mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring broadcast messages in a terminal, the monitoring being carried out by an activity manager service of the terminal, comprising: monitoring broadcasting of different senders in the terminal, the senders being third-party applications in the terminal or system applications in the terminal; determining whether a sender currently sending a broadcast message is a currently operated sender; and placing the broadcast message onto a fixed position of a message queue based on determining that the sender currently sending the broadcast message is the currently operated sender, wherein the fixed position is a position before the rear of the message queue, wherein the message queue corresponds to a receiver which needs to receive the broadcast message, wherein the receiver is an application in the terminal, and wherein the broadcast messages in the message queue are distributed to the receiver sequentially. monitoring broadcasting of different senders in the terminal, the senders being third-party applications in the terminal or system applications in the terminal; determining whether a sender currently sending a broadcast message is a currently operated sender; and placing the broadcast message onto a fixed position of a message queue based on determining that the sender currently sending the broadcast message is the currently operated sender, wherein the fixed position is a position before the rear of the message queue, wherein the message queue corresponds to a receiver which needs to receive the broadcast message, wherein the receiver is an application in the terminal, and wherein the broadcast messages in the message queue are distributed to the receiver sequentially.
An integrating sphere device (10, 10a, 10b, 10c) including a structure having a spherical inner wall that forms a spherical space; the device further comprising: an LED circuit board equipped at one side with a light-emitting device adapted to radiate a light in the space at an input port of the structure to be diffuse-reflected on the spherical inner wall; a measuring port of the structure for passing the light diffuse-reflected on the spherical inner wall onto a measured object on a measurement surface; an output port of the structure to output reflected light of the diffuse-reflected light passing the measuring port and reflected off the measured object outside; and a detector adapted to be detachably connectable to the output port to receive the outputted reflected light; characterised by the LED circuit board being equipped at another side with a heat sink; a measuring guide adapted to be detachably attachable to the structure from outside of the measuring port for positioning the integrating sphere on the measured object on the measurement surface; and the measuring guide having a center hole (30a1) for allowing an operator to visually position the measuring guide on the measured object on the measurement surface; the center hole (30a1) being arranged to pass light from the measuring port to the measured object and to pass light reflected off the measured object to the measuring port. an LED circuit board equipped at one side with a light-emitting device adapted to radiate a light in the space at an input port of the structure to be diffuse-reflected on the spherical inner wall; a measuring port of the structure for passing the light diffuse-reflected on the spherical inner wall onto a measured object on a measurement surface; an output port of the structure to output reflected light of the diffuse-reflected light passing the measuring port and reflected off the measured object outside; and a detector adapted to be detachably connectable to the output port to receive the outputted reflected light; characterised by
A nitrile rubber composition containing a carboxyl group-containing nitrile rubber and an allylamine-based polymer which contains units expressed by the following general formula. (In the general formula, R 1, R 2, and R 3 respectively independently are one selected from a group comprised of a hydrogen atom, alkyl group containing 1 to 4 carbon atoms which may have substituents, aryl group containing 6 to 12 carbon atoms which may have substituents, and halogen atom.)
Control switch for operating in single-hand operation a hoist or crane, comprising a device for single-finger actuation with a base element, preferably designed as a housing, and a control lever which can be pivoted relative to the base element and which can be pivoted by means of a pivot movement triggered by means of single-finger actuation from an unpivoted base position into an actuation position pivoted in relation to the base position, in order thereby to bring about a predefined movement of the hoist or crane, wherein the control switch is designed as a wired pendant control switch or as a hand-held wireless transmitter, comprising a manually actuable control element in the form of a pushbutton or another non-pivotable control element for actuating further functions of the hoist or crane, characterized in that due to its shape, a shifting gate influences the pivot movement of the control lever and that the shifting gate is detachably connected to the base element via a positive-locking connection having at least one detent lug, the device having a sensor system for detecting the pivot movement, preferably a pivot direction and/or a pivot angle of the control lever, wherein the sensor system is designed to detect the pivot movement contactlessly.
Solubilisation product consisting of resveratrol and polysorbate 80 and polysorbate 20 as well as at least one medium-chain triglyceride and optionally tocopherol, in particular mixed tocopherol, as a further component, and/or optionally as a further component, a further polyphenol, in particular quercetin and/or catechin.
