baber/WOPTO huggingface dataset:
Patent WO-2021164361-A1 (WO)
Title: Kpi optimization method, apparatus, device, and medium
Inventor: WEN SHU
IPC: G06Q10/06
Filed: 2020-11-25
Abstract: The present application relates to the field of data processing of big data, and provides a KPI optimization method, apparatus, device, and medium, capable of analyzing the importance of at least one indicator to obtain the weight of said at least one indicator, retrieving a plurality of pre-configured target indicators and matching the plurality of target indicators with the at least one indicator to obtain a match result, verifying the plurality of target indicators according to the match result to ensure the availability of the plurality of target indicators, further ensuring the accuracy of KPI optimization, and, if the plurality of target indicators passes verification, determining target index data corresponding to the plurality of target indexes, using a multiple knapsack algorithm to process said target index data to obtain a target KPI, and then using the multiple knapsack algorithm for dynamic planning; at the same time, everyone's different capabilities are taken into consideration, achieving the automatic optimization of KPI, and applicability is better. The present application also relates to blockchain technology; the target KPI can be stored in the blockchain.
Patent WO-2022048047-A1 (WO)
Title: 一种显示面板及显示面板的制作方法
Inventor: CHEN FANGFU
IPC: H01L21/66
Filed: 2020-11-26
Abstract: 一种显示面板和显示面板的制作方法。其中，显示面板的显示区（10）包括：横向延伸的多条栅极线（11）和栅极修补线（12）、纵向延伸至非显示区（20）的多条栅极连接线（13）、以及纵向延伸的第一连接修补线（14）；栅极修补线（12）与第一连接修补线（14）一一对应连接，每条栅极修补线（12）上设有多个第一连接修补点（15），每条第一连接修补线（14）上设有多个第二连接修补点（16）。
Patent WO-2021159848-A1 (WO)
Title: Methods and apparatus of handling interruption for multiple scell activiation
Inventor: CUI JIE
IPC: H04W72/08
Filed: 2020-12-15
Abstract: Systems and methods are provided for determining which part or operation of one or more Secondary Cell (SCell) activation process (es) to defer or restart when an attempt to simultaneously perform multiple operations of the one or more SCell activation processes would cause interference. For example, radio frequency (RF) tuning and/or automatic gain control (AGC) settling for an SCell activation may be deferred until after a Hybrid Automatic Repeat Request (HARQ) for the SCell activation is sent by a UE to the SCell. In another example, RF tuning and/or AGC settling corresponding to the activation of a first SCell may be deferred until after RF tuning and/or AGC settling corresponding to the activation of a second SCell is complete.
Patent WO-2022057128-A1 (WO)
Inventor: MA RENSHUN
IPC: C08L91/06
Filed: 2020-12-16
Abstract: 汽车板簧挡板或支架的坯料及其成品的制备方法，所述坯料由以下重量百分比的组分组成，MC尼龙下脚料70~80%，增韧剂10~20%、耐磨剂2~7%，石蜡1~5%，通过使用MC尼龙下脚料制备出的汽车板簧挡板或支架的性能参数比使用新料制备出的汽车板簧挡板或支架的性能参数好，且能实现MC尼龙下脚料的废物利用。
Patent WO-2021135964-A1 (WO)
Title: Secure processing module and projector
Inventor: DENG GAOFEI
IPC: G03B21/14
Filed: 2020-12-17
Abstract: A secure processing module (100) and a projector that uses the secure processing module (100). The secure processing module (100) comprises a housing (1) enclosed to form an accommodating space (10) and a heat dissipation device (2) installed in the accommodating space (10). The housing (1) comprises openings (11) that penetrate same and anti-detection structures (12). The heat dissipation device (2) comprises a plurality of heat dissipation fins (21) and a plurality of air ducts (20) formed at intervals by two adjacent heat dissipation fins (21) for heat dissipation. The air ducts (20) are connected to the openings (11). The anti-detection structures (12) are arranged parallel to the heat dissipation fins (21). The anti-detection structures (12) are arranged directly opposite to the openings (11) so as to prevent external detection of the secure processing module (100). The secure processing module (100) and the projector are well ventilated, and have a good system heat dissipation performance and low noise.
Patent WO-2022133724-A1 (WO)
Inventor: WANG MINGHUI
IPC: F26B13/04
Filed: 2020-12-22
Abstract: A silk drying apparatus, comprising exhaust fans (1), a cover plate (2), a U-shaped pipe (3), a drying box (4), flow shunting pipes (5) and a pressing assembly (41). The pressing assembly (41) is provided on the right end of the upper side of the drying box (4); the upper end of the drying box (4) is rotatably connected to the cover plate (2); the two exhaust fans (1) are symmetrically and fixedly connected to the upper end of the cover plate (2), and inlet ends of the exhaust fans (1) are communicated with the box body; the front end of the drying box (4) is fixedly connected to a U-shaped pipe (3) which is transversely arranged in a left-right direction; the ends of the two horizontal portions of the U-shaped pipe (3) facing the drying box (4) are both equidistantly and fixedly connected to at least two flow shunting pipes (5); the flow shunting pipes (5) are transversely arranged and fixed inside the box body in a front-back direction, and the flow shunting pipes (5) penetrate through the drying box (4) and are connected to the U-shaped pipe (3); and the opposite ends of two vertically-arranged flow shunting pipes (5) are equidistantly and fixedly connected to at least two spray heads. The design causes hot air to be transferred along the U-shaped pipe (3) and the flow shunting pipes (5) and to be sprayed out by means of the spray heads, thus implementing heated drying of both an upper end and a lower end of a silk product and improving the drying effect.
