mhurhangee/ep-ind-claims huggingface dataset:
A user equipment in a mobile communication system, the user equipment comprising: processing circuitry, which in operation, determines whether the user equipment, being located in a first radio access network notification area, first RNA, is moving to a second radio access network notification area, second RNA, different from the first RNA, the user equipment being in an inactive state out of an idle state, a connected state and the inactive state the user equipment can be in, a transmitter, which in operation, transmits identification information of user equipment related context information used by the user equipment to exchange data with a radio base station of the first RNA to a second radio base station of the second RNA, when determining that the user equipment is moving to the second RNA, and a receiver, which in operation, receives from the second radio base station user equipment related context information usable by the user equipment to exchange uplink and downlink data with the second radio base station, wherein the received user equipment related context information comprises at least one of the following: • security information usable between the second radio base station and the user equipment, such as a ciphering key to cipher data before transmission and a deciphering key to decipher data after reception, • information on data connections at least between the second radio base station and the user equipment. processing circuitry, which in operation, determines whether the user equipment, being located in a first radio access network notification area, first RNA, is moving to a second radio access network notification area, second RNA, different from the first RNA, the user equipment being in an inactive state out of an idle state, a connected state and the inactive state the user equipment can be in, a transmitter, which in operation, transmits identification information of user equipment related context information used by the user equipment to exchange data with a radio base station of the first RNA to a second radio base station of the second RNA, when determining that the user equipment is moving to the second RNA, and a receiver, which in operation, receives from the second radio base station user equipment related context information usable by the user equipment to exchange uplink and downlink data with the second radio base station, • security information usable between the second radio base station and the user equipment, such as a ciphering key to cipher data before transmission and a deciphering key to decipher data after reception, • information on data connections at least between the second radio base station and the user equipment.
Sink insert comprising at least one holding rod for cleaning cloths and the like, which rod is flat at its two end portions, characterized in that the at least one holding rod has a length adjustment mechanism, the at least one holding rod being composed of at least two partial rods (20, 21) which are provided with complementarily interlocking portions.
A method of manufacturing an optoelectronic device, comprising the successive steps of: a) transferring, onto a surface of a control integrated circuit previously formed inside and on a semiconductor substrate and comprising a plurality of metal connection pads, an active diode stack comprising at least first and second doped semiconductor layers of opposite conductivity types, so that the second layer of the stack is electrically connected to the metal pads of the control circuit; and b) forming in the active stack trenches delimiting a plurality of diodes connected to different metal pads of the control circuit, the method further comprising, after step b), a step c) of depositing, on each diode, an electrode (178; 182) on top of and in contact with the surface of the first semiconductor layer opposite to the second semiconductor layer, and characterized in that, after step b) and before step c), the method comprises a step during which trenches are filled with an insulting material, an a step of planarization for removing the insulating material on the upper surface of the diodes. a) transferring, onto a surface of a control integrated circuit previously formed inside and on a semiconductor substrate and comprising a plurality of metal connection pads, an active diode stack comprising at least first and second doped semiconductor layers of opposite conductivity types, so that the second layer of the stack is electrically connected to the metal pads of the control circuit; and b) forming in the active stack trenches delimiting a plurality of diodes connected to different metal pads of the control circuit,
Apparatus designed to measure the level of a liquid, said apparatus comprising: a measuring tube (102, 202) designed to conduct the liquid, which has a tube wall which runs between a first tube opening at the front face and a second tube opening at the front face and which surrounds a volume in which the liquid is to be conducted, wherein a tube axis extends between the first tube opening and the second tube opening; a first conductor (120, 126, 226) which extends at least in sections around the volume in which the liquid is to be conducted, wherein the first conductor is electrically isolated in relation to the volume; a second conductor (114, 124, 224) which extends at least in sections around the volume in which the liquid is to be conducted, wherein the second conductor is electrically isolated in relation to the first conductor and in relation to the volume, wherein the first conductor (120, 126, 226) extends essentially parallel to the second conductor (114, 124, 224), wherein the first conductor (120, 126, 226) and the second conductor (114, 124, 224) form a waveguide for microwaves; a HF circuit designed to couple a microwave signal into the waveguide and to receive reflected microwave signals which are decoupled from the waveguide; an operating and evaluation circuit, which is designed to determine the level of the liquid in the measuring tube (102, 202) using the microwave signals received. a measuring tube (102, 202) designed to conduct the liquid, which has a tube wall which runs between a first tube opening at the front face and a second tube opening at the front face and which surrounds a volume in which the liquid is to be conducted, wherein a tube axis extends between the first tube opening and the second tube opening; a first conductor (120, 126, 226) which extends at least in sections around the volume in which the liquid is to be conducted, wherein the first conductor is electrically isolated in relation to the volume; a second conductor (114, 124, 224) which extends at least in sections around the volume in which the liquid is to be conducted, wherein the second conductor is electrically isolated in relation to the first conductor and in relation to the volume, wherein the first conductor (120, 126, 226) extends essentially parallel to the second conductor (114, 124, 224), wherein the first conductor (120, 126, 226) and the second conductor (114, 124, 224) form a waveguide for microwaves; a HF circuit designed to couple a microwave signal into the waveguide and to receive reflected microwave signals which are decoupled from the waveguide; an operating and evaluation circuit, which is designed to determine the level of the liquid in the measuring tube (102, 202) using the microwave signals received.
