mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, transmitting a buffer status report, BSR, the method comprising: receiving logical channel configuration information from a network, the logical channel configuration information including information related to two or more numerologies mapped to each logical channel; when the BSR is triggered, selecting a numerology for buffer size reporting of a corresponding logical channel among the two or more numerologies mapped to the corresponding logical channel; calculating a buffer size of the corresponding logical channel as a buffer size of the selected numerology; generating a BSR including information of the calculated buffer size; and transmitting the generated BSR to the network, wherein the numerology relates to a specific orthogonal frequency division multiplexing, OFDM, subcarrier spacing and a specific transmission time interval, TTI, length, and wherein the UE selects the numerology having a shortest TTI length or a most wide OFDM subcarrier spacing among the two or more numerologies mapped to the corresponding logical channel. receiving logical channel configuration information from a network, the logical channel configuration information including information related to two or more numerologies mapped to each logical channel; when the BSR is triggered, selecting a numerology for buffer size reporting of a corresponding logical channel among the two or more numerologies mapped to the corresponding logical channel; calculating a buffer size of the corresponding logical channel as a buffer size of the selected numerology; generating a BSR including information of the calculated buffer size; and transmitting the generated BSR to the network, wherein the numerology relates to a specific orthogonal frequency division multiplexing, OFDM, subcarrier spacing and a specific transmission time interval, TTI, length, and wherein the UE selects the numerology having a shortest TTI length or a most wide OFDM subcarrier spacing among the two or more numerologies mapped to the corresponding logical channel.
A three-dimensional (3-D) printing system comprising: a build material ; a support material ; a leveling material ; an intermediate transfer surface ; a build material development station positioned to transfer build material to said intermediate transfer surface ; a support material development station positioned to transfer support material to said intermediate transfer surface , said build material development station and said support material development station transfer layers of said build material and said support material to said intermediate transfer surface ; a platen having a flat surface positioned to contact said intermediate transfer surface , said intermediate transfer surface transfers a layer of said build material and said support material to said flat surface of said platen as said platen contacts one of said layers on said intermediate transfer surface ; a dispenser which deposits leveling material on said layer on said platen ; and a mechanical planer positioned to contact and level said leveling material on said layer on said platen and make the top of said leveling material parallel to said flat surface of said platen . a build material ; a support material ; a leveling material ; an intermediate transfer surface ; a build material development station positioned to transfer build material to said intermediate transfer surface ; a support material development station positioned to transfer support material to said intermediate transfer surface , said build material development station and said support material development station transfer layers of said build material and said support material to said intermediate transfer surface ; a platen having a flat surface positioned to contact said intermediate transfer surface , said intermediate transfer surface transfers a layer of said build material and said support material to said flat surface of said platen as said platen contacts one of said layers on said intermediate transfer surface ; a dispenser which deposits leveling material on said layer on said platen ; and a mechanical planer positioned to contact and level said leveling material on said layer on said platen and make the top of said leveling material parallel to said flat surface of said platen .
A computer-implemented method , comprising: receiving , by at least one hardware processor, a binary software code; scanning, by the at least one hardware processor, the binary software code to determine that the binary software code comprises one or more network addresses to be accessed by the binary software code, wherein the scanning comprises identifying one or more text strings in the binary software code, and each of the one or more text strings corresponds to a network address of the one or more network addresses; for each of the one or more network addresses that are accessed by the binary software code: determining , by the at least one hardware processor and based on the text string that corresponds to the network address, whether the binary software code is coded to use an insecure network protocol to access the network address; and generating , by the at least one hardware processor, a security notification indicating the network address that is accessed by the binary software code using the insecure network protocol. receiving , by at least one hardware processor, a binary software code; scanning, by the at least one hardware processor, the binary software code to determine that the binary software code comprises one or more network addresses to be accessed by the binary software code, wherein the scanning comprises identifying one or more text strings in the binary software code, and each of the one or more text strings corresponds to a network address of the one or more network addresses; for each of the one or more network addresses that are accessed by the binary software code: determining , by the at least one hardware processor and based on the text string that corresponds to the network address, whether the binary software code is coded to use an insecure network protocol to access the network address; and generating , by the at least one hardware processor, a security notification indicating the network address that is accessed by the binary software code using the insecure network protocol.
