mhurhangee/ep-ind-claims huggingface dataset:
A microelectronic assembly, comprising: a first microelectronic element having a front surface and a first electrically conductive pad exposed at the front surface; a second microelectronic element having a front surface and a second electrically conductive pad exposed thereat, the front surfaces of the first and second microelectronic elements facing one another, and the first and second pads being juxtaposed, each of the microelectronic elements embodying active semiconductor devices; and an electrically conductive element extending within a first opening extending from a rear surface of the first microelectronic element towards the front surface thereof, and within a second opening extending from the first opening through the first and second pads, wherein the first opening is tapered towards the front surface of the first microelectronic element, the electrically conductive element contacting the first and second pads, and wherein the second opening extends from a second surface of the second microelectronic element through the second pad of the second microelectronic element. a first microelectronic element having a front surface and a first electrically conductive pad exposed at the front surface; a second microelectronic element having a front surface and a second electrically conductive pad exposed thereat, the front surfaces of the first and second microelectronic elements facing one another, and the first and second pads being juxtaposed, each of the microelectronic elements embodying active semiconductor devices; and an electrically conductive element extending within a first opening extending from a rear surface of the first microelectronic element towards the front surface thereof, and within a second opening extending from the first opening through the first and second pads, wherein the first opening is tapered towards the front surface of the first microelectronic element, the electrically conductive element contacting the first and second pads, and wherein the second opening extends from a second surface of the second microelectronic element through the second pad of the second microelectronic element.
Multi-shelled wall module for a housing in which a tempering tunnel is placed, including a first shell element and a second shell element (30 being connected to one another by at least one connecting device (44; 46) in such a way that a wall interior space is formed in between the two shell elements (28, 30), wherein the connecting device (44; 46) includes a thermally isolating connecting member; and at least one coupling unit (60a, 60b; 74a, 74b) is formed as a clamping unit and is connected to the connecting member by clamping, and the at least one connecting device (44; 46) includes at least one coupling unit (60a, 60b; 74a, 74b), over which the connecting member is connected to one of the wall shells (28, 30); characterized in that the connecting member comprises four clamping grooves which each define a clamping area and of which two clamping grooves each cooperate with a first and a second coupling unit (60a, 60b; 74a, 74b), respectively; the coupling units (60a, 60b; 74a, 74b) comprise at least one clamping strip (64, 66) which is complementary to the clamping groove in such a way that it is foldable through the clamping groove and is further foldable, so that it encompasses the clamping area.
An image decoding device comprising: a variable-length-decoding unit for performing variable-length-decoding process on coded data to obtain a coding mode for each of coding blocks; and an intra prediction image generating unit (3, 4) for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; characterized in that said variable-length-decoding unit performs variable-length-decoding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; wherein, when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-decoding unit decodes an intra merge direction flag which identifies said adjacent partition. a variable-length-decoding unit for performing variable-length-decoding process on coded data to obtain a coding mode for each of coding blocks; and an intra prediction image generating unit (3, 4) for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; characterized in that said variable-length-decoding unit performs variable-length-decoding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; wherein, when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-decoding unit decodes an intra merge direction flag which identifies said adjacent partition.
A method for controlling the sequence of transmission of a plurality of message packets in a plural station radio network wherein each radio includes a message queue and a radio queue, comprising the steps of: a) maintaining a message queue of message packets in ranked order of desired transmission at a source radio, each packet addressed to a destination radio; b) providing a radio queue of destination radios associated with the message packets in the message queue ranked as a function of the ranking of the messages in the message queue; c) monitoring all radios in the radio network to determine the availability of each radio to receive a transmission; d) selecting the highest ranked available destination radio from the radio queue; e) selecting the message packets in the message queue corresponding to the selected destination radio; and f) transmitting the selected messages to the selected destination radio g) conglomerating the selected message packets destined for the selected destination radio into a conglomerated assembly; h) transmitting the conglomerated assembly over the radio network to the selected destination radio. a) maintaining a message queue of message packets in ranked order of desired transmission at a source radio, each packet addressed to a destination radio; b) providing a radio queue of destination radios associated with the message packets in the message queue ranked as a function of the ranking of the messages in the message queue; c) monitoring all radios in the radio network to determine the availability of each radio to receive a transmission; d) selecting the highest ranked available destination radio from the radio queue; e) selecting the message packets in the message queue corresponding to the selected destination radio; and f) transmitting the selected messages to the selected destination radio g) conglomerating the selected message packets destined for the selected destination radio into a conglomerated assembly; h) transmitting the conglomerated assembly over the radio network to the selected destination radio.
