mhurhangee/ep-ind-claims huggingface dataset:
An interface for providing a media service, the interface comprising: an encapsulation layer for encapsulating coded media data; a delivery layer for transmitting the encapsulated media data to another entity; and a control layer for controlling transmission of the media data, wherein the encapsulation layer comprises: an E.3 layer for generating at least one access unit and access unit-related information by using media data fragments and information related to the media data fragments, received from a media coding layer, wherein an access unit comprises at least one media data fragment; an E.2 layer for generating at least one elementary stream and elementary stream-related information by using the at least one access unit and the access-unit-related information; and an E.1 layer for generating composition information for multimedia content including the at least one elementary stream and a representative transmission characteristic value allowing the multimedia content to be consumed by using the at least elementary stream and the elementary stream-related information. an encapsulation layer for encapsulating coded media data; a delivery layer for transmitting the encapsulated media data to another entity; and a control layer for controlling transmission of the media data, wherein the encapsulation layer comprises: an E.3 layer for generating at least one access unit and access unit-related information by using media data fragments and information related to the media data fragments, received from a media coding layer, wherein an access unit comprises at least one media data fragment; an E.2 layer for generating at least one elementary stream and elementary stream-related information by using the at least one access unit and the access-unit-related information; and an E.1 layer for generating composition information for multimedia content including the at least one elementary stream and a representative transmission characteristic value allowing the multimedia content to be consumed by using the at least elementary stream and the elementary stream-related information. an E.3 layer for generating at least one access unit and access unit-related information by using media data fragments and information related to the media data fragments, received from a media coding layer, wherein an access unit comprises at least one media data fragment; an E.2 layer for generating at least one elementary stream and elementary stream-related information by using the at least one access unit and the access-unit-related information; and an E.1 layer for generating composition information for multimedia content including the at least one elementary stream and a representative transmission characteristic value allowing the multimedia content to be consumed by using the at least elementary stream and the elementary stream-related information.
Laundry treatment unit for washing and/or drying laundry, having at least one housing part and at least one tray, which can be introduced into the housing part, whereby the tray has at least one chamber which can accommodate a reserve of laundry treatment agents which is sufficient for a number of treatment cycles, wherein the tray has a filling opening assigned to the chamber, wherein the filling opening can be closed by a closure, wherein the chamber has an enlarged width in a region of the filling opening and wherein the tray further has at least one further chamber and a further filling opening assigned to the further chamber and the further filling opening can be closed by a further closure, characterised in that a width of the filling opening, which is determined with respect to a width of the chamber, is at least approximately as large as a mean width of the chamber, wherein the width of the filling opening is designed to be essentially the same size as the mean width of the chamber or wherein the width of the filling opening is larger than the mean width of the chamber, and further characterised in that a width of the further filling opening, which is determined with respect to a width of the further chamber, is at least approximately as large as a mean width of the further chamber, wherein the chamber and the further chamber extend in a longitudinal direction of the tray and are arranged adjacent to one another, wherein the filling opening of the chamber and the further filling opening of the further chamber are arranged offset to one another with respect to the longitudinal direction, wherein the further chamber, in a region of the filling opening of the chamber, has a reduced width and wherein in a region of the further filling opening of the further chamber, the further chamber has an enlarged width and the chamber has a reduced width.
An ink composition for ink-jet recording comprising a polymerizable composition comprising: a polymer compound containing a repeating unit represented by the following Formula; a polymerization initiator; and a polymerizable compound wherein the polymerizable compound comprises at least one multifunctional polymerizable compound, and the content of the multifunctional polymerizable compound is 20% by mass or lower with respect to the total amount of the polymerizable compound, or wherein the polymerizable compound consists of one or more monofunctional polymerizable compounds only. wherein the polymerizable compound comprises at least one multifunctional polymerizable compound, and the content of the multifunctional polymerizable compound is 20% by mass or lower with respect to the total amount of the polymerizable compound, or wherein the polymerizable compound consists of one or more monofunctional polymerizable compounds only.
A lubricating oil system for a piston engine, where lubricating oil is supplied to the pistons of the engine via a crankshaft and connecting rods, the lubricating oil system comprising a lubricating oil pump and a lubricating oil line supplying lubricating oil from the lubricating oil pump to the connecting rods, which are connected to a crankshaft by bearings, characterized in that the lubricating oil system comprises a filter, which is arranged between the lubricating oil pump and the bearings and a damping pipe that is arranged in fluid communication with the lubricating oil line, connected to the lubricating oil line between the filter and the bearings, and configured to damp pressure pulsations in the lubricating oil system, and that the length of the damping pipe is selected using formula LT = a/(4*f), where LT is the length of the damping pipe, a is the speed of sound in the damping pipe and f is the opening frequency of the flow path to the connecting rods.
