mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving a buffer status report, BSR, frame by an access point (100, 400, 800) in a wireless communication system, the method comprising: generating, by the access point (100, 400, 800), a data trigger action frame (108, 410) including a first element including allocation information on whether a dedicated sub-slot is allocated for a station (120, 130, 140, 402, 900) connected to the access point, to receive the BSR frame in a BSR report phase (102, 404, 414); broadcasting, by the access point (100, 400, 800), the generated data trigger action frame; and generating, by the access point (100, 400, 800), a BSR trigger action frame (104, 402, 412) including a second element including information on a position of the dedicated sub-slot; broadcasting, by the access point (100, 400, 800), the generated BSR trigger action frame (608, 702); and, receiving, by the access point (100, 400, 800), the BSR frame transmitted based on the allocation information included in the data trigger action frame and the information on the position included in the BSR trigger action frame from the station (708, 714), wherein the dedicated sub-slot refers to a resource where the station transmits the BSR frame in a non-contention scheme and is distinct from a contention sub-slot which refers to a resource where the station transmits the BSR frame in a contention scheme. generating, by the access point (100, 400, 800), a data trigger action frame (108, 410) including a first element including allocation information on whether a dedicated sub-slot is allocated for a station (120, 130, 140, 402, 900) connected to the access point, to receive the BSR frame in a BSR report phase (102, 404, 414); broadcasting, by the access point (100, 400, 800), the generated data trigger action frame; and generating, by the access point (100, 400, 800), a BSR trigger action frame (104, 402, 412) including a second element including information on a position of the dedicated sub-slot; broadcasting, by the access point (100, 400, 800), the generated BSR trigger action frame (608, 702); and, receiving, by the access point (100, 400, 800), the BSR frame transmitted based on the allocation information included in the data trigger action frame and the information on the position included in the BSR trigger action frame from the station (708, 714), wherein the dedicated sub-slot refers to a resource where the station transmits the BSR frame in a non-contention scheme and is distinct from a contention sub-slot which refers to a resource where the station transmits the BSR frame in a contention scheme.
Circuit configuration for operating a household appliance, with a switching power supply for transforming the grid voltage (U N) of a supply grid into a DC supply voltage, and with a control unit for controlling processes of the household appliance, which is coupled to the switching power supply and is able to be supplied with the DC supply voltage, and with a button, by means of which the switching power supply is able to be coupled at least indirectly to the power supply grid by closing an electrical switch, wherein the switch has at least two mechanically-stable states and is able to be transitioned from one mechanically-stable state into the other by actuating the button and/or by an at least indirect supply of energy from the control unit, characterised in that, in the circuit configuration the electrical switch is assigned a first control element connected in series with the button, the switch with the assigned first control element is embodied as a latching relay and an electrical control element, especially a triac, is connected in parallel to the button and is able to be activated by the control unit.
A tank for a printer in which a stationary type of tank is employed, comprising: a housing for storing a liquid; a liquid supply port including a sealing member; and a regulating body including an elastic member and a valve arranged in the housing, the regulating body being configured to regulate movement of the valve between an open state and a closed state, wherein the valve can move in the regulating body in a direction along a first face (100a, 230) of the housing which is at a side adjacent to a second face (100b, 130a) of the housing on which the liquid supply port is positioned; in the open state, atmosphere can be introduced from the liquid supply port through the regulating body into the housing and liquid can be extracted from the housing through the regulating body out of the liquid supply port; and in the closed state, the valve is pressed against the sealing member by the elastic member such that the liquid supply port is closed, characterized in that the regulating body includes two openings to the inside of the housing, positioned on a portion of the regulating body between the sealing member and the valve when in the open state, and at opposite ends of the regulating body in a direction which is the vertical direction in case the tank is placed on the first face acting as a bottom face; and the sealing member is the only section where ink extraction from or atmosphere introduction into the housing can be carried out. a housing for storing a liquid; a liquid supply port including a sealing member; and a regulating body including an elastic member and a valve arranged in the housing, the regulating body being configured to regulate movement of the valve between an open state and a closed state, wherein the valve can move in the regulating body in a direction along a first face (100a, 230) of the housing which is at a side adjacent to a second face (100b, 130a) of the housing on which the liquid supply port is positioned; in the open state, atmosphere can be introduced from the liquid supply port through the regulating body into the housing and liquid can be extracted from the housing through the regulating body out of the liquid supply port; and in the closed state, the valve is pressed against the sealing member by the elastic member such that the liquid supply port is closed, characterized in that the regulating body includes two openings to the inside of the housing, positioned on a portion of the regulating body between the sealing member and the valve when in the open state, and at opposite ends of the regulating body in a direction which is the vertical direction in case the tank is placed on the first face acting as a bottom face; and the sealing member is the only section where ink extraction from or atmosphere introduction into the housing can be carried out.
