and R 3 is a divalent linear aliphatic or alicyclic hydrocarbon having 2 to 15 carbon atoms.
Arrangement having a vacuum pump (1, 1', 1") which comprises a communication module and having a control device which comprises a radio module, wherein the communication and radio modules are equipped to transmit and receive operating and control data, wherein the arrangement comprises a relay station with a radio module, by means of which it communicates wirelessly bidirectionally with the control device, wherein a communication connection (7, 7', 7") exists between the relay station and the communication module of the vacuum pump, characterised in that the relay station is configured as a relay module integrated into the vacuum pump (1, 1', 1").
A salt form of a compound of formula I, characterized in that the salt form is selected from the group consisting of hydrochloride, maleate, phosphate and glycolate
Transparent composite pane for safety windows, where the composite is composed of a plurality of layers arranged in succession, of which at least one layer is composed of a sheet, or sheets arranged serially or in the form of a mosaic, made of monocrystalline magnesium aluminate spinel.
An apparatus for winding up a thread with at least one drivable spool spindle, which comprises at least one spool housing and thread catch device associated with the spool housing, with a changing device for a back and forth movement of the thread, and with an auxiliary device for guiding the thread during the catching and the winding up of the thread, wherein the auxiliary device comprises at least one movable metal guide (16; 16.2) with a guide edge (17.2) or a guide groove for the guiding of the thread, wherein the metal guide (16, 16.2) is associated with the changing device and can be guided between receiving position in the region of the changing device and a parking position at the side of the changing device, wherein the metal guide (16, 16.2) in the parking position is associated with a thread guide, which co-operates with a guide shaft for guiding the thread with the guide edge (17.2) or the guide groove of the metal guide (16, 16.2) and wherein the thread guide with the protruding guide shaft forms a thread-guide track, on which the thread can be guided to be released from the guide edge (17.2) or from the guide groove of the metal guide (16, 16.2), characterized in that the thread guide is a pin thread guide and the guide shaft of the pin thread guide has an adjustable length.
A method for analyzing the content of drops, comprising the following step: - providing a plurality of drops contained in a carrier fluid, at least one of the drops comprising at least an aggregate of particles defining an elongated object along a main axis, at least certain drops containing at least one target element able to bind to the aggregate, characterized in that the aggregate of particles comprises a column oriented along the main axis and in that the method comprises a measurement step for measuring a physical parameter characteristic of the attachment of the target element on the aggregate, the measurement step including the measurement of a physical parameter locally in a plurality of points located in the drop, the measurement step preferably including the determination of the integral of the measured values within the drop. - providing a plurality of drops contained in a carrier fluid, at least one of the drops comprising at least an aggregate of particles defining an elongated object along a main axis, at least certain drops containing at least one target element able to bind to the aggregate,
A motor-driven lock with a rotary bolt, especially for rear doors, hatches or trunks of automotive vehicles, the lock being of the type comprising a bolt rotary between at least one closed position, in which it locks a closing anchor, and another open position, which releases it, stressed to forces by a spring in the release direction, and a latch also rotary between a closed position, in which it retains the bolt in the locking position, and another releasing position, in which it releases the mentioned bolt, the latch being subjected to the action of a second spring thrusting it towards the closed position, the lock furthermore comprising a drive motor-driven cam, which rotates about an axis, and transmission means suitable for moving the latch from its closed position to its releasing position, the transmission means comprising a rocker arm, which can swing back and forth between two end positions, provided with a peripheral extension loosely coupled to the end of the latch, whereby movement of the cam causes the swinging of the rocker arm in a first direction and, by thrusting of its peripheral extension, the rotation of the latch from its closed position to its releasing position and hence that of the bolt to its open position, characterized in that the rocker arm is provided with a control slide extending in a curved shape about the axis of rotation of the drive cam, with variable radii, at least one grip section with the drive cam being determined; a first no-load section, in which the drive cam loses contact and rotates without driving the rocker arm, the latter being subject to the thrust received by the latch which is driven by the second spring and is applied against the bolt; and a stop section, in which resistance to the rotation of the drive cam is offered which is suitable for generating a stop signal of the motor, the contours of the bolt and of the latch as well as the clearance (z) between the peripheral extension of the rocker arm and the slide of the latch being configured such that, when the bolt is forced to adopt its closed position, for example when the door is closed, when the latch is rotated in a direction towards said bolt by the action of the second spring, the mentioned latch thrusts the peripheral extension of the rocker arm, forcing it to swing in a direction opposite the first direction and to change its position with respect to the drive cam, such that the latter can be driven again, in the same rotation direction and without opposition of the rocker arm, until reaching the grip section, to again open the lock.
A dispersion adjustment unit for electromagnetic radiation having a spectral width, in particular for laser pulses, comprising: an arrangement having at least one dispersive element (7, 7A, 7A') for generating angular dispersion in an angular dispersion region, which is delimited by two interaction regions of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7A'), wherein, in the angular dispersion region, individual spectral components of the electromagnetic radiation are associated with optical paths (8A, 8B, 8C), which run at an angle to one another; and an optical unit arranged in the angular dispersion region and having an optical element (11, 70, 81) transmitting the electromagnetic radiation, wherein the optical element (11, 70, 81) produces an incidence angle dependent parallel offset of the individual spectral components of the electromagnetic radiation with respect to the propagation of the individual spectral components before and after the optical unit (11, 70, 81), and an adjusting device (17, 83) configured to change the parallel offset of the individual spectral components, wherein the adjusting device (17, 83) is configured to set a dispersion contribution of the dispersion adjustment unit in dependence of a pulse duration-dependent measurement signal, a pulse power parameter, a peak pulse power parameter and/or a pulse energy parameter. an arrangement having at least one dispersive element (7, 7A, 7A') for generating angular dispersion in an angular dispersion region, which is delimited by two interaction regions of the electromagnetic radiation with the at least one dispersive element (7, 7A, 7A'), wherein, in the angular dispersion region, individual spectral components of the electromagnetic radiation are associated with optical paths (8A, 8B, 8C), which run at an angle to one another; and an optical unit arranged in the angular dispersion region and having an optical element (11, 70, 81) transmitting the electromagnetic radiation, wherein the optical element (11, 70, 81) produces an incidence angle dependent parallel offset of the individual spectral components of the electromagnetic radiation with respect to the propagation of the individual spectral components before and after the optical unit (11, 70, 81), and an adjusting device (17, 83) configured to change the parallel offset of the individual spectral components, wherein the adjusting device (17, 83) is configured to set a dispersion contribution of the dispersion adjustment unit in dependence of a pulse duration-dependent measurement signal, a pulse power parameter, a peak pulse power parameter and/or a pulse energy parameter.