mhurhangee/ep-ind-claims huggingface dataset:
A method for processing information in a mobile communications system by a gateway forwarding plane device, comprising: receiving a data packet, and extracting the data packet's characteristic information, wherein the data packet's characteristic information comprises a user equipment internet protocol, UE IP, address; searching for context information corresponding to the data packet's characteristic information; buffering the data packet if the context information corresponding to the data packet's characteristic information is not found; and sending an event reporting message to a gateway control plane device, wherein the event reporting message carries the data packet's characteristic information, and the data packet's characteristic information is configured for acquisition by the gateway control plane device of the context information corresponding to the data packet's characteristic information; wherein the gateway forwarding plane device is connected to a packet data network, and the gateway control plane device is connected to a mobility management network element. receiving a data packet, and extracting the data packet's characteristic information, wherein the data packet's characteristic information comprises a user equipment internet protocol, UE IP, address; searching for context information corresponding to the data packet's characteristic information; buffering the data packet if the context information corresponding to the data packet's characteristic information is not found; and sending an event reporting message to a gateway control plane device, wherein the event reporting message carries the data packet's characteristic information, and the data packet's characteristic information is configured for acquisition by the gateway control plane device of the context information corresponding to the data packet's characteristic information; wherein the gateway forwarding plane device is connected to a packet data network, and the gateway control plane device is connected to a mobility management network element.
A method for manufacturing synthetic quartz glass, comprising the following process steps: (a) vaporizing an input material which contains at least one polymerizable polyalkylsiloxane compound while forming an input material vapour; (b) supplying the input material vapour resulting from process step (a) to a reaction zone, in which the input material is transformed into SiO 2 particles by means of pyrolysis or hydrolysis; and (c) precipitating the SiO 2 particles resulting from process step (b) on a deposition surface, (d) if required, drying and glazing the SiO 2 particles resulting from process step (c) while forming synthetic quartz glass, characterized in that the at least one polyalkylsiloxane compound comprises a chlorine content of up to 550 ppb and a concentration of metallic impurities of chrome (Cr) and zinc (Zn) in total of up to 25 ppb. (a) vaporizing an input material which contains at least one polymerizable polyalkylsiloxane compound while forming an input material vapour; (b) supplying the input material vapour resulting from process step (a) to a reaction zone, in which the input material is transformed into SiO 2 particles by means of pyrolysis or hydrolysis; and (c) precipitating the SiO 2 particles resulting from process step (b) on a deposition surface, (d) if required, drying and glazing the SiO 2 particles resulting from process step (c) while forming synthetic quartz glass,
A liquid crystal composition that has a positive dielectric anisotropy, and contains at least one compound selected from the group of compounds represented by formula as a first component and at least one compound selected from the group of compounds represented by formula as a second component, wherein the second component comprises at least one compound represented by formula: in formula, R 1 is alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, alkenyl having 2 to 12 carbons, or alkenyl having 2 to 12 carbons in which at least one piece of hydrogen is replaced by fluorine; and a is an integer from 0 to 12, in formula, R 2 is alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons or alkenyl having 2 to 12 carbons; ring A and ring B are independently 1,4-cyclohexylene, 1,4-phenylene, 2-fluoro-1,4-phenylene, 2,3-difluoro-1,4-phenylene, 2,6-difluoro-1,4-phenylene, pyrimidine-2,5-diyl, 1,3-dioxane-2,5-diyl or tetrahydropyran-2,5-diyl; Z 1 and Z 2 are independently a single bond, ethylene, carbonyloxy or difluoromethyleneoxy; X 1, X 2, X 3, X 4 and X 5 are independently hydrogen or fluorine; Y 1 is fluorine, chlorine, alkyl having 1 to 12 carbons in which at least one piece of hydrogen is replaced by halogen, or alkoxy having 1 to 12 carbons in which at least one piece of hydrogen is replaced by halogen; b and c are independently 0, 1, 2 or 3; and a sum of b and c is 2 or 3.
