mhurhangee/ep-ind-claims huggingface dataset:
Method in a client node for supporting a decision on decoding and playout of a certain media bit stream, the method comprising: - obtaining information related to said certain media bit stream regarding level requirements associated with at least one playout rate for said certain media bit stream, which at least one playout rate is different than a predefined regular playout rate for said certain media bit stream, wherein the at least one playout rate that is different than a predefined regular playout rate is a non-regular playout rate, and the obtained information comprises the at least one non-regular playout rate and its corresponding required level, wherein the at least one non-regular playout rate and its corresponding required level as well as the regular playout rate and its corresponding level are signaled in a Media Presentation Description, MPD, for the media bit stream, and - determining, based on the obtained information, which of the at least one non-regular playout rate is supported by the client node in regard of level, thus enabling the client node to decode and play out the media bit stream at a non-regular rate determined to be supported by the client node. - obtaining information related to said certain media bit stream regarding level requirements associated with at least one playout rate for said certain media bit stream, which at least one playout rate is different than a predefined regular playout rate for said certain media bit stream, wherein the at least one playout rate that is different than a predefined regular playout rate is a non-regular playout rate, and the obtained information comprises the at least one non-regular playout rate and its corresponding required level, wherein the at least one non-regular playout rate and its corresponding required level as well as the regular playout rate and its corresponding level are signaled in a Media Presentation Description, MPD, for the media bit stream, and - determining, based on the obtained information, which of the at least one non-regular playout rate is supported by the client node in regard of level, thus enabling the client node to decode and play out the media bit stream at a non-regular rate determined to be supported by the client node.
Method for operating an electric terminal device for an electric system of a vehicle (12, 34, 38) for electrically connecting the electric system of the vehicle (12, 34, 38) to an electrical energy source arranged separately from the vehicle (12, 34, 38), for which purpose a connection unit electrically connected to the electrical energy source arranged separately from the vehicle (12, 34, 38) is connected to the terminal device and locked, wherein the connection unit of the vehicle (12, 34, 38) is unlocked by manually actuating an actuating element (14, 16) when the connection unit is connected to the terminal device, wherein the terminal device is checked in response to manual actuation of the actuating element (14, 16) whether an authorised wireless key is in communication range of the vehicle (12, 34, 38), characterised in that the actuating element (14, 16) is connected for communication with a vehicle-BUS and a locking device is controlled via the vehicle-BUS for interacting with the connection unit, when the connection unit is connected to the terminal device, wherein the vehicle-BUS is activated in response to the manual actuation of the actuating element (14, 16), wherein the activation is unblocked only when the vehicle (12, 34, 38) is unlocked.
A spark plug comprising: an insulator having an axial bore extending in a direction of an axis, and a terminal electrode having a rodlike leg portion inserted into a rear end portion of the axial bore and a head portion exposed at a rear end of the insulator, a front end subportion of the leg portion being fixed to the insulator, and the leg portion having a length of 35 mm or more along the axis, the spark plug being characterized in that the center of gravity of the terminal electrode is located in the axial bore of the insulator; wherein the terminal electrode has its center of gravity located 5 mm or more frontward from the rear end of the insulator as measured along the axis. an insulator having an axial bore extending in a direction of an axis, and a terminal electrode having a rodlike leg portion inserted into a rear end portion of the axial bore and a head portion exposed at a rear end of the insulator, a front end subportion of the leg portion being fixed to the insulator, and the leg portion having a length of 35 mm or more along the axis, the spark plug being characterized in that the center of gravity of the terminal electrode is located in the axial bore of the insulator; wherein the terminal electrode has its center of gravity located 5 mm or more frontward from the rear end of the insulator as measured along the axis.
A halved bearing characterized in that the halved bearing comprising: a porous layer composed of Cu-Sn series alloy, which is formed on a surface of a metal substrate; and a sliding layer in which the porous layer is covered with resin material including at least polytetrafluoroethylene and a carbon fiber, wherein an uneven surface which maintains oil to form an oil film and has a shape that prevents the shape from changing against abrasion when a member to be slid is sliding and a height that maintains the oil so that the oil film is formed, ist formed on a surface of the sliding layer slidably bearing the member to be slid, the halved bearing is formed on a circular arc along a direction in which the member to be slid swings, and the uneven surface of the sliding layer has surface roughness of 3.0 through 10.0 μm in arithmetic average roughness (Ra) and has a reversed-quadrangular-pyramid shaped recess portions becoming an oil sump, in which line-like vertexes that are continuous are arranged in gridlike fashion. a porous layer composed of Cu-Sn series alloy, which is formed on a surface of a metal substrate; and a sliding layer in which the porous layer is covered with resin material including at least polytetrafluoroethylene and a carbon fiber, wherein an uneven surface which maintains oil to form an oil film and has a shape that prevents the shape from changing against abrasion when a member to be slid is sliding and a height that maintains the oil so that the oil film is formed, ist formed on a surface of the sliding layer slidably bearing the member to be slid, the halved bearing is formed on a circular arc along a direction in which the member to be slid swings, and the uneven surface of the sliding layer has surface roughness of 3.0 through 10.0 μm in arithmetic average roughness (Ra) and has a reversed-quadrangular-pyramid shaped recess portions becoming an oil sump, in which line-like vertexes that are continuous are arranged in gridlike fashion.
