mhurhangee/ep-ind-claims huggingface dataset:
A high-throughput method for mapping or screening intracellular interactions in vitro, comprising the steps of: a. providing a plurality of cells, each cell expressing a phase separation or aggregation system capable of being controlled by at least one wavelength of light, the phase separation or aggregation system comprising (i) a target protein and (ii) a fluorescent protein or an attached fluorophore; b. placing at least one of the plurality of cells in a well at a first temperature; c. introducing at least one chemical or biological agent to the well at a first concentration; d. irradiating the well with the at least one wavelength of light, in a constant or pulsed fashion, and allowing the phase separation or aggregation system to form condensates; e. irradiating the at least one of the plurality of cells with an additional wavelength of light to cause the fluorescent protein or an attached fluorophore to fluoresce; f. quantifying phase separation or aggregation based on an amount of fluorescence within a first region and a second region of the plurality of cells, the first region containing a condensate and the second region not containing a condensate, to map or screen intracellular interactions. a. providing a plurality of cells, each cell expressing a phase separation or aggregation system capable of being controlled by at least one wavelength of light, the phase separation or aggregation system comprising (i) a target protein and (ii) a fluorescent protein or an attached fluorophore; b. placing at least one of the plurality of cells in a well at a first temperature; c. introducing at least one chemical or biological agent to the well at a first concentration; d. irradiating the well with the at least one wavelength of light, in a constant or pulsed fashion, and allowing the phase separation or aggregation system to form condensates; e. irradiating the at least one of the plurality of cells with an additional wavelength of light to cause the fluorescent protein or an attached fluorophore to fluoresce; f. quantifying phase separation or aggregation based on an amount of fluorescence within a first region and a second region of the plurality of cells, the first region containing a condensate and the second region not containing a condensate, to map or screen intracellular interactions.
Device for providing fluids under a specifiable pressure for the pressure supply of a consumer, such as a working unit of an SCR (selective catalytic reduction) system for treating the exhaust gas of internal combustion engines, having at least one pump which, in a fluid circuit formed between a fluid reservoir and the consumer, draws the fluid in question from the fluid reservoir and feeds said fluid to the consumer, wherein a line branch, which contains a throttling point, and a valve assembly (23, 59, 61, 63) are provided in the fluid circuit, which valve assembly can be actuated into a switching position connecting the fluid reservoir to the pump, in which switching position a flow path containing the line branch having the throttling point is formed, and which valve assembly can be actuated into a second switching position interrupting the supply of the consumer, in which second switching position a flow path connecting the pump to the environment is formed, characterised in that the pump is a positive displacement pump, wherein a displacement element is formed by a metal bellows having the shape of a corrugated bellows which encloses a fluid space inside the pump housing.
A packing machine for producing an inner container by folding an inner blank about a wrapped group of tobacco articles; wherein the inner container comprises a lid; wherein the inner blank has at least two longitudinal fold lines and a number of transverse fold lines which define, between the two longitudinal fold lines, at least one first panel forming a front wall of the inner container; a second panel forming a bottom wall of the inner container; a third panel forming a rear wall of the inner container; a fourth panel forming a rear wall of the lid; and a fifth panel forming a top wall of the lid; wherein the fourth panel has two wings which form respective lateral walls of the lid, are arranged on opposite sides of the fourth panel, and are connected to the fourth panel by the longitudinal fold lines; and wherein each wing has a tab which is connected to the wing by a transverse fold line; the packing machine comprises: a packing conveyor which is provided with a packing pocket and feeds the inner blank along a packing path and through a first work station; and a first folding device which is arranged at the first work station to fold portions of the inner blank; the packing machine is characterized in that: the first folding device comprises two twin folding bodies which are arranged on opposite sides of the inner blank and are movable in a work direction perpendicular to the packing path to fold portions of the inner blank; and the said two folding bodies successively fold the tabs by 90°, with respect to the wings and about a corresponding transverse fold line, then fold the wings by 90°, with respect to fourth panel and about corresponding longitudinal fold lines, and then fold the fifth, panel by 90°, with respect to the fourth panel and about a corresponding transverse fold line, onto the tabs, while the said folding bodies move with a continuous movement along the work direction. a packing conveyor which is provided with a packing pocket and feeds the inner blank along a packing path and through a first work station; and a first folding device which is arranged at the first work station to fold portions of the inner blank; the first folding device comprises two twin folding bodies which are arranged on opposite sides of the inner blank and are movable in a work direction perpendicular to the packing path to fold portions of the inner blank; and the said two folding bodies successively fold the tabs by 90°, with respect to the wings and about a corresponding transverse fold line, then fold the wings by 90°, with respect to fourth panel and about corresponding longitudinal fold lines, and then fold the fifth, panel by 90°, with respect to the fourth panel and about a corresponding transverse fold line, onto the tabs, while the said folding bodies move with a continuous movement along the work direction.