A method for processing a low-latency service flow, wherein the method comprises: after determining that a received first data packet belongs to a first service flow, obtaining, by a first forwarding device, a low latency identifier corresponding to the first service flow; obtaining (403, 603), by the first forwarding device, a second data packet based on the first data packet and the low latency identifier, wherein the second data packet comprises the first data packet and the low latency identifier, the low latency identifier is used to instruct a forwarding device that receives the first service flow to forward the first service flow in a low-latency forwarding mode, and the low-latency forwarding mode is a mode in which fast forwarding of the first service flow is implemented under dynamic control, and wherein the dynamic control comprises dynamically controlling a status of the low-latency forwarding mode based on control information, wherein the control information comprises a start moment and a runtime of the low-latency forwarding mode, or the control information comprises a start moment and an end moment of the low-latency forwarding mode; sending, by the first forwarding device, the control information to a second forwarding device, wherein the control information is used to control the status of the low-latency forwarding mode; and sending (404, 604), by the first forwarding device, the second data packet to the second forwarding device in the low-latency forwarding mode. after determining that a received first data packet belongs to a first service flow, obtaining, by a first forwarding device, a low latency identifier corresponding to the first service flow; obtaining (403, 603), by the first forwarding device, a second data packet based on the first data packet and the low latency identifier, wherein the second data packet comprises the first data packet and the low latency identifier, the low latency identifier is used to instruct a forwarding device that receives the first service flow to forward the first service flow in a low-latency forwarding mode, and the low-latency forwarding mode is a mode in which fast forwarding of the first service flow is implemented under dynamic control, and wherein the dynamic control comprises dynamically controlling a status of the low-latency forwarding mode based on control information, wherein the control information comprises a start moment and a runtime of the low-latency forwarding mode, or the control information comprises a start moment and an end moment of the low-latency forwarding mode; sending, by the first forwarding device, the control information to a second forwarding device, wherein the control information is used to control the status of the low-latency forwarding mode; and sending (404, 604), by the first forwarding device, the second data packet to the second forwarding device in the low-latency forwarding mode.
Multilayer antenna (30; 140; 150; 160) comprising: - a feeding part generating a wave; - a radiating part; - a guiding part enabling said wave to be guided from the feeding part to the radiating part, said guiding part comprising: • at least two parallel-plate guide type superimposed layers, and • for each pair of adjacent layers, means of transition between said adjacent layers, comprising a reflector (R1; R1', R2'; R1", R2"; R1"', R2'") cooperating with a means of coupling by slots, said antenna being characterized in that, for at least one pair of adjacent layers for which the guiding part comprises a reflector of non-plane shape, the means of coupling by slots comprise a plurality of slots (10; 10a', 10b'; 10a", 10b"; 10a"', 10b"'), each slot comprising a main body having a shape elongated along at least one axis, said plurality of slots being laid out in at least one row and together forming a pattern that extends along the reflector and has a shape that is a function of the shape of the reflector. - a feeding part generating a wave; - a radiating part; - a guiding part enabling said wave to be guided from the feeding part to the radiating part, said guiding part comprising: • at least two parallel-plate guide type superimposed layers, and • for each pair of adjacent layers, means of transition between said adjacent layers, comprising a reflector (R1; R1', R2'; R1", R2"; R1"', R2'") cooperating with a means of coupling by slots, • at least two parallel-plate guide type superimposed layers, and • for each pair of adjacent layers, means of transition between said adjacent layers, comprising a reflector (R1; R1', R2'; R1", R2"; R1"', R2'") cooperating with a means of coupling by slots,
An expression vector for the heterologous expression of a nucleic acid sequence of interest in mammalian cells, the vector comprising a first chimeric promoter regulatory sequence being operably linked to a first nucleic acid sequence to be expressed, wherein the chimeric promoter regulatory sequence comprises: (i) a promoter sequence from the murine cytomegalovirus IE1 promoter and being operably linked to the transcriptional start site of the nucleic acid sequence to be expressed; and (ii) an enhancer sequence from the human and/or the simian cytomegalovirus IE1 region, the enhancer sequence being located 5' of and operably linked to the murine cytomegalovirus IE1 promoter sequence; and wherein the chimeric promoter regulatory sequence comprises a nucleotide sequence being selected from the group consisting of SEQ ID NO: 7, SEQ ID NO: 9, and SEQ ID NO: 10. (i) a promoter sequence from the murine cytomegalovirus IE1 promoter and being operably linked to the transcriptional start site of the nucleic acid sequence to be expressed; and (ii) an enhancer sequence from the human and/or the simian cytomegalovirus IE1 region, the enhancer sequence being located 5' of and operably linked to the murine cytomegalovirus IE1 promoter sequence; and
A controller configured to monitor pump cavitation having a processor programmed to: repeatedly receive real-time operating current data from a motor (22; 46; 74; 92) driving a pump; generate a current frequency spectrum from the current data; characterised in that the processor is further programmed to: analyze current data within a pair of signature frequency bands of the current frequency spectrum; determine at least one fault signature from the current data within the pair of signature frequency bands; determine at least one dynamic reference signature from the current frequency spectrum; determine at least one fault index based on the at least one fault signature and the at least one dynamic reference signature; compare the at least one fault index to a reference index; and identify a cavitation condition based on a comparison between the reference index and a current fault index. repeatedly receive real-time operating current data from a motor (22; 46; 74; 92) driving a pump; generate a current frequency spectrum from the current data; characterised in that the processor is further programmed to: analyze current data within a pair of signature frequency bands of the current frequency spectrum; determine at least one fault signature from the current data within the pair of signature frequency bands; determine at least one dynamic reference signature from the current frequency spectrum; determine at least one fault index based on the at least one fault signature and the at least one dynamic reference signature; compare the at least one fault index to a reference index; and identify a cavitation condition based on a comparison between the reference index and a current fault index. analyze current data within a pair of signature frequency bands of the current frequency spectrum; determine at least one fault signature from the current data within the pair of signature frequency bands; determine at least one dynamic reference signature from the current frequency spectrum; determine at least one fault index based on the at least one fault signature and the at least one dynamic reference signature; compare the at least one fault index to a reference index; and identify a cavitation condition based on a comparison between the reference index and a current fault index.
