mhurhangee/patent-ind-claim-en huggingface dataset:
A method of configuring network elements of a telecommunications network for reporting management data to a management node , the method comprising the following steps performed by at least one of the network elements : receiving a configuration message, wherein the configuration message is indicative of a reporting mode based on a probability function ,; and reporting management data to the management node depending on a condition, wherein the condition includes the probability function , wherein the result of the evaluation of the probability function determines whether the management data is i) pushed to the management node or ii) is available to be pulled by the management node , wherein the probability function is an exponential distribution function of the time elapsed since the last pushing step opportunity for the network element , wherein the exponential distribution function is parameter-ized by memory utilization of the network element in that the higher the utilization of the memory occupied by measurement data buffered for transfer, the higher the exponential distribution function for the activation of the management data pushing step is. receiving a configuration message, wherein the configuration message is indicative of a reporting mode based on a probability function ,; and reporting management data to the management node depending on a condition, wherein the condition includes the probability function , wherein the result of the evaluation of the probability function determines whether the management data is i) pushed to the management node or ii) is available to be pulled by the management node , i) pushed to the management node or ii) is available to be pulled by the management node , wherein the probability function is an exponential distribution function of the time elapsed since the last pushing step opportunity for the network element , wherein the exponential distribution function is parameter-ized by memory utilization of the network element in that the higher the utilization of the memory occupied by measurement data buffered for transfer, the higher the exponential distribution function for the activation of the management data pushing step is.
An orally disintegrating pharmaceutical formulation comprising tadalafil or a pharmaceutically acceptable salt thereof and crospovidon wherein the value of the particle diameter at 50% in the cumulative distribution (d50) of crospovidon is between 3 to 50 μm, measured by Malvern Mastersizer 2000 laser diffraction particle size analyzer.
An industrial truck having a base and a hydraulic fluid tank , wherein the hydraulic fluid tank comprises multiple feet , characterized in that the base comprises multiple receiving portions into each of which one of the feet is inserted, wherein the feet protrude downwards from a bottom surface of the hydraulic fluid tank , the bottom surface is arranged at all points at a distance from the base , and there is a form fit between each of the feet and the associated receiving portion .
A refrigerator comprising: a vacuum insulated cabinet having a food storage space and an enlarged access opening permitting items to be placed in the food storage space and removed from the food storage space , the vacuum insulated cabinet including a sidewall having inner and outer sides, and a passthrough opening extending between the inner and outer sides ; a resilient insulating member comprising a resilient material, wherein the resilient insulating member is disposed in the passthrough opening , the resilient insulating member including a plurality of outwardly-projecting flexible flaps , the resilient insulating member further including an aperture extending through the resilient insulating member ; an evaporator assembly disposed inside of the sidewall ; a condenser assembly disposed outside of the sidewall ; at least one conduit having an inner end fluidly connected to the evaporator assembly and extending through the aperture of the resilient insulating member , the fluid conduit having an outer end fluidly connected to the condenser assembly , characterized in that the plurality of outwardly-projecting flexible flaps engage a surface of the passthrough opening and form an airtight seal between the resilient insulating member and the surface of the passthrough opening , the surface of the passthrough opening includes a first portion having a first dimension, a second portion having a second dimension, and an annular step surface extending between the first and second portions . a vacuum insulated cabinet having a food storage space and an enlarged access opening permitting items to be placed in the food storage space and removed from the food storage space , the vacuum insulated cabinet including a sidewall having inner and outer sides, and a passthrough opening extending between the inner and outer sides ; a resilient insulating member comprising a resilient material, wherein the resilient insulating member is disposed in the passthrough opening , the resilient insulating member including a plurality of outwardly-projecting flexible flaps , the resilient insulating member further including an aperture extending through the resilient insulating member ; an evaporator assembly disposed inside of the sidewall ; a condenser assembly disposed outside of the sidewall ; at least one conduit having an inner end fluidly connected to the evaporator assembly and extending through the aperture of the resilient insulating member , the fluid conduit having an outer end fluidly connected to the condenser assembly , characterized in that the plurality of outwardly-projecting flexible flaps engage a surface of the passthrough opening and form an airtight seal between the resilient insulating member and the surface of the passthrough opening , the surface of the passthrough opening includes a first portion having a first dimension, a second portion having a second dimension, and an annular step surface extending between the first and second portions .
