mhurhangee/ep-ind-claims huggingface dataset:
Support device for an energy generation module and preferably for unanchored use on an installation surface, having: - a support structure (1, 3, 9), which comprises a module support fixture to hold the energy generation module, said module support fixture tracking the position of the sun in two axes, - wherein the support device comprises a prop that can be temporarily placed on an installation surface by means of a load-case-dependent lowering motion of the entire support structure (1, 3, 9) and/or a load-case-dependent swivelling or tilting motion of the support structure (1, 3, 9), the support device thereby constituting a passive-adaptive supporting framework that responds to different load conditions, characterized in that the support device comprises a variable-length and/or variable-height windshield, and in that the support structure (1, 3, 9) forms a three-hinge mechanism (4, 6, 11). - a support structure (1, 3, 9), which comprises a module support fixture to hold the energy generation module, said module support fixture tracking the position of the sun in two axes, - wherein the support device comprises a prop that can be temporarily placed on an installation surface by means of a load-case-dependent lowering motion of the entire support structure (1, 3, 9) and/or a load-case-dependent swivelling or tilting motion of the support structure (1, 3, 9), the support device thereby constituting a passive-adaptive supporting framework that responds to different load conditions, characterized in that the support device comprises a variable-length and/or variable-height windshield, and in that the support structure (1, 3, 9) forms a three-hinge mechanism (4, 6, 11).
Apparatus for monoaxially changing the length of film webs in machine direction, comprising at least one processing gap defined by two rollers (5a, 5b) over which a film web is guided in machine direction, wherein the first roller in film transport direction has a first circumferential speed and the second roller in film transport direction has a second circumferential speed, wherein at least one of the rollers (5a, 5b) is a roller (5a, 5b) through which air can flow from the outside to the inside, characterised in that a negative pressure source can be connected to the roller (5a, 5b) through which air can flow and the roller (5a, 5b) can be subjected to negative pressure, wherein the roller (5a, 5b) through which air can flow being made of an open-porous material in the micrometre range. at least one processing gap defined by two rollers (5a, 5b) over which a film web is guided in machine direction, wherein the first roller in film transport direction has a first circumferential speed and the second roller in film transport direction has a second circumferential speed, wherein at least one of the rollers (5a, 5b) is a roller (5a, 5b) through which air can flow from the outside to the inside, characterised in that a negative pressure source can be connected to the roller (5a, 5b) through which air can flow and the roller (5a, 5b) can be subjected to negative pressure, wherein the roller (5a, 5b) through which air can flow being made of an open-porous material in the micrometre range.
A processor package comprising: a first core; a local cache in the first core; and an inter-node messaging controller, INMC, in the first core, wherein the INMC is configured to: receive an inter-node message from a sender thread executing on the first core, wherein the message is directed to a receiver thread executing on a second core; in response to receiving the inter-node message, store a payload from the inter-node message in a local message queue in the local cache of the first core; after storing the payload from the inter-node message in the local message queue, use a remote atomic operation, RAO, to reserve a location at a tail of a shared message queue in a local cache of the second core, wherein the shared message queue is monitored by the receiver thread; and after reserving the location at the tail of the shared message queue, use an inter-node-put operation to write the payload directly to the local cache of the second core. a first core; a local cache in the first core; and an inter-node messaging controller, INMC, in the first core, wherein the INMC is configured to: receive an inter-node message from a sender thread executing on the first core, wherein the message is directed to a receiver thread executing on a second core; in response to receiving the inter-node message, store a payload from the inter-node message in a local message queue in the local cache of the first core; after storing the payload from the inter-node message in the local message queue, use a remote atomic operation, RAO, to reserve a location at a tail of a shared message queue in a local cache of the second core, wherein the shared message queue is monitored by the receiver thread; and after reserving the location at the tail of the shared message queue, use an inter-node-put operation to write the payload directly to the local cache of the second core. receive an inter-node message from a sender thread executing on the first core, wherein the message is directed to a receiver thread executing on a second core; in response to receiving the inter-node message, store a payload from the inter-node message in a local message queue in the local cache of the first core; after storing the payload from the inter-node message in the local message queue, use a remote atomic operation, RAO, to reserve a location at a tail of a shared message queue in a local cache of the second core, wherein the shared message queue is monitored by the receiver thread; and after reserving the location at the tail of the shared message queue, use an inter-node-put operation to write the payload directly to the local cache of the second core.
