mhurhangee/ep-ind-claims huggingface dataset:
Energy guiding chain for guiding cables, hoses and the like from a first connecting point to a second connecting point that moves relative to the first connecting point, comprising a plurality of plastic chain links (1, 2) that can be pivoted relative to each other over a certain pivoting angle, each of which comprises two side straps (3, 4) displaying inner sides (3a, 4a) facing towards the inside of the chain, outer sides (3b, 4b) facing outwards and narrow faces (3c, 3d, 4c, 4d) running perpendicularly to them and in the longitudinal direction of the side straps (3, 4), where the side straps (3, 4) form opposite strap strands transversely to their longitudinal direction and at least some of the opposite side straps (3, 4) are connected to each other by cross-members (5, 6), at least some of which display a bearing area on at least one of their ends that interacts with a bearing seat, located on the side strap (3, 4) facing towards the aforementioned end of the cross-member (5, 6), in articulated fashion for pivoting the cross-member (5, 6) between a closed position and an opened position, and the cross-member (5, 6) displays, on the aforementioned end, seen in the longitudinal direction of the side strap (3, 4) and outside the bearing area, a contact area, a contact surface of which lies on the inner side (3a, 4a) of the side strap (3, 4) when in the closed position, characterised in that the side of the contact area of the cross-member (5, 6) facing from the inside of the chain outwards displays a convex curvature till up to its contact surface, or transitions into a linear slope, and encloses an angle of < 90° with the inner side (3a, 4a) of the side strap (3, 4), such that the contact surface moves along the inner side (3a, 4a) of the side strap (3, 4) towards the inside of the chain when the cross-member (5, 6) is pivoted open until the completely opened position is reached.
A method of forming carbon nanotubes, comprising: (a) depositing a catalyst on a substrate; (b) synthesizing a substantially aligned, sparse forest of CNT on the substrate; (c) releasing the sparse forest of CNT from the substrate but leaving the sparse forest of CNT in place on the substrate; (d) introducing a liquid to draw the CNT together to form regions of densely-packed CNT on the substrate and bare regions of CNT on the substrate; (e) synthesizing another sparse forest of substantially aligned CNT in the bare regions of CNT on the substrate; and (f) repeating steps (c) through (e) to further densify the CNT and form a substantially continuous solid. (a) depositing a catalyst on a substrate; (b) synthesizing a substantially aligned, sparse forest of CNT on the substrate; (c) releasing the sparse forest of CNT from the substrate but leaving the sparse forest of CNT in place on the substrate; (d) introducing a liquid to draw the CNT together to form regions of densely-packed CNT on the substrate and bare regions of CNT on the substrate; (e) synthesizing another sparse forest of substantially aligned CNT in the bare regions of CNT on the substrate; and (f) repeating steps (c) through (e) to further densify the CNT and form a substantially continuous solid.
An antenna comprising a movable phase shifter linkage and a remote electrical tilt drive for driving the movable phase shifter linkage, characterised in that the remote electrical tilt drive comprises a shape memory alloy arrangement attached to a non-moving part of the antenna and to the movable phase shifter linkage, the shape memory alloy arrangement being configured to move the movable phase shifter linkage in a predetermined direction upon energy being supplied to the shape memory alloy arrangement, and a counter motion member attached to the non-moving part of the antenna and to the movable phase shifter linkage and configured to move the movable phase shifter linkage in a direction opposite to the predetermined direction. a shape memory alloy arrangement attached to a non-moving part of the antenna and to the movable phase shifter linkage, the shape memory alloy arrangement being configured to move the movable phase shifter linkage in a predetermined direction upon energy being supplied to the shape memory alloy arrangement, and a counter motion member attached to the non-moving part of the antenna and to the movable phase shifter linkage and configured to move the movable phase shifter linkage in a direction opposite to the predetermined direction.