A cutting assembly for an agricultural harvesting machine, in particular for a combine harvester, comprising - an elongated cutter bar which extends in the width direction of the cutting assembly, as well as - a drive device which cooperates with the cutter bar, wherein the cutter bar has at least one cutter segment provided with cutter blades, wherein the cutter blades of the cutter segment can be driven indirectly or directly by means of the drive device in an oscillating manner relative to each other such that the plants to be harvested can be cut, characterized in that the drive device comprises at least one crank mechanism, wherein the crank mechanism is disposed eccentrically with respect to the cutting assembly, and wherein the crank mechanism is disposed below a cutting assembly platform of the cutting assembly. - an elongated cutter bar which extends in the width direction of the cutting assembly, as well as - a drive device which cooperates with the cutter bar, wherein the cutter bar has at least one cutter segment provided with cutter blades, wherein the cutter blades of the cutter segment can be driven indirectly or directly by means of the drive device in an oscillating manner relative to each other such that the plants to be harvested can be cut, characterized in that the drive device comprises at least one crank mechanism, wherein the crank mechanism is disposed eccentrically with respect to the cutting assembly, and wherein the crank mechanism is disposed below a cutting assembly platform of the cutting assembly. wherein the cutter blades of the cutter segment can be driven indirectly or directly by means of the drive device in an oscillating manner relative to each other such that the plants to be harvested can be cut, characterized in that the drive device comprises at least one crank mechanism, wherein the crank mechanism is disposed eccentrically with respect to the cutting assembly, and wherein the crank mechanism is disposed below a cutting assembly platform of the cutting assembly.
A display device comprising: a display configured to display an image on a display surface; a rear cover arranged on a back surface side of the display; an outer frame that covers the display from an outer peripheral side; and an upper speaker and a lower speaker arranged between the display and the rear cover and located so as to be separated vertically from each other, wherein an upper slit functioning as a passage hole for sound output from the upper speaker is located above the display, wherein a lower slit functioning as a passage hole for sound output from the lower speaker is located below the display, wherein the upper slit and the lower slit are formed in the outer frame, wherein a vertical width of the lower slit is larger than a vertical width of the upper slit, wherein a part of the upper speaker is located above the display, and wherein the upper speaker includes a sound output unit configured to output sound, and a metal plate that faces the sound output unit in an output direction of sound from the sound output unit, and is located below the upper slit. a display configured to display an image on a display surface; a rear cover arranged on a back surface side of the display; an outer frame that covers the display from an outer peripheral side; and an upper speaker and a lower speaker arranged between the display and the rear cover and located so as to be separated vertically from each other, wherein an upper slit functioning as a passage hole for sound output from the upper speaker is located above the display, wherein a lower slit functioning as a passage hole for sound output from the lower speaker is located below the display, wherein the upper slit and the lower slit are formed in the outer frame, wherein a vertical width of the lower slit is larger than a vertical width of the upper slit, wherein a part of the upper speaker is located above the display, and wherein the upper speaker includes a sound output unit configured to output sound, and a metal plate that faces the sound output unit in an output direction of sound from the sound output unit, and is located below the upper slit.