A cutting insert , comprising: an upper surface comprising a corner part and a side part adjacent to the corner part; a lower surface located on a side opposite to the upper surface ; a side surface located between the upper surface and the lower surface ; and a cutting edge located along an intersection part of the upper surface and the side surface , wherein the cutting edge comprises a corner cutting edge located at the corner part, a major cutting edge located at the side part, and a flat cutting edge located between the corner cutting edge and the major cutting edge , wherein the upper surface comprises a land surface located along the cutting edge , and a rake surface located more inward than the land surface , wherein the land surface comprises a first land surface located along the corner cutting edge , a second land surface located along the major cutting edge , and a third land surface located along the flat cutting edge , and wherein a maximum value of a width (W3) of the third land surface is smaller than a maximum value of a width (W1, W2) of each of the first land surface and the second land surface in a top view, characterised in that the rake surface comprises a first rake surface located inside the first land surface , a second rake surface located inside the second land surface , and a third rake surface located inside the third land surface , and wherein a maximum value of a rake angle of the first rake surface is larger than a maximum value of a rake angle of each of the second rake surface and the third rake surface . an upper surface comprising a corner part and a side part adjacent to the corner part; a lower surface located on a side opposite to the upper surface ; a side surface located between the upper surface and the lower surface ; and a cutting edge located along an intersection part of the upper surface and the side surface , wherein the cutting edge comprises a corner cutting edge located at the corner part, a major cutting edge located at the side part, and a flat cutting edge located between the corner cutting edge and the major cutting edge , wherein the upper surface comprises a land surface located along the cutting edge , and a rake surface located more inward than the land surface , wherein the land surface comprises a first land surface located along the corner cutting edge , a second land surface located along the major cutting edge , and a third land surface located along the flat cutting edge , and wherein a maximum value of a width (W3) of the third land surface is smaller than a maximum value of a width (W1, W2) of each of the first land surface and the second land surface in a top view, characterised in that the rake surface comprises a first rake surface located inside the first land surface , a second rake surface located inside the second land surface , and a third rake surface located inside the third land surface , and wherein a maximum value of a rake angle of the first rake surface is larger than a maximum value of a rake angle of each of the second rake surface and the third rake surface .
A method for providing learning data for an AI system comprising the steps of: - capturing images of machined workpieces by an image capturing device of the AI system ; - classifying (S12) the captured images by the AI system by means of a classification criterion, wherein the classification of the captured images determines whether the respective workpieces are defect-free or defective; - providing (S14) a quality information of the workpiece , wherein it is determined as a function of the quality information whether the respective workpiece is defect-free or defective, wherein defective workpieces are sorted out into a collecting container ; - detecting (S16) by a sensor device of the collecting container if a respective workpiece is sorted out into the collecting container , wherein by detecting the sorted-out workpieces by the sensor device , the sorted-out workpiece is associated with the associated image, and wherein the associated image is marked with a sorting-out mark, wherein the sorting-out mark is provided by the AI system as a function of the classification; - providing (S18) the images marked with the sorting-out mark as learning data for the AI system . - capturing images of machined workpieces by an image capturing device of the AI system ; - classifying (S12) the captured images by the AI system by means of a classification criterion, wherein the classification of the captured images determines whether the respective workpieces are defect-free or defective; - providing (S14) a quality information of the workpiece , wherein it is determined as a function of the quality information whether the respective workpiece is defect-free or defective, wherein defective workpieces are sorted out into a collecting container ; - detecting (S16) by a sensor device of the collecting container if a respective workpiece is sorted out into the collecting container , wherein by detecting the sorted-out workpieces by the sensor device , the sorted-out workpiece is associated with the associated image, and wherein the associated image is marked with a sorting-out mark, wherein the sorting-out mark is provided by the AI system as a function of the classification; - providing (S18) the images marked with the sorting-out mark as learning data for the AI system .
An outboard motor comprising a first propeller shaft and a second propeller shaft , wherein the second propeller shaft is arranged concentric with the first propeller shaft , and wherein the first propeller shaft is connected to a first power transfer arrangement to rotate the first propeller shaft in a first direction, and wherein the second propeller shaft is connected to a second power transfer arrangement to rotate the second propeller shaft in a second direction opposite to the first direction, wherein the outboard motor comprises a first electric motor having a first motor shaft , and a second electric motor having a second motor shaft , wherein the first motor shaft is connected to the first power transfer arrangement , and wherein the second motor shaft is connected to the second power transfer arrangement .
