mhurhangee/ep-ind-claims huggingface dataset:
Drinks bottle closure (100; 100') for a drinks bottle, comprising at least: a base element for connecting to the drinks bottle with at least one pouring opening, a cap, which is connected in an articulated manner with the base element and which has at least one sealing element for closing the pouring opening, a locking element for creating a releasable connection between the cap and the base element, characterised in that, the drinks bottle closure (100; 100') has a ball, the cap comprises a cap upper part and a cap lower part, which has a funnel surface for the ball, the locking element comprises a blocking element arranged inside the cap, which has a convex ceiling surface on its underside, at the centre of which a ball seat is introduced, which lies opposite the recessed centre of the funnel surface, with the cap in an unlocked position, the ball lies inside the ball seat (17; 17") and the blocking element is movable and with the cap in a tilted position, the ball is movable between the funnel surface and the ceiling surface and the blocking element is blocked. a base element for connecting to the drinks bottle with at least one pouring opening, a cap, which is connected in an articulated manner with the base element and which has at least one sealing element for closing the pouring opening, a locking element for creating a releasable connection between the cap and the base element, characterised in that, the drinks bottle closure (100; 100') has a ball, the cap comprises a cap upper part and a cap lower part, which has a funnel surface for the ball, the locking element comprises a blocking element arranged inside the cap, which has a convex ceiling surface on its underside, at the centre of which a ball seat is introduced, which lies opposite the recessed centre of the funnel surface, with the cap in an unlocked position, the ball lies inside the ball seat (17; 17") and the blocking element is movable and with the cap in a tilted position, the ball is movable between the funnel surface and the ceiling surface and the blocking element is blocked.
A transmission rate control method for inter-base station carrier aggregation, comprising: receiving, by a first base station, a user equipment aggregation maximum bit rate UE-AMBR sent by a mobility management entity MME; determining, by the first base station according to the UE-AMBR sent by the MME, a first UE-AMBR used for the first base station and a second UE-AMBR used for a second base station, wherein the first base station controls, based on the first UE-AMBR, a transmission rate between the first base station and a user equipment UE; sending, by the first base station, the second UE-AMBR to the second base station, so that the second base station controls, based on the second UE-AMBR, a transmission rate between the second base station and the UE; receiving, by the first base station, a UE-AMBR update request sent by the second base station, wherein the UE-AMBR update request comprises a second UE-AMBR used for the second base station and determined by the second base station; updating, by the first base station, the second UE-AMBR used for the second base station and determined by the first base station into a new second UE-AMBR according to the second UE-AMBR used for the second base station, determined by the second base station and carried in the update request; and sending the new second UE-AMBR to the second base station, so that the second base station controls, based on the new second UE-AMBR, the transmission rate between the second base station and the UE. receiving, by a first base station, a user equipment aggregation maximum bit rate UE-AMBR sent by a mobility management entity MME; determining, by the first base station according to the UE-AMBR sent by the MME, a first UE-AMBR used for the first base station and a second UE-AMBR used for a second base station, wherein the first base station controls, based on the first UE-AMBR, a transmission rate between the first base station and a user equipment UE; sending, by the first base station, the second UE-AMBR to the second base station, so that the second base station controls, based on the second UE-AMBR, a transmission rate between the second base station and the UE; receiving, by the first base station, a UE-AMBR update request sent by the second base station, wherein the UE-AMBR update request comprises a second UE-AMBR used for the second base station and determined by the second base station; updating, by the first base station, the second UE-AMBR used for the second base station and determined by the first base station into a new second UE-AMBR according to the second UE-AMBR used for the second base station, determined by the second base station and carried in the update request; and sending the new second UE-AMBR to the second base station, so that the second base station controls, based on the new second UE-AMBR, the transmission rate between the second base station and the UE.
