mhurhangee/ep-ind-claims huggingface dataset:
A catalyst suitable for use in the hydrogenation of carbon dioxide-containing gas, said catalyst consisting of potassium promoted spinel phase of the following formula: K/[Fe 2+ (Fe 3+ y Al 3+ 1-y) 2 O 4] Formula wherein y is from 0.25 to 0.75, wherein the catalyst exhibits surface area of not less than 80 m 2 /gram by the BET method, and optionally a binder, and wherein the potassium is applied onto the surface of said spinel.
A cassette handling device for handling cassettes for radiolabeled compound synthesis comprising: a first microfluidic synthesis cassette comprising nonradioactive reagents to generate a first radiolabeled compound when reacted with a first radioactive isotope; a second microfluidic synthesis cassette comprising nonradioactive reagents to generate a second radiolabeled compound when reacted with a second radioactive isotope; a magazine comprising first and second slots accommodating the first and second microfluidic synthesis cassettes, respectively; and an interface adapted to couple the magazine to a cassette handling platform configured to receive the first or second microfluidic synthesis cassettes, wherein the cassette handling platform is configured to operatively couple to a radiosynthesis device, and wherein the radiosynthesis device is shielded and the cassette handing device is unshielded, and wherein the first and second slots are different shapes such that the first microfluidic synthesis cassette cannot be loaded into the second slot. a first microfluidic synthesis cassette comprising nonradioactive reagents to generate a first radiolabeled compound when reacted with a first radioactive isotope; a second microfluidic synthesis cassette comprising nonradioactive reagents to generate a second radiolabeled compound when reacted with a second radioactive isotope; a magazine comprising first and second slots accommodating the first and second microfluidic synthesis cassettes, respectively; and an interface adapted to couple the magazine to a cassette handling platform configured to receive the first or second microfluidic synthesis cassettes, wherein the cassette handling platform is configured to operatively couple to a radiosynthesis device, and wherein the radiosynthesis device is shielded and the cassette handing device is unshielded, and wherein the first and second slots are different shapes such that the first microfluidic synthesis cassette cannot be loaded into the second slot.
A method for transmitting network identifiers in a communication system comprising: transmitting a first TDM symbol configured to communicate at least timing information; transmitting a second TDM symbol configured to communicate first information including network identification information concerning a first network, including frequency interlaces filled with pilot channels, wherein four interlaces of one of even interlaces and odd interlaces are filled with pilot channels and interlaces of the other one of even and odd interlaces are zeroed out resulting in two repeated copies of a same waveform in the time domain, each pilot transmitted on a pilot channel being scrambled by a pseudo random noise sequence seeded with the first network identifier, WOI ID; and transmitting a third TDM symbol configured to communicate second information including network identification information concerning a second network, including frequency interlaces filled with pilot channels, wherein four interlaces of one of even interlaces and odd interlaces are filled with pilot channels and interlaces of the other one of even and odd interlaces are zeroed out resulting in two repeated copies of a same waveform in the time domain, each pilot transmitted on a pilot channel being scrambled by a pseudo random noise sequence seeded with the second network identifier, LOI ID, where the second network identifier LOI ID, includes at least a portion of the first network identifier, WOI ID, wherein the first, second and third TDM symbols (3902, 3904, 3906) are dedicated OFDM symbols in a TDM pilot channel of a preamble portion of a frame. transmitting a first TDM symbol configured to communicate at least timing information; transmitting a second TDM symbol configured to communicate first information including network identification information concerning a first network, including frequency interlaces filled with pilot channels, wherein four interlaces of one of even interlaces and odd interlaces are filled with pilot channels and interlaces of the other one of even and odd interlaces are zeroed out resulting in two repeated copies of a same waveform in the time domain, each pilot transmitted on a pilot channel being scrambled by a pseudo random noise sequence seeded with the first network identifier, WOI ID; and transmitting a third TDM symbol configured to communicate second information including network identification information concerning a second network, including frequency interlaces filled with pilot channels, wherein four interlaces of one of even interlaces and odd interlaces are filled with pilot channels and interlaces of the other one of even and odd interlaces are zeroed out resulting in two repeated copies of a same waveform in the time domain, each pilot transmitted on a pilot channel being scrambled by a pseudo random noise sequence seeded with the second network identifier, LOI ID, where the second network identifier LOI ID, includes at least a portion of the first network identifier, WOI ID, wherein the first, second and third TDM symbols (3902, 3904, 3906) are dedicated OFDM symbols in a TDM pilot channel of a preamble portion of a frame.