Patent WO-2022021767-A1 (WO)
Title: 一种导风箱及应用有该导风箱的内循环吸油烟机
Inventor: CAI FAN
IPC: F24C5/20
Filed: 2020-12-24
Abstract: 一种导风箱，包括箱体(21)，箱体(21)包括相对设置的第一侧壁(214)和第二侧壁(215)，第一侧壁(214)上开设有进风口(211)，第一侧壁(214)和第二侧壁(215)的对应边缘之间分别形成出风口(212)，第二侧壁(215)中与进风口(211)对应的位置为最大凹陷位置(P)，第二侧壁(215)的内侧面形成有导向斜面(216)。一种应用有该导风箱的内循环吸油烟机。通过在导风箱的顶面设置导向斜面（216），能够将气流顺势导向出风口（212），避免了气流在无导向的情况下直接反弹而产生涡流。
Patent WO-2022141009-A1 (WO)
Title: Method and apparatus for sending paging message
Inventor: LUO ZHIHU
IPC: H04W72/04
Filed: 2020-12-29
Abstract: The present application provides a method and apparatus for sending a paging message, capable of reducing power consumption of a terminal device during paging. The method comprises: determining configuration information of a paging message; receiving a first message from a network device before a first paging opportunity (PO), wherein the first message is used for indicating whether to receive a paging message corresponding to the first PO; and if the first message indicates receiving a paging message corresponding to the first PO, according to the configuration information of the paging message, receiving a paging message corresponding to the first PO.
Patent WO-2022062265-A1 (WO)
Inventor: XIONG BAOYU
IPC: G11C11/16
Filed: 2020-12-31
Abstract: 一种读出电路、存储芯片的读出电路的调试方法及装置。该读出电路包括：电流比较器，电流比较器的第一输入端与第一选通器件的漏极连接，第一选通器件的栅极接入钳位电压，第一选通器件的源极与阻性存储器单元连接，其中，阻性存储器单元存高电平信号或低电平信号；电流比较器的第二输入端与第二选通器件的漏极连接，第二选通器件的栅极接入参考电压，第二选通器件的源极与可调电阻电路连接。
Patent WO-2022151237-A1 (WO)
Inventor: ZHANG XIN
IPC: H04L1/18
Filed: 2021-01-14
Abstract: The present application provides a communication method for improving the reliability of MBS service transmission. The communication method comprises: receiving, on a physical downlink shared channel, transmission blocks of an MBS service; decoding the transmission blocks, and according to a decoding state and a configured feedback mode, sending feedback to a base station, wherein the feedback mode is an ACK/NACK mode or an NACK mode; and if the feedback is negative feedback, receiving retransmission of some transmission blocks, wherein the retransmission is performed by means of the base station according to HARQ configuration and HARQ enablement. In this way, after receiving feedback from a UE, a base station initiates, on the basis of the feedback, retransmission of an MBS service, which failed to be transmitted, thereby improving the reliability of MBS service transmission.
Patent WO-2022155875-A1 (WO)
Title: Group uplink control information for industrial internet of things
Inventor: YANG LUANXIA
IPC: H04B7/15
Filed: 2021-01-22
Abstract: Wireless communications systems and methods related to wireless sensor networks are provided. A wireless communication device receives, from a plurality of user equipments (UEs), a plurality of data blocks. Each data block of the plurality of data blocks is associated with a user equipment (UE) ID of a plurality of UE IDs, and each UE ID of the plurality of UE IDs identifies a UE of the plurality of UEs. The wireless communication device encodes each data block of the plurality of data blocks into a plurality of encoded data blocks. The wireless communication device transmits group information including the plurality of UE IDs and a combination data block including the plurality of encoded data blocks.