Method for separating an organic phase from a mixture of an organic solution with electrolyte-containing water, characterized in that the mixture to be separated is passed over a hydrophobic porous separating means, especially an organophilic membrane or a perforated plate or a textile fabric formed from metal wire, or especially a weave, knit, felt having a hydrophobic coating, some of the organic phase of the mixture permeates through the separating means while the electrolyte-containing, aqueous phase is completely or substantially retained together with the rest of the organic phase.
A light emitting device, comprising: a supporting layer (710, 740); a connection metal layer (420, 440) on the supporting layer; a first electrode on the connection metal layer, the first electrode is composed of a reflective electrode on the connection metal layer and a transparent electrode on the transparent electrode, wherein the transparent electrode is formed of a transparent conductive oxide, and the reflective electrode comprises a first metal layer, a diffusion barrier layer on the first metal layer, and a second metal layer on the diffusion barrier layer; a semiconductor structure on the transparent electrode, the semiconductor structure is composed of a second-type layer on the transparent electrode, an active layer on the second-type layer, and a first-type layer on the active layer; and a second electrode (810, 830) on first-type layer of the semiconductor structure. a supporting layer (710, 740); a connection metal layer (420, 440) on the supporting layer; a first electrode on the connection metal layer, the first electrode is composed of a reflective electrode on the connection metal layer and a transparent electrode on the transparent electrode, wherein the transparent electrode is formed of a transparent conductive oxide, and the reflective electrode comprises a first metal layer, a diffusion barrier layer on the first metal layer, and a second metal layer on the diffusion barrier layer; a semiconductor structure on the transparent electrode, the semiconductor structure is composed of a second-type layer on the transparent electrode, an active layer on the second-type layer, and a first-type layer on the active layer; and a second electrode (810, 830) on first-type layer of the semiconductor structure.
A coating composition consisting of: at least one polysilazane compound selected from the group consisting of perhydropolysilazanes and modified perhydropolysilazanes, having a number average molecular weight of 100 to 50,000; an aluminum compound; and a solvent, said coating composition having an aluminum content of not less than 10 ppb and not more than 10 ppm in terms of the molar ratio of the aluminum atom to the silicon atom contained in the polysilazane compound.
A method for inserting products, in particular parenteral products, in a box, characterised in that it comprises the following steps: - feeding a box along a feed line for boxes, the box comprising at least one flap made on a top surface and designed to be folded towards the inside of the box and to form at least one portion of a compartment with a main direction of extension for containing the product between the top surface and the bottom of the box; - feeding at least one product along a feed line for products; - picking up the product from the product feed line using handling means; characterised in that the method further comprises the steps: - making contact with the at least one flap on the top surface of the box by means of contact and folding means associated with the handling means characterised in that the method further comprises the steps: - using the contact and folding means to fold the flap towards the inside of the box to open and configure the compartment for housing the product, without contact between said contact and folding means and the picked up product; - inserting the product, retained by the handling means, in the compartment; - preventing relative movement of the contact and folding means and the handling means along the main direction of extension of the compartment. - feeding a box along a feed line for boxes, the box comprising at least one flap made on a top surface and designed to be folded towards the inside of the box and to form at least one portion of a compartment with a main direction of extension for containing the product between the top surface and the bottom of the box; - feeding at least one product along a feed line for products; - picking up the product from the product feed line using handling means; characterised in that the method further comprises the steps: - making contact with the at least one flap on the top surface of the box by means of contact and folding means associated with the handling means characterised in that the method further comprises the steps: - using the contact and folding means to fold the flap towards the inside of the box to open and configure the compartment for housing the product, without contact between said contact and folding means and the picked up product; - inserting the product, retained by the handling means, in the compartment; - preventing relative movement of the contact and folding means and the handling means along the main direction of extension of the compartment. - making contact with the at least one flap on the top surface of the box by means of contact and folding means associated with the handling means characterised in that the method further comprises the steps: - using the contact and folding means to fold the flap towards the inside of the box to open and configure the compartment for housing the product, without contact between said contact and folding means and the picked up product; - inserting the product, retained by the handling means, in the compartment; - preventing relative movement of the contact and folding means and the handling means along the main direction of extension of the compartment.
