mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: circuitry configured to acquire information indicating a result of detection of a communication node (110, 120) managed by a second frequency usage control system; notify the second frequency usage control system of first shareable information generated from first frequency usage information related to a first communication node (110, 120) managed by a first frequency usage control system; wherein the first shareable information is held by a first database included in the first frequency usage control system; characterised in that the circuitry is further configured to: notify the second frequency usage control system of a discovery signal based on a request signal from the first frequency usage control system; and notify the first frequency usage control system of information indicating a result of detection of a neighboring node around the first communication node, which is detected by the second frequency usage control system. circuitry configured to acquire information indicating a result of detection of a communication node (110, 120) managed by a second frequency usage control system; notify the second frequency usage control system of first shareable information generated from first frequency usage information related to a first communication node (110, 120) managed by a first frequency usage control system; wherein the first shareable information is held by a first database included in the first frequency usage control system; characterised in that the circuitry is further configured to: notify the second frequency usage control system of a discovery signal based on a request signal from the first frequency usage control system; and notify the first frequency usage control system of information indicating a result of detection of a neighboring node around the first communication node, which is detected by the second frequency usage control system. notify the second frequency usage control system of a discovery signal based on a request signal from the first frequency usage control system; and notify the first frequency usage control system of information indicating a result of detection of a neighboring node around the first communication node, which is detected by the second frequency usage control system.
Damper bearing for supporting a chassis component on a motor vehicle body, comprising - a first bearing element for attachment to the vehicle body; - a second bearing element for attachment to the motor vehicle component, and - a damping element of a shock-absorbing material arranged between the first and second bearing elements (12, 18), wherein the first bearing element is formed as a disc spring - first disc spring - and the damping element has a disc-shaped basic form, and the second bearing element is vulcanised into the disc-shaped damping element, characterised in that the first disc spring has slit-shaped recesses extending radially outwardly from the central through opening. - a first bearing element for attachment to the vehicle body; - a second bearing element for attachment to the motor vehicle component, and - a damping element of a shock-absorbing material arranged between the first and second bearing elements (12, 18), wherein the first bearing element is formed as a disc spring - first disc spring - and the damping element has a disc-shaped basic form, and the second bearing element is vulcanised into the disc-shaped damping element, characterised in that the first disc spring has slit-shaped recesses extending radially outwardly from the central through opening.
A method in a mobility management node for selecting a network access gateway node (PGW1, PGW2, PGW3) when establishing a Packet Data Network, PDN, connection for a radio terminal to a PDN identified by an Access Point Name, APN,, which mobility management node is configured to operatively manage the mobility for the radio terminal and which access gateway node is configured to operatively act as a network access gateway to the PDN so as to provide connectivity for the radio terminal to the PDN, the method comprises: - receiving, from a number of network access gateway nodes (PGW1, PGW2, PGW3), APN capacity allocation information indicating the APN capacity that each access gateway node has allocated of its full APN serving capacity to serve the APN, and APN load information indicating the APN load that each access gateway currently experience with respect to the APN, - receiving, from a Domain Name Server, weight factor information indicating the relative amount at which each access gateway node should be selected when a PDN connection is created, and - selecting a network access gateway node among said number of network access gateways based on the APN capacity allocation information and the APN load information and the weight factor information. - receiving, from a number of network access gateway nodes (PGW1, PGW2, PGW3), APN capacity allocation information indicating the APN capacity that each access gateway node has allocated of its full APN serving capacity to serve the APN, and APN load information indicating the APN load that each access gateway currently experience with respect to the APN, - receiving, from a Domain Name Server, weight factor information indicating the relative amount at which each access gateway node should be selected when a PDN connection is created, and - selecting a network access gateway node among said number of network access gateways based on the APN capacity allocation information and the APN load information and the weight factor information.
