mhurhangee/ep-ind-claims huggingface dataset:
User equipment, UE, wherein the UE is connected to a network device, wherein the UE comprises: a receiver, configured to receive non-access stratum signaling sent by the network device, wherein the non-access stratum signaling comprises capability indication information that is used to notify the UE that the network device supports application specific congestion control for data communication, ACDC; and a transmitter, configured to send a service initiation request comprising first application information to the network device according to the capability indication information, wherein the first application information is used to instruct the network device to determine, according to the first application information and access control information, whether a first application corresponding to the first application information is allowed to access a network, the access control information comprises a correspondence between each piece of application information and an access control indication, and the access control indication is used to control whether an application corresponding to the application information is allowed to access the network. a receiver, configured to receive non-access stratum signaling sent by the network device, wherein the non-access stratum signaling comprises capability indication information that is used to notify the UE that the network device supports application specific congestion control for data communication, ACDC; and a transmitter, configured to send a service initiation request comprising first application information to the network device according to the capability indication information, wherein the first application information is used to instruct the network device to determine, according to the first application information and access control information, whether a first application corresponding to the first application information is allowed to access a network, the access control information comprises a correspondence between each piece of application information and an access control indication, and the access control indication is used to control whether an application corresponding to the application information is allowed to access the network.
Pack for preparing a food or beverage product from one or more ingredients, the pack comprising an insert and a container; the container being configured by at least one flexible sheet folded in such a way to configure a container where one or more ingredients can be stored; the insert comprising a dispensing outlet through where the food or beverage product is delivered and an obturable entry which is in direct communication with the dispensing outlet, whereby the obturable entry can be closed by external pressing means in a machine pressing the at least one flexible sheet over this entry, so that partial or complete closure of the dispensing outlet is achieved, the insert further comprising a primary inlet and optionally also a secondary inlet through where water and air can be introduced inside the volume of the container.
A cutting unit for a disc harrow and/or a seed coulter, having a cutting blade rotatably mounted about a rotation axis, and a stripping device (3, 31) for stripping earth accumulated on the cutting blade at the back of the cutting blade, wherein the stripping device (3, 31) has at least one stripping arm (3, 31) rotatably mounted about the rotation axis for stripping the earth accumulated on the cutting blade, characterised in that the at least one stripping arm (3, 31) is rotatable about the rotation axis independently of the cutting blade.
Apparatus for treating plastic preforms, having a transport device which transports the plastic preforms along a predetermined transport path, having a first application device which acts upon the plastic preforms with a first flowable medium through their mouth during their transport along a first transport path section, and the apparatus has a second application device which acts upon the plastic preforms with a second flowable medium during their transport along a second transport path section through their mouth, and at least one application device (6, 8) has an ionising device for ionising air, characterised in that the first application device and the second application device have an application element, wherein the first application device and the second application device use the same application element to act upon the plastic preforms with the first flowable medium and to act upon the plastic preforms with the second flowable medium.
A clamping device for removably securing a cutting insert in a tool holder, the clamping device comprising a clamping lever and an actuating member, the clamping lever including a first and second limb (34, 36) extending from a central elbow; the first limb having a clamping end portion, and the second limb being operatively connected to the actuating member, characterised by the first limb having a clamping end portion with at least two independently resilient clamping fingers (64, 66), wherein the at least two independently resilient clamping fingers (64, 66) are separated by at least one clamping slot, and each of the at least two independently resilient clamping fingers (64, 66) has an upper clamping zone (70, 72) in clamping contact with the cutting insert and a resilience axis of rotation (R1, R2), and wherein: the at least one clamping slot has at least one slot width generally parallel to the at least two resilience axes of rotation (R1, R2). the at least one clamping slot has at least one slot width generally parallel to the at least two resilience axes of rotation (R1, R2).
