mhurhangee/ep-ind-claims huggingface dataset:
A session management method, comprising: receiving (402, 502), by a first session management function network element, a session request message from a second session management function network element; allocating, by the first session management function network element, internet protocol, IP, information of a terminal device to a branch of an established session based on the session request message; and sending, by the first session management function network element, the IP information of the terminal device to the second session management function network element, wherein the IP information is for obtaining policy information corresponding to the IP information; wherein the first session management function network element is a session management function network element that manages an anchor user plane function network element corresponding to the branch of the established session and a branching point user plane function network element that is directly connected to an access network element and that corresponds to the branch of the established session, the second session management function network element is a session management function network element that manages an anchor user plane function network element corresponding to the established session. receiving (402, 502), by a first session management function network element, a session request message from a second session management function network element; allocating, by the first session management function network element, internet protocol, IP, information of a terminal device to a branch of an established session based on the session request message; and sending, by the first session management function network element, the IP information of the terminal device to the second session management function network element, wherein the IP information is for obtaining policy information corresponding to the IP information; wherein the first session management function network element is a session management function network element that manages an anchor user plane function network element corresponding to the branch of the established session and a branching point user plane function network element that is directly connected to an access network element and that corresponds to the branch of the established session, the second session management function network element is a session management function network element that manages an anchor user plane function network element corresponding to the established session.
A method of analyzing a cut edge created by a machine tool, comprising the method steps: A) creating the cut edge using at least one cutting parameter with the machine tool; B) creating at least one image (32, 32a-c) of the cut edge with a camera; C) scanning the image (32, 32a-c) of the cut edge, wherein the image (32, 32a-c) comprises a plurality of image pixels (42a, b); characterized by the method steps: D) analyzing the image (32, 32a-c) with a trained neuronal network to determine the at least one cutting parameter; E) backpropagation of the neuronal network to determine the relevance of the image pixels (42a, b) analyzed to determine the determined cutting parameters; F) output of the image (32, 32a-c) with identification of the particularly relevant and/or particularly irrelevant image pixels (42a, b) determined in method step E); wherein steps C) to F) are performed by a computer. A) creating the cut edge using at least one cutting parameter with the machine tool; B) creating at least one image (32, 32a-c) of the cut edge with a camera; C) scanning the image (32, 32a-c) of the cut edge, wherein the image (32, 32a-c) comprises a plurality of image pixels (42a, b); D) analyzing the image (32, 32a-c) with a trained neuronal network to determine the at least one cutting parameter; E) backpropagation of the neuronal network to determine the relevance of the image pixels (42a, b) analyzed to determine the determined cutting parameters; F) output of the image (32, 32a-c) with identification of the particularly relevant and/or particularly irrelevant image pixels (42a, b) determined in method step E);
Vacuum pump with a pump housing, a driveshaft a working chamber with cylindrical inside walls located in a pump housing an offset disc located on the drive shaft with a bearing bolt located on this in an offset position, a cylindrical barrel rotating in the working chamber and rotatably mounted on the bearing bolt, the orbiter with a cylinder jacket, a guide slot located in the orbiter as well as an intake orifice located in the working chamber and a discharge orifice located in the working chamber, with a gate valve located between the intake orifice and the discharge orifice which moves and glides in the guide slot of the orbiter and a drive wheel located on the drive shaft outside of the pump housing, characterized in - that a friction clutch is used for rotatable location of the offset disc on the drive shaft or is rotatably located on the drive shaft in a sliding bearing or is located torque-proof on the drive shaft, and - that an overrunning clutch is also located next to the sliding bearing between the drive shaft and the offset disc when the offset disc is located rotatably in a sliding bearing, whereby an electrical drive acts on the offset disc mounted on the drive shaft whose rotor is rigidly connected with the offset disc and whose stator is connected rigidly with the pump housing and - that an inside ring of an overrunning clutch with an electrical drive acting on the associated outside ring of,the overrunning clutch is also located torque-proof next to the offset disc on the drive shaft when the offset disc is located torque-proof on the drive shaft and whose stator is connected rigidly with the pump housing, whereby an overrunning clutch is simultaneously located between the drive shaft and the drive wheel. - that a friction clutch is used for rotatable location of the offset disc on the drive shaft or is rotatably located on the drive shaft in a sliding bearing or is located torque-proof on the drive shaft, and - that an overrunning clutch is also located next to the sliding bearing between the drive shaft and the offset disc when the offset disc is located rotatably in a sliding bearing, whereby an electrical drive acts on the offset disc mounted on the drive shaft whose rotor is rigidly connected with the offset disc and whose stator is connected rigidly with the pump housing and - that an inside ring of an overrunning clutch with an electrical drive acting on the associated outside ring of,the overrunning clutch is also located torque-proof next to the offset disc on the drive shaft when the offset disc is located torque-proof on the drive shaft and whose stator is connected rigidly with the pump housing, whereby an overrunning clutch is simultaneously located between the drive shaft and the drive wheel.