A receiving apparatus comprising means arranged to detect transmission bursts in an unlicensed band, the means_configured to determine at least one control resource set having transmission properties, monitor for transmission of a reference signal for transmission burst detection associated with the at least one control resource set, wherein the reference signal associated with the at least one control resource set is transmitted via the entire at least one control resource set, and detect the reference signal for transmission burst detection based on at least one transmission property of the at least one associated control resource set and at least one additional transmission property, wherein the at least one transmission property of the at least one associated control resource set comprises at least one of sequence precoding, resource element group bundle size, demodulation reference signal sequence, and quasi-collocation properties and the at least one additional transmission property comprises time and/or frequency domain resource element allocation of the reference signal. determine at least one control resource set having transmission properties, monitor for transmission of a reference signal for transmission burst detection associated with the at least one control resource set, wherein the reference signal associated with the at least one control resource set is transmitted via the entire at least one control resource set, and detect the reference signal for transmission burst detection based on at least one transmission property of the at least one associated control resource set and at least one additional transmission property, wherein the at least one transmission property of the at least one associated control resource set comprises at least one of sequence precoding, resource element group bundle size, demodulation reference signal sequence, and quasi-collocation properties and the at least one additional transmission property comprises time and/or frequency domain resource element allocation of the reference signal.
A brain motion monitoring system to detect interpret and/or display normal and abnormal brain motions, comprising several transducers (20R, 20L,30R, 34R, 26) configured to monitor motions in different parts of the brain, and a display tailored to provide information about the pulse arrival time in different portions of the brain, characterized in that the brain motion monitoring system is configured to measure pulsations in the thickness of the arachnoid space corresponding to each of a plurality of perfused regions of the brain to identify pulse delay characteristic of regional cerebral hypotension. and a display tailored to provide information about the pulse arrival time in different portions of the brain, characterized in that the brain motion monitoring system is configured to measure pulsations in the thickness of the arachnoid space corresponding to each of a plurality of perfused regions of the brain to identify pulse delay characteristic of regional cerebral hypotension.
An aluminum alloy for a plain bearing, characterized in that; it consists of an aluminum-alloy rolled sheet having a composition of 3 to 7 mass% Mg, 0.1 to 0.3 mass% Cr, and 0.1 to 0.3 mass% Zr, with the balance being Al and inevitable impurities including Sn, Bi, Si, Pb, Fe, Ti and B; and further a principal structure of said aluminum alloy is an Al matrix containing solute Mg, minute particles of Cr, and minute particles of Zr.
A watermark display apparatus, comprising: a monitoring unit configured to register information of the monitoring unit in an operating system, OS, when the OS is booted, the OS being installed in a terminal which is used by a user, the monitoring unit being further configured to receive or intercept a message generated from the OS, the message indicating when the OS has booted, an application is executed or operated in the terminal, or when a document is opened in the terminal, and to provide the message received or intercepted from the OS to a watermark display determining unit; the watermark display determining unit configured to determine that a watermark should be displayed on a screen of the terminal, when the OS, the application or the document is included in watermark display target information of screen watermark display policies based on at least one of the messages provided by the monitoring unit; and a watermark display unit configured to display a watermark on the screen of the terminal using a window, when the OS, the application or the document is included in the watermark display target information, the watermark being displayed according to watermark display information of the screen watermark display policies, wherein the monitoring unit is further configured to provide a message for indicating that the OS has booted to the watermark display determining unit, wherein when the watermark display target information includes an OS item, the watermark display determining unit determines that the watermark is displayed on the screen when the OS is booted. a monitoring unit configured to register information of the monitoring unit in an operating system, OS, when the OS is booted, the OS being installed in a terminal which is used by a user, the monitoring unit being further configured to receive or intercept a message generated from the OS, the message indicating when the OS has booted, an application is executed or operated in the terminal, or when a document is opened in the terminal, and to provide the message received or intercepted from the OS to a watermark display determining unit; the watermark display determining unit configured to determine that a watermark should be displayed on a screen of the terminal, when the OS, the application or the document is included in watermark display target information of screen watermark display policies based on at least one of the messages provided by the monitoring unit; and a watermark display unit configured to display a watermark on the screen of the terminal using a window, when the OS, the application or the document is included in the watermark display target information, the watermark being displayed according to watermark display information of the screen watermark display policies, wherein the monitoring unit is further configured to provide a message for indicating that the OS has booted to the watermark display determining unit, wherein when the watermark display target information includes an OS item, the watermark display determining unit determines that the watermark is displayed on the screen when the OS is booted.