An outlet connector, comprising: an outlet core having an input side and an output side with at least three aligned apertures extending therebetween; a plurality of electrical terminals (806, 808) each positioned in a corresponding one of the apertures; and an end cap connected to the outlet core and surrounding the electrical terminals (806, 808); the end cap includes a body portion and characterised in that the end cap includes a pair of latches positioned to engage a pair of corresponding ledges formed in a cavity of the outlet core, and an internal indexing feature extending from the body portion and mateable with an indexing cutout of the outlet core. an outlet core having an input side and an output side with at least three aligned apertures extending therebetween; a plurality of electrical terminals (806, 808) each positioned in a corresponding one of the apertures; and an end cap connected to the outlet core and surrounding the electrical terminals (806, 808); the end cap includes a body portion and characterised in that the end cap includes a pair of latches positioned to engage a pair of corresponding ledges formed in a cavity of the outlet core, and an internal indexing feature extending from the body portion and mateable with an indexing cutout of the outlet core.
A feeder device for metal wires unwinding from a corresponding spool, comprising a body presenting a wire braking member, the wire being fed to a processing machine such as a winding machine at a desired tension, said tension being measured by a tension sensor associated with said body, at least one rotary member (14, 15) driven by its own actuator (16, 17) being associated with said body, and about which the metal wire winds for a fraction of a turn or for several turns, to feed the wire to the processing machine at a tension which is a function of the drive torque generated by said actuator (16, 17) rotating the rotary member (14, 15), said tension being regulated or increased or decreased and maintained constant at least in the region of a predetermined and/or programmable reference value, control means for the movement of the actuator (16, 17) being provided connected to the tension sensor, said control means being a control unit preferably of microprocessor type arranged to regulate the torque generated by said actuator (16, 17) on said rotary member (14, 15) on the basis of the tension measured by said sensor, said tension being able to be greater or less than that under which the wire unwinds from the corresponding spool, characterised in that said control unit cooperates with a memory containing tension data related to a wire feed value measured independently by said feeder device, said feed value being at least one from among the wire quantity fed by the device and the wire feed velocity, the wire tension being modified on the basis of an operative stage of the machine by acting on said member (14, 15) and on the corresponding actuator (16, 17).
A method for controlling the operation of a number of airborne wind energy systems arranged in a wind energy park, each airborne wind energy system comprising a wind engaging member being coupled to a ground station via a cable, the method comprising - determining an operational parameter of each of the number of airborne wind energy systems, - determining a deviation between the operation parameter of a first airborne wind energy system and the operational parameters of the other airborne wind energy systems, - controlling the operation of the first airborne wind energy system according to a normal control mode if the deviation is smaller than a predetermined threshold parameter, and controlling the operation of the first airborne wind energy system according to a fault control mode if the deviation is larger than or equal to the predetermined threshold parameter, further comprising determining the wind direction and controlling the operation of one or more of airborne wind energy systems in a downwind direction to the first airborne wind energy system according to a safe control mode if the first airborne wind energy system is in the fault control mode. - determining an operational parameter of each of the number of airborne wind energy systems, - determining a deviation between the operation parameter of a first airborne wind energy system and the operational parameters of the other airborne wind energy systems, - controlling the operation of the first airborne wind energy system according to a normal control mode if the deviation is smaller than a predetermined threshold parameter, and
An internal combustion engine system (A1, A2) comprising: an internal combustion engine in which an exhaust circulation path is connected to an exhaust path and an intake path communicating with a combustion chamber; a reforming fuel injection device adapted to inject a reforming fuel into an exhaust gas flowing through the exhaust circulation path; and a reformer provided with a reforming catalyst adapted to generate a hydrogen-containing gas using the reforming fuel; wherein the internal combustion engine system is characterized in having: regeneration timing determination means adapted to determine whether or not the reforming of the exhaust gas has been discontinued; and reforming catalyst regeneration means adapted to cause an oxygen-containing gas to flow through the exhaust circulation path by closing an exhaust control valve provided in the exhaust path and thereby regenerate the reforming catalyst when the regeneration timing determination means determines that the reforming of the exhaust gas is to be discontinued. an internal combustion engine in which an exhaust circulation path is connected to an exhaust path and an intake path communicating with a combustion chamber; a reforming fuel injection device adapted to inject a reforming fuel into an exhaust gas flowing through the exhaust circulation path; and a reformer provided with a reforming catalyst adapted to generate a hydrogen-containing gas using the reforming fuel; wherein the internal combustion engine system is characterized in having: regeneration timing determination means adapted to determine whether or not the reforming of the exhaust gas has been discontinued; and reforming catalyst regeneration means adapted to cause an oxygen-containing gas to flow through the exhaust circulation path by closing an exhaust control valve provided in the exhaust path and thereby regenerate the reforming catalyst when the regeneration timing determination means determines that the reforming of the exhaust gas is to be discontinued.