A method for wireless communications by a user equipment, UE, the method comprising: determining a type of a network to access for communications; determining, based at least in part on the type of the network, at least one capability identifier associated with at least one set of UE radio capabilities for the type of the network; and sending the at least one capability identifier to the network; and after sending the at least one capability identifier, receiving an updated capability identifier from the network for the at least one set of UE radio capabilities. determining a type of a network to access for communications; determining, based at least in part on the type of the network, at least one capability identifier associated with at least one set of UE radio capabilities for the type of the network; and sending the at least one capability identifier to the network; and
A method of wireless communication at a relay device, comprising: receiving a message comprising a first zone identifier, ID, corresponding to a geographical location for a transmitting device wherein, in addition to the zone ID, the message further comprises a layer 2 ID based on at least one of a source ID and a destination ID; determining whether to relay the message based at least on the first zone ID; and if the relay device determines to relay the message, generating a relayed message, the relayed message including first information indicating the first zone ID and a second destination ID, wherein the second destination ID is based on the first zone ID, a second zone ID for the relay device and a relay device ID. receiving a message comprising a first zone identifier, ID, corresponding to a geographical location for a transmitting device wherein, in addition to the zone ID, the message further comprises a layer 2 ID based on at least one of a source ID and a destination ID; determining whether to relay the message based at least on the first zone ID; and if the relay device determines to relay the message, generating a relayed message, the relayed message including first information indicating the first zone ID and a second destination ID, wherein the second destination ID is based on the first zone ID, a second zone ID for the relay device and a relay device ID.
A device for dispensing fluid onto a substrate moveable relative to the device, in particular for dispensing glue adhesive, comprising: a basic body having a fluid supply channel which can be connected to a fluid source, a slot nozzle unit communicating with the fluid supply channel, the slot nozzle unit being provided in or mounted to the basic body and having a slotted discharge opening for dispensing fluid, a distribution channel and a fluid valve for selective cutoff or release of the fluid flow, wherein the basic body has a plurality of segments (2, 4, 6) which are located adjacent to each other in the direction of the longitudinal extension of the slot-shaped discharge opening, characterized in that not all, but only a few basic body segments are or only one basic body segment is connected to the fluid source for supplying fluid, and the distribution channel is provided within the nozzle unit, such that fluid can be distributed from the few basic body segments or the only basic body segment connected to the fluid source through the distribution channel substantially over the longitudinal extension of all basic body segments (2, 4, 6), and each of the basic body segments (2, 4, 6) can have one or two bores for accommodating the fluid valve, wherein the fluid valve is at least partially located within only one of the bores provided in the basic body segments (2, 4, 6) connected to the fluid source, and wherein the basic body has several bores for receiving heat cartridges for heating the basic body and the nozzle unit. a basic body having a fluid supply channel which can be connected to a fluid source, a slot nozzle unit communicating with the fluid supply channel, the slot nozzle unit being provided in or mounted to the basic body and having a slotted discharge opening for dispensing fluid, a distribution channel and a fluid valve for selective cutoff or release of the fluid flow, wherein the basic body has a plurality of segments (2, 4, 6) which are located adjacent to each other in the direction of the longitudinal extension of the slot-shaped discharge opening, characterized in that not all, but only a few basic body segments are or only one basic body segment is connected to the fluid source for supplying fluid, and the distribution channel is provided within the nozzle unit, such that fluid can be distributed from the few basic body segments or the only basic body segment connected to the fluid source through the distribution channel substantially over the longitudinal extension of all basic body segments (2, 4, 6), and each of the basic body segments (2, 4, 6) can have one or two bores for accommodating the fluid valve, wherein the fluid valve is at least partially located within only one of the bores provided in the basic body segments (2, 4, 6) connected to the fluid source, and wherein the basic body has several bores for receiving heat cartridges for heating the basic body and the nozzle unit.