A sound transducer, comprising a housing and a MEMS structure, wherein a sound port is disposed in the housing, wherein the MEMS structure is disposed in an interior space of the housing, wherein the MEMS structure and the sound port are acoustically coupled to each other, wherein the MEMS structure separates a front volume of the housing from a back volume of the housing, wherein at least one vent hole of the MEMS structure allows a gas exchange between the front volume and the back volume, wherein the sound port allows a liquid to enter the front volume, and wherein the MEMS structure prevents liquid from entering the back volume, wherein at least a part of a surface of the MEMS structure facing the sound port comprises a hydrophobic structure which comprises a plurality of pillars.
A drop-on-demand printing method comprising performing the following steps in a printing head: - discharging a first primary drop (x21A) of a first liquid having a first electric charge to move along a first path (pA); - discharging a second primary drop (x21B) of a second liquid having a second electric charge which is opposite to the first charge to move along a second path (pB); characterised in that the method further comprising the following step: - the first charge and the second charge are selected such that the paths (pA, pB) join each other at a connection point due to the fact that the primary drops (x21A, x21B) are charged with opposite charges and attract each other in flight, so as to combine to form a combined drop at the connection point before reaching the printed surface. - discharging a first primary drop (x21A) of a first liquid having a first electric charge to move along a first path (pA); - discharging a second primary drop (x21B) of a second liquid having a second electric charge which is opposite to the first charge to move along a second path (pB); - the first charge and the second charge are selected such that the paths (pA, pB) join each other at a connection point due to the fact that the primary drops (x21A, x21B) are charged with opposite charges and attract each other in flight, so as to combine to form a combined drop at the connection point before reaching the printed surface.
A catheter comprising: an elongated member configured to be navigated though vasculature of a patient to a target treatment site; a balloon connected to the elongated member, the balloon being inflatable to an expanded state to occlude a vessel of the patient; and an electrode positioned around a portion of an exterior of the balloon, the electrode configured to electrically connect to an energy source configured to deliver an electrical signal, via the electrode, to a fluid in contact with the electrode to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid, wherein, when the balloon is in the expanded state, the electrode is configured to cause the balloon to form a first lobe and a second lobe by restricting the expansion of the balloon, the first lobe and the second lobe being configured to form a cavity when the first lobe and the second lobe contact a wall of the vessel in the expanded state. an elongated member configured to be navigated though vasculature of a patient to a target treatment site; a balloon connected to the elongated member, the balloon being inflatable to an expanded state to occlude a vessel of the patient; and an electrode positioned around a portion of an exterior of the balloon, the electrode configured to electrically connect to an energy source configured to deliver an electrical signal, via the electrode, to a fluid in contact with the electrode to cause the fluid to undergo cavitation to generate a pressure pulse wave within the fluid, wherein, when the balloon is in the expanded state, the electrode is configured to cause the balloon to form a first lobe and a second lobe by restricting the expansion of the balloon, the first lobe and the second lobe being configured to form a cavity when the first lobe and the second lobe contact a wall of the vessel in the expanded state.
Method for obtaining polyaniline/reduced graphene oxide composites comprising the steps of: - dispersing the graphene oxide in an acid aqueous solution containing an anionic emulsifying agent to obtain a graphene oxide dispersion; - dissolving one or more oligomers of the aniline, optionally substituted, in an organic solvent to obtain an oligomer solution; - mixing said oligomer solution with said dispersion of graphene oxide to obtain a polyaniline/reduced graphene oxide composite. - dispersing the graphene oxide in an acid aqueous solution containing an anionic emulsifying agent to obtain a graphene oxide dispersion; - dissolving one or more oligomers of the aniline, optionally substituted, in an organic solvent to obtain an oligomer solution; - mixing said oligomer solution with said dispersion of graphene oxide to obtain a polyaniline/reduced graphene oxide composite.