A LIDAR system, comprising: a demultiplexer that separates an outgoing LIDAR signal into multiple LIDAR output signals that each carries a different channel; the LIDAR system being characterized by comprising: multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions. a demultiplexer that separates an outgoing LIDAR signal into multiple LIDAR output signals that each carries a different channel; the LIDAR system being characterized by comprising: multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions. multiple input waveguides that are each configured to carry the outgoing LIDAR signal to a different region of an input side of the demultiplexer; and a beam distributor that receives each of the LIDAR output signals and directs the received LIDAR output signals such that different LIDAR output signals travel away from the beam distributor in different directions.
A control method of an electronic apparatus which records debugging information, the method comprising: obtaining debugging information using a source code; identifying whether the obtained debugging information is pre-stored debugging information in a first area of a binary file stored in a buffer; based on the obtained debugging information being the same as the pre-stored debugging information, obtaining index information corresponding to the pre-stored debugging information, and adding the index information corresponding to a second area of the binary file; and based on the obtained debugging information not being pre-stored debugging information in the buffer, generating new debugging information including new index information corresponding to the obtained debugging information, and storing the generated new debugging information in the first area of the binary file and the new index information in the second area of the binary file. obtaining debugging information using a source code; identifying whether the obtained debugging information is pre-stored debugging information in a first area of a binary file stored in a buffer; based on the obtained debugging information being the same as the pre-stored debugging information, obtaining index information corresponding to the pre-stored debugging information, and adding the index information corresponding to a second area of the binary file; and based on the obtained debugging information not being pre-stored debugging information in the buffer, generating new debugging information including new index information corresponding to the obtained debugging information, and storing the generated new debugging information in the first area of the binary file and the new index information in the second area of the binary file.
A device for levelling a wall or similar vertical surface, wherein the device comprises: - a telescopic bar formed of at least two tubes (3; 4), which can slide one inside another, and wherein the telescopic bar comprises a first end portion and a second end portion, wherein the telescopic bar further comprises an adjusting and locking device configured to adjust and to lock the tubes (3: 4) of the telescopic bar in a necessary length; - two feet, wherein each foot comprises a connection and guide mechanism slidably connecting each foot to respective the first end portion and the second end portion of the telescopic bar so that the telescopic bar is able to move in relation to the foot; wherein the connection and guide mechanism comprises: a foot bar fixed to the foot and extending in a direction towards the telescopic bar and into it, characterized in that the foot bar comprises a threaded hole; wherein the connection and guide mechanism further comprises: at least two rollers rotatably connected to the end portion (5;6) of the telescopic bar so that the rollers can roll along the foot; and a threaded shaft rotatably connected to the telescopic bar and engaged with the threaded hole of the foot bar so that rotational movement of the threaded shaft through the engagement of the threaded hole of the foot bar is transferred into linear motion of the telescopic bar along the foot. - a telescopic bar formed of at least two tubes (3; 4), which can slide one inside another, and wherein the telescopic bar comprises a first end portion and a second end portion, wherein the telescopic bar further comprises an adjusting and locking device configured to adjust and to lock the tubes (3: 4) of the telescopic bar in a necessary length; - two feet, wherein each foot comprises a connection and guide mechanism slidably connecting each foot to respective the first end portion and the second end portion of the telescopic bar so that the telescopic bar is able to move in relation to the foot; a foot bar fixed to the foot and extending in a direction towards the telescopic bar and into it, characterized in that the foot bar comprises a threaded hole; wherein the connection and guide mechanism further comprises: at least two rollers rotatably connected to the end portion (5;6) of the telescopic bar so that the rollers can roll along the foot; and a threaded shaft rotatably connected to the telescopic bar and engaged with the threaded hole of the foot bar so that rotational movement of the threaded shaft through the engagement of the threaded hole of the foot bar is transferred into linear motion of the telescopic bar along the foot.