A fire-retardant copolymer according to formula having a statistical monomer distribution with wherein n 1 = 1-1000 n 2 = 1-500 n 3 = 0-1 n 4 = 1-500 n 5 = 0-1 is comprised and R21 to R25 are equal and are comprising a substituent of the allyloxy (CsHsO) type and the sulfur content is ≤ 10 % by weight within the fire-retardant copolymer. n 1 = 1-1000 n 2 = 1-500 n 3 = 0-1 n 4 = 1-500 n 5 = 0-1 is comprised
A method for wireless communications by a user equipment, UE, comprising: identifying, within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications using blind detection based on a signal identifiable as belonging to a particular cell, wherein the signal is a cell-specific reference signal, CRS; and performing at least one of channel measurement, interference measurement, or channel state reporting based on the determination. identifying, within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications using blind detection based on a signal identifiable as belonging to a particular cell, wherein the signal is a cell-specific reference signal, CRS; and performing at least one of channel measurement, interference measurement, or channel state reporting based on the determination.
A method for producing porous cellulose particles, comprising: (a) dissolving cellulose diacetate into a solvent selected from an acetic acid aqueous solution and cyclohexanone to prepare a cellulose diacetate solution; (b) dispersing the cellulose diacetate solution into a medium immiscible with the cellulose diacetate solution selected from water, toluene, o-dichlorobenzene and xylene to obtain a dispersed system; (c) cooling the dispersed system; (d) adding a poor solvent selected from water, methanol and methanol aqueous solution to the cooled dispersed system to precipitate cellulose diacetate particles; and (e) saponifying the cellulose diacetate particles. (a) dissolving cellulose diacetate into a solvent selected from an acetic acid aqueous solution and cyclohexanone to prepare a cellulose diacetate solution; (b) dispersing the cellulose diacetate solution into a medium immiscible with the cellulose diacetate solution selected from water, toluene, o-dichlorobenzene and xylene to obtain a dispersed system; (c) cooling the dispersed system; (d) adding a poor solvent selected from water, methanol and methanol aqueous solution to the cooled dispersed system to precipitate cellulose diacetate particles; and (e) saponifying the cellulose diacetate particles.
Container for the packaging of a liquid to be dispensed drop by drop, comprising a reservoir with an elastically deformable wall that is reversible by the admission of air inside the container in order to deliver the liquid under the effect of pressure exerted against this wall and to allow spontaneous return of the container to its initial conformation after delivery of a dose of liquid, a dispensing head comprising a hollowed-out body that is provided with a nozzle for delivering liquid and an anti-bacterial filtering membrane that is disposed upstream of the nozzle, characterised in that the container comprises a hydrophobic microporous pad that is placed downstream of the reservoir inside the body, said body being assembled irreversibly inside a neck of the container, said filtering membrane being disposed between the nozzle and the pad, in that the membrane is a partially hydrophilic membrane for allowing the liquid to pass through it under the effect of the overpressure created in the container by pressure of its wall, and partially hydrophobic to allow the passage of air through it under the effect of the negative pressure created in the container by releasing the pressure exerted on its wall, said container further being equipped with a removable cap for sealed closure of the nozzle, which, associated with the hydrophobic microporous pad, forms an obstacle to the spontaneous flow of the liquid out of the space in the container reserved for its storage to the nozzle, so that firstly the spontaneous passage of the liquid through the microporous pad is prevented when the cap sealingly closes off the nozzle, and so that conversely, secondly, the free flow of the liquid, out of the space of the container reserved for its storage and through the hydrophobic microporous pad, is allowed when the nozzle is left clear with a view to the required delivery of a dose of liquid by pressure exerted against the wall of the container, and in order, thirdly, to allow the passage of the air that is aspirated through the hydrophobic microporous pad to the storage space after delivery of a dose of liquid, via the elastic return of the wall of the container to its initial conformation.