A method for wireless communication, the method comprising: decoding a shared control channel transmission of a basic safety message, BSM, in a vehicle-to-everything, V2X, system during a first portion of a time period, wherein the control channel transmission conveys an indication of resource blocks that are allocated for wireless transmission by a legacy device; identifying, based on the indication of resource blocks that are allocated for wireless transmission by the legacy device, a pool of remaining resource blocks, RBs, that are available for the time period; and selecting, according to a random selection scheme, a subset of RBs from the available pool of RBs for a transmission during a second portion of the time period. decoding a shared control channel transmission of a basic safety message, BSM, in a vehicle-to-everything, V2X, system during a first portion of a time period, wherein the control channel transmission conveys an indication of resource blocks that are allocated for wireless transmission by a legacy device; identifying, based on the indication of resource blocks that are allocated for wireless transmission by the legacy device, a pool of remaining resource blocks, RBs, that are available for the time period; and selecting, according to a random selection scheme, a subset of RBs from the available pool of RBs for a transmission during a second portion of the time period.
A peptide consisting of the amino acid sequence according to SEQ ID No. 5 (MXRA5-001), wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex class-I.
A method for managing wireless connection of WiFi mobile devices in a connection controlling device, wherein the method comprises the following steps: a. obtaining (s4, s41', s42') one or more wireless connection requests from WiFi mobile devices, forwarded by an access point device, for virtual access points of the access point device, wherein the wireless connection requests include beacon information of the corresponding virtual access point; b. obtaining (s5, s51', s52') access-related information of the virtual access point based on the wireless connection request, wherein the access-related information includes signal strength information of the virtual access point with respect to the WiFi mobile device; c. determining (s6, s6') scheduling information corresponding to the wireless connection request based on the signal strength information of the access-related information, wherein the scheduling information includes a target virtual access point corresponding to the WiFi mobile device in the one or more virtual access points; and d. providing (s7, s71', s72') the scheduling information to the access point device. a. obtaining (s4, s41', s42') one or more wireless connection requests from WiFi mobile devices, forwarded by an access point device, for virtual access points of the access point device, wherein the wireless connection requests include beacon information of the corresponding virtual access point; b. obtaining (s5, s51', s52') access-related information of the virtual access point based on the wireless connection request, wherein the access-related information includes signal strength information of the virtual access point with respect to the WiFi mobile device; c. determining (s6, s6') scheduling information corresponding to the wireless connection request based on the signal strength information of the access-related information, wherein the scheduling information includes a target virtual access point corresponding to the WiFi mobile device in the one or more virtual access points; and d. providing (s7, s71', s72') the scheduling information to the access point device.
Fixing anchor for placement in a drill hole in a porous material, the fixing anchor comprising a. an anchoring element having an anchoring element longitudinal axis to be anchored in the porous material, b. a mounting element to mount the anchoring element in the porous material, c. the mounting element and the anchoring element being connectable to each other in relation to the anchoring element longitudinal axis in such a way that a torque is transmittable, d. the mounting element and the anchoring element being detachably connectable to each other, e. the mounting element including a demolding section allowing the mounting element to be demolded from the porous material, f. the demolding section having a conical shape along the anchoring element longitudinal axis, with a smaller cross-sectional surface of the demolding section facing the anchoring element and a larger cross-sectional surface of the demolding section facing away from the anchoring element, g. the demolding section having a taper in relation to the anchoring element longitudinal axis with an opening angle (n), characterized in that n < 1°. a. an anchoring element having an anchoring element longitudinal axis to be anchored in the porous material, b. a mounting element to mount the anchoring element in the porous material, c. the mounting element and the anchoring element being connectable to each other in relation to the anchoring element longitudinal axis in such a way that a torque is transmittable, d. the mounting element and the anchoring element being detachably connectable to each other, e. the mounting element including a demolding section allowing the mounting element to be demolded from the porous material, f. the demolding section having a conical shape along the anchoring element longitudinal axis, with a smaller cross-sectional surface of the demolding section facing the anchoring element and a larger cross-sectional surface of the demolding section facing away from the anchoring element, g. the demolding section having a taper in relation to the anchoring element longitudinal axis with an opening angle (n),
A retention component for medical procedures comprising an inflatable retention balloon with distal and proximal ends (103, 105) on a structural support, the retention balloon having at least one collar on a distal or proximal end (103, 105); and wherein said balloon has an inflated shape that results in a concavity at the proximal end of the balloon, characterized in that it further comprises a skirt around said retention balloon to provide greater inflated shape retention to the retention balloon.