A folding apparatus (4, 4', 4", 4", 4ʺʺ) for folding a strip of filling material placed in a continuous rod of the tobacco industry, comprising an inner folding element (20, 20', 20", 20'") having first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) adapted to fold the strip of the filling material, an outer folding element (21, 21', 21", 21′′′) having second folding surfaces situated radially around the axis (m) of the outer folding element adapted to fold the strip of the filling material, wherein the first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) are arranged between the second folding surfaces situated radially around the axis (m) of the outer folding element (21, 21', 21", 21′′′), characterized in that the inner folding element (20, 20', 20", 20′′′) is situated inside the outer folding element (21, 21', 21ʺ, 21′′′). an inner folding element (20, 20', 20", 20'") having first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) adapted to fold the strip of the filling material, an outer folding element (21, 21', 21", 21′′′) having second folding surfaces situated radially around the axis (m) of the outer folding element adapted to fold the strip of the filling material, wherein the first folding surfaces situated radially around the axis (k) of the inner folding element (20, 20', 20", 20′′′) are arranged between the second folding surfaces situated radially around the axis (m) of the outer folding element (21, 21', 21", 21′′′), characterized in that the inner folding element (20, 20', 20", 20′′′) is situated inside the outer folding element (21, 21', 21ʺ, 21′′′).
A light-emitting device, comprising: a laser element; a light-emitting section which emits fluorescence upon receiving excitation light from the laser element; and a first optical member being a non-tapered optical rod which has an entrance surface and an exit surface, the entrance surface being provided in a vicinity of a light-emitting point of the laser element, and the entrance surface having a size which is set such that the excitation light from the laser element enters the non-tapered optical rod via the entrance surface either directly from the laser element or after passing through only an antireflection film, whereby the non-tapered optical rod converts energy intensity distribution of the excitation light into a top-hat distribution, and the energy intensity distribution of the excitation light, which is received by the light-emitting section from the exit surface is the top-hat distribution. a laser element; a light-emitting section which emits fluorescence upon receiving excitation light from the laser element; and a first optical member being a non-tapered optical rod which has an entrance surface and an exit surface, the entrance surface being provided in a vicinity of a light-emitting point of the laser element, and the entrance surface having a size which is set such that the excitation light from the laser element enters the non-tapered optical rod via the entrance surface either directly from the laser element or after passing through only an antireflection film, whereby the non-tapered optical rod converts energy intensity distribution of the excitation light into a top-hat distribution, and the energy intensity distribution of the excitation light, which is received by the light-emitting section from the exit surface is the top-hat distribution.
A heating cooker comprising: a housing including a heating chamber configured to accommodate a heating target; a heating unit configured to heats the heating target; a door configured to open and close the heating chamber; and a gasket attached to the door, the gasket including an elastic material to provide sealing between the door in a closed state and a front face of the housing that faces the door, wherein the gasket includes: a fitting part fitted to an inner side of the door; and a first rising part and a second rising part rising in a direction away from the door from a first position and a second position of the fitting part, respectively, the first position and the second position being spaced from each other, the second rising part includes: a first slope part sloping toward the first rising part; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part, characterised in that when the door closes, the second rising part is pressed by the front face of the housing to contact the first rising part, and when the door is open, the second rising part does not contact the first rising part. a housing including a heating chamber configured to accommodate a heating target; a heating unit configured to heats the heating target; a door configured to open and close the heating chamber; and a gasket attached to the door, the gasket including an elastic material to provide sealing between the door in a closed state and a front face of the housing that faces the door, wherein the gasket includes: a fitting part fitted to an inner side of the door; and a first rising part and a second rising part rising in a direction away from the door from a first position and a second position of the fitting part, respectively, the first position and the second position being spaced from each other, a fitting part fitted to an inner side of the door; and a first rising part and a second rising part rising in a direction away from the door from a first position and a second position of the fitting part, respectively, the first position and the second position being spaced from each other, the second rising part includes: a first slope part sloping toward the first rising part; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part, a first slope part sloping toward the first rising part; and a second slope part slantingly extending from the first slope part in a direction away from the first rising part, characterised in that when the door closes, the second rising part is pressed by the front face of the housing to contact the first rising part, and when the door is open, the second rising part does not contact the first rising part.