A door lock comprising a base comprising one or more screw holes passing through the base , a locking bar rotationally connected to the base and extending beyond the base , the locking bar having a first locked position covering the one or more screw holes and a second open position not covering the one or more screw holes , and a locking mechanism , when locked preventing rotation of the locking bar relative to the base , characterised in that the locking bar is mounted on one side of the base and the base further comprises one or more additional screw holes located on the opposite side of the base to the locking bar , the additional screw holes not passing through the base .
A method for broadcasting, by a distributed unit, DU , of a base station, BS, system information in a wireless communication system, the method comprising: receiving (S1710), from a central unit, CU , of the BS , a first message that contains a plurality of system information; receiving (S1720), from a user equipment, UE , a second message that contains a request for system information; transmitting, to the CU of the BS , a third message that includes the UE's request for the system information; receiving (S1730), from the CU of the BS , a fourth message that includes an enumerated type of the requested system information, wherein the enumerated type of the requested system information identifies the requested system information from among the plurality of system information that was received from the CU in the first message; and broadcasting (S1740) the requested system information. receiving (S1710), from a central unit, CU , of the BS , a first message that contains a plurality of system information; receiving (S1720), from a user equipment, UE , a second message that contains a request for system information; transmitting, to the CU of the BS , a third message that includes the UE's request for the system information; receiving (S1730), from the CU of the BS , a fourth message that includes an enumerated type of the requested system information, wherein the enumerated type of the requested system information identifies the requested system information from among the plurality of system information that was received from the CU in the first message; and broadcasting (S1740) the requested system information.
Composition comprising: - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula (I), one of its addition salts, its solvates and/or the solvates of its salts: - at least one oxidation coupler chosen from 2-amino-5-ethylphenol of formula (II), one of its addition salts, its solvates and/or the solvates of its salts: - at least one compound chosen from N,N-dicarboxymethyl glutamic acid, one of its salts and mixtures thereof. - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula (I), one of its addition salts, its solvates and/or the solvates of its salts: - at least one oxidation coupler chosen from 2-amino-5-ethylphenol of formula (II), one of its addition salts, its solvates and/or the solvates of its salts: - at least one compound chosen from N,N-dicarboxymethyl glutamic acid, one of its salts and mixtures thereof.
A cutter assembly comprising: a flexible sickle bar extending in a horizontal plane; knife sections mounted to and along the sickle bar ; a sickle drive adapted to reciprocatively drive the sickle bar ; a sickle bar drive mount coupled to the sickle bar , the sickle bar drive mount comprising an arm extending along a first horizontal axis parallel and mounted to the sickle bar ; and a sickle bar drive eye connected to the sickle drive , wherein the sickle drive has a sickle drive bearing received within the sickle bar drive eye and the sickle bar drive eye is pivotally coupled to the arm for pivotal movement about a second horizontal axis perpendicular to the first axis ; characterized in that the pivotal connection between the arm and the sickle bar drive eye is provided by a trunnion extending from the arm which trunnion is pinned to a pair of opposite ears extending from the sickle bar drive eye . a flexible sickle bar extending in a horizontal plane; knife sections mounted to and along the sickle bar ; a sickle drive adapted to reciprocatively drive the sickle bar ; a sickle bar drive mount coupled to the sickle bar , the sickle bar drive mount comprising an arm extending along a first horizontal axis parallel and mounted to the sickle bar ; and a sickle bar drive eye connected to the sickle drive , wherein the sickle drive has a sickle drive bearing received within the sickle bar drive eye and the sickle bar drive eye is pivotally coupled to the arm for pivotal movement about a second horizontal axis perpendicular to the first axis ; characterized in that the pivotal connection between the arm and the sickle bar drive eye is provided by a trunnion extending from the arm which trunnion is pinned to a pair of opposite ears extending from the sickle bar drive eye .