A distributed routing system for use in a communication network, said routing system comprises: at least one processor configured as a routing engine and/or a management engine, at least one switch fabric controller configured for controlling out-of-band traffic arriving thereat, and a plurality of white boxes, each being a stand-alone hardware comprising at least one line card or at least one fabric switching unit for providing switching or routing capabilities within a forwarding plane of said distributed routing system, wherein said at least one switch fabric controller is configured to connect said plurality of white boxes to said at least one processor, thereby enabling said at least one processor to manage routing of traffic to/from said plurality of white boxes; wherein said distributed routing system comprises the routing/management engine configured to be used as a focal point for inband control and management of traffic, and operative to configure line cards associated with said white boxes and routing tables of fabric switching units of said white boxes; and wherein said routing system is a virtual chassis that combines the plurality of white boxes, thereby obtaining a functionality of a router by utilizing a plurality of standalone white boxes. at least one switch fabric controller configured for controlling out-of-band traffic arriving thereat, and a plurality of white boxes, each being a stand-alone hardware comprising at least one line card or at least one fabric switching unit for providing switching or routing capabilities within a forwarding plane of said distributed routing system, wherein said at least one switch fabric controller is configured to connect said plurality of white boxes to said at least one processor, thereby enabling said at least one processor to manage routing of traffic to/from said plurality of white boxes; wherein said distributed routing system comprises the routing/management engine configured to be used as a focal point for inband control and management of traffic, and operative to configure line cards associated with said white boxes and routing tables of fabric switching units of said white boxes; and wherein said routing system is a virtual chassis that combines the plurality of white boxes, thereby obtaining a functionality of a router by utilizing a plurality of standalone white boxes.
A method for applying texture to an aluminum sheet , comprising: cold rolling the aluminum sheet via a rolling stand having at least one roll having an EDT surface; wherein the at least one roll having an EDT surface applies a roll force (F1, F2) to the aluminum sheet, wherein the roll force as applied reduces a thickness of the aluminum sheet by less than 1%, and wherein the roll force as applied produces a texture on the aluminum sheet, wherein the roll roughness transfer percentage is from 80 % to 100 %, and wherein, after the cold rolling, the aluminum sheet has a surface roughness of from 1 μm to 5 μm Sa. cold rolling the aluminum sheet via a rolling stand having at least one roll having an EDT surface; wherein the at least one roll having an EDT surface applies a roll force (F1, F2) to the aluminum sheet, wherein the roll force as applied reduces a thickness of the aluminum sheet by less than 1%, and wherein the roll force as applied produces a texture on the aluminum sheet, wherein the roll roughness transfer percentage is from 80 % to 100 %, and wherein, after the cold rolling, the aluminum sheet has a surface roughness of from 1 μm to 5 μm Sa.
A surgical apparatus for vaginal sacral colpoplexy or rectopexy, comprising: a first retractor ; a second retractor ; a dissection shaft defining a central channel extending from a first end portion of the shaft to a second end portion of the shaft , wherein the first retractor and the second retractor each has a ridge along its inner surface, which is adapted to slide in a corresponding groove on anterior and posterior curved surfaces of the dissection shaft, enabling the retractors and the dissecting shaft to be insertable as one piece without separation and the dissection shaft to be withdrawable from the retractors , leaving the retractors in place for being movable in opposite directions from one another. a first retractor ; a second retractor ; a dissection shaft defining a central channel extending from a first end portion of the shaft to a second end portion of the shaft , wherein the first retractor and the second retractor each has a ridge along its inner surface, which is adapted to slide in a corresponding groove on anterior and posterior curved surfaces of the dissection shaft, enabling the retractors and the dissecting shaft to be insertable as one piece without separation and the dissection shaft to be withdrawable from the retractors , leaving the retractors in place for being movable in opposite directions from one another.
A polymer latex for use in an adhesive composition, obtainable by free-radical emulsion polymerization of a mixture of ethylenically unsaturated monomers comprising: (a) a vinyl aromatic monomer; (b) a conjugated diene monomer; and (c) an ethylenically unsaturated monomer having an acid and/or a hydroxyl functional group; wherein the weight ratio of the vinyl aromatic monomer (a) to the conjugated diene monomer (b) is in the range of from 1.60 to 2.30; and wherein the polymer latex has a median particle size of at least 220 nm, wherein the median particle size is determined by dynamic light scattering according to ISO 22412:2017. (a) a vinyl aromatic monomer; (b) a conjugated diene monomer; and (c) an ethylenically unsaturated monomer having an acid and/or a hydroxyl functional group; wherein the weight ratio of the vinyl aromatic monomer (a) to the conjugated diene monomer (b) is in the range of from 1.60 to 2.30; and wherein the polymer latex has a median particle size of at least 220 nm, wherein the median particle size is determined by dynamic light scattering according to ISO 22412:2017.