Cooking device comprising a heating resistor being a heating fabric characterised in that the cooking device comprises at least one box-shaped element, at least one cooking plate, wherein said cooking plate comprises at least one heating panel, said at least one heating panel comprising at least one support having a surface, and at least one portion (4;4a,4b) of said heating resistor associated with said surface, said heating resistor having a substantially reticular structure provided with interstices and comprising at least one continuous wire made of electrically conductive material, said wire being provided with ends equipped with contacts for the connection of said wire to power supply means, said heating panel comprising at least one coupling layer of polymeric material, uniformly applied to said surface and inside which said portion (4;4a,4b) of said heating resistor is at least partially embedded, so that the material of said coupling layer is penetrated between said interstices provided in said heating resistor, wherein between said box-shaped element and said at least one cooking plate the heating panel is interposed.
A self-tightening drill chuck with a chuck body, a tightening sleeve that can rotate coaxially to the chuck body and is axially braced against a jaw holder mounted on the chuck body, holding jaws being guided in guide slots in which jaw holder for tightening and loosening by relative rotation between the chuck body and the tightening sleeve with the jaw holder, and with a locking device having a ring of gear teeth coaxial to the chuck axis on the one hand and having a detent pawl that is mounted on the jaw holder and engages under the force of a spring into the ring of gear teeth on the other hand, which locking device locks the chuck body and the detent pawl against relative rotation in the loosening direction of the holding jaws when the detent pawl is engaged in the ring of gear teeth but does not prevent rotation in the tightening direction, whereby a stop is formed on the jaw holder and a counterstop is formed on the tightening sleeve for a defined limited rotation of the tightening sleeve relative to the jaw holder between a first angular position corresponding to the engaged state of the detent pawl and a second angular position corresponding to the disengaged state, whereby a retaining device with a locking seat associated with the first angular position and with a locking seat associated with the second angular position is provided between the jaw holder and the tightening sleeve, which retaining device permits rotation of the tightening sleeve relative to the jaw holder at least in the rotational sense of the tightening sleeve that corresponds to tightening only when a predetermined tightening force has been achieved, characterized in that displaced axially from the locking device a second retaining device is arranged between the tightening sleeve and the jaw holder to increase the switching torque.
Process for the production of a battery system in which battery cells - are positioned via at least one assembly grid (10, 20) for the positioning of battery cells and/or via positioning ribs and/or positioning protuberances (31a, 31b, 31c) in the internal space of a battery system housing or of a casting mould, these (31a, 31b, 31c) being designed for the positioning of battery cells, and/or via an assembly gripper for the positioning of battery cells and - are at least in part resin-encapsulated by at least one potting composition (40; 41, 42), characterized in that the at least one potting composition (40; 41, 42) comprises - at least one epoxy resin based on bisphenol A and/or bisphenol F, - a bisphenol-A- and/or -F-epoxy-based, in particular bisphenol-A-epoxy-based, formulation with silicone elastomer particles, and - at least one amine hardener, where epoxy units in the formulation have chemical bonding to silicone units, in particular which form the silicone elastomer particles, where the formulation comprises silicone elastomer particles whose interior is constituted by silicone units and whose exterior is constituted by epoxy units. - are positioned via at least one assembly grid (10, 20) for the positioning of battery cells and/or via positioning ribs and/or positioning protuberances (31a, 31b, 31c) in the internal space of a battery system housing or of a casting mould, these (31a, 31b, 31c) being designed for the positioning of battery cells, and/or via an assembly gripper for the positioning of battery cells and - are at least in part resin-encapsulated by at least one potting composition (40; 41, 42), characterized in that the at least one potting composition (40; 41, 42) comprises - at least one epoxy resin based on bisphenol A and/or bisphenol F, - a bisphenol-A- and/or -F-epoxy-based, in particular bisphenol-A-epoxy-based, formulation with silicone elastomer particles, and - at least one amine hardener, where epoxy units in the formulation have chemical bonding to silicone units, in particular which form the silicone elastomer particles, where the formulation comprises silicone elastomer particles whose interior is constituted by silicone units and whose exterior is constituted by epoxy units.