A passivation process for a continuous reforming apparatus during the initial reaction, comprising loading a reforming catalyst into the continuous reforming apparatus, starting the gas circulation and raising the temperature of a reactor, feeding the reforming feedstock into the reaction system when the temperature of the reactor is increased to 300-460°C, introducing sulfide into the reaction system while or after the reforming feedstock is fed, controlling the ratio of the total sulfur amount introduced into the system to the reforming feedstock within the range of 0.5 μg/g-50 μg/g, reducing the content of sulfide introduced into the system when hydrogen sulfide concentration in the recycle gas reaches 2.0 μL/L-30 μL/L, wherein the recycle gas is the gas circulating back to the reaction system after a gas-liquid separation; and maintaining the reforming reactor at a temperature of 460-490°C, controlling the ratio of the total sulfur amount introduced into the system to the reforming feedstock within the range of 0.2 μg/g-0.5 μg/g, when the water content in the recycle gas is less than 50 μL/L, adjusting the amount of the reforming feedstock to the design value of the apparatus, increasing the reforming reaction temperature to 490-545°C according to the requirements on the octane number of the liquid product, and letting the reforming apparatus run under normal operating conditions. loading a reforming catalyst into the continuous reforming apparatus, starting the gas circulation and raising the temperature of a reactor, feeding the reforming feedstock into the reaction system when the temperature of the reactor is increased to 300-460°C, introducing sulfide into the reaction system while or after the reforming feedstock is fed, controlling the ratio of the total sulfur amount introduced into the system to the reforming feedstock within the range of 0.5 μg/g-50 μg/g, reducing the content of sulfide introduced into the system when hydrogen sulfide concentration in the recycle gas reaches 2.0 μL/L-30 μL/L, wherein the recycle gas is the gas circulating back to the reaction system after a gas-liquid separation; and maintaining the reforming reactor at a temperature of 460-490°C, controlling the ratio of the total sulfur amount introduced into the system to the reforming feedstock within the range of 0.2 μg/g-0.5 μg/g,
A system for transferring video surveillance data between a mobile communication unit of a public transportation vehicle and a wayside communication unit; the mobile communication unit being arranged to obtain video surveillance data from one or more video surveillance cameras arranged in functional connection with the mobile communication unit, the mobile communication unit comprising - a video recorder arranged to buffer at least a part of the video surveillance data from said one or more video surveillance cameras before transmission to the wayside communication unit; - at least one encoder arranged to encode said video surveillance data into a stream format compatible with a wireless standard, and - a transmitter arranged to transmit the encoded video surveillance data stream in accordance with said wireless standard to the wayside communication unit; and the wayside communication unit comprising a receiver arranged to receive the encoded video surveillance data stream in accordance with said wireless standard, characterized in that the wayside communication unit is arranged to monitor whether a transmission signal from the mobile communication unit is available; check that the quality of the transmission signal is sufficient for transmitting the encoded video surveillance data stream and if affirmative send an offload request to the mobile communication unit; and in response to receiving an acknowledgement from the mobile communication unit, the wayside communication unit is arranged to start the reception of the encoded video surveillance data stream by synchronising into the transmission signal; and forward the encoded video surveillance data stream to a data target for decoding. - a video recorder arranged to buffer at least a part of the video surveillance data from said one or more video surveillance cameras before transmission to the wayside communication unit; - at least one encoder arranged to encode said video surveillance data into a stream format compatible with a wireless standard, and - a transmitter arranged to transmit the encoded video surveillance data stream in accordance with said wireless standard to the wayside communication unit; and the wayside communication unit comprising a receiver arranged to receive the encoded video surveillance data stream in accordance with said wireless standard, characterized in that the wayside communication unit is arranged to monitor whether a transmission signal from the mobile communication unit is available; check that the quality of the transmission signal is sufficient for transmitting the encoded video surveillance data stream and if affirmative send an offload request to the mobile communication unit; and in response to receiving an acknowledgement from the mobile communication unit, the wayside communication unit is arranged to start the reception of the encoded video surveillance data stream by synchronising into the transmission signal; and forward the encoded video surveillance data stream to a data target for decoding.