A packaging system (10; 310; 410) for perishable goods comprising: a rigid container (20; 320; 420) with an open top portion; and, a removable lid (22; 322; 422) covering the open top portion of the container; characterised in that the lid includes a recess (24; 324; 424) disposed on an exterior side of the lid, with air passages from the bottom of the recess to an interior of the container, and elevated portions on the top corners of the lid; at least one sack (40; 340; 440) having an agent disposed therein and being disposed within the recess, the sack being operably configured to release an agent within the container through the air passages of the recess; and an adhesive patch (60, 60A; 360; 429) covers the exterior of the recess to retain the at least one agent releasable sack in the recess. a rigid container (20; 320; 420) with an open top portion; and, a removable lid (22; 322; 422) covering the open top portion of the container; characterised in that the lid includes a recess (24; 324; 424) disposed on an exterior side of the lid, with air passages from the bottom of the recess to an interior of the container, and elevated portions on the top corners of the lid; at least one sack (40; 340; 440) having an agent disposed therein and being disposed within the recess, the sack being operably configured to release an agent within the container through the air passages of the recess; and an adhesive patch (60, 60A; 360; 429) covers the exterior of the recess to retain the at least one agent releasable sack in the recess.
A stackable bracket (100; 200), comprising: a base (102; 202); and a plurality of clips (104a, 104b, 104c, 104d; 204a, 204b, 204c, 204d) extending from the base (102; 202), wherein each clip of the plurality of clips includes a pair of holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d), wherein each of the holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) of the plurality of clips defines an opening configured to receive one of a plurality of cables or ducts, wherein the openings of each pair of holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) are aligned with one another in a first direction, wherein the clips of the plurality of clips (104a, 104b, 104c, 104d; 204a, 204b, 204c, 204d) are arranged sequentially relative to one another in a second direction perpendicular to the first direction, wherein the holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) are C-shaped, wherein each pair of the C-shaped holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) of each clip of the plurality of clips is staggered relative to the pair of C-shaped holding members of the sequentially-arranged adjacent clip of the plurality of clips in the first direction, characterized in that the C-shaped holding members of a first one (104a,,104b, 104c; 204a, 204b, 204c) of the plurality of clips overlap the C-shaped holding members of a second and adjacent one (104b, 104c, 104d; 204b, 204c, 204d) of the plurality of clips in the second direction. a base (102; 202); and a plurality of clips (104a, 104b, 104c, 104d; 204a, 204b, 204c, 204d) extending from the base (102; 202), wherein each clip of the plurality of clips includes a pair of holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d), wherein each of the holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) of the plurality of clips defines an opening configured to receive one of a plurality of cables or ducts, wherein the openings of each pair of holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) are aligned with one another in a first direction, wherein the clips of the plurality of clips (104a, 104b, 104c, 104d; 204a, 204b, 204c, 204d) are arranged sequentially relative to one another in a second direction perpendicular to the first direction, wherein the holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) are C-shaped, wherein each pair of the C-shaped holding members (106a, 106b, 106c, 106d; 206a, 206b, 206c, 206d) of each clip of the plurality of clips is staggered relative to the pair of C-shaped holding members of the sequentially-arranged adjacent clip of the plurality of clips in the first direction, characterized in that the C-shaped holding members of a first one (104a,,104b, 104c; 204a, 204b, 204c) of the plurality of clips overlap the C-shaped holding members of a second and adjacent one (104b, 104c, 104d; 204b, 204c, 204d) of the plurality of clips in the second direction.