A multimedia data playing method, comprising: obtaining , by a terminal device, a first sound effect plug-in, wherein the first sound effect plug-in corresponds to a first sound effect, and the terminal device comprises a first application and a second application that are used to play multimedia data; providing , by the terminal device, a first sound effect option corresponding to the first sound effect, for selection by a user; receiving , by the terminal device, a first instruction used to indicate that the user selects the first sound effect option; when first multimedia data is to be played by the first application, processing , by the terminal device, the first multimedia data by using the first sound effect plug-in according to the first instruction, to play the first multimedia data with the first sound effect; and when second multimedia data is to be played by the second application, processing , by the terminal device, the second multimedia data by using the first sound effect plug-in according to the first instruction, to play the second multimedia data with the first sound effect, wherein the method further comprises: detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset. obtaining , by a terminal device, a first sound effect plug-in, wherein the first sound effect plug-in corresponds to a first sound effect, and the terminal device comprises a first application and a second application that are used to play multimedia data; providing , by the terminal device, a first sound effect option corresponding to the first sound effect, for selection by a user; receiving , by the terminal device, a first instruction used to indicate that the user selects the first sound effect option; when first multimedia data is to be played by the first application, processing , by the terminal device, the first multimedia data by using the first sound effect plug-in according to the first instruction, to play the first multimedia data with the first sound effect; and when second multimedia data is to be played by the second application, processing , by the terminal device, the second multimedia data by using the first sound effect plug-in according to the first instruction, to play the second multimedia data with the first sound effect, wherein the method further comprises: detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset. detecting, by the terminal device, that a headset is inserted and that the headset is a current sound device; and adjusting a sound effect parameter value in the first sound effect plug-in to make a sound effect adapted to the headset.
Multi-plate clutch for a motor vehicle , with an inner plate carrier , with an outer plate carrier and with at least one plate stack , which is tied to the inner plate carrier or to the outer plate carrier both non-rotatably and fixed in an axial direction and which comprises at least two plates , wherein there is provided at least one spacer element , which is designed as an intermediate shim, arranged in an axially immovable and non-deformable manner between the at least two plates and provided for a uniform distancing of the plates , characterised in that the at least one spacer element has at least one oil guidance pocket extending radially outwards from the inner plate carrier .
A system for use in a broaching procedure, comprising: a first chip ring (330-1) that includes a first through slot; a second chip ring (330-2) that includes a second through slot; and a component to be broached disposed between the first chip ring (330-1) and the second chip ring (330-2) that includes a component through slot , where the first, second and component through slots are coaxial along a slot axis (A) that is oriented at a non-zero valued angle relative to a planar surface of the component facing at least one of the first and second chip rings (330-1, 330-2); characterised in that : the first chip ring (330-1) includes a first angular step (340-1) in a first exterior surface (350-1) of the first chip ring (330-1), the first exterior surface (350-1) opposed to the component . a first chip ring (330-1) that includes a first through slot; a second chip ring (330-2) that includes a second through slot; and a component to be broached disposed between the first chip ring (330-1) and the second chip ring (330-2) that includes a component through slot , where the first, second and component through slots are coaxial along a slot axis (A) that is oriented at a non-zero valued angle relative to a planar surface of the component facing at least one of the first and second chip rings (330-1, 330-2); characterised in that : the first chip ring (330-1) includes a first angular step (340-1) in a first exterior surface (350-1) of the first chip ring (330-1), the first exterior surface (350-1) opposed to the component .
- Device for distributing air-conditioning air for a turret of a vehicle that is rotatably mounted relative to a chassis of the vehicle, the device comprising a rotating joint intended for electrically connecting the turret and the chassis of the vehicle and to be coaxial with the turret , the rotating joint including a stator intended to be secured to the chassis and a rotor intended to be secured to the turret , wherein the device is characterized in that it includes a cover that forms a chamber delimiting a volume in which the rotor is housed and that is perforated by at least one air outlet , wherein the cover is secured in an airtight fashion to the rotor , wherein the cover is located at the center of a first disc to which the edges of the side walls of the cover are secured, the device includes a second disc which is pressed against the first disc with a sealing means interposed therebetween, wherein the second disc has substantially the same diameter as the first disc , is coaxial with it and is secured to the stator , and can thus rotate in an airtight fashion relative to the first disc and seals the chamber delimited by the cover , wherein the second disc includes an air inlet provided near the stator , wherein the side walls of the cover are located at such a distance (D) from the rotor that the air inlet provided in the second disc is always at least partly open into the volume of the chamber in all angular orientations of the rotor relative to the stator .