Display device comprising a plurality of pixels forming an image, and an optical plate arranged facing the image and including areas of transparency configured to allow at least part of the light from the pixels to pass, said optical plate also including a network of lenses arranged facing the pixels so as to focus the light emitted by the pixels through said areas of transparency, characterized in that: - said optical plate also comprises at least one network of functional elements which are not transparent to the visible light and that are produced in the form of sensors or transducers corresponding to an electronic and/or mechanical function, and - said functional elements are inserted between the areas of transparency and arranged in such a way that the light emitted by the pixels is directed to pass through the areas of transparency without intercepting the networks of functional elements, so as to render said networks of functional elements invisible or quasi-invisible to an observer of the display device, although they are non-transparent. - said optical plate also comprises at least one network of functional elements which are not transparent to the visible light and that are produced in the form of sensors or transducers corresponding to an electronic and/or mechanical function, and - said functional elements are inserted between the areas of transparency and arranged in such a way that the light emitted by the pixels is directed to pass through the areas of transparency without intercepting the networks of functional elements, so as to render said networks of functional elements invisible or quasi-invisible to an observer of the display device, although they are non-transparent.
A sealing structure of a cylindrical body, in which a fluid chamber and a cylindrical body arranged on the inside of the fluid chamber are provided in a shell body; a fluid passage is formed in the cylindrical body; and both end parts of the cylindrical body are sealed in a fluidtight manner, wherein an O-ring holder (13B, 13T), in which a planar O-ring (12B, 12T) that provides a seal in the planar direction and a radial O-ring (16B, 16T) that provides a seal in the axial line direction of the cylindrical body are incorporated in the crossing direction, is provided at both end parts of the cylindrical body; wherein a pressing means is configured for pressing the O-ring holder (13B, 13T) in the axial line direction of the cylindrical body via a pressing plate (15B, 15T); wherein the O-ring holder (13B, 13T) is pressed against a tube sheet (11B, 11T) of the fluid chamber via the pressing plate (15B, 15T) by the pressing means to press the planar O-ring (12B, 12T) onto the tube sheet (11B, 11T), whereby a fluidtight seal is provided between the fluid chamber and the outside; and wherein the radial O-ring (16B, 16T) is pressed onto the outer periphery of the cylindrical body to provide a fluidtight seal between the fluid passage in the cylindrical body and the fluid chamber, characterized in that a groove having a triangular shape is provided at the inner periphery of the O-ring holder (13B, 13T) and the radial O-ring (16B, 16T) is incorporated in the groove and pressed by an O-ring pressing member (14B, 14T), whereby a seal is provided between the O-ring holder (13B, 13T) and the outer periphery of the cylindrical body; and a shim member (18B, 18T) is provided between the O-ring holder (13B, 13T) and the O-ring pressing member (14B, 14T) and is configured in such a manner that the thickness of the shim member (18B, 18T) is adjustable so that the radial O-ring (16B, 16T) in the groove having a triangular shape has a predetermined compression amount via the O-ring pressing member (14B, 14T).
A composition containing A) 49 to 70 parts by weight aromatic polycarbonate, B) 21 to 40 parts by weight polyalkylene terephthalate with more than 2 carbons in the diol component, C) 6 to 25 parts by weight of a salt of a phosphinic acid. D) 0 to 24 parts by weight conventional additives, all parts by weight in the present application being standardised such that the sum of the parts by weight of components A+B+C+D in the composition adds up to 100. A) 49 to 70 parts by weight aromatic polycarbonate, B) 21 to 40 parts by weight polyalkylene terephthalate with more than 2 carbons in the diol component, C) 6 to 25 parts by weight of a salt of a phosphinic acid. D) 0 to 24 parts by weight conventional additives,
Grommet station with a grommet assembly module for providing a cable end of a cable with a grommet, the grommet assembly module comprising: - an assembly unit comprising an expansion sleeve that is formed in two parts, comprises two radially counter-movable shell parts (13, 13') and is intended for holding the grommet in the expanded state and placing the grommet on the cable end, and comprising a grommet-receiving device that is formed in two parts, comprises two jaws (16, 16') and is intended for receiving and holding the grommet during the assembly operation, wherein the jaws (16, 16') of the grommet-receiving device are each movable in pairs together with the respective shell parts (13, 13') of the expansion sleeve between a closed position and an open position, - a transfer unit having at least one mandrel onto which a grommet can be pushed in an acquisition position and which is in operative connection with the assembly unit in a delivery position such that the mandrel can provide the assembly unit with the grommet, wherein the expansion sleeve of the assembly unit temporarily encompasses the mandrel in the delivery position, wherein the mandrel and the expansion sleeve are oriented in the same direction, characterized in that pushing means are integrated in the grommet-receiving device for further pushing the grommet that was already placed onto the mandrel onto a section of the mandrel with a larger diameter in order to widen the grommet, which pushing means comprise, in the jaws (16, 16'), resiliently mounted preferably plate-like pushing elements (25, 25') which can move in the transverse direction to a limited extent. - an assembly unit comprising an expansion sleeve that is formed in two parts, comprises two radially counter-movable shell parts (13, 13') and is intended for holding the grommet in the expanded state and placing the grommet on the cable end, and comprising a grommet-receiving device that is formed in two parts, comprises two jaws (16, 16') and is intended for receiving and holding the grommet during the assembly operation, wherein the jaws (16, 16') of the grommet-receiving device are each movable in pairs together with the respective shell parts (13, 13') of the expansion sleeve between a closed position and an open position, - a transfer unit having at least one mandrel onto which a grommet can be pushed in an acquisition position and which is in operative connection with the assembly unit in a delivery position such that the mandrel can provide the assembly unit with the grommet,