A light emitter component, comprising: 1.1 a ceramic submount; 1.2 at least a first pair of electrical traces fully disposed on a first side of the submount; 1.3 at least a first pair of electrical contacts (36, 38) disposed on a second side of the submount, wherein the first pair of electrical contacts is configured to electrically communicate with the first pair of electrical traces by one or more vias that are fully internal to the submount; 1.4 at least one light emitter chip disposed on the first side of the submount, the second side being an opposing side of the submount from the first side thereof, the at least one light emitter chip being configured to electrically communicate with the first pair of electrical traces; and 1.5 a non-ceramic reflector disposed about the at least one light emitter chip, at least a portion of the reflector being configured to conceal each trace of the first pair of electrical traces, such that each trace of the first pair of electrical traces is fully disposed under the reflector. 1.1 a ceramic submount; 1.2 at least a first pair of electrical traces fully disposed on a first side of the submount; 1.3 at least a first pair of electrical contacts (36, 38) disposed on a second side of the submount, wherein the first pair of electrical contacts is configured to electrically communicate with the first pair of electrical traces by one or more vias that are fully internal to the submount; 1.4 at least one light emitter chip disposed on the first side of the submount, the second side being an opposing side of the submount from the first side thereof, the at least one light emitter chip being configured to electrically communicate with the first pair of electrical traces; and 1.5 a non-ceramic reflector disposed about the at least one light emitter chip, at least a portion of the reflector being configured to conceal each trace of the first pair of electrical traces, such that each trace of the first pair of electrical traces is fully disposed under the reflector.
A gas turbine engine (20; 120) comprising: a propulsion unit including a fan, and a free turbine connected to drive said fan, said fan and said free turbine being configured to rotate about a first axis; a gas generating core (28; 128) including at least a compressor, a combustion section, and a gas generating core turbine, wherein said compressor and said gas generating core turbine are configured to rotate about a second axis; and an inlet duct (46; 146) configured to deliver air from said fan to said gas generating core (28; 128), said inlet duct (46; 146) disposed aft of the fan, offset from the first axis, characterised in that said inlet duct (46, 146): is positioned near a center of said fan; has a crescent shaped cross-section near said fan, adjacent a plurality of fan exit guide vanes; and extends circumferentially about the center of said fan. a propulsion unit including a fan, and a free turbine connected to drive said fan, said fan and said free turbine being configured to rotate about a first axis; a gas generating core (28; 128) including at least a compressor, a combustion section, and a gas generating core turbine, wherein said compressor and said gas generating core turbine are configured to rotate about a second axis; and an inlet duct (46; 146) configured to deliver air from said fan to said gas generating core (28; 128), said inlet duct (46; 146) disposed aft of the fan, offset from the first axis, is positioned near a center of said fan; has a crescent shaped cross-section near said fan, adjacent a plurality of fan exit guide vanes; and extends circumferentially about the center of said fan.
A gear unit with at least one eccentric shaft, at least one externally toothed disc and at least one epicyclic wheel, in particular planet wheel, of a sun gear shaft, and a ring gear, wherein the eccentric shaft has an eccentric core region on which the externally toothed disc is arranged rotatably mounted, in particular by means of a bearing, wherein the external gearing of the externally toothed disc is engaged with the internal gearing of the ring gear, in particular which gear is connected in rotation-resistant manner to a housing part of the gear unit, wherein the eccentric shaft is rotatably mounted in an output shaft, in particular pinion cage shaft, wherein the output shaft is rotatably mounted in relation to the ring gear by means of angular contact bearings, wherein the respective epicyclic wheel is connected in each case in rotation-resistant manner to a or the eccentric shaft, in particular by means of a polygonal portion or by means of a spline, wherein each epicyclic wheel is engaged with the sun gear shaft, wherein the external gearing of the externally toothed disc is involute toothing and the internal gearing of the ring gear likewise is involute toothing, wherein one or each angular contact bearing has in each case rolling elements, in particular balls, and in each case an inner ring and in each case an outer ring, in particular for mounting an output shaft which is rotatably arranged about an axis of rotation, wherein the angular contact bearing has in each case two rows of rolling elements, wherein the centres of gravity of the rolling elements of the first row are arranged in a plane, the normal direction of which is oriented parallel to the axial direction, wherein the centres of gravity of the rolling elements of the second row are arranged in a plane, the normal direction of which is oriented parallel to the axial direction, wherein the rolling elements of the first row are spaced apart regularly from each other in the circumferential direction, wherein the rolling elements of the second row in the circumferential direction are spaced apart regularly from each other, characterised in that the two rows of rolling elements are axially spaced apart from each other, and a thrust washer for axially limiting the rolling elements of the bearing of the externally toothed disc is pushed onto the eccentric shaft, wherein a projection formed on the thrust washer covers an edge, in particular a margin, of the eccentric core region.