A cooking appliance comprising: a cooking unit for cooking the food; a display for displaying information to the user; one or more microphones for receiving voice data which is sent from the user; a user-interface unit which is adapted to control the cooking unit and the display, to listen to the environment through the microphones, and to perform voice recognition on the basis of the voice data received through the microphones, and the user-interface unit is further adapted to recognize different users, and to manage for the different users respectively separate personal databases each for storing one or more favorite cooking programs of the respective user, and to allow the user to control the cooking appliance through voice commands and characterized in that, the user-interface unit is programmed to allow the user to define through the voice commands a new cooking program to be executed and, if desired, to store through the voice commands the new cooking program under a name to be specified by the user, and/or to recall, through calling its name, a stored cooking program from his/her personal database and have it executed, wherein the cooking program comprises one or more steps each comprising a cooking period and a cooking level. a cooking unit for cooking the food; a display for displaying information to the user; one or more microphones for receiving voice data which is sent from the user; a user-interface unit which is adapted to control the cooking unit and the display, to listen to the environment through the microphones, and to perform voice recognition on the basis of the voice data received through the microphones, and the user-interface unit is further adapted to recognize different users, and to manage for the different users respectively separate personal databases each for storing one or more favorite cooking programs of the respective user, and to allow the user to control the cooking appliance through voice commands and characterized in that, the user-interface unit is programmed to allow the user to define through the voice commands a new cooking program to be executed and, if desired, to store through the voice commands the new cooking program under a name to be specified by the user, and/or to recall, through calling its name, a stored cooking program from his/her personal database and have it executed, wherein the cooking program comprises one or more steps each comprising a cooking period and a cooking level.
An exhaust gas treatment apparatus comprising an upstream cylinder suitable for an exhaust gas passage of an engine mounted on a vehicle body, a downstream cylinder provided on a downstream side of said upstream cylinder, and a purifying part cylinder which is provided between said upstream cylinder and said downstream cylinder by being detachably connected in series in a direction of an axis of each of said cylinders (22, 27, 31) and in which a treatment member for effecting purification treatment of exhaust gas is incorporated and said purifying part cylinder being connected between said upstream cylinder and said downstream cylinder in series in the horizontal direction, said exhaust gas treatment apparatus characterized in that; said upstream cylinder, said downstream cylinder, and said purifying part cylinder are provided with flange portions (23C, 28C, 32B, 32C) having connecting surfaces (23E, 28E, 32F, 32G) which are connected in a mutually opposing state, and that connecting surfaces (23E, 32F) of said flange portions (23C, 32B) for connecting said upstream cylinder and said purifying part cylinder and/or connecting surfaces (28E, 32G) of said flange portions (28C, 32C) for connecting said downstream cylinder and said purifying part cylinder are formed by inclined connecting surfaces which are inclined diagonally with respect to a direction perpendicular to the direction of the axis of each of said cylinders (22, 27, 31), wherein said inclined connecting surface (s) (32F, 32G) provided on said purifying part cylinder are/is configured to be formed as a downwardly inclined connecting surface(s) which are/is inclined diagonally downward such that a size of a lower surface side of said cylinder arranged in the horizontal direction becomes smaller than that of an upper surface side of said cylinder, and said inclined connecting surface (s) (23E, 28E) provided on said upstream cylinder and/or said downstream cylinder are/is configured to be formed as an upwardly inclined connecting surface(s) which are/is inclined diagonally upward such that a size of the upper surface side of said cylinder arranged in the horizontal direction becomes smaller than that of the lower surface side of said cylinder.