A method for the clocked conveyance of piece goods in a filling machine for flowable products along a conveying line (46, 47) with a first and a second section, comprising the steps of: - conveying the piece goods in the first section by a first conveying means and conveying the piece goods in the second section by a second conveying means, - unloading the piece goods from the first conveying means and loading the second conveying means with the piece goods, - operating the first conveying means with a first timing, the steps of which each comprise an idle interval and a conveying interval, characterized by the further steps, - operating the second conveying means with a second timing different from the first timing, the steps of which each comprise an idle interval and a conveying interval, wherein each idle interval of the second timing overlaps in time at least two idle intervals of the first timing, - unloading one of the piece goods from the first conveying means during an idle interval of the first timing by means of a handling device arranged between the first and the second sections of the conveying line and - loading the second conveying means during an idle interval of the second timing with all of the piece goods unloaded from the first conveying means during the idle interval of the second timing by means of the handling device. - conveying the piece goods in the first section by a first conveying means and conveying the piece goods in the second section by a second conveying means, - unloading the piece goods from the first conveying means and loading the second conveying means with the piece goods, - operating the first conveying means with a first timing, the steps of which each comprise an idle interval and a conveying interval, - operating the second conveying means with a second timing different from the first timing, the steps of which each comprise an idle interval and a conveying interval, wherein each idle interval of the second timing overlaps in time at least two idle intervals of the first timing, - unloading one of the piece goods from the first conveying means during an idle interval of the first timing by means of a handling device arranged between the first and the second sections of the conveying line and - loading the second conveying means during an idle interval of the second timing with all of the piece goods unloaded from the first conveying means during the idle interval of the second timing by means of the handling device.
Method for operating an electric circuit, wherein the circuit has a converter with a plurality of switching devices, and wherein in the method a fault in the circuit is identified, wherein inside the circuit signals are measured and wherein in the case of a fault as a function of the measured signals a target state of the circuit is determined, into which the circuit is transferred for the purpose of correcting the fault, wherein as a function of the measured signals a sequence is determined, by which the switching devices of the converter are transferred into a target state of the switching devices corresponding to the target state of the circuit, and wherein as a function of the measured signals time intervals are determined, by means of which the switching devices of the converter are transferred successively into the target switching states corresponding to the target state of the circuit.
Decoding hardware comprised in a decode stage of a processor, comprising: an input arranged to receive one or more fetched instruction words; hardware logic configured to determine an encoding type from one or more of the fetched instruction words; word selection logic configured to generate an ordered sequence of instruction words by selecting, for each of the instruction words in the sequence, either a fetched instruction word or a predicted instruction word, wherein the predicted instruction words are generated using empirical and/or simulation data, and wherein the selection is performed based on one or more control bits of a received fetched instruction word and/or a mask, and to concatenate the instruction words in the ordered sequence to form an encoded instruction; re-order hardware logic configured to re-order bits in the encoded instruction according to the encoding type to generate a decoded instruction; and an output arranged to output the decoded instruction. an input arranged to receive one or more fetched instruction words; hardware logic configured to determine an encoding type from one or more of the fetched instruction words; word selection logic configured to generate an ordered sequence of instruction words by selecting, for each of the instruction words in the sequence, either a fetched instruction word or a predicted instruction word, wherein the predicted instruction words are generated using empirical and/or simulation data, and wherein the selection is performed based on one or more control bits of a received fetched instruction word and/or a mask, and to concatenate the instruction words in the ordered sequence to form an encoded instruction; re-order hardware logic configured to re-order bits in the encoded instruction according to the encoding type to generate a decoded instruction; and an output arranged to output the decoded instruction.