Use of a concrete anchor in a process for assembling said concrete anchor in a concrete element said concrete anchor comprising: - a head-section, a shaft defining a longitudinal axis and a tip section; - the anchor essentially having the cross-section of a thin-walled tube with a channel extending along said axis, wherein the shaft exhibits an external thread with a thread height and a thread pitch construed to enable the anchor to self-tap a thread in building insulation material; - the tip section exhibiting a closed tip and being at least one of or a combination of a thread section, a point-shaped tip, a corrugated surface, a protrusion, a recess, a slot, a groove, a roughened surface, each construed to be screwed or driven into uncured concrete; wherein said process comprises: - providing a mould; - providing a concrete layer in said mould; - applying at least one layer of insulation material on the concrete layer while the concrete has not yet fully hardened; - Screwing or driving the at least one concrete anchor through the insulation material layer into the concrete layer; - Stripping the concrete element including insulation from the mould after the hardening or curing process. - a head-section, a shaft defining a longitudinal axis and a tip section; - the anchor essentially having the cross-section of a thin-walled tube with a channel extending along said axis, wherein the shaft exhibits an external thread with a thread height and a thread pitch construed to enable the anchor to self-tap a thread in building insulation material; - the tip section exhibiting a closed tip and being at least one of or a combination of a thread section, a point-shaped tip, a corrugated surface, a protrusion, a recess, a slot, a groove, a roughened surface, each construed to be screwed or driven into uncured concrete; - providing a mould; - providing a concrete layer in said mould; - applying at least one layer of insulation material on the concrete layer while the concrete has not yet fully hardened; - Screwing or driving the at least one concrete anchor through the insulation material layer into the concrete layer; - Stripping the concrete element including insulation from the mould after the hardening or curing process.
A process for producing an episulfide compound for an optical material, comprising: a step of chlorinating glycerin to obtain dichloropropanol; a step of epoxidizing the dichloropropanol to obtain epichlorohydrin; a step of reacting the epichlorohydrin with a sulfating agent to obtain a bis(chlorohydrin) (di)sulfide compound through a thiol compound; a step of epoxidizing the bis(chlorohydrin) (di)sulfide compound under basic conditions to obtain an epoxy compound; and a step of reacting the epoxy compound with a sulfating agent to obtain an episulfide compound represented by following General Formula: wherein, in the formula, n represents 0 or 1, wherein the step of chlorinating glycerin is a step of chlorinating glycerin to obtain a composition containing dichloropropanol and chlorine-based impurities, wherein the impurities comprise chlorine-based byproducts and/or hydrolysable chlorine, wherein the chlorine-based byproducts are at least one compound selected from allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-chloroallyl alcohol, 1,3-dichloropropene and 1,2,3-trichloropropane, and the step of epoxidizing the dichloropropanol is a step of epoxidizing the dichloropropanol of the composition to obtain a composition containing epichlorohydrin and 5,000 ppm or less of the chlorine-based impurities. a step of chlorinating glycerin to obtain dichloropropanol; a step of epoxidizing the dichloropropanol to obtain epichlorohydrin; a step of reacting the epichlorohydrin with a sulfating agent to obtain a bis(chlorohydrin) (di)sulfide compound through a thiol compound; a step of epoxidizing the bis(chlorohydrin) (di)sulfide compound under basic conditions to obtain an epoxy compound; and a step of reacting the epoxy compound with a sulfating agent to obtain an episulfide compound represented by following General Formula: wherein, in the formula, n represents 0 or 1, wherein the step of chlorinating glycerin is a step of chlorinating glycerin to obtain a composition containing dichloropropanol and chlorine-based impurities, wherein the impurities comprise chlorine-based byproducts and/or hydrolysable chlorine, wherein the chlorine-based byproducts are at least one compound selected from allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-chloroallyl alcohol, 1,3-dichloropropene and 1,2,3-trichloropropane, and the step of epoxidizing the dichloropropanol is a step of epoxidizing the dichloropropanol of the composition to obtain a composition containing epichlorohydrin and 5,000 ppm or less of the chlorine-based impurities.