A reflector assembly, comprising: a frame assembly comprising a first backing frame (234a - 234n) having a first curvature and a second backing frame (236a - 236n) having a second curvature opposing the first curvature; a first reflector sheet of a material removably securable to the first backing frame (234a - 234n), the first backing frame (234a - 234n) flexing the first reflector sheet to have the first curvature; and a second reflector sheet of the material removably securable to the second backing frame (236a - 236n), the second backing frame (236a - 236n) flexing the second reflector sheet to have the second curvature, wherein the frame assembly further comprises a first base bar and a second base bar receiving and supporting a bottom portion of the first reflector sheet and a bottom portion of the second reflector sheet, respectively. a frame assembly comprising a first backing frame (234a - 234n) having a first curvature and a second backing frame (236a - 236n) having a second curvature opposing the first curvature; a first reflector sheet of a material removably securable to the first backing frame (234a - 234n), the first backing frame (234a - 234n) flexing the first reflector sheet to have the first curvature; and a second reflector sheet of the material removably securable to the second backing frame (236a - 236n), the second backing frame (236a - 236n) flexing the second reflector sheet to have the second curvature, wherein the frame assembly further comprises a first base bar and a second base bar receiving and supporting a bottom portion of the first reflector sheet and a bottom portion of the second reflector sheet, respectively.
Installation for water treatment by flotation comprising at least: - one inlet zone of water to be treated which is coagulated and flocculated beforehand; - one mixing zone of a pressurised and then depressurised water with said water to be treated; - one flotation zone separated from said mixing zone by a wall; - one clarified-water take-up zone provided in the lower part of said flotation zone; characterised in that said mixing zone accommodates at least one spray nozzle (40, 91, 92) of said pressurised water, said spray nozzle (40, 91, 92) extending in the vicinity of a panel, of which at least one portion has perforations, and which separates said inlet zone and said mixing zone; in that said panel extends substantially horizontally, vertically or inclined, and in that the perforations extend over the entire surface of the perforated panel; said perforations allowing the passage of the water to be treated and said perforated panel allowing the homogenisation and the fragmentation of the flow of the water to be treated. - one inlet zone of water to be treated which is coagulated and flocculated beforehand; - one mixing zone of a pressurised and then depressurised water with said water to be treated; - one flotation zone separated from said mixing zone by a wall; - one clarified-water take-up zone provided in the lower part of said flotation zone;
An illuminating device for vehicles, in particular rear lights, comprising a housing which contains at least one light source, a support accommodating the light source and a reflector and with a clear lens for covering an opening of the housing, characterised in that charge dissipation means (12, 21, 25) are assigned to the reflector (8, 11) which is provided with an electrically conductive coating such that when the electrostatic charging of the reflector (8, 11) takes place a dissipation current flows to an earth connection of the illuminating device.
A screw-retaining device comprising a connecting element which in turn comprises a first end part, a second end part and an intermediate part that connects the end parts (3, 4), where the first end part comprises an at least mainly circumferentially running part that at least partly encompasses a retaining aperture that is arranged to engage the threads of a screw that is intended to be retained, and where the second end part is arranged to be attached to a separate object, where the screw-retaining device further comprises a washer part which in turn comprises a first washer portion, having a first washer aperture, and a second washer portion, having a second washer aperture, where the washer portions (20, 22) are spaced apart by a gap and are connected by at least one connecting washer portion, where the washer apertures (23, 24) are aligned across the gap such that a combined washer aperture (23, 24) is formed that admits passage of a screw stem of the screw that is intended to be retained, where the first end part is arranged to be positioned in the gap before the screw that is intended to be retained is mounted to the screw-retaining device via the retaining aperture and the washer apertures (23, 24), characterized in that a diameter (d relax) of a largest circle within the retaining aperture in a relaxed state falls below a largest thread diameter (d tmax) of a screw that is intended to be retained, where the retaining aperture has an elongated form in the relaxed state, and where the retaining aperture is arranged to have said elongated form temporarily altered from the relaxed state to an expanded state such that an expanded retaining aperture is formed, where the diameter of a largest circle within the expanded retaining aperture is increased to an expanded circle diameter (d exp).