Catalyst component of a motor vehicle exhaust gas purification system, comprising a support body in honeycomb construction with passages which extend in a longitudinal direction, through which gas can flow freely from an inlet-side end of the catalyst component to an outlet-side end of the catalyst component and which are provided with passage walls to which is applied a continuous catalytically active coating with a precious metal content determined by at least one element of the platinum group, wherein - a first coating zone is provided, which extends in the longitudinal direction substantially from the inlet-side end to a first coating boundary located in the region between the inlet-side end and the outlet-side end and has a first precious metal content, - a second coating zone is provided, which extends in the longitudinal direction substantially from the first coating boundary to a second coating boundary located in the region between the inlet-side end and the outlet-side end and downstream of the first coating boundary and has a second precious metal content which is lower than the first precious metal content, - a third coating zone is provided, which extends in the longitudinal direction substantially from the second coating boundary to the outlet-side end and has a third precious metal content which is lower than the second precious metal content, characterised in that the coating is represented throughout - as an oxidising catalytically acting coating and - is free of rhodium. - a first coating zone is provided, which extends in the longitudinal direction substantially from the inlet-side end to a first coating boundary located in the region between the inlet-side end and the outlet-side end and has a first precious metal content, - a second coating zone is provided, which extends in the longitudinal direction substantially from the first coating boundary to a second coating boundary located in the region between the inlet-side end and the outlet-side end and downstream of the first coating boundary and has a second precious metal content which is lower than the first precious metal content, - a third coating zone is provided, which extends in the longitudinal direction substantially from the second coating boundary to the outlet-side end and has a third precious metal content which is lower than the second precious metal content, - as an oxidising catalytically acting coating and - is free of rhodium.
An engine control system for managing a schedule of execution of engine control tasks comprising: request receiving means for receiving requests to initiate engine control tasks; and scheduling means for scheduling execution of the engine control tasks, when said request receiving means receives the request, said scheduling means determining a sequence of execution of all the engine control tasks which are requested to be initiated and allocating execution times for which the engine control tasks requested to be initiated are to be executed within a constant reference time frame, said scheduling means performing the execution of the engine control tasks cyclically and altering lengths of the allocated execution times depending upon a number of the engine control tasks requested to be initiated. request receiving means for receiving requests to initiate engine control tasks; and scheduling means for scheduling execution of the engine control tasks, when said request receiving means receives the request, said scheduling means determining a sequence of execution of all the engine control tasks which are requested to be initiated and allocating execution times for which the engine control tasks requested to be initiated are to be executed within a constant reference time frame, said scheduling means performing the execution of the engine control tasks cyclically and altering lengths of the allocated execution times depending upon a number of the engine control tasks requested to be initiated.
A method of controlling a robot cleaner having two markers (PS1 and PS2) spaced apart from each other by a known distance, the method comprising: acquiring an image, from a reference position, of the robot cleaner and a surrounding area of the robot cleaner; identifying the two markers (PS1 and PS2) in the acquired image; defining a horizontal plane in space in which the two markers (PS1 and PS2) are actually located, based on positions of the two markers (P1 and P2) displayed on the acquired image and the known distance; determining the position of the robot cleaner relative to the reference position, based on a projected position of the two displayed markers (P1 and P2) on the horizontal plane; and controlling travel of the robot cleaner based on the determined position of the robot cleaner relative to the reference position. acquiring an image, from a reference position, of the robot cleaner and a surrounding area of the robot cleaner; identifying the two markers (PS1 and PS2) in the acquired image; defining a horizontal plane in space in which the two markers (PS1 and PS2) are actually located, based on positions of the two markers (P1 and P2) displayed on the acquired image and the known distance; determining the position of the robot cleaner relative to the reference position, based on a projected position of the two displayed markers (P1 and P2) on the horizontal plane; and controlling travel of the robot cleaner based on the determined position of the robot cleaner relative to the reference position.
A lock device for use with a key with an extended portion, the lock device comprising: a locking spindle including a plurality of locking spindle bores (42(c)) and a passage extending axially along an axial length of the locking spindle; a driver structure including a plurality of driver structure bores (44(a)), wherein an interface between the driver structure and the locking spindle forms a shear line; a plurality of combination pins in the plurality of locking spindle bores (42(c)); and a plurality of driver pins in the driver structure bores (44(a)) in the driver structure, the plurality of driver pins being respectively associated with the plurality of combination pins, wherein the passage extends to the shear line and characterized by that the extended portion of the key extends to the shear line when the key is used to turn the locking spindle. a locking spindle including a plurality of locking spindle bores (42(c)) and a passage extending axially along an axial length of the locking spindle; a driver structure including a plurality of driver structure bores (44(a)), wherein an interface between the driver structure and the locking spindle forms a shear line; a plurality of combination pins in the plurality of locking spindle bores (42(c)); and a plurality of driver pins in the driver structure bores (44(a)) in the driver structure, the plurality of driver pins being respectively associated with the plurality of combination pins, wherein the passage extends to the shear line and characterized by that the extended portion of the key extends to the shear line when the key is used to turn the locking spindle.
