mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: a) receiving (S203), by a network device , an Ethernet frame, wherein the Ethernet frame comprises, in the following order: a destination media access control, MAC, address, a source MAC address, a cut-through forwarding frame tag including a second Ethernet type and a first cyclic redundancy check, CRC code, a first Ethernet type, a payload, and a frame check sequence, FCS, carrying a second CRC code, a parameter required for generating the first CRC code comprises the destination MAC address, and a parameter required for generating the second CRC code comprises the destination MAC address, the source MAC address, the first CRC code, the first Ethernet type and the payload; b) checking (S204a), by the network device , the destination MAC address based on the first CRC code, to determine whether an error occurs in the destination MAC address; and c) forwarding (S205), by the network device , the Ethernet frame based on the destination MAC address if the network device determines that no error occurs in the destination MAC address. a) receiving (S203), by a network device , an Ethernet frame, wherein the Ethernet frame comprises, in the following order: a destination media access control, MAC, address, a source MAC address, a cut-through forwarding frame tag including a second Ethernet type and a first cyclic redundancy check, CRC code, a first Ethernet type, a payload, and a frame check sequence, FCS, carrying a second CRC code, a parameter required for generating the first CRC code comprises the destination MAC address, and a parameter required for generating the second CRC code comprises the destination MAC address, the source MAC address, the first CRC code, the first Ethernet type and the payload; b) checking (S204a), by the network device , the destination MAC address based on the first CRC code, to determine whether an error occurs in the destination MAC address; and c) forwarding (S205), by the network device , the Ethernet frame based on the destination MAC address if the network device determines that no error occurs in the destination MAC address.
A method for handling signals transmitted from one or more wireless devices in a wireless network when Time Division Duplex, TDD, is employed in successive radio frames, each radio frame comprising multiple subframes where two successive subframes reserved for uplink transmissions are separated by an intermediary time interval with one or more subframes not reserved for uplink transmissions, the method comprising: - receiving the signals during a subframe reserved for uplink transmissions, - selecting a sending time interval with a length of at least a subframe, and - sending the received signals to a transport network wherein the signals are distributed over the selected sending time interval. - receiving the signals during a subframe reserved for uplink transmissions, - selecting a sending time interval with a length of at least a subframe, and - sending the received signals to a transport network wherein the signals are distributed over the selected sending time interval.
A clutch arrangement comprising a first sub-clutch comprising a first outer disk carrier , which is coupled or can be coupled to a rotor of an electric machine and has at least two first outer disks , and a first inner disk carrier having at least one first inner disk that engages between the two first outer disks , and at least one second sub-clutch comprising a plurality of second outer disks provided on the first or on a second outer disk carrier that is coupled or can be coupled to the rotor of the electric machine and a second inner disk carrier having second inner disks that engage between the second outer disks , wherein the first inner disk carrier is connected to a drive hub drivable via an internal combustion engine and the second inner disk carrier is connected to a drive hub that is coupled to a transmission input shaft , characterized in that a spring element , arranged radially outside the first inner disk , is only arranged between the two first outer disks in the first sub-clutch, against the restoring force of which spring element the two outer disks can be axially moved towards each other.
A vehicle hatch assembly adapted to be mounted in a vehicle, and comprises a housing and at least one air inlet and at least one air outlet , an air propulsion device configured to force the air movement between the air inlet and the air outlet , and a UV light source located within the housing between the air inlet and the air outlet characterized in that it further comprises at least one light trap configured to prevent the UV light from escaping the housing through the air inlet and/or the air outlet .
Junction device, comprising a pipe that has at least one end, a manhole comprising a body that has at least one opening , the manhole being intended to receive said pipe, and sealing means positioned between the end of said pipe and said opening , wherein the opening is frustoconical with a low slope and the seal is a peripheral seal carried by the end of the pipe; said seal comprising, from the front of the seal, at least first and second front end lips (30-1, 30-2) each having a frustoconical shape with an outer diameter which decreases toward the front; wherein the second outer front end lip (30-2) has a maximum outer diameter greater than that of the first front end lip (30-1); said seal comprising at least a third lip (30-3, 30-4) that is frustoconical and has an outer diameter which decreases toward the rear, the maximum outer diameter of this third lip being substantially identical to that of the first front end lip (30 -1).
A method comprising: flowing a molten mass of glass and bubbles into an apparatus downstream of a submerged combustion melter, the downstream apparatus comprising a floor, a roof, and a wall connecting the floor and the roof, the downstream apparatus devoid of submerged combustion burners and other components that would increase turbulence of the molten mass, the molten mass having foam on at least a portion of a top surface of the molten mass; and imposing a de-stabilizing force directly to the foam or to the molten mass and foam, the force selected from the group consisting of a vibratory force, an acoustic wave force, a particulate-based force, and a non-particulate-based mechanical force. flowing a molten mass of glass and bubbles into an apparatus downstream of a submerged combustion melter, the downstream apparatus comprising a floor, a roof, and a wall connecting the floor and the roof, the downstream apparatus devoid of submerged combustion burners and other components that would increase turbulence of the molten mass, the molten mass having foam on at least a portion of a top surface of the molten mass; and imposing a de-stabilizing force directly to the foam or to the molten mass and foam, the force selected from the group consisting of a vibratory force, an acoustic wave force, a particulate-based force, and a non-particulate-based mechanical force.