Plastic fuel tank comprising a noise reduction baffle and interference sections (2, 7), the interference sections (2, 7) projecting inward in the tank from an upper surface and a lower surface thereof respectively, and being disposed so as to be substantially opposed with a specified interval between them, wherein a first interference section of these interference sections is moulded as one piece with the tank wall in the shape of a dome with a flat surface, a second interference section of these interference sections is part of a fixation device which secures the baffle to the tank wall, and the first interference section mates with the second interference section for suppressing tank deformation in the case of application of negative pressure to said tank.
A beamforming method for directional signal transmission, wherein a multiple antenna beamformer is configured to conduct a data transmission to a beamformee, the beamforming method comprising: selecting a subset of antennas to be used for data transmission out of all multiple antennas of the beamformer; and initializing each antenna of the selected subset of the multiple antennas with a beamforming vector for implicit beamforming, the beamforming vector further comprises data about magnitude and phase depending on transfer functions between the antennas of the beamformee and the selected antennas of the multiple antenna beamformer; wherein the method further comprises the step of determining a first beamforming vector configured to set magnitude and phase of each selected antenna of the multiple antenna beamformer for implicit beamforming based on at least one packet transmitted by the beamformee adapting a power angle profile of each antenna of the selected subset of the multiple antennas of the beamformer using the first beamforming vector; selecting the subset of antennas according to the adapted power angle profiles and the first beamforming vector. selecting a subset of antennas to be used for data transmission out of all multiple antennas of the beamformer; and initializing each antenna of the selected subset of the multiple antennas with a beamforming vector for implicit beamforming, the beamforming vector further comprises data about magnitude and phase depending on transfer functions between the antennas of the beamformee and the selected antennas of the multiple antenna beamformer; wherein the method further comprises the step of determining a first beamforming vector configured to set magnitude and phase of each selected antenna of the multiple antenna beamformer for implicit beamforming based on at least one packet transmitted by the beamformee adapting a power angle profile of each antenna of the selected subset of the multiple antennas of the beamformer using the first beamforming vector; selecting the subset of antennas according to the adapted power angle profiles and the first beamforming vector.
A method of performing instant speech translation, the method comprising: establishing a local communications network including a link between at least a first and a second headset computer; capturing speech in a first language at the first headset computer; transmitting the captured speech in the first language from the first headset computer to a network-based speech recognition service to recognize and transcribe the captured speech as text in the first language; receiving the text in the first language at the first headset computer from the network-based speech recognition service; broadcasting the text in the first language from the first headset computer over the local network to at least the second headset computer; receiving the broadcast text in the first language at the second headset computer; transmitting the received broadcast text in the first language from the second headset computer to a network-based text translation service to translate the text in the first language to a text in a second language; receiving the text in the second language at the second headset computer from the network-based text translation service; and displaying the text in the second language on a display of the second headset computer. establishing a local communications network including a link between at least a first and a second headset computer; capturing speech in a first language at the first headset computer; transmitting the captured speech in the first language from the first headset computer to a network-based speech recognition service to recognize and transcribe the captured speech as text in the first language; receiving the text in the first language at the first headset computer from the network-based speech recognition service; broadcasting the text in the first language from the first headset computer over the local network to at least the second headset computer; receiving the broadcast text in the first language at the second headset computer; transmitting the received broadcast text in the first language from the second headset computer to a network-based text translation service to translate the text in the first language to a text in a second language; receiving the text in the second language at the second headset computer from the network-based text translation service; and displaying the text in the second language on a display of the second headset computer.
A method to reduce crosstalk in a piezo printhead comprising: selecting an actuation signal for a nozzle, the actuation signal to cause a jetable material to be ejected from the nozzle; and characterized by: determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. wherein determining a time delay comprises: determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and wherein determining a pulse width extension comprises: selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register. selecting an actuation signal for a nozzle, the actuation signal to cause a jetable material to be ejected from the nozzle; and characterized by: determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. wherein determining a time delay comprises: determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and wherein determining a pulse width extension comprises: selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register. selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register.