A clutch carrier assembly for a transmission comprising: a clutch carrier arranged for driving engagement with a plurality of clutch plates; an outer race fixedly connected to the carrier and including an inner circumferential surface; a bearing including an outer circumferential surface aligned with the inner circumferential surface; an inner race arranged for driving engagement with a transmission shaft; and, a one-way clutch disposed radially between the outer race and the inner race; characterized by a hub fixedly connected to and disposed axially between the clutch carrier and outer race wherein the outer race includes a radial groove disposed axially between the outer race and the hub. a clutch carrier arranged for driving engagement with a plurality of clutch plates; an outer race fixedly connected to the carrier and including an inner circumferential surface; a bearing including an outer circumferential surface aligned with the inner circumferential surface; an inner race arranged for driving engagement with a transmission shaft; and, a one-way clutch disposed radially between the outer race and the inner race; characterized by a hub fixedly connected to and disposed axially between the clutch carrier and outer race wherein the outer race includes a radial groove disposed axially between the outer race and the hub.
Method for transmitting data packets (P1-P4) in a communication network comprising nodes (A, B, C, D) via a predetermined path in the communication network, wherein the nodes (A, B, C, D) of the predetermined path comprise a source node, a destination node and at least one intermediate node (B, C), feed data packets (P1-P4) into the predetermined path and each have a first buffer store for buffer-storing high-priority data packets (PI, P3, P4) and a second buffer store for buffer-storing low-priority data packets, characterized in that the nodes (A, B, C, D) are synchronized nodes, the data packets (P1-P4) are synchronized data packets and each of the intermediate nodes (B, C) whose first buffer store is empty at a particular instant and whose second buffer store is filled with at least one low-priority data packet at the particular instant, at which particular instant the source node feeds a first high-priority data packet into the predetermined path in the direction of the destination node, generates a second high-priority data packet and feeds it into the predetermined path in the direction of the destination node.
A method for hearing system communication in a hearing system comprising a server device and a hearing device system comprising a hearing device and a user accessory device with a user application installed thereon, the method comprising: - obtaining hearing device data for the hearing device in the server device, wherein the hearing device data comprises hearing device settings, firmware, or firmware updates; - securing, at the server device, the hearing device data using a first security scheme to obtain a first output; - securing, at the server device, the first output using a second security scheme to obtain a second output, wherein the second security scheme is different from the first security scheme; and - transmitting, from the server device, the second output to the user application, characterized in that the method comprises: - validating the second output in the user application using the second security scheme to obtain the first output; - transmitting, from the user application, the first output to the hearing device; - receiving and validating the first output in the hearing device using the first security scheme to obtain the hearing device data; and - operating the hearing device according to the hearing device data. - obtaining hearing device data for the hearing device in the server device, wherein the hearing device data comprises hearing device settings, firmware, or firmware updates; - securing, at the server device, the hearing device data using a first security scheme to obtain a first output; - securing, at the server device, the first output using a second security scheme to obtain a second output, wherein the second security scheme is different from the first security scheme; and - transmitting, from the server device, the second output to the user application, - validating the second output in the user application using the second security scheme to obtain the first output; - transmitting, from the user application, the first output to the hearing device; - receiving and validating the first output in the hearing device using the first security scheme to obtain the hearing device data; and - operating the hearing device according to the hearing device data.