A method of detecting a gas comprising: delivering a gas sample into a chamber and onto a sensor, the sensor including a doped ferroelectric material to measure a component of the gas sample; and characterized in that: the sensor comprises a VPO doped WO 3 material.
A cathode stripping machine having a metal deposit in the form of a sheet on each one of the two opposite faces thereof, characterized in that it comprises - a first operating level and a second reception level located below the first level; - wherein the first level comprises an infeed mechanism of the cathodes in the machine, a first transfer mechanism (8.1) for transferring said cathodes inside the machine, a treatment mechanism with a stripping head having two stripping frames, each acting on one cathode simultaneously, a second transfer mechanism (8.2) for transferring the cathodes, and an outfeed mechanism of the cathodes without sheets, and; - wherein the second level comprises for each of the two resulting sheets, a sheet reception system, a conveyor belt, and a sheet removal station, as well as a shared collection and weighing table with rollers for both sheets. - a first operating level and a second reception level located below the first level; - wherein the first level comprises an infeed mechanism of the cathodes in the machine, a first transfer mechanism (8.1) for transferring said cathodes inside the machine, a treatment mechanism with a stripping head having two stripping frames, each acting on one cathode simultaneously, a second transfer mechanism (8.2) for transferring the cathodes, and an outfeed mechanism of the cathodes without sheets, and; - wherein the second level comprises for each of the two resulting sheets, a sheet reception system, a conveyor belt, and a sheet removal station, as well as a shared collection and weighing table with rollers for both sheets.
Apparatus for closing a container by means of a covering film, having a lower part, having a holder for the container, said holder being mounted in the lower part, having an upper part, which is mounted in the lower part, having a sealing device, which is mounted in the upper part, and having components (14, 12) of a device for locking the upper part and lower part, said components being mounted in the lower part and in the upper part, wherein the upper part is movable in relation to the lower part and can be transferred from an open position into a closed position, and vice versa, wherein the lower part has a metal panel for accommodating the upper part, for accommodating the holder and for accommodating the component for the locking device, said component being mounted in the lower part, wherein the metal panel is of single-part form, wherein the lower part has two parallel plate portions (18, 19) and the lower part accommodates the upper part in the region of the plate portions (18, 19), between the latter, wherein the two parallel plate portions (18, 19) are arranged perpendicularly to a plane along which the apparatus bears on a base, characterized in that a further plate portion of the lower part is arranged perpendicularly to the two parallel plate portions (18, 19) and perpendicularly to the plane along which the apparatus bears on the base, wherein said further plate portion has the one component of the locking device and the upper part has the other component of the locking device, it being possible for said other component to be brought into operative connection with said component.
A porous membrane separator for a secondary battery, comprising a separator substrate, a porous membrane formed on at least one surface of the separator substrate, and an adhesive layer formed on the porous membrane, wherein the separator substrate is a micropore membrane or a nonwoven fabric which contains a polyolefin resin or an aromatic polyamide resin, the porous membrane contains non-conductive particles and a water-soluble maleimide-maleic acid copolymer including a structural unit (a) represented by the following formula and a structural unit (b) represented by the following formula, the adhesive layer contains a particulate polymer having a glass transition temperature of 10°C or higher and 110°C or lower and the particulate polymer is a polymer including structural units having a structure formed by polymerization of acrylic acid ester monomers, (in the formula, R 1 represents at least one selected from the group consisting of a hydrogen atom, C1 to C6 alkyl groups, C3 to C12 cycloalkyl groups, a phenyl group, a phenyl group substituted by a C1 to C6 alkyl group, a phenyl group substituted by a C1 to C6 alkyloxy group, a phenyl group substituted by a halogen atom, and a hydroxyphenyl group), (in the formula, X represents a maleic acid unit, X may be partially neutralized by an ion other than a hydrogen ion, or may be partially dehydrated, or may be partially
Elastomer sealing ring for a sealing system of an actuator-actuated motor vehicle disc brake having an actuating mechanism which is movable relative thereto in a rotational and/or translational manner in a brake housing and has an actuating element, preferably in conjunction with a spindle, a thrust piece or the like, which actuating element is mounted in the brake housing so as to be movable relative thereto in an axially directed bore with an integral cavity, and wherein the actuating mechanism in the brake housing is assigned a sealing system with interfaces and also comprising an elastomer sealing ring which is fitted into a sealing receptacle, wherein the elastomer sealing ring blocks at least one or more sealing gap(s) substantially concentrically with respect to the actuating element and laterally next to the cavity, in particular a hydraulic chamber, by being arranged in the sealing receptacle, characterized in that the elastomer sealing ring has a partially symmetrical elastomer sealing ring cross section in order to permit a gap seal which is adapted in a multilaterally differently defined way in its cooperation with peripheral interfaces.