A test adapter for an electronic product to be tested, the test adapter comprising a support structure and a product stand supported on the support structure for the product, whereby the product stand is supported to the support structure by a guide structure (301 to 304) that controls the vertical movement of the product stand, and that the product stand is, by a direct or indirect pressing movement from above, arranged to be movable from a top position to a low position on the guide structure (301 to 304), and that the test adapter comprises a retaining structure (701, 702) for retaining the product stand in the low position and for retaining a latch structure (501, 502) in the adapter in a locking position, the latch structure (501, 502) being arranged to lock the product to the product stand, characterised in that the retaining structure (701, 702) is magnetic with electric control (110, 110a, 150) to activate and deactivate the magnetic attachment.
A connector, comprising: a first connector unit having at least one electrical pin, the pin having a forward end portion which projects in a forward direction and includes a first electrical contact; a second connector unit having at least one contact chamber containing at least one electrical socket module which receives the electrical pin when the connector units are in a mated condition, the socket module including a second electrical contact; the connector units (14, 12) being movable between an unmated condition and a mated condition in which they are in releasable mating engagement and the first and second contacts are in electrical communication; the contact chamber having a forward end opening which receives the electrical pin, and a forward end seal assembly having at least one forward end seal which seals against the outer surface of the pin in the mated condition; characterised by: the first connector unit having a front pin seal which is engaged over part of the forward end portion of the pin at a location spaced from the electrical contact; the front pin seal of the first connector unit being in sealing engagement with the forward end seal of the second connector unit in the mated condition of the units (12, 14); and the front pin seal and forward end seal each comprising at least one layer (95, 105) of semi-conductive material. a first connector unit having at least one electrical pin, the pin having a forward end portion which projects in a forward direction and includes a first electrical contact; a second connector unit having at least one contact chamber containing at least one electrical socket module which receives the electrical pin when the connector units are in a mated condition, the socket module including a second electrical contact; the connector units (14, 12) being movable between an unmated condition and a mated condition in which they are in releasable mating engagement and the first and second contacts are in electrical communication; the contact chamber having a forward end opening which receives the electrical pin, and a forward end seal assembly having at least one forward end seal which seals against the outer surface of the pin in the mated condition; characterised by: the first connector unit having a front pin seal which is engaged over part of the forward end portion of the pin at a location spaced from the electrical contact; the front pin seal of the first connector unit being in sealing engagement with the forward end seal of the second connector unit in the mated condition of the units (12, 14); and the front pin seal and forward end seal each comprising at least one layer (95, 105) of semi-conductive material.
Floor designed to be installed on a temporary basis and in a removable manner, within a formwork for the production of a concrete slab, with the said formwork incorporating: • a number of parallel primary formwork beams with, on each of their two opposing sides, facing each other, one longitudinal groove or channel with a bottom areas edged with a salient rim, and • one secondary formwork beam extending transversally between each pair of primary formwork beams, constituting a supporting system accommodating at least one formwork panel, the which floor is able to at least partially fill the space separating the said primary formwork beams, with the said floor having lateral edges parallel to the primary beams, and longitudinal edges (15, 26) perpendicular to the aforesaid beams, incorporating the following: • one bearing surface able to accommodate the formwork panel and provide the required mechanical strength in terms of weight; • one suspension and maintenance structure (18, 19) able to fit into and pivot within the groove existing in each of the primary beams; characterized in that it incorporates: • means of attachment existing on one of the longitudinal edges of the floor; • means of attachment being complementary to the means of attachment, existing in the longitudinal edge opposite the longitudinal edge, being intended to interoperate with the means of attachment of an adjacent floor, so as to form a set of successive floors extending between the primary formwork beams. • a number of parallel primary formwork beams with, on each of their two opposing sides, facing each other, one longitudinal groove or channel with a bottom areas edged with a salient rim, and • one secondary formwork beam extending transversally between each pair of primary formwork beams, • one bearing surface able to accommodate the formwork panel and provide the required mechanical strength in terms of weight; • one suspension and maintenance structure (18, 19) able to fit into and pivot within the groove existing in each of the primary beams; • means of attachment existing on one of the longitudinal edges of the floor; • means of attachment being complementary to the means of attachment, existing in the longitudinal edge opposite the longitudinal edge, being intended to interoperate with the means of attachment of an adjacent floor, so as to form a set of successive floors extending between the primary formwork beams.