An electronic mirror apparatus to be mounted in a vehicle, for providing a driver of the vehicle with a rear view, the electronic mirror apparatus comprising: a display unit including a display screen; a mirror disposed over the display screen; a drive mechanism for changing an angle of the mirror; and a controller electrically coupled with the display unit, the drive mechanism, an illuminance sensor for monitoring illuminance of light incident from the rearward direction of the vehicle, and a camera for shooting an image in the rearward direction of the vehicle, wherein the controller monitors the illuminance of the light incident from the rearward direction of the vehicle based on an output from the illuminance sensor when the display unit is in an OFF state and the vehicle is in a dark environment, characterized in that the controller instructs the drive mechanism to adjust the angle of the mirror to an antiglare angle and also instructs the display unit to display the image shot by the camera and being regulated in luminance when the illuminance of the light incident from the rearward direction of the vehicle becomes equal to or larger than a threshold value. a display unit including a display screen; a mirror disposed over the display screen; a drive mechanism for changing an angle of the mirror; and a controller electrically coupled with the display unit, the drive mechanism, an illuminance sensor for monitoring illuminance of light incident from the rearward direction of the vehicle, and a camera for shooting an image in the rearward direction of the vehicle, wherein the controller monitors the illuminance of the light incident from the rearward direction of the vehicle based on an output from the illuminance sensor when the display unit is in an OFF state and the vehicle is in a dark environment, characterized in that the controller instructs the drive mechanism to adjust the angle of the mirror to an antiglare angle and also instructs the display unit to display the image shot by the camera and being regulated in luminance when the illuminance of the light incident from the rearward direction of the vehicle becomes equal to or larger than a threshold value.
Transport device for transporting work pieces through devices for heat treating the work pieces with two maintenance-free and lubrication-free link belts (11, 12) arranged at the side in the transport plane, characterised in that the link belts (11, 12) are connected to each other through rods running crosswise to the transport direction, in which the rods extend beyond the link belts (11, 12) in height.
A sterilization device comprising: a sterilization chamber for accommodating at least one item for sterilization; a power means for powering the device; a means for providing a sterilization medium for sterilizing the at least one item; wherein the sterilization medium is steam for steam sterilization; and a plurality of sterilization cycle programs comprising: at least one S class sterilization cycle program; and at least one B class sterilization cycle program; the sterilization device comprises a controller for controlling the sterilization cycles of the sterilization device and characterised in that, in a first state the sterilization device provides sterilization using the at least one S class sterilization cycle program and the at least one B class sterilization cycle program is locked and unavailable for use by a user; in a second state the sterilization device provides the at least one B Class sterilization cycle program unlocked and available for use by a user; wherein the at least one locked B class sterilization cycle program is configured to be unlocked with a code; and wherein the sterilization device comprises a keyboard for inputting the code into the controller or the code can be inputted remotely. a sterilization chamber for accommodating at least one item for sterilization; a power means for powering the device; a means for providing a sterilization medium for sterilizing the at least one item; wherein the sterilization medium is steam for steam sterilization; and a plurality of sterilization cycle programs comprising: at least one S class sterilization cycle program; and at least one B class sterilization cycle program; at least one S class sterilization cycle program; and at least one B class sterilization cycle program; the sterilization device comprises a controller for controlling the sterilization cycles of the sterilization device and characterised in that, in a first state the sterilization device provides sterilization using the at least one S class sterilization cycle program and the at least one B class sterilization cycle program is locked and unavailable for use by a user; in a second state the sterilization device provides the at least one B Class sterilization cycle program unlocked and available for use by a user; in a first state the sterilization device provides sterilization using the at least one S class sterilization cycle program and the at least one B class sterilization cycle program is locked and unavailable for use by a user; in a second state the sterilization device provides the at least one B Class sterilization cycle program unlocked and available for use by a user; wherein the at least one locked B class sterilization cycle program is configured to be unlocked with a code; and wherein the sterilization device comprises a keyboard for inputting the code into the controller or the code can be inputted remotely.