A protection kit for protecting a patient trolley frame, characterized in that it comprises: - at least one removable casing including a central portion and a first end portion arranged to be fixed to each other so as to form a continuous cap configured to cover at least part of the upper face of the frame; and - mounting means (20, 20', 64) configured to maintain the removable casing on the frame. - at least one removable casing including a central portion and a first end portion arranged to be fixed to each other so as to form a continuous cap configured to cover at least part of the upper face of the frame; and - mounting means (20, 20', 64) configured to maintain the removable casing on the frame.
Active chassis for a dual-track motor vehicle provided with a wheel suspension, wherein a wheel carrier supporting a vehicle wheel is connected via connecting rods (3, 5) to a vehicle structure, wherein the camber behaviour of the vehicle wheel is determined by a mechanical camber curve (S M) predetermined by the rigid kinematics of the connecting rods (3, 5) which defines a mechanical adjustment of the camber curve (ε) of the vehicle wheel as a function of a spring path (d) of the vehicle structure, and with a camber actuator which can be controlled by a chassis control device for carrying out an active camber angle adjustment, so that with a change of the vehicle loading state (m z, l z) the vehicle structure compresses or decompresses by a spring path (d), and with a corresponding adjustment of the mechanical camber angle, wherein in order to control the camber actuator, an evaluating unit is assigned to the chassis control device which controls the camber actuator when the loading state (m z, l z) is changed, in order to counteract at least partially the mechanical camber angle adjustment with an active camber angle adjustment, or in order to support the mechanical camber angle adjustment, wherein the evaluating unit determines an actuator camber curve (S A) on the basis of the current loading state of the vehicle, wherein the evaluating unit influences the actuator camber curve (S A) by controlling the camber actuator of the mechanical camber curve (S M), creating a total camber curve (S G1, S G2), characterised in that to determine the actual loading state (m z, l z) a loading sensor system is assigned to the evaluating unit, by means of which the vehicle weight or additional load (m z) and the position (l v) of the vehicle or additional load centre of gravity can be determined, which can be detected as input parameters obtained by the evaluating unit, and on the basis of which the evaluating unit determines the actuator camber curve (S A), in that the evaluating unit as an additional input parameter detects the spring path (d) on loading or unloading the vehicle, and in that the evaluating unit on the basis of the spring path (d) and the actuator camber curve (S A) generates a camber angle signal, by means of which the camber actuator can be controlled.
A catheter assembly, said catheter assembly comprising: a catheter having an end; a catheter tip disposed at the end of the catheter; an expandable device positioned near the end of the catheter; a restraining member extending around at least a portion of the expandable device for releasably maintaining the expandable device in a constrained state suitable for endoluminal delivery of the device, characterised in that the restraining member is formed from an elastomeric material and having a retractable section that in a first tensioned state extends over at least a portion of the device and at least a portion of the catheter tip to bridge a gap therebetween and which can be released sequentially or concurrently with opening of the restraining member to allow displacement of the retractable section toward a second shortened, relaxed state which is spaced apart from the catheter tip. a catheter having an end; a catheter tip disposed at the end of the catheter; an expandable device positioned near the end of the catheter; a restraining member extending around at least a portion of the expandable device for releasably maintaining the expandable device in a constrained state suitable for endoluminal delivery of the device, characterised in that the restraining member is formed from an elastomeric material and having a retractable section that in a first tensioned state extends over at least a portion of the device and at least a portion of the catheter tip to bridge a gap therebetween and which can be released sequentially or concurrently with opening of the restraining member to allow displacement of the retractable section toward a second shortened, relaxed state which is spaced apart from the catheter tip.
Security document comprising a multilayer complex (30, 30', 30", 30'''), having an opaque area surrounded by a transparent frame, further comprising a layer made of plastic material that extends beyond the opaque area of the multilayer complex and up to the area of the transparent frame, so as to create a visible effect of a translucent frame surrounding said opaque area, characterized in that said variable appearance layer is a white or coloured sheet made of plastic material, which is between 20 and 50 micrometres thick, preferably approximately 30 micrometres thick, capable of exhibiting a variable appearance as a function of its illumination, namely an opaque appearance when the observer is on the same side as the incident light on said layer, but a translucent appearance when it is disposed between the observer and a light source.