A method of providing an insecticidal composition, which insecticidal composition comprises N,N- dimethyl-1,2,3-trithian-5-ylamine hydrochloride and/or solvate thereof, one or more auxiliary components, and optionally a safener, the method comprising the steps of: a) providing a mixture of thiosulfuric acid S, S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide; b) adding an aqueous saline solution to the mixture of thiosulfuric acid S, S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide, wherein the aqueous saline solution is added over the course of at least 3 hours; c) separating the phases of the mixture; d) collecting the solids from the mixture using filtration; e) washing the solids with organic solvent; f) drying the solids, wherein the dried solids are N,N -dimethyl-1,2,3-trithian-5-ylamine hydrochloride; and g) providing one or more auxiliary components and optionally a safener. a) providing a mixture of thiosulfuric acid S, S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide; b) adding an aqueous saline solution to the mixture of thiosulfuric acid S, S '-[2-(dimethylamino)trimethylene] ester monosodium salt and sodium hydroxide, wherein the aqueous saline solution is added over the course of at least 3 hours; c) separating the phases of the mixture; d) collecting the solids from the mixture using filtration; e) washing the solids with organic solvent; f) drying the solids, wherein the dried solids are N,N -dimethyl-1,2,3-trithian-5-ylamine hydrochloride; and g) providing one or more auxiliary components and optionally a safener.
A cleaning pad (120; 600;700) comprising: a pad body having opposite broad surfaces, including a cleaning surface (604; 704) and a mounting surface (602; 702; 802A-F); and a mounting plate (206; 606; 706) secured across the mounting surface of the pad body; wherein the mounting plate has a pad type identifier (603; 703; 803A-F) unique to a type of the cleaning pad selected from multiple different types, the identifier being positioned to be sensed by an autonomous robot to which the cleaning pad is mounted, wherein the identifier is defined by a cutout on the mounting plate. a pad body having opposite broad surfaces, including a cleaning surface (604; 704) and a mounting surface (602; 702; 802A-F); and a mounting plate (206; 606; 706) secured across the mounting surface of the pad body; wherein the mounting plate has a pad type identifier (603; 703; 803A-F) unique to a type of the cleaning pad selected from multiple different types, the identifier being positioned to be sensed by an autonomous robot to which the cleaning pad is mounted, wherein the identifier is defined by a cutout on the mounting plate.
A transmission timing adjustment method, comprising: determining, by a base station, a transmission delay between user equipment, UE, and the base station; generating, by the base station, a timing advance, TA, quantized value according to the transmission delay, wherein the TA quantized value comprises a base value and an offset value, quantization precision of the base value is first quantization precision MTs, quantization precision of the offset value is second quantization precision NTs, M is a positive integer less than or equal to 16, N is a nonnegative integer less than M, and Ts is a minimum time unit in a Long Term Evolution, LTE, system and has a value of 1/30.72 μs; and sending, by the base station, the TA quantized value to the UE, wherein the TA quantized value is used for uplink transmission timing adjustment of the UE. determining, by a base station, a transmission delay between user equipment, UE, and the base station; generating, by the base station, a timing advance, TA, quantized value according to the transmission delay, wherein the TA quantized value comprises a base value and an offset value, quantization precision of the base value is first quantization precision MTs, quantization precision of the offset value is second quantization precision NTs, M is a positive integer less than or equal to 16, N is a nonnegative integer less than M, and Ts is a minimum time unit in a Long Term Evolution, LTE, system and has a value of 1/30.72 μs; and sending, by the base station, the TA quantized value to the UE, wherein the TA quantized value is used for uplink transmission timing adjustment of the UE.