Low-voltage circuit-breaker device having at least one outer conductor path from an outer conductor supply connection of the low-voltage circuit-breaker device to an outer conductor load connection of the low-voltage circuit-breaker device, wherein a mechanical bypass switch is arranged in the outer conductor path, wherein a first semiconductor circuit arrangement of the low-voltage circuit-breaker device is connected in parallel with the bypass switch, wherein a current measurement arrangement is arranged in the outer conductor path, which is connected to an electronic control unit of the circuit-breaker device, wherein the electronic control unit is configured to control the bypass switch and the first semiconductor circuit arrangement, wherein a second semiconductor circuit arrangement is arranged in series with the bypass switch and in parallel with the first semiconductor circuit arrangement in the outer conductor path, characterized in that the low-voltage circuit-breaker device is further provided with a neutral conductor path from a neutral conductor connection of the low-voltage circuit-breaker device to a neutral conductor load connection of the low-voltage circuit-breaker device, and the electronic control unit is configured, in the event of a current arising via the outer conductor path that is higher than the rated current but lower than a tripping overcurrent, in particular a short circuit, to first close the first semiconductor circuit arrangement, then to block the second semiconductor circuit arrangement, and subsequently to alternately connect the first semiconductor circuit arrangement and the second semiconductor circuit arrangement in a prespecifiable manner, and in this way to guide the current flow alternately via the first semiconductor circuit arrangement and the second semiconductor circuit arrangement.
A data frame fragmentation method, comprising: generating, by an optical line terminal OLT, an original data frame, wherein the original data frame comprises a frame header and a packet, the packet comprises a first packet and a second packet, and a priority of the first packet is lower than a priority of the second packet; if a length of the frame header is greater than a first preset value, performing, by the OLT, fragmentation on the frame header to obtain a target data frame, wherein a length of each subframe header after the frame header is fragmented is less than or equal to the first preset value, the target data frame comprises a plurality of codewords, at least one codeword comprises a first field, each codeword comprises a second field, and the at least one codeword further comprises a third field, wherein the first field is used for carrying the subframe header and the first packet, the second field is used for carrying a check code, the third field is used for carrying the second packet, a sending order of the first packet is after a subframe header with a front most sending order, and the sending order of the first packet is before a sending order of at least one subframe header; and sending, by the OLT, the target data frame to an optical network unit ONU. generating, by an optical line terminal OLT, an original data frame, wherein the original data frame comprises a frame header and a packet, the packet comprises a first packet and a second packet, and a priority of the first packet is lower than a priority of the second packet; if a length of the frame header is greater than a first preset value, performing, by the OLT, fragmentation on the frame header to obtain a target data frame, wherein a length of each subframe header after the frame header is fragmented is less than or equal to the first preset value, the target data frame comprises a plurality of codewords, at least one codeword comprises a first field, each codeword comprises a second field, and the at least one codeword further comprises a third field, wherein the first field is used for carrying the subframe header and the first packet, the second field is used for carrying a check code, the third field is used for carrying the second packet, a sending order of the first packet is after a subframe header with a front most sending order, and the sending order of the first packet is before a sending order of at least one subframe header; and sending, by the OLT, the target data frame to an optical network unit ONU.
An information pillar which has a first shell part and a second shell part, wherein both shell parts each have an outer surface, which can serve as an advertising space, and an inner surface, wherein the two shell parts are interconnected along at least one first side edge (S 1) and the information pillar can be transferred from a transport position into a use position, wherein in the transport position at least parts of the shell surfaces lie substantially parallel on one another in a first main plane and in the use position the shell surfaces are at least partially spread apart from one another in an expansion direction perpendicular to the first main plane, for which purpose the information pillar has a support insert, which spreads the shell parts away from one another and which has an expansion leg, which in the use position extends substantially parallel to the expansion direction, and in the transport position can adopt a flat transport configuration, wherein the support insert is supported at a first support point against the first shell part and at a second support point against the second shell part and the support insert has at least one clamping means, which transfers the expansion leg from the transport position into the use position, and the expansion leg has a retaining device for the clamping means.