A printing ink or coating composition comprising (a) one or more elastomeric polyurethane resins with amine functionality having a glass transition temperature of -45 °C to -70 °C; (b) one or more acrylic resins based on a methacrylate/styrene co-polymer with a glass transition temperature of 45 °C to 110 °C; (c) one or more nitrocellulose binders; (d) one or more solvents; and (e) optionally, one or more waxes and/or one or more colorants. (a) one or more elastomeric polyurethane resins with amine functionality having a glass transition temperature of -45 °C to -70 °C; (b) one or more acrylic resins based on a methacrylate/styrene co-polymer with a glass transition temperature of 45 °C to 110 °C; (c) one or more nitrocellulose binders; (d) one or more solvents; and (e) optionally, one or more waxes and/or one or more colorants.
An apparatus comprising: a multimedia service message handler (110, 160) adapted to: receive multimedia content from a user agent in a user agent originated multimedia service message and to forward the multimedia content to at least one recipient; send, in response to the user agent originated multimedia service message, a context-sensitive multimedia message status response to the user agent, wherein the multimedia message status response comprises information about the status of the user agent originated multimedia service message; and a logic engine adapted to: determine a context based on one or more context parameters derived from the information elements of the user agent originated multimedia service message; select, based on the context, one or more reply messages from a plurality of reply messages; include the selected one or more reply messages in the context-sensitive multimedia message status response, to obtain a context-sensitive multimedia message status response that comprises value-added content related to the one or more context parameters; and provide the context-sensitive multimedia message status response to the multimedia service message handler (110, 160) for sending the multimedia message status response to the user agent. receive multimedia content from a user agent in a user agent originated multimedia service message and to forward the multimedia content to at least one recipient; send, in response to the user agent originated multimedia service message, a context-sensitive multimedia message status response to the user agent, wherein the multimedia message status response comprises information about the status of the user agent originated multimedia service message; and a logic engine adapted to: determine a context based on one or more context parameters derived from the information elements of the user agent originated multimedia service message; select, based on the context, one or more reply messages from a plurality of reply messages; include the selected one or more reply messages in the context-sensitive multimedia message status response, to obtain a context-sensitive multimedia message status response that comprises value-added content related to the one or more context parameters; and provide the context-sensitive multimedia message status response to the multimedia service message handler (110, 160) for sending the multimedia message status response to the user agent. determine a context based on one or more context parameters derived from the information elements of the user agent originated multimedia service message; select, based on the context, one or more reply messages from a plurality of reply messages; include the selected one or more reply messages in the context-sensitive multimedia message status response, to obtain a context-sensitive multimedia message status response that comprises value-added content related to the one or more context parameters; and provide the context-sensitive multimedia message status response to the multimedia service message handler (110, 160) for sending the multimedia message status response to the user agent.
Security lock with a flexible, loop-like operation element (18;218) for a sun protection unit, which comprises two housing halves (12,16;212,216) that are interlocked with each other, whereby driving means for operating the sun protection unit is provided in an upper housing half (12;212) and first redirecting means are provided in the lower housing half (16;216) for the loop-like operation element (18;218) and whereby the driving means is coupled with the first redirection means when the housing halves (12,16;212,216) are interlocked, whereby interlocking means between the both housing halves (12,16;212,216) may be detached via an emergency release, characterized in that on at least one strand (20,22;222) of the operation element (18,218) in the lower housing half (16;216) and/or of a flexible operation element (18,218) in the upper housing half, at least one moveable locking element (56,58;156,158;258) is provided, whereby in a locking position, the locking element (56,58; 156,158;258) is interlocked with an assigned interlock element of the other housing half (30;230) or blocks an assigned interlock element (30;230) in a locked position, whereby the at least one locking element (56,58;156,158;258) is moveable via a pulling load and thereby via an accompanying shift of the respective strand (20,22;222) from its locking position into a releasing position against an elastic restoring force.
A method for receiving capability information in a wireless communication system, the method performed by a base station and comprising: receiving, from a user equipment, UE, which supports a device to device, D2D, communication and a D2D discovery, the capability information, wherein the capability information includes simultaneous support band information and D2D discovery support band information, wherein the simultaneous support band information includes at least one frequency band on which the UE supports a simultaneous transmission of a cellular communication and the D2D communication, and wherein the D2D discovery support band information includes frequency bands on which the UE supports the D2D discovery. receiving, from a user equipment, UE, which supports a device to device, D2D, communication and a D2D discovery, the capability information, wherein the capability information includes simultaneous support band information and D2D discovery support band information, wherein the simultaneous support band information includes at least one frequency band on which the UE supports a simultaneous transmission of a cellular communication and the D2D communication, and wherein the D2D discovery support band information includes frequency bands on which the UE supports the D2D discovery.