Apparatus comprising means for causing at least the following to be performed: displaying first content on a display, such that the displayed first content fills a first area of the display; determining second content comprising metadata relating to the first content; in response to the reception of a first user input being a drag input: translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and in response to a reception of a second user input being a release of the drag input performed while the first content and the second content are displayed, ceasing to display the second content and causing redisplay of the first content such that the first content fills the first area of the display. displaying first content on a display, such that the displayed first content fills a first area of the display; determining second content comprising metadata relating to the first content; in response to the reception of a first user input being a drag input: translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and in response to a reception of a second user input being a release of the drag input performed while the first content and the second content are displayed, ceasing to display the second content and causing redisplay of the first content such that the first content fills the first area of the display.
A secured aerosol delivery device comprising: a cartridge providing a substance to be vaporized; a control body configured to be coupled with the cartridge for vaporizing the substance from the cartridge; and a security tag attached to the control body, the security tag being configured to secure the control body and prevent usage of the aerosol delivery device unless the security tag is unlocked and removed from the control body. a cartridge providing a substance to be vaporized; a control body configured to be coupled with the cartridge for vaporizing the substance from the cartridge; and a security tag attached to the control body, the security tag being configured to secure the control body and prevent usage of the aerosol delivery device unless the security tag is unlocked and removed from the control body.
A profile for a header of a cooler which also comprises numerous parallel tubes, having a cross-sectional shape between slots for the tubes which comprises at least two wave troughs, wherein at least three wave crests are also provided, characterized in that from outside to inside the outer radius called R1 of a first wave crest (14.1), the inner radius called R2 of the first wave crest (14.1), the outer radius called R3 of a first wave trough (12.1), the inner radius called R4 of the first wave trough (12.1) and/or the radius called R5 of a second wave crest (12.2) is measured as follows: R1 = 1.5 - 3.5 mm, R2 = 2 - 4 mm, R3 = 1.9 - 5 mm, R4 = 1.9 - 40 mm, R5 = 3 - 50 mm. wherein at least three wave crests are also provided, characterized in that from outside to inside the outer radius called R1 of a first wave crest (14.1), the inner radius called R2 of the first wave crest (14.1), the outer radius called R3 of a first wave trough (12.1), the inner radius called R4 of the first wave trough (12.1) and/or the radius called R5 of a second wave crest (12.2) is measured as follows: R1 = 1.5 - 3.5 mm, R2 = 2 - 4 mm, R3 = 1.9 - 5 mm, R4 = 1.9 - 40 mm, R5 = 3 - 50 mm. R1 = 1.5 - 3.5 mm, R2 = 2 - 4 mm, R3 = 1.9 - 5 mm, R4 = 1.9 - 40 mm, R5 = 3 - 50 mm.
A process for de-acidification of fats and oils, to recover micronutrients and free fatty acids comprising the following steps: step (i) feeding a pre-treated oil feed stream to a vacuum steam stripping section, stripping off volatile phases, optionally assisting the stripping off volatile phases by addition of stripping steam and unintentional in-leakage of air; step (ii) feeding the stripped off volatile phases to a high temperature condensing stage or to a combination of a high temperature condensing stage and a medium temperature condensing stage, obtaining a condensed phase and a vapour phase, sending the condensed phase to a vacuum distillation operation and sending the vapour phase to a cold condensation stage; step (iii) transferring condensed phase to a distillation stage for subjecting the condensed phase to a vacuum distillation operation, and obtaining a high temperature distillate and a stream of volatiles; step (iv) feeding the vapour phase from the high temperature condensing stage or the vapour phase from the combination of a high temperature condensing stage and the medium temperature condensing stage, along with the stream of volatiles from the vacuum distillation operation to the cold condensation stage obtaining a stream of non-condensable gases and a cold temperature distillate, wherein the cold temperature distillate is a fatty acid product stream, letting the stream of non-condensable gases continue to a vacuum system; and step (v) recovering from the vacuum steam stripping section a stream of refined oils. step (i) feeding a pre-treated oil feed stream to a vacuum steam stripping section, stripping off volatile phases, optionally assisting the stripping off volatile phases by addition of stripping steam and unintentional in-leakage of air; step (ii) feeding the stripped off volatile phases to a high temperature condensing stage or to a combination of a high temperature condensing stage and a medium temperature condensing stage, obtaining a condensed phase and a vapour phase, sending the condensed phase to a vacuum distillation operation and sending the vapour phase to a cold condensation stage; step (iii) transferring condensed phase to a distillation stage for subjecting the condensed phase to a vacuum distillation operation, and obtaining a high temperature distillate and a stream of volatiles; step (iv) feeding the vapour phase from the high temperature condensing stage or the vapour phase from the combination of a high temperature condensing stage and the medium temperature condensing stage, along with the stream of volatiles from the vacuum distillation operation to the cold condensation stage obtaining a stream of non-condensable gases and a cold temperature distillate, wherein the cold temperature distillate is a fatty acid product stream, letting the stream of non-condensable gases continue to a vacuum system; and step (v) recovering from the vacuum steam stripping section a stream of refined oils.