A fingerprint module ,comprising: a fingerprint chip comprising an identifying surface and a connecting surface opposite to the identifying surface , wherein the identifying surface is configured to identify a fingerprint of a user; a circuit board coupled to the connecting surface ; and a sealing adhesive positioned between the circuit board and the fingerprint chip , wherein the circuit board comprises a conductive surface attached to the connecting surface of the fingerprint chip , and a peripheral side surface connected to a peripheral edge of the conductive surface , wherein an orthographic projection of the conductive surface is located in the connecting surface , characterized in that the sealing adhesive is disposed between the connecting surface and the peripheral side surface ; and the circuit board comprises a connecting layer attached to the connecting surface of the fingerprint chip and an extending layer fixed to a peripheral edge of the connecting layer , wherein the conductive surface is disposed on the connecting layer , and the extending layer passes through the sealing adhesive located at the peripheral edge of the connecting layer , to be electrically connected to an external member. a fingerprint chip comprising an identifying surface and a connecting surface opposite to the identifying surface , wherein the identifying surface is configured to identify a fingerprint of a user; a circuit board coupled to the connecting surface ; and a sealing adhesive positioned between the circuit board and the fingerprint chip , wherein the circuit board comprises a conductive surface attached to the connecting surface of the fingerprint chip , and a peripheral side surface connected to a peripheral edge of the conductive surface , wherein an orthographic projection of the conductive surface is located in the connecting surface , characterized in that the sealing adhesive is disposed between the connecting surface and the peripheral side surface ; and the circuit board comprises a connecting layer attached to the connecting surface of the fingerprint chip and an extending layer fixed to a peripheral edge of the connecting layer , wherein the conductive surface is disposed on the connecting layer , and the extending layer passes through the sealing adhesive located at the peripheral edge of the connecting layer , to be electrically connected to an external member.
A three-dimensional modeling apparatus comprising: a carrier configured to carry a modeling material ; a device configured to cause the modeling material carried by the carrier to fly to a surface of an object ; and an external force applying member configured to apply a predetermined external force F to the modeling material when the modeling material is flying, characterized in that the carrier is configured to move in a predetermined direction, and the predetermined external force to act in a direction opposite to the predetermined direction. a carrier configured to carry a modeling material ; a device configured to cause the modeling material carried by the carrier to fly to a surface of an object ; and an external force applying member configured to apply a predetermined external force F to the modeling material when the modeling material is flying, characterized in that the carrier is configured to move in a predetermined direction, and the predetermined external force to act in a direction opposite to the predetermined direction.
A method for controlling an attach state of a user equipment in a telecommunications node, the telecommunications node being an attach control node of a telecommunications system , the telecommunications system further comprising a subscriber database containing subscription data of the user equipment, the method comprising the step of: - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage a first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is free of communication session management subscription data and is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system, receiving in a second transfer stage following the first transfer stage at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein only the second set of the subscription data comprises communication session management subscription data and wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system. - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage a first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is free of communication session management subscription data and is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system, receiving in a second transfer stage following the first transfer stage at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein only the second set of the subscription data comprises communication session management subscription data and wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system.