Inductive heating device for heating an aerosol-forming substrate comprising a susceptor, the inductive heating device comprising: - a device housing - a DC power source for in operation providing a DC supply voltage (V DC) and a DC current (I DC), - a power supply electronics configured to operate at high frequency, the power supply electronics comprising a DC/AC converter connected to the DC power source, the DC/AC converter comprising an LC load network configured to operate at low ohmic load, wherein the LC load network comprises a series connection of a capacitor and an inductor having an ohmic resistance (R Coil), - a cavity arranged in the device housing, the cavity having an internal surface shaped to accommodate at least a portion of the aerosol-forming substrate, the cavity being arranged such that upon accommodation of the portion of the aerosol-forming substrate in the cavity the inductor of the LC load network is inductively coupled to the susceptor of the aerosol-forming substrate during operation, characterized in that the power supply electronics further comprises a microcontroller programmed to in operation determine from the DC supply voltage (V DC) of the DC power source and from the DC current (I DC) drawn from the DC power source an apparent ohmic resistance (R a), and further programmed to in operation determine from the apparent ohmic resistance (R a) the temperature of the susceptor of the aerosol-forming substrate. - a device housing - a DC power source for in operation providing a DC supply voltage (V DC) and a DC current (I DC), - a power supply electronics configured to operate at high frequency, the power supply electronics comprising a DC/AC converter connected to the DC power source, the DC/AC converter comprising an LC load network configured to operate at low ohmic load, wherein the LC load network comprises a series connection of a capacitor and an inductor having an ohmic resistance (R Coil), - a cavity arranged in the device housing, the cavity having an internal surface shaped to accommodate at least a portion of the aerosol-forming substrate, the cavity being arranged such that upon accommodation of the portion of the aerosol-forming substrate in the cavity the inductor of the LC load network is inductively coupled to the susceptor of the aerosol-forming substrate during operation,
A one piece, integrally molded valve body for use in a sprayer device, the valve body comprising: a base portion that is configured to be mounted to a neck of a liquid container; a pumping chamber; an inlet duct; an outlet duct having a vertical portion in fluid communication with said pumping chamber and a horizontal extension (30") through which liquid from a container can exit the valve body; a head portion; and a flow-through filling passage extending between said head portion and said base portion, wherein a liquid received in said head portion flows through the valve body, around the pumping chamber, and exits the base portion and wherein said pumping chamber is, in use, in fluid communication with an inside of a fluid container through said inlet duct and wherein said pumping chamber can be, in use, in fluid communication with a delivery nozzle through an open end of said horizontal extension (30") of said outlet duct.
A method for introducing a target substance into undifferentiated cells, comprising chemically fusing the target substance to rBC2LCN, and contacting the resultant rBC2LCN-target substance fusion product with the undifferentiated cells; wherein said method is not a method for treatment of the human or animal body by therapy.
A light-based free space communications system comprising: a light transmitting device including a light source; a shutter system coupled to the light transmitting device; a computing device which is coupled to the shutter system, the computing device including a set of instructions to: receive a first set of information from a user; and control the shutter system so as to modulate the output of the light source in such a way so as to transmit the first set of information to a third-party, characterized in that the shutter system includes a liquid crystal display shutter and that the light transmitting device includes an infrared reflector, the infrared reflector being disposed between the light source and the liquid crystal display shutter. a light transmitting device including a light source; a shutter system coupled to the light transmitting device; a computing device which is coupled to the shutter system, the computing device including a set of instructions to: receive a first set of information from a user; and control the shutter system so as to modulate the output of the light source in such a way so as to transmit the first set of information to a third-party, characterized in that the shutter system includes a liquid crystal display shutter and that the light transmitting device includes an infrared reflector, the infrared reflector being disposed between the light source and the liquid crystal display shutter. receive a first set of information from a user; and control the shutter system so as to modulate the output of the light source in such a way so as to transmit the first set of information to a third-party, characterized in that the shutter system includes a liquid crystal display shutter and that the light transmitting device includes an infrared reflector, the infrared reflector being disposed between the light source and the liquid crystal display shutter.