A method for adjusting a rail system, the rail system comprising: - a transition element; - a first rail section; and - a number of supports to support the rail section and the transition element; wherein the top side of a first support supports said rail section, at least after mounting, wherein, after mounting, in a first position, the transition element is located at a distance from the rail section, wherein, in a second position, the transition element touches a head part of the rail section by an upper part, and rests on the top side of the first support by a lower part, wherein the top side of a said support has a worn patch, the method comprising detection of the worn patch, and providing the said top side of the support with a recess (5, 5'), such that this recess (5, 5') at least partly removes the worn patch, and such that a lower edge of the lower part of the transition element is located above a bottom of this recess (5, 5'), at a distance from this bottom, in said second position of the transition element. - a transition element; - a first rail section; and - a number of supports to support the rail section and the transition element;
A method of preparing microcrystalline cellulose particles, wherein the microcrystalline cellulose particle has an average particle size D50 of 1-25 μm, and loose density of 0.50-0.80 g/ml, characterized in comprising the step of mechanical action on ordinary microcrystalline cellulose by high shear force of a high shear force device, and the solid content of the ordinary microcrystalline cellulose is 15%-60% in the high shear mechanical action, wherein the said high shear mechanical action is a high shear force device selected from screw extruder, a screw kneader or a screw extrusion kneader, with a torque controlled among 50-150 N·m, and the said ordinary microcrystalline cellulose is the microcrystalline cellulose product with average particle size D50 above 25 μm and/or loose density below 0.50 g/ml; the average particle size D50 and loose density being measured as specified in the description.
A serving dish cover, comprising: a main body, including a handle depression, and within said handle depression including a pair of opposed and aligned axle holes, and a handle being formed as a monolithic unit and mounted to said main body for oscillation between a storage position and an operative position, said handle including a main portion and a pair of spaced side portions, characterised in that said main body further comprises a pair of axle slots, each said axle slot extending from a top face of said main body into said handle depression and terminating at an associated one of said axle holes, said main body further including within said handle depression at least one detent hole associated with each said axle hole; and said handle further comprises at least one said side portion including a detent tongue having a detent pin adjacent a free end of said detent tongue, and wherein said detent pin and said detent hole are positioned such that said detent pin is received within said detent hole when said handle is in said storage position, and said detent pin is received within said axle slot when said handle is in said operative position. a main body, including a handle depression, and within said handle depression including a pair of opposed and aligned axle holes, and a handle being formed as a monolithic unit and mounted to said main body for oscillation between a storage position and an operative position, said handle including a main portion and a pair of spaced side portions, characterised in that said main body further comprises a pair of axle slots, each said axle slot extending from a top face of said main body into said handle depression and terminating at an associated one of said axle holes, said main body further including within said handle depression at least one detent hole associated with each said axle hole; and said handle further comprises at least one said side portion including a detent tongue having a detent pin adjacent a free end of said detent tongue, and wherein said detent pin and said detent hole are positioned such that said detent pin is received within said detent hole when said handle is in said storage position, and said detent pin is received within said axle slot when said handle is in said operative position.
Procedure for operating a field device (2, 2') used in process automation technology with a fieldbus communication interface to which a wireless adapter is connected, wherein electrical power is supplied to the field device (2, 2') by the wireless adapter via the fieldbus communication interface, wherein communication via the fieldbus communication interface is according to the HART® standard, characterized in that the field device is switched to a power-adapted mode, wherein, in said mode, data - particularly measured values to be transmitted - are exclusively communicated by a digital communication signal superimposed on a current signal, and the absolute value of the current signal is no longer set but instead is determined by the respective power requirements, such that a current flowing via the fieldbus communication interface can also be below the minimum current value of 4 mA, or higher than the maximum current value of 20 mA, of the HART standard.