Patent WO-2022099942-A1 (WO)
Inventor: WU HANQU
IPC: H02N11/00
Filed: 2021-02-03
Abstract: 一种微LED显示面板、显示模组以及LED显示屏，面板包括：若干灯体(110)、LED像素灯(10)，灯体(110)包括发光面(110a)以及焊盘面(110b)，灯体(110)下方设有布线层(140)，石墨烯热电转化层(82)，LED芯片(121)通过引脚与相应设置的引脚焊盘(130)电连接；布线层(140)布设有电路(60)，电路(60)与引脚焊盘(130)电连接，布线层(140)与石墨烯热电转化层(82)绝缘，石墨烯热电转化层(82)通过热电转化引线(600)与LED显示屏供电设备电连接，石墨烯热电转化层(82)用以吸收电路(60)散发的热量和微LED面板(1)吸收的外部热量，并将热量转换为电能。具有使超小点间距的LED显示屏散热更快、系统更加稳定、使用寿命更长、更加节能环保的有益效果。
Patent WO-2021164596-A1 (WO)
Inventor: ZHANG DAWEI
IPC: H01L23/498
Filed: 2021-02-07
Abstract: 一种柔性线路板及其制作方法、显示模组，该柔性线路板包括：柔性基板（1）、引线层、第一绝缘层（3）及引脚层。引线层包括多条引线（21），设置于柔性基板的一侧；第一绝缘层设置于引线层背离柔性基板的一侧，第一绝缘层上设置有多个过孔（31），过孔在柔性基板的正投影与引线在柔性基板的正投影至少部分重合；引脚层包括多个引脚（41），设置于第一绝缘层背离柔性基板的一侧，多个引脚与多条引线一一对应设置，引脚通过过孔和与其对应的引线对应连接。该柔性线路板可以形成密度较大的引脚组。
Patent WO-2021190217-A1 (WO)
Title: 封闭接入组信息处理方法及装置
Inventor: LI FEI
IPC: H04W48/10
Filed: 2021-02-22
Abstract: 本申请实施例公开了一种封闭接入组信息处理方法及装置。所述方法包括：终端设备根据第一封闭接入组标识请求接入封闭接入组小区，终端设备在接收到移动管理网元的注册拒绝消息后，若第一封闭接入组标识与封闭接入组小区实际支持的第二封闭接入组标识一致，则从终端设备被允许的封闭接入组标识列表中删除与第一封闭接入组标识或第二封闭接入组标识重合的封闭接入组标识，从而可以对终端设备被允许的CAG标识列表进行准确处理，避免误删除终端设备被允许的CAG标识中的CAG标识。
Patent WO-2022121117-A1 (WO)
Inventor: XIA SHENG
IPC: B62M6/50
Filed: 2021-02-23
Abstract: A bicycle torque transmission mechanism, comprising an intermediate shaft (1), a torque shaft sleeve (2), a first pedal crank, a second pedal crank, and a detection circuit (3). Two ends of the intermediate shaft (1) are respectively connected to the first pedal crank and the second pedal crank. The torque shaft sleeve (2) is arranged outside the intermediate shaft (1). Upon receiving torque transferred by the first pedal crank and/or the second pedal crank, the intermediate shaft (1) can transfer the torque to the torque shaft sleeve (2). The torque shaft sleeve (2) can deform upon receiving the torque. The detection circuit (3) comprises at least one group of magnetic sensors arranged in pairs. The detection circuit (3) is disposed outside the torque shaft sleeve (2). The detection circuit (3) is used to monitor the state of the torque shaft sleeve (2), and to generate a monitoring signal when monitoring that the torque shaft sleeve (2) deforms. The torque transmission mechanism uses a bilateral torque sensing structure, such that the force applied to two pedals can be accurately measured and the force requirements of a rider can be better understood, and the mechanism can be applied in various application scenarios of bicycles.
Patent WO-2022012052-A1 (WO)
Title: I2c deadlock and recovery method and apparatus
Inventor: ZHANG ZHIBEI
IPC: G06F13/40
Filed: 2021-02-25
Abstract: An I2C deadlock and recovery method and apparatus. The method comprises the following steps: S1, providing an optical module reading unit and an optical module isolation unit in a CPU of a switch; S2, configuring the optical module reading unit to periodically scan the state of each optical module in the switch, reading the content of an in-place optical module, determining whether there is an optical module in which a content reading failure occurs but the state of which is in place, and if there is, determining that there is a faulty optical module; and S3, configuring the optical module isolation unit to isolate all the optical modules of the switch, resetting an I2C bus, searching for and blocking the faulty optical module, and after the faulty optical module is blocked off, deactivating the isolation of normal optical modules in the switch, and notifying a BMC before and after the isolation of the optical modules. By means of the present invention, an I2C deadlock caused by damage to an optical module is effectively detected, and an I2C bus is reset in a timely manner; moreover, a damaged faulty optical module is blocked off, and the blocking of the optical module after fault recovery can be automatically deactivated.
Patent WO-2021170073-A1 (WO)
Inventor: LU BINGZHENG
IPC: A61K31/568
Filed: 2021-02-26
Abstract: Applications of 5α-androst-3β,5,6β-triol and an analog thereof, a deuterated compound thereof, or a pharmaceutically acceptable salt thereof in preparing a drug for treating a pulmonary disease of a patient. These compounds can remarkably inhibit up-regulated expression of PFKFB3, remarkably inhibit accumulation of lactic acid, remarkably reduce vascular endothelial cell injury, remarkably reduce alveolar epithelial cell injury, remarkably inhibit thickening of an alveolar septum, and remarkably reduce alveolar injury, so that these compounds