Part (64, 104) of an acoustical lens for an ultrasound probe, comprising an inner surface for facing an emission surface of an ultrasound transducer, characterized by the inner surface comprising a plurality of protrusions (74, 108) and/or recesses (76, 106) configured for scattering reflections of ultrasound waves, and the inner surface is covered by an insulation layer.
A white pigmented ink comprising: one or more organic solvents including an amide compound represented by the following Chemical formula 1, where R 1 represents a straight-chained or branch-chained alkyl group having one to six carbon atoms, R 2 and R 3 each, independently represent hydrogen atoms or straight-chained or branch-chained alkyl groups having 1 to 4 carbon atoms, wherein the amide compound accounts for 40 percent by mass or more of the one or more organic solvents, and the white ink further comprises polyurethane resin particles having a glass transition temperature of 0 degrees C or lower. where R 1 represents a straight-chained or branch-chained alkyl group having one to six carbon atoms, R 2 and R 3 each, independently represent hydrogen atoms or straight-chained or branch-chained alkyl groups having 1 to 4 carbon atoms, wherein the amide compound accounts for 40 percent by mass or more of the one or more organic solvents, and the white ink further comprises polyurethane resin particles having a glass transition temperature of 0 degrees C or lower.
Measuring device for checking positioning machines for geometric errors between two rotational joints, the measuring device comprising: - two bearing ball elements (10, 20), - a telescopic connecting element, wherein the bearing ball elements (10, 20) are connected mechanically to each other via the telescopic connecting element and, together with suitable mountings, form rotational joints, the pivot points corresponding to the centre points of the bearing ball elements (10, 20), - an apparatus for the optical length measurement of the spacing of the bearing ball elements (10, 20) from each other, which has at least one reflector apparatus (12, 22) and a measuring beam, wherein the at least one reflector apparatus (12, 22) is arranged in a first of the two bearing ball elements in such a way that a reference point for the optical length measurement coincides with the centre point of the first bearing ball element, the measuring device further comprising - a control apparatus, - a photodetector unit assigned to the latter, and - at least one optical deflection apparatus, which is assigned to the measuring beam, - wherein the control apparatus is configured to control the deflection apparatus on the basis of the signal from the photodetector unit such that the measuring beam tracks the reflector apparatus (12, 22) when the latter is displaced from an initial position. - two bearing ball elements (10, 20), - a telescopic connecting element, wherein the bearing ball elements (10, 20) are connected mechanically to each other via the telescopic connecting element and, together with suitable mountings, form rotational joints, the pivot points corresponding to the centre points of the bearing ball elements (10, 20), - an apparatus for the optical length measurement of the spacing of the bearing ball elements (10, 20) from each other, which has at least one reflector apparatus (12, 22) and a measuring beam, wherein the at least one reflector apparatus (12, 22) is arranged in a first of the two bearing ball elements in such a way that a reference point for the optical length measurement coincides with the centre point of the first bearing ball element, the measuring device further comprising - an apparatus for the optical length measurement of the spacing of the bearing ball elements (10, 20) from each other, which has at least one reflector apparatus (12, 22) and a measuring beam, - a control apparatus, - a photodetector unit assigned to the latter, and - at least one optical deflection apparatus, which is assigned to the measuring beam, - wherein the control apparatus is configured to control the deflection apparatus on the basis of the signal from the photodetector unit such that the measuring beam tracks the reflector apparatus (12, 22) when the latter is displaced from an initial position.
A home appliance chiller device, comprising: a telescopic guiding unit, which is convertible at least from a fully contracted state to a fully extracted state and vice versa and which has at least one stationary guiding element; and comprising a cover unit, which at least mostly covers the stationary guiding element at least in the fully extracted state, the cover unit comprising a first cover element and a second cover element, which are movably coupled to each other by the guiding unit (10A, 10E, 12), and characterized in that the first cover element has a cross section which is at least substantially spiral-shaped.
Attachment device intended to be attached to a hitch ball, comprising a first part provided with a first cavity and a second part provided with a second cavity, said first and second parts (11, 12) being movable relative to one another between an open position and a locked position of said device, said first and second cavities being designed to release the hitch ball in the open position and to immobilize the hitch ball in the locked position, said device being characterized in that it further comprises at least one arm rotatably mounted on the first part and a wedge slidably mounted on an inclined face of the second part, the at least one arm being designed to translate the wedge so as to gradually bring the first and second parts (11, 12) together until the locked position is reached, said inclined face having an inclination that is such that the wedge moves away from a center of the second cavity when translated into the locked position.