Process for manufacturing propylene oxide (1,2-epoxypropane) by reaction of propylene with hydrogen peroxide, said process using a hydrogen peroxide solution containing less than 100 ppb of Al and Fe which is a purified aqueous hydrogen peroxide solution which has been obtained by an AO (auto-oxidation) process, wherein the aqueous hydrogen peroxide solution contains less than 100 ppb of Cr.
An internal mirror base assembly for a motor vehicle, in particular a passenger vehicle, with a base (3, 33) for an interior mirror which can be firmly fixed next to a roof panel on a windshield of the motor vehicle, a shutter element, which is moveably mounted on the base (3, 33), and a fastening means, with which the shutter element on the roof panel can be fastened, characterised in that the shutter element is displaceable in a vehicle longitudinal direction and in a vehicle vertical direction, meaning it can be displaced in all directions between a vehicle longitudinal direction and a vehicle vertical direction as a result, and/or the shutter element is mounted pivotably on the base (3, 33) about a pivot axis that runs parallel to a vehicle transverse direction.
Analytical apparatus (100, 100', 100") to be installed on a substantially horizontal surface of a diagnostic laboratory, the apparatus (100, 100', 100") comprising a bottom side (20, 20') and an upper working side (40, 40'), the bottom side (20, 20') having attached thereto at least three casters (31, 32, 33, 34) for rolling the apparatus (100, 100', 100") on a surface and at least two feet (35, 36), wherein the casters (31, 32, 33, 34) have a fixed height, and characterized in that one caster is higher than the other casters (31, 32, 33) so that the distance of the bottom side (20, 20') of the analytical apparatus from the surface is larger at the point where the higher caster is mounted and smaller where the other casters (31, 32, 33) are mounted, resulting in a slight tilt of the apparatus (100, 100', 100") when it is rolled on the surface, and wherein the at least two feet (35, 36) are individually adjustable in height so that when the height of the feet (35, 36) is adjusted to level the upper working side (40, 40'), the apparatus (100, 100', 100") rests on the at least two feet (35, 36) and the higher caster.
Conveying device containing a telescopic conveying pipe and at least the following features a) an initial lifting pipe with a conical inlet flange on the upper conveying pipe with radial tolerance compensation and restoring springs b) a continuous transit weigher with a funnel and a fixed section of pipe c) a large lifting pipe with a cable winch and slack cable monitoring d) a resting ring and filling level monitoring at the conveying pipe outlet e) an annular flushing device on the telescopic pipe f) to some extent fixedly mounted flushing device components, flushing pipes or a flushing ball with flange g) the pipelines, tubing for compressed air, fully demineralized water and waste water h) the closing, controlling valves i) local control unit for the filling and flushing processes. a) an initial lifting pipe with a conical inlet flange on the upper conveying pipe with radial tolerance compensation and restoring springs b) a continuous transit weigher with a funnel and a fixed section of pipe c) a large lifting pipe with a cable winch and slack cable monitoring d) a resting ring and filling level monitoring at the conveying pipe outlet e) an annular flushing device on the telescopic pipe f) to some extent fixedly mounted flushing device components, flushing pipes or a flushing ball with flange g) the pipelines, tubing for compressed air, fully demineralized water and waste water h) the closing, controlling valves i) local control unit for the filling and flushing processes.