An image inspection device comprising: a first conveyance unit which is arranged in such a manner that a single conveyance surface on which a sheet-shaped inspection object is conveyed is located on an upper surface side; the single conveyance surface being contacted to a back surface of the inspection object; a second conveyance unit which is arranged adjacent to the conveyance surface of the first conveyance unit along an inspection object conveyance direction in such a manner that a single conveyance surface on which the sheet-shaped inspection object is conveyed is located on a lower surface side, the single conveyance surface being contacted to a front surface of the inspection object; a first inspection section which is installed above the first conveyance unit in a state of being directed downwards so as to face the first conveyance unit , the first inspection section inspecting an image on the front surface of the inspection object which is conveyed by the single conveyance surface of the first conveyance unit ; and a second inspection section which is installed under the second conveyance unit in a state of being directed upward so as to face the second conveyance unit , the second inspection section inspecting an image on the back surface of the inspection object which is conveyed by the second conveyance unit , characterized in that, the first conveyance unit and the second conveyance unit are arranged linearly apart from and adjacent to each other in such a manner that the respective linear conveyance surfaces almost match each other thereby continuously conveying the inspection object along one linear conveyance path. a first conveyance unit which is arranged in such a manner that a single conveyance surface on which a sheet-shaped inspection object is conveyed is located on an upper surface side; the single conveyance surface being contacted to a back surface of the inspection object; a second conveyance unit which is arranged adjacent to the conveyance surface of the first conveyance unit along an inspection object conveyance direction in such a manner that a single conveyance surface on which the sheet-shaped inspection object is conveyed is located on a lower surface side, the single conveyance surface being contacted to a front surface of the inspection object; a first inspection section which is installed above the first conveyance unit in a state of being directed downwards so as to face the first conveyance unit , the first inspection section inspecting an image on the front surface of the inspection object which is conveyed by the single conveyance surface of the first conveyance unit ; and a second inspection section which is installed under the second conveyance unit in a state of being directed upward so as to face the second conveyance unit , the second inspection section inspecting an image on the back surface of the inspection object which is conveyed by the second conveyance unit ,
A method performed by an apparatus within a first access node allocating user equipment processing capability, comprising: determining the user equipment processing capability; determining a first allocation of the user equipment processing capability for the first access node or a second allocation of the user equipment processing capability for a second access node when the user equipment is in communication with at least the first access node and the second access node, wherein the first allocation of the user equipment processing capability and the second allocation of the user equipment processing capability sum to equal a value that does not exceed the user equipment processing capability; and assigning resources for the user equipment based at least in part on the first allocation or the second allocation, wherein determining the first allocation of the user equipment processing capability comprises: determining that the user equipment is in communication with the first access node and the second access node; and negotiating with the second access node to determine the first allocation for the first access node and the second allocation for the second access node such that a total of the first allocation and the second allocation does not exceed the total user equipment processing capability. determining the user equipment processing capability; determining a first allocation of the user equipment processing capability for the first access node or a second allocation of the user equipment processing capability for a second access node when the user equipment is in communication with at least the first access node and the second access node, wherein the first allocation of the user equipment processing capability and the second allocation of the user equipment processing capability sum to equal a value that does not exceed the user equipment processing capability; and assigning resources for the user equipment based at least in part on the first allocation or the second allocation, wherein determining the first allocation of the user equipment processing capability comprises: determining that the user equipment is in communication with the first access node and the second access node; and negotiating with the second access node to determine the first allocation for the first access node and the second allocation for the second access node such that a total of the first allocation and the second allocation does not exceed the total user equipment processing capability. determining that the user equipment is in communication with the first access node and the second access node; and negotiating with the second access node to determine the first allocation for the first access node and the second allocation for the second access node such that a total of the first allocation and the second allocation does not exceed the total user equipment processing capability.
A method for decompressing a compressed Higher Order Ambisonics HOA signal representation ( C ( l )), the compressed HOA signal representation comprising: - perceptually encoded dominant directional signals X ⌣ l and related direction information ( Ω DOM ( l )); and - perceptually encoded transformed residual ambient HOA component W ⌣ A ,RED l , said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals X ⌣ l and said perceptually encoded transformed residual ambient HOA component W ⌣ A ,RED l ; - inverse transforming said perceptually decoded transformed residual ambient HOA component ( Ŵ A,RED ( l )) from the spatial domain so as to get an HOA domain representation ( Ĉ A,RED ( l )); - performing an order extension of said inverse transformed residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); - recomposing said perceptually decoded dominant directional signals ( X̂ ( l )), said direction information ( Ω DOM ( l )) and said original-order extended ambient HOA component ( Ĉ A ( l )) so as to get an HOA signal representation ( Ĉ ( l )). - perceptually encoded dominant directional signals X ⌣ l and related direction information ( Ω DOM ( l )); and - perceptually encoded transformed residual ambient HOA component W ⌣ A ,RED l , - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals X ⌣ l and said perceptually encoded transformed residual ambient HOA component W ⌣ A ,RED l ; - inverse transforming said perceptually decoded transformed residual ambient HOA component ( Ŵ A,RED ( l )) from the spatial domain so as to get an HOA domain representation ( Ĉ A,RED ( l )); - performing an order extension of said inverse transformed residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); - recomposing said perceptually decoded dominant directional signals ( X̂ ( l )), said direction information ( Ω DOM ( l )) and said original-order extended ambient HOA component ( Ĉ A ( l )) so as to get an HOA signal representation ( Ĉ ( l )).
A non-naturally occurring synthetic peptide which interacts with RAD51 Associated Protein 1's (RAD51AP1's) binding site on human RAD51 recombinase (RAD51), the non-naturally occurring synthetic peptide comprising a cell-penetrating peptide sequence, wherein the non-naturally occurring synthetic peptide interacts with at least one of residues 202, 205, and 206 of human RAD51, wherein the non-naturally occurring synthetic peptide comprises any one of SEQ ID NO.: 1, SEQ ID NO.: 5, SEQ ID NO : 10, SEQ ID NO.: 66, or SEQ ID NO.:67, wherein any one or more of the amino acids are optionally (D)-amino acids.