A cartridge, comprising an outer sleeve tube, an air passage tube located in the outer sleeve tube, and an atomization device located in the outer sleeve tube, an annular space defined between the outer sleeve tube and the air passage tube forming a liquid storage chamber configured for storing tobacco liquid, the liquid storage chamber having an annular opening, wherein the annular opening is blocked with a porous liquid conducting body, the porous liquid conducting body has a first surface and an opposite second surface, the first surface is in contact with the tobacco liquid in the liquid storage chamber, the second surface is in contact with the atomization device,the porous liquid conducting body is configured for conveying the tobacco liquid from the first surface to the second surface and supplying the tobacco liquid to the atomization device, and the atomization device is configured for aerosolizing the tobacco liquid to generate an aerosol to be expelled into the air passage tube; characterized in that the atomization device is a heating sheet or heating net attached on the second surface,wherein below the heating sheet or heating net is further disposed a fixing sleeve configured for pressing against the heating sheet or heating net, the fixing sleeve is assembled on an inner wall of the outer sleeve tube, and in the fixing sleeve is further disposed a snap fit portion configured for connecting to a power supply module.
Stirring device (100, 200, 300) for a biogas fermenter, the stirring device (100, 200, 300) being configured for stirring a fermentation material, the stirring device (100, 200, 300) comprising: a shaft rotatable about an axis of rotation; a mounting structure attached to the shaft, the mounting structure having a first connection surface and a second connection surface; a stirring element attached to the first connection surface and the second connection surface; wherein the first connection surface and the second connection surface are located at opposite sides of the shaft with the shaft being located between the first connection surface and the second connection surface, wherein the first connection surface and the second connection surface define a connection plane, the connection plane intersecting the shaft, characterized in that each of the first connection surface and the second connection surface comprises two surface portions (137, 139;.138, 140) spaced apart from each other in axial direction. a shaft rotatable about an axis of rotation; a mounting structure attached to the shaft, the mounting structure having a first connection surface and a second connection surface; a stirring element attached to the first connection surface and the second connection surface;
Method for preparing a di-organo-di-alkoxysilane compound comprising the steps of a) reacting a tetraalkoxysilane compound having the general formula Si(OR 1) 4 with a first Grignard reagent of general formula R 2 -Mg-X, to form a mono-organo-tri-alkoxysilane compound of general formula R 2 -Si(-OR 1) 3, wherein the molar ratio of the first Grignard compound and the tetraalkoxysilane compound is from 1 to 1.5; b) reacting the mono-organo-tri-alkoxysilane compound of step a) with a chlorinating agent to form a chlorinated mono-organo-di-alkoxysilane compound of general formula, wherein the molar ratio between the mono-organo-tri-alkoxysilane compound to the chlorinating agent is from 1 to 1.5; c) reacting the chlorinated mono-organo-di-alkoxysilane compound of step b) with a second Grignard reagent of general formula R 3 -Mg-X to form the di-organo-di-alkoxysilane compound of general formula, wherein molar ratio of the second Grignard compound and the chlorinated mono-substituted dialkoxy silane compound is from i to 1.5; and wherein R 1, R 2 and R 3 are independently selected from the group comprising an alkyl group having 1 to 20 carbon atoms and a cycloalkyl group having 3 to 20 carbon atoms, optionally containing a heteroatom; and X is iodine, bromine or chlorine. a) reacting a tetraalkoxysilane compound having the general formula Si(OR 1) 4 with a first Grignard reagent of general formula R 2 -Mg-X, to form a mono-organo-tri-alkoxysilane compound of general formula R 2 -Si(-OR 1) 3, wherein the molar ratio of the first Grignard compound and the tetraalkoxysilane compound is from 1 to 1.5; b) reacting the mono-organo-tri-alkoxysilane compound of step a) with a chlorinating agent to form a chlorinated mono-organo-di-alkoxysilane compound of general formula, wherein the molar ratio between the mono-organo-tri-alkoxysilane compound to the chlorinating agent is from 1 to 1.5; c) reacting the chlorinated mono-organo-di-alkoxysilane compound of step b) with a second Grignard reagent of general formula R 3 -Mg-X to form the di-organo-di-alkoxysilane compound of general formula, wherein molar ratio of the second Grignard compound and the chlorinated mono-substituted dialkoxy silane compound is from i to 1.5; and wherein R 1, R 2 and R 3 are independently selected from the group comprising an alkyl group having 1 to 20 carbon atoms and a cycloalkyl group having 3 to 20 carbon atoms, optionally containing a heteroatom; and X is iodine, bromine or chlorine.