A method for a Bluetooth Low Energy, BLE, network comprising a plurality of nodes (N1-N8), wherein the network comprises a unique head node and each node of the network is associated with a hop count representing the distance expressed in number of hops from a node to the head node, the method comprising: detecting, at a first node, that a second node is a failed node; recording, at the first node, that the second node is a failed node and that a first path is unavailable; switching, at the first node, to a second path, the second path comprising a third node; checking, at the first node, the hop count of the third node, wherein the third node is the next hop on the second path from the first node; generating an information packet at the first node, wherein the information packet comprises a unique ID of the failed node and the hop count of the first node; broadcasting the information packet from the first node to one or more one-hop neighbouring nodes (N1, N3, N6) of the first node; storing, at each of the one-hop neighbouring nodes that receives the information packet, the unique ID of the failed node and the hop count of the first node; recalculating, at each of the one-hop neighbouring nodes that receives the information packet, a new hop count, wherein if the new hop count at one of the one-hop neighbouring nodes is recalculated to be different from the hop count prior to receiving the information packet, the one-hop neighbouring node generates a second information packet comprising the new hop count of the one-hop neighbouring node and broadcasts the second information packet to one or more of its own one-hop neighbouring nodes. detecting, at a first node, that a second node is a failed node; recording, at the first node, that the second node is a failed node and that a first path is unavailable; switching, at the first node, to a second path, the second path comprising a third node; checking, at the first node, the hop count of the third node, wherein the third node is the next hop on the second path from the first node; generating an information packet at the first node, wherein the information packet comprises a unique ID of the failed node and the hop count of the first node; broadcasting the information packet from the first node to one or more one-hop neighbouring nodes (N1, N3, N6) of the first node; storing, at each of the one-hop neighbouring nodes that receives the information packet, the unique ID of the failed node and the hop count of the first node; recalculating, at each of the one-hop neighbouring nodes that receives the information packet, a new hop count, wherein if the new hop count at one of the one-hop neighbouring nodes is recalculated to be different from the hop count prior to receiving the information packet, the one-hop neighbouring node generates a second information packet comprising the new hop count of the one-hop neighbouring node and broadcasts the second information packet to one or more of its own one-hop neighbouring nodes.
Base system for a joystick for controlling an aircraft, having - a base flange comprising a base bottom and a tubular receptacle, wherein the tubular receptacle extends along a vertical axis of the base system and is designed to receive a handle plug which has electrical contacts for contacting further electrical contacts of the joystick, and characterized in that the base system comprises a base nut which at least partially encloses the tubular receptacle of the base flange, - wherein the base nut comprises an interface for fastening a handle nut, wherein the handle nut comprises a handle interface for fastening the joystick to the handle nut. - a base flange comprising a base bottom and a tubular receptacle, wherein the tubular receptacle extends along a vertical axis of the base system and is designed to receive a handle plug which has electrical contacts for contacting further electrical contacts of the joystick, and characterized in that the base system comprises a base nut which at least partially encloses the tubular receptacle of the base flange, - wherein the base nut comprises an interface for fastening a handle nut, wherein the handle nut comprises a handle interface for fastening the joystick to the handle nut.
Method for monitoring a sensor arranged in the exhaust gas region of an internal combustion engine, comprising - determining a sensor temperature using the sensor, - determining a model temperature of the sensor, - integrating changes in the sensor temperature and integrating changes in the model temperature if the changes in the sensor temperature exceed a predetermined first threshold value and the changes in the model temperature exceed a predetermined second threshold value, - comparing the integral of the changes in the sensor temperature with a predetermined fourth threshold value, and further comprising: - establishing removal and/or functionally incorrect installation of the sensor if the integral of the changes in the sensor temperature falls below the predetermined fourth threshold value, and establishing installation and/or functionally incorrect installation of the sensor if the integral of the changes in the sensor temperature reaches or exceeds the predetermined fourth threshold value. - determining a sensor temperature using the sensor, - determining a model temperature of the sensor, - integrating changes in the sensor temperature and integrating changes in the model temperature if the changes in the sensor temperature exceed a predetermined first threshold value and the changes in the model temperature exceed a predetermined second threshold value, - comparing the integral of the changes in the sensor temperature with a predetermined fourth threshold value, and further comprising: - establishing removal and/or functionally incorrect installation of the sensor if the integral of the changes in the sensor temperature falls below the predetermined fourth threshold value, and establishing installation and/or functionally incorrect installation of the sensor if the integral of the changes in the sensor temperature reaches or exceeds the predetermined fourth threshold value.
A communication apparatus having a main battery for performing main operations of the communication apparatus so as to connect or remove from the communication apparatus freely, comprising: a clock unit configured to count a current time by using power supplied by the main battery, an acquiring part configured to acquire the current time included in information received from a GPS base station in response to reconnection of the main battery after removal when a status of a power supply is off, and a control unit configured to set the current time acquired by the acquiring part as the current time counted. a clock unit configured to count a current time by using power supplied by the main battery, an acquiring part configured to acquire the current time included in information received from a GPS base station in response to reconnection of the main battery after removal when a status of a power supply is off, and a control unit configured to set the current time acquired by the acquiring part as the current time counted.