Gas mixer for mixing a first gas and a second gas, in particular combustion air, such as for example charge air, and a combustion gas, preferably for a gas engine, in particular a lean-burn gas engine, having a multi-part gas housing which is connectable to a gas line and which has - a first, outer gas housing part, with a feed for the first gas in a longitudinal axis and a feed for the second gas in a transverse axis, - a second, inner gas housing part, which is inserted into the first gas housing part so as to form a ring-shaped chamber for a second gas, having a mixing chamber into which the first gas and the second gas can be introduced for the purposes of mixing to form a gas mixture, wherein - the first gas housing part and the second gas housing part and the ring-shaped chamber are oriented along the longitudinal axis and the mixing chamber is oriented in cylindrical fashion along the longitudinal axis, and wherein, - in the mixing chamber, there is arranged a mixing arrangement of a number of hollow rods (31, 32, 33, 34), wherein a cavity of a hollow rod is fluidically connected on both sides to the ring-shaped chamber, and wherein the number of hollow rods (31, 32, 33, 34) extends transversely with respect to the longitudinal axis and transversely with respect to the transverse axis, and at least one hollow rod has a multiplicity of passage openings (26, 27) for the second gas, such that the hollow chamber is fluidically connected to the second mixing chamber, characterized in that the ring-shaped chamber is, for the feed of the second gas to the mixing chamber, connected via further passage openings for the second gas directly to the mixing chamber, wherein the further passage openings are arranged upstream of the multiplicity of passage openings (26, 27) in the at least one hollow rod (31, 32, 33, 34). - a first, outer gas housing part, with a feed for the first gas in a longitudinal axis and a feed for the second gas in a transverse axis, - a second, inner gas housing part, which is inserted into the first gas housing part so as to form a ring-shaped chamber for a second gas, having a mixing chamber into which the first gas and the second gas can be introduced for the purposes of mixing to form a gas mixture, wherein - the first gas housing part and the second gas housing part and the ring-shaped chamber are oriented along the longitudinal axis and the mixing chamber is oriented in cylindrical fashion along the longitudinal axis, and wherein, - in the mixing chamber, there is arranged a mixing arrangement of a number of hollow rods (31, 32, 33, 34), wherein a cavity of a hollow rod is fluidically connected on both sides to the ring-shaped chamber, and wherein the number of hollow rods (31, 32, 33, 34) extends transversely with respect to the longitudinal axis and transversely with respect to the transverse axis, and
A shipping packaging (1, 2) for accommodating goods to be shipped, having a bottom wall, side walls (50, 51, 52, 53) and a first lid which is suitable for closing a removal opening and has a first locking closure, a second lid being provided inside the shipping packaging (1, 2), said second lid being suitable for closing the removal opening and having a second locking closure which is suitable for closing the packaging again after opening the first lid, the first and second lids (6, 11) each being designed as folding lids, the first locking closure of the first lid and the second locking closure of the second lid being engageable in such a way, in the course of being closed, that, when in the closed state, they cannot be opened without visibly destructing them, the first cover being hinged to the upper edge of a first of the side walls in a first hinge area, the second cover being hinged to the upper edge of the opposite second side wall in a second hinge area, the first and the second locking closure being formed by locking tabs (20, 21) formed on the first and second lids (6, 11) and corresponding locking slots (22, 23) with which the locking tabs (20, 21) can be engaged, the locking tabs (20, 21) being provided with pivotable portions provided at their longitudinal ends, which hook into the locking slots (22, 23) and thus establish a non-releasable connection between the locking tabs (20, 21) and the locking slots (22, 23), the locking tabs (20, 21) being spread apart by restoring forces, after insertion into the locking slots (22, 23), in such a way that they become hooked in the inserted position and can no longer be pulled out of the slots, the locking slot for the first lid being arranged in the area of the second side wall, characterized in that the locking slot for the second lid is arranged in the area of the first side wall.