A system consisting of a fire safe sealing and a floor or a ceiling of a building comprising an aperture in the floor or the ceiling of the building, through which aperture at least a pipe , a cable or the like is guided, the ceiling or the floor having an upper surface and a lower surface , whereby the fire safe sealing consists of at least one non-combustible insulation element , preferably made of mineral wool and/or bound mineral fibers, and wherein the insulation element is bendable with respect to at least its longitudinal axis, characterized in that the insulation element has a length (l) and/or a width being larger than a length (L) and/or a width of the aperture , whereby the difference(s) of the length (I) of the insulation element relative to the length (L) of the aperture and/or the width of the insulation element relative to the width of the aperture is adjusted so that the insulation element inserted into the aperture is fixed to the aperture in a bow-shaped arrangement because of its larger length (I) and/or width as well as its bendability and elasticity whereby the insulation element does not extend beyond two planes defined by the upper surface and the lower surface of the ceiling or the floor and wherein the insulation element is therefore force clamped into the aperture so that the insulation element is able to carry a covering layer of mortar or concrete arrangeable on top of the insulation element , without the need for additional supporting elements from below.
A dental furnace for firing or pressing a dental restoration part which is receivable in the furnace and is depositable on a base, the dental furnace having a firing chamber the diameter of which is larger than the largest dental restoration part to be fired, and wherein a control device and an operating unit are provided on or for the dental furnace , characterized in that the size and/or the weight and/or the number of the said or each of the dental restoration part(s) to be fired or to be pressed is/are detected, respectively, the detected values being converted into units of dental restoration parts and being adjustable via the operating unit .
An energy absorber comprising an olefin-based resin composition obtained by mixing an olefin resin, a polyamide resin, and an elastomer having a reactive group that reacts with the polyamide resin, wherein the olefin-based resin composition has a continuous phase containing the olefin resin, and a polyamide resin-based dispersed phase dispersed in the continuous phase, and the polyamide resin-based dispersed phase has a structure in which the elastomer is contained in a matrix phase containing the polyamide resin, wherein the olefin-based resin composition has an interfacial phase in the interface between the continuous phase and the polyamide resin-based dispersed phase, and the interfacial phase contains the elastomer, wherein the olefin-based resin composition has a stress at break of 12 MPa to 50 MPa and an elongation at break of 100 to 400%, measured as indicated in the description, when the total of the olefin resin, the polyamide resin, and the elastomer is taken as 100% by mass, the content of the olefin resin is 30 to 73% by mass, the content of the polyamide resin is 5 to 65% by mass, and the content of the elastomer is 5 to 50% by mass, and wherein the energy absorber comprises an impact absorbing frame having an impact absorbing wall whose plane direction is along a direction in which an impact load is applied, wherein the impact absorbing wall is collapsed when subjected to the impact load to absorb an impact. the olefin-based resin composition has a continuous phase containing the olefin resin, and a polyamide resin-based dispersed phase dispersed in the continuous phase, and the polyamide resin-based dispersed phase has a structure in which the elastomer is contained in a matrix phase containing the polyamide resin, wherein the olefin-based resin composition has an interfacial phase in the interface between the continuous phase and the polyamide resin-based dispersed phase, and the interfacial phase contains the elastomer, wherein the olefin-based resin composition has a stress at break of 12 MPa to 50 MPa and an elongation at break of 100 to 400%, measured as indicated in the description, when the total of the olefin resin, the polyamide resin, and the elastomer is taken as 100% by mass, the content of the olefin resin is 30 to 73% by mass, the content of the polyamide resin is 5 to 65% by mass, and the content of the elastomer is 5 to 50% by mass, and wherein the energy absorber comprises an impact absorbing frame having an impact absorbing wall whose plane direction is along a direction in which an impact load is applied, wherein the impact absorbing wall is collapsed when subjected to the impact load to absorb an impact.