A processor comprising: an instruction unit to receive a first instruction and a second instruction, wherein the first instruction is to be issued by a software installer application to finalize a build of a secure enclave in which to run a user software application, the first instruction is also to initialize the secure enclave, the second instruction is from the user software application running within the secure enclave after the secure enclave has been initialized by execution of the first instruction, and the second instruction is to use a requested platform feature provided by a component outside of the processor; and an execution unit to execute the first instruction, wherein execution of the first instruction includes determining whether the requested platform feature is licensed for use in the secure enclave, the execution unit to execute the second instruction only if execution of the first instruction determines that the requested platform feature is licensed for use in the secure enclave. an instruction unit to receive a first instruction and a second instruction, wherein the first instruction is to be issued by a software installer application to finalize a build of a secure enclave in which to run a user software application, the first instruction is also to initialize the secure enclave, the second instruction is from the user software application running within the secure enclave after the secure enclave has been initialized by execution of the first instruction, and the second instruction is to use a requested platform feature provided by a component outside of the processor; and an execution unit to execute the first instruction, wherein execution of the first instruction includes determining whether the requested platform feature is licensed for use in the secure enclave, the execution unit to execute the second instruction only if execution of the first instruction determines that the requested platform feature is licensed for use in the secure enclave.
A hydrogen station that is used to charge hydrogen to a hydrogen tank mounted on a vehicle (C), the hydrogen station comprising: a compressor that compresses hydrogen; a lubricant cooling unit that cools the lubricant of the compressor while circulating the lubricant; a hydrogen cooling unit that is capable of cooling hydrogen which is not yet charged to the hydrogen tank mounted on the vehicle and is compressed by the compressor ; a sensor that detects whether the vehicle (C) approaches or reaches the hydrogen station ; and a startup unit that starts up both of the lubricant cooling unit and the hydrogen cooling unit by a signal from the sensor ; wherein the hydrogen cooling unit is provided in plural stages, and wherein the startup unit starts up the most downstream side hydrogen cooling unit among the plural stages of hydrogen cooling units . a compressor that compresses hydrogen; a lubricant cooling unit that cools the lubricant of the compressor while circulating the lubricant; a hydrogen cooling unit that is capable of cooling hydrogen which is not yet charged to the hydrogen tank mounted on the vehicle and is compressed by the compressor ; a sensor that detects whether the vehicle (C) approaches or reaches the hydrogen station ; and a startup unit that starts up both of the lubricant cooling unit and the hydrogen cooling unit by a signal from the sensor ; wherein the hydrogen cooling unit is provided in plural stages, and wherein the startup unit starts up the most downstream side hydrogen cooling unit among the plural stages of hydrogen cooling units .
A mounting device for mounting a remote radio unit to a base station antenna having a longitudinal axis, the mounting device including: a guide rail configured to be mounted to the base station antenna and extending transversely in a mounted state of the guide rail on the base station antenna; an adapter plate configured to be mounted to the remote radio unit; a guide element configured to be mounted to the remote radio unit and movable along the guide rail in a mounted state of the guide element on the remote radio unit; the guide element being an integral part of the adapter plate; a mounting frame configured to be mounted to the base station antenna, the mounting frame including two parallel longitudinal beams and two connecting elements that connect the longitudinal beams to each other at ends of the longitudinal beams, the connecting elements being configured to mount the base station antenna to a pole, the guide rail being mounted to the mounting frame, and a plurality of fixing devices being configured to fix the remote radio unit on the mounting frame. a guide rail configured to be mounted to the base station antenna and extending transversely in a mounted state of the guide rail on the base station antenna; an adapter plate configured to be mounted to the remote radio unit; a guide element configured to be mounted to the remote radio unit and movable along the guide rail in a mounted state of the guide element on the remote radio unit; the guide element being an integral part of the adapter plate; a mounting frame configured to be mounted to the base station antenna, the mounting frame including two parallel longitudinal beams and two connecting elements that connect the longitudinal beams to each other at ends of the longitudinal beams, the connecting elements being configured to mount the base station antenna to a pole, the guide rail being mounted to the mounting frame, and a plurality of fixing devices being configured to fix the remote radio unit on the mounting frame.
A process for the synthesis of a metallasilsesquioxane comprising the steps of a. preparing a composition containing - at least one silane compound having the general formula R 1 Si(OR 2 ) 3 ; wherein R 1 , R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and b. adding to said composition at least one transition metal halide, wherein the process is a one-pot process. a. preparing a composition containing - at least one silane compound having the general formula R 1 Si(OR 2 ) 3 ; wherein R 1 , R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and - at least one silane compound having the general formula R 1 Si(OR 2 ) 3 ; wherein R 1 , R 2 are each independently hydrogen, alkyl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl, and - at least one base, and b. adding to said composition at least one transition metal halide, wherein the process is a one-pot process.