A method of assembly of a rotational joint for rotatably coupling a wing tip device to a fixed wing such that the wing tip device is rotatable relative to the fixed wing between: • a flight configuration for use during flight, and • a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated relative to the fixed wing such that the span of the wing is reduced, the rotational joint comprising an outer race and an inner race that is received in the outer race, radially inwardly of the outer race, configured such that the inner and outer races (9, 8) are rotatable relative to each other about a rotational axis, one of the inner and outer races (9, 8) is for being rotationally fixed relative to the wing tip device and the other is for being rotationally fixed relative to the fixed wing such that as the wing tip device rotates relative to the fixed wing, the inner and outer races (9, 8) are rotated relative to each other about the rotational axis, one of the inner and outer races (9, 8) comprises a male member and the other comprises a female member, configured such that when the male member is received in the female member, the race that is for being rotationally fixed relative to the wing tip device is axially and radially retained relative to the race that is for being rotationally fixed relative to the fixed wing, wherein the race that comprises the female member is a two-part assembly comprising a first part and a second part that together form the female member, and wherein the method comprises the steps of receiving the inner race in the outer race by bringing the first and second parts together to form the female member about the male member such that the male member is received in the female member and fixing the first and second parts (9a, 9b) relative to each other such that the race that is for being rotationally fixed relative to the wing tip device is axially and radially retained relative to the race that is for being rotationally fixed relative to the fixed wing. • a flight configuration for use during flight, and • a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated relative to the fixed wing such that the span of the wing is reduced,
Inherent fail safe enabling control and command unit for generating a vital enable signal for voting or operating units, the enabling control and command unit having two out of two architecture comprising a logic processing unit with two processing channels executing independently and in parallel the same processing program on same input data and generating two output signals (INPUT_DATI_Q_A and INPUT_DATI_Q_N_B) to a voter unit comprising a signal comparator for determining the congruence of the two output signals and a signal generator (140, 150) for enabling the vital enable signal only as long as the two signals (INPUT_DATA_Q_A and INPUT_DATA_Q_N_B) are congruent characterised in that the voter unit has timer means (140; 141) for measuring the frequency of incongruence events in the comparison of the two output signals and for disabling an enabled vital enable signal only for a predetermined and limited time period when the incongruence events are one isolated event or the frequency of the said incongruence is lower than a certain threshold.
Process for the manufacture of dichloropropanol, in which glycerol, a glycerol ester or a mixture of them is subjected to a reaction with a chlorinating agent in the presence of a liquid phase comprising heavy compounds other than glycerol, the boiling point of which under a pressure of 1 bar absolute is at least 15°C greater than the boiling point of dichloropropanol under a pressure of 1 bar absolute (100 kPa), which compounds are selected from partially chlorinated and/or esterified glycerol oligomers, and their mixtures, and the content of which is greater than or equal to 10% by weight of the liquid phase and less than or equal to 90% by weight of the liquid phase.
A method comprising: identifying by a device (104, 106; 202-208) multiple portions of protected content to host on the device, the multiple portions of protected content including one or more portions of each of one or more pieces of protected content, the device being a first device of multiple devices in a managed wireless distribution network (102; 200) that allows portions of protected content to be transferred among the multiple devices via multiple wireless networks hosted by various ones of the multiple devices in order to reduce usage of an Internet connection; obtaining the multiple portions of protected content, the obtaining comprising the device hosting at least one wireless network which is joined by a second device of the multiple devices, and/or the device joining at least one wireless network which is hosted by the second device, wherein the second device hosts one or more of the multiple portions of protected content to be obtained; storing the multiple portions of protected content on the device, the device being configured to store portions of protected content that can be consumed by a user of the device only if the user of the device has permission to consume the protected content; and allowing other devices (104, 106; 202-208) to obtain the multiple portions of protected content via the managed wireless distribution network (102; 200), the allowing including allowing each of the other devices to obtain the multiple portions of protected content regardless of whether a user of the other device has permission to consume the protected content. identifying by a device (104, 106; 202-208) multiple portions of protected content to host on the device, the multiple portions of protected content including one or more portions of each of one or more pieces of protected content, the device being a first device of multiple devices in a managed wireless distribution network (102; 200) that allows portions of protected content to be transferred among the multiple devices via multiple wireless networks hosted by various ones of the multiple devices in order to reduce usage of an Internet connection; obtaining the multiple portions of protected content, the obtaining comprising the device hosting at least one wireless network which is joined by a second device of the multiple devices, and/or the device joining at least one wireless network which is hosted by the second device, wherein the second device hosts one or more of the multiple portions of protected content to be obtained; storing the multiple portions of protected content on the device, the device being configured to store portions of protected content that can be consumed by a user of the device only if the user of the device has permission to consume the protected content; and allowing other devices (104, 106; 202-208) to obtain the multiple portions of protected content via the managed wireless distribution network (102; 200), the allowing including allowing each of the other devices to obtain the multiple portions of protected content regardless of whether a user of the other device has permission to consume the protected content.