Method for unloading onto a removal station (P 3) packages which have previously been deposited on the upper face of at least one tray having at least one lateral edge, the tray having a peripheral groove adjacent to said edge, the method comprising the following steps: the tray is placed on a conveyor with said lateral edge on the removal station (P 3) side, the relative position of the packages with respect to the tray is adjusted so that the packages are situated on the upper face of the tray wholly outside said groove, the tray is moved in front of the removal station (P 3) equipped, at its junction with the conveyor, with a movable deflector in the form of an angle-piece having a wing inclined downwards at an angle α, said deflector being in a top position in which it is out of the way of the lateral edge of the tray, said deflector is moved into a bottom position so that the edge of the inclined wing fits into said groove beneath the upper face of the tray, and the packages are pushed sideways onto the deflector until they are transferred completely to said removal station (P 3).
An all-solid state secondary battery comprising a laminate and a buffer layer, wherein a positive electrode layer, a solid electrolyte layer, and a negative electrode layer are laminated in this order in the laminate, respective areas of the positive electrode layer, the solid electrolyte layer, and the negative electrode layer satisfy [the area of the positive electrode layer] < [the area of the negative electrode layer] ≤ [the area of the solid electrolyte layer], the buffer layer having an area more than the area of the solid electrolyte layer and having a Young's modulus lower than that of each of, the positive electrode layer, the solid electrolyte layer, and the negative electrode layer is provided on either or both of a side of the positive electrode layer opposite to the solid electrolyte layer side and a side of the negative electrode layer opposite to the solid electrolyte layer side, and the laminate is in a pressurized state from 0.1 MPa to 60 MPa through the buffer layer, the Young's modulus of the buffer layer is 0.01 GPa or higher and lower than 2 GPa, wherein the Young's modulus is obtained using an evaluation of tensile properties defined by JIS-K 7161-1 and JIS Z 2241. wherein a positive electrode layer, a solid electrolyte layer, and a negative electrode layer are laminated in this order in the laminate, respective areas of the positive electrode layer, the solid electrolyte layer, and the negative electrode layer satisfy [the area of the positive electrode layer] < [the area of the negative electrode layer] ≤ [the area of the solid electrolyte layer], the buffer layer having an area more than the area of the solid electrolyte layer and having a Young's modulus lower than that of each of, the positive electrode layer, the solid electrolyte layer, and the negative electrode layer is provided on either or both of a side of the positive electrode layer opposite to the solid electrolyte layer side and a side of the negative electrode layer opposite to the solid electrolyte layer side, and the laminate is in a pressurized state from 0.1 MPa to 60 MPa through the buffer layer, the Young's modulus of the buffer layer is 0.01 GPa or higher and lower than 2 GPa, wherein the Young's modulus is obtained using an evaluation of tensile properties defined by JIS-K 7161-1 and JIS Z 2241.
Arrangement of appliances consisting of at least one dimmer and a further device which can be connected to the dimmer via data link, wherein the at least one dimmer is provided with a logic unit for processing and conditioning of control information for influencing of luminaires installed in buildings in line with the demand, and wherein the logic unit on the control side is connected to at least one operation unit and on the impact side with at least one of the luminaires installed in the building, wherein the logic unit provides a memory for alterable storage of luminous control information, also to be called control programs, characterized by the fact that the logic unit of the at least one dimmer can be connected as a data link with one mobile measuring device, designed as the further device, which provides a light sensor, wherein in a teach-in process the light sensor, during at least one dimming process by means of the at least one dimmer detects the resulting luminous changes in brightness of the at least one luminaire and sends these changes to the logic unit, and that during the teach-in process the logic unit uses the luminous changes detected by the light sensor of the mobile measuring device for adaptation of the control information stored in the memory of the dimmer, also called control programms, and that the at least one dimmer consists of a flush-mounted unit and a surface-mounted unit, and that in the flush-mounted unit or in the surface-mounted unit at least the logic unit is housed, and that the surface-mounted unit provides the at least one operation unit.