Running gear for a gondola of a gondola lift system, wherein the running gear is intended for use with support means of the gondola lift system, wherein the running gear has the following features: a running gear frame which can be coupled to a cabin of the gondola via a support arm; at least one running wheel, which is mounted or can be mounted rotatably on the running gear frame, for travelling on a running means of the support means; a guide unit coupled to the running gear frame via a swivelling boom, wherein the guide unit comprises a guide element for positive locking with one of two guide means of the support means and an actuator element for positive locking with one of two actuator means of the support means rigidly coupled to the running means for deflecting the running means; and at least one actuator for swivelling the boom with the guide unit in order to selectively establish a positive connection with one of the guide devices and one of the actuator devices at a branching point of the support means for selecting the path of travel of the gondola. a running gear frame which can be coupled to a cabin of the gondola via a support arm; at least one running wheel, which is mounted or can be mounted rotatably on the running gear frame, for travelling on a running means of the support means; a guide unit coupled to the running gear frame via a swivelling boom, wherein the guide unit comprises a guide element for positive locking with one of two guide means of the support means and an actuator element for positive locking with one of two actuator means of the support means rigidly coupled to the running means for deflecting the running means; and at least one actuator for swivelling the boom with the guide unit in order to selectively establish a positive connection with one of the guide devices and one of the actuator devices at a branching point of the support means for selecting the path of travel of the gondola.
A device for minimally invasive repair of a defective valve in a human heart, the device comprising: a needle suitable to be advanced across a valve leaflet; a tubular pusher, the tubular pusher surrounding the needle; and suture material, said suture material emerging from and being wrapped around a distal end of said needle, wherein the suture material comprises a distal coil surrounding the needle, the ends of the suture being crossed and looped from the end of the distal coil in the distal direction, and characterised in that: the suture material is configured such that the distal coil is formed into a loop by: withdrawing the needle through the distal coil and the pusher to separate the distal coil from the needle; and applying a withdrawal force to the ends of the suture material to draw the ends of the distal coil towards each other into a bulky knot suitable to anchor the suture to a valve leaflet. a needle suitable to be advanced across a valve leaflet; a tubular pusher, the tubular pusher surrounding the needle; and suture material, said suture material emerging from and being wrapped around a distal end of said needle, wherein the suture material comprises a distal coil surrounding the needle, the ends of the suture being crossed and looped from the end of the distal coil in the distal direction, and characterised in that: the suture material is configured such that the distal coil is formed into a loop by: withdrawing the needle through the distal coil and the pusher to separate the distal coil from the needle; and applying a withdrawal force to the ends of the suture material to draw the ends of the distal coil towards each other into a bulky knot suitable to anchor the suture to a valve leaflet. withdrawing the needle through the distal coil and the pusher to separate the distal coil from the needle; and applying a withdrawal force to the ends of the suture material to draw the ends of the distal coil towards each other into a bulky knot suitable to anchor the suture to a valve leaflet.
A drawing system comprising: a storage configured to store a characteristic function that derives output setting values of light sources (63A, 63B, 63C) on a basis of drawing coordinates of a recording medium, an absorbance correlation value in correlation with absorbance of the recording medium, and gradation values in a leuco color space, the recording medium including a plurality of recording layers, the plurality of recording layers including different leuco dyes from each other and different photothermal conversion agents from each other; an operation section configured to derive the output setting values by inputting, to the characteristic function, the drawing coordinates of the recording medium, gradation values of leuco image data described in the leuco color space, and an absorbance correlation value obtained by measuring the recording medium; and a drawing section that includes the light sources (63A, 63B, 63C), and is configured to control output of the light sources (63A, 63B, 63C) on a basis of the output setting values derived by the operation section to thereby perform drawing on the recording medium. a storage configured to store a characteristic function that derives output setting values of light sources (63A, 63B, 63C) on a basis of drawing coordinates of a recording medium, an absorbance correlation value in correlation with absorbance of the recording medium, and gradation values in a leuco color space, the recording medium including a plurality of recording layers, the plurality of recording layers including different leuco dyes from each other and different photothermal conversion agents from each other; an operation section configured to derive the output setting values by inputting, to the characteristic function, the drawing coordinates of the recording medium, gradation values of leuco image data described in the leuco color space, and an absorbance correlation value obtained by measuring the recording medium; and a drawing section that includes the light sources (63A, 63B, 63C), and is configured to control output of the light sources (63A, 63B, 63C) on a basis of the output setting values derived by the operation section to thereby perform drawing on the recording medium.