An underfill sealant composition comprising: (a) 10-90 wt% of a (meth)acrylic compound based on the total weight of the composition, and (c) 0.001-20 wt% of an isocyanuric acid having an allyl group based on the total weight of the composition. (a) 10-90 wt% of a (meth)acrylic compound based on the total weight of the composition, and (c) 0.001-20 wt% of an isocyanuric acid having an allyl group based on the total weight of the composition.
Trailer coupling for a motor vehicle with a coupling arm, wherein the coupling arm is pivotably mounted on a holder which is or may be attached to the motor vehicle with the aid of a swivel bearing between a position of use and an inoperative position, wherein the coupling arm in the position of use extends further back beyond a rear section of the motor vehicle for attaching a trailer or mounting a load carrier than in the inoperative position provided for when the coupling arm is not in use, wherein the swivel bearing has a holder bearing location provided on the holder and a coupling arm bearing element carrying the coupling arm and mounted on the holder bearing location, pivotable around a swivel axis, wherein the trailer coupling has a fixing device for the immovable fixing of the coupling arm to the holder in the position of use and/or the inoperative position wherein, in a fixing position of the fixing device, a thrust bearing body mounted immovably on the holder is clamped between a fixing body of the fixing device and the coupling arm bearing element and is released in a release position wherein, in the fixing position, a fixing support face of the fixing body is in contact with a thrust bearing surface of the thrust bearing body and a support surface of the coupling arm bearing element is in contact with a thrust bearing surface of the thrust bearing body, so that the coupling arm bearing element, relative to the holder, has freedom to swivel in the release position and is fixed immovably in the fixing position, wherein in the fixing position the support surface of the coupling arm bearing element and the thrust bearing surface of the thrust bearing body have surface-to-surface support on one another, characterised in that there is no contact between the coupling arm bearing element and the fixing body.
A surgical instrument for piercing into a human or animal body, said instrument comprising an inner portion which is movably arranged within an needle-like outer portion, wherein said outer portion connects to the inner portion through a spring so as to provide with the outer portion during use a load on the inner portion, wherein said outer portion is provided with a proximal sleeve that provides a finger grip to a person, usually a surgeon, wherein the sleeve is releasably connectable to the outer portion and the instrument is provided with a release mechanism for releasing the sleeve from the outer portion, which release mechanism is actuable by motion of the inner portion, characterized in that the outer portion is provided with a proximal ring or edge, and that the sleeve is provided with a displaceable hook for hooking behind the ring or edge and thus provide a connection between the outer portion and the sleeve, wherein the release mechanism can be operable on the hook to remove it from its position behind the ring or edge.
Encapsulating a metal in a zeolite by the method of: (a) inserting a metal or metal precursor into a parent zeolite, and (b) converting the parent zeolite to a zeolite having a higher framework density than the parent zeolite, in the absence of an organic structure directing agent, wherein the conversion is conducted in a basic solution having a NaOH/SiO 2 ratio in the range of from 0.25 to 1.0 and a H 2 O/SiO 2 ratio greater than 50, and at a temperature above the crystallization temperature of the parent zeolite. (a) inserting a metal or metal precursor into a parent zeolite, and (b) converting the parent zeolite to a zeolite having a higher framework density than the parent zeolite, in the absence of an organic structure directing agent, wherein the conversion is conducted in a basic solution having a NaOH/SiO 2 ratio in the range of from 0.25 to 1.0 and a H 2 O/SiO 2 ratio greater than 50, and at a temperature above the crystallization temperature of the parent zeolite.
A capillary aerosol generator comprising: a capillary passage adapted to form an aerosol when liquid material in the passage is heated to volatilize at least some of the liquid material therein; characterized in that the capillary aerosol generator further comprises; a heat capacitor comprising a phase change material in thermal contact with the capillary passage; wherein the phase change material changes phases at a temperature approximately equal to a temperature sufficient to volatilize liquid material in the capillary passage. a capillary passage adapted to form an aerosol when liquid material in the passage is heated to volatilize at least some of the liquid material therein; characterized in that the capillary aerosol generator further comprises; a heat capacitor comprising a phase change material in thermal contact with the capillary passage; wherein the phase change material changes phases at a temperature approximately equal to a temperature sufficient to volatilize liquid material in the capillary passage.