Drain (15; 80) comprising a tray with a bottom surface (16; 81) and upright walls (17; 82) arranged along the periphery of the bottom surface (16; 81), wherein a horizontal flange (18; 83) is arranged on the free edge of at least one upright wall (17; 82) and wherein a flexible layer arrangement (1; 84) is arranged on the horizontal flange (18; 83), said flexible layer arrangement (1; 84) comprising: - a flexible layer, being a sealing membrane excluding an elastic layer of which at least one surface is roughened, having a free end and an edge and - a strip of flexible material, being a sealing membrane, extending parallel to the edge, which strip is arranged with one of its edges on the flexible layer at a distance from the edge of the flexible layer and which strip has a free edge extending substantially as far as the edge of the flexible layer such that with the flexible layer arrangement (1; 84) a structure of Y-shaped cross-section is obtained, wherein the edge of the flexible layer is arranged on one side of the flange (18; 83), and the free edge of the strip is arranged on the other opposite side of the flange (18; 83). - a flexible layer, being a sealing membrane excluding an elastic layer of which at least one surface is roughened, having a free end and an edge and - a strip of flexible material, being a sealing membrane, extending parallel to the edge, which strip is arranged with one of its edges on the flexible layer at a distance from the edge of the flexible layer and which strip has a free edge extending substantially as far as the edge of the flexible layer such that with the flexible layer arrangement (1; 84) a structure of Y-shaped cross-section is obtained, wherein the edge of the flexible layer is arranged on one side of the flange (18; 83), and the free edge of the strip is arranged on the other opposite side of the flange (18; 83).
A header for mounting on a harvesting machine comprising a frame extending at least substantially over the working width of the header, cutting elements arranged on the front side of the header and connected to the frame, conveying surfaces and conveying elements for conveying the cut crop from the cutting elements to a discharge point, and a multi-part reel, the reel parts (12a, 12b, 12c) of which are held on a respective reel shaft (20a, 20b, 20c) and are adjustable in the horizontal direction, said multi-part reel being held above the conveying surface by a reel supporting structure, characterized in that the header has a device with which reel parts (12a, 12b, 12c) can be fixed in at least one position on the reel supporting structure, in which position the reel shaft (20a, 20b, 20c) thereof has, in a horizontal plane, an angular position with respect to a transverse line to the longitudinal central axis through the header, so that the obliquely positioned reel parts, with their reel sections moved further back, deposit the cut crop further away from the cutting elements at a greater depth of the conveying surface.
A method for starting an internal combustion engine of a hybrid vehicle when the hybrid vehicle is powered by an auxiliary drive source, where the internal combustion engine is adapted to rotate a drive shaft providing torque to at least one driving wheel of the hybrid vehicle via a transmission unit, where the transmission unit comprises a first clutch connecting the internal combustion engine to an input shaft of a gearbox, where the input shaft is connected to a torque converter provided with a lock-up clutch, where the torque converter is connected to a second clutch connecting the torque converter to the at least one driving wheel through a transmission, where the input shaft further is connected to the auxiliary drive source in an offset arrangement with a predetermined torque ratio between the input shaft and the auxiliary drive source; the method being characterized in comprising the steps: disengaging the first clutch; disengaging the second clutch to a predetermined torque level such that there is a slip in the second clutch; accelerating the input shaft and the torque converter with the auxiliary drive source to a predetermined rotational speed; and engaging the first clutch to start the internal combustion engine with the energy stored in the input shaft, in the torque converter, and in the auxiliary drive source, wherein the predetermined torque level of the second clutch is above zero and the predetermined torque level is maintained until the input shaft is accelerated to start the internal combustion engine. disengaging the first clutch; disengaging the second clutch to a predetermined torque level such that there is a slip in the second clutch; accelerating the input shaft and the torque converter with the auxiliary drive source to a predetermined rotational speed; and engaging the first clutch to start the internal combustion engine with the energy stored in the input shaft, in the torque converter, and in the auxiliary drive source, wherein the predetermined torque level of the second clutch is above zero and the predetermined torque level is maintained until the input shaft is accelerated to start the internal combustion engine.