A combine harvester, with at least one conveying device which is driven in oscillation, which comprises a frame in which at least one substantially planar conveying stage is disposed, wherein the frame is suspended on the machine frame of the combine harvester and is driven in oscillation by at least one drive means, wherein the drive means is configured as at least one electric motor with an adjustable variable frequency, wherein the frame is rotatably disposed about an axis on a runner of the at least one electric motor, wherein the runner executes an oscillating linear movement, wherein a control unit is provided in order to control the at least one electric motor, and wherein the at least one electric motor has a respective stator, characterized in that a positioning unit which is configured so as to turn the at least one electric motor relative to the machine frame about an axis of rotation engages on the stator or on a motor housing surrounding the stator.
An aircraft system, comprising: a porous skin connected by means of a duct to a door assembly comprising: a first door having a first door cowl; a second door pivotably mounted within the first door and having a second door cowl forming at least a portion of the first door cowl; and at least one actuator coupled to the first and second doors; wherein: each one of the first and second doors is pivotable between open and closed positions and defining an opening when moved to the open position; the openings of the first and second doors facing in opposite directions; the actuator being operative to pivotably move at least one of the first and second doors between the open and closed positions. a porous skin connected by means of a duct to a door assembly comprising: a first door having a first door cowl; a second door pivotably mounted within the first door and having a second door cowl forming at least a portion of the first door cowl; and at least one actuator coupled to the first and second doors; wherein: each one of the first and second doors is pivotable between open and closed positions and defining an opening when moved to the open position; the openings of the first and second doors facing in opposite directions; the actuator being operative to pivotably move at least one of the first and second doors between the open and closed positions. a first door having a first door cowl; a second door pivotably mounted within the first door and having a second door cowl forming at least a portion of the first door cowl; and at least one actuator coupled to the first and second doors; wherein: each one of the first and second doors is pivotable between open and closed positions and defining an opening when moved to the open position; the openings of the first and second doors facing in opposite directions; the actuator being operative to pivotably move at least one of the first and second doors between the open and closed positions. each one of the first and second doors is pivotable between open and closed positions and defining an opening when moved to the open position; the openings of the first and second doors facing in opposite directions; the actuator being operative to pivotably move at least one of the first and second doors between the open and closed positions.
A cyclooctyne-alkyl disulfide compound having the structure represented by: wherein, R 1 is an alkyl group and R 2 is hydrogen, or R 1 is hydrogen and R 2 is an alkyl group, L 1 and L 2 are linkers, X is a cyclooctyne, and Y comprises an RNAi agent. R 1 is an alkyl group and R 2 is hydrogen, or R 1 is hydrogen and R 2 is an alkyl group, L 1 and L 2 are linkers, X is a cyclooctyne, and Y comprises an RNAi agent.
A method of processing a glass optical fiber comprising: cooling an optical fiber in a slow cooling device having an entrance and an exit, wherein the cooling takes place in a controlled cooling region between said entrance and said exit, said controlled cooling region including a first zone maintained at a first average ambient temperature and a second zone maintained at a second average ambient temperature that is different to said first average ambient temperature, said first zone being upstream of said second zone, and said first average ambient temperature being greater than said second average ambient temperature by at least 100 °C; the cooling comprising: in said first zone, cooling said glass optical fiber from a first fiber temperature to a second fiber temperature at a first cooling rate, said first cooling rate being less than 5000 °C/s; in said second zone, cooling said glass optical fiber from a third fiber temperature to a fourth fiber temperature at a second cooling rate, said third fiber temperature being less than or equal to said second fiber temperature, characterized by said second cooling rate being greater than said first cooling rate and less than 5000 °C/s, and wherein said first fiber temperature is in the range from 1600 °C - 1800 °C and said second fiber temperature is in the range from 1400 °C - 1550 °C, and said second average ambient temperature being at least 500 °C. in said first zone, cooling said glass optical fiber from a first fiber temperature to a second fiber temperature at a first cooling rate, said first cooling rate being less than 5000 °C/s; in said second zone, cooling said glass optical fiber from a third fiber temperature to a fourth fiber temperature at a second cooling rate, said third fiber temperature being less than or equal to said second fiber temperature, characterized by said second cooling rate being greater than said first cooling rate and less than 5000 °C/s, and wherein said first fiber temperature is in the range from 1600 °C - 1800 °C and said second fiber temperature is in the range from 1400 °C - 1550 °C, and said second average ambient temperature being at least 500 °C.