Rail vehicle with deformation zone, comprising at least one end cross member provided at a front end and at least one further cross member, a deformation zone provided between the end cross member and the cross member, and at least one deformation element, wherein the end cross member is connected to the cross member by means of at least one force transmission element, which transmits longitudinal compression forces up to a specific value under elastic deformation and collapses when this specific value is exceeded, characterised in that the at least one deformation element is disposed so that the plastic deformation of the at least one deformation element indicative of energy dissipation only occurs with the collapse of the force transmission element and that the at least one force transmission element is constructed from plates disposed in an x shape and that the line of the intersection of the plates of the force transmission element disposed in an x shape is disposed transverse to the longitudinal direction of the vehicle.
A display panel comprising: a substrate in which a first subpixel including a first light emitting region configured to emit light having a first color, a second subpixel including a second light emitting region configured to emit light having a second color and a third subpixel including a third light emitting region configured to emit light having a third color are defined, the substrate including a non-light emitting region positioned around the first light emitting region, the second light emitting region and the third light emitting region; an encapsulation layer disposed on the substrate; a touch electrode disposed on the encapsulation layer and including a first metal layer; a nanostructure disposed on the touch electrode, and being in direct contact with the first metal layer; a first insulating layer disposed on the nanostructure; and a color filter including a first conversion portion disposed on the first insulating layer, a second conversion portion disposed on the first insulating layer, and a third conversion portion disposed on the first insulating layer, wherein the first, second and third conversion portions correspond respectively to the first, second and third subpixels (111, 112, 113), and wherein in the non-light emitting region, the nanostructure, the first conversion portion and the third conversion portion are positioned to overlap each other. a substrate in which a first subpixel including a first light emitting region configured to emit light having a first color, a second subpixel including a second light emitting region configured to emit light having a second color and a third subpixel including a third light emitting region configured to emit light having a third color are defined, the substrate including a non-light emitting region positioned around the first light emitting region, the second light emitting region and the third light emitting region; an encapsulation layer disposed on the substrate; a touch electrode disposed on the encapsulation layer and including a first metal layer; a nanostructure disposed on the touch electrode, and being in direct contact with the first metal layer; a first insulating layer disposed on the nanostructure; and a color filter including a first conversion portion disposed on the first insulating layer, a second conversion portion disposed on the first insulating layer, and a third conversion portion disposed on the first insulating layer, wherein the first, second and third conversion portions correspond respectively to the first, second and third subpixels (111, 112, 113), and wherein in the non-light emitting region, the nanostructure, the first conversion portion and the third conversion portion are positioned to overlap each other.
An apparatus to process an encrypted request received over a named-data network, the apparatus comprising: a communication mechanism to receive an Interest packet that includes a name for a piece of data or a service requested by a client device, wherein the Interest's name includes a routable prefix, a session identifier, and an encrypted name suffix; and a cryptography mechanism to obtain a decryption key, and to decrypt the encrypted name suffix using the decryption key to obtain a plaintext suffix; wherein obtaining the decryption key comprises generating the decryption key based on the session identifier. a communication mechanism to receive an Interest packet that includes a name for a piece of data or a service requested by a client device, wherein the Interest's name includes a routable prefix, a session identifier, and an encrypted name suffix; and a cryptography mechanism to obtain a decryption key, and to decrypt the encrypted name suffix using the decryption key to obtain a plaintext suffix; wherein obtaining the decryption key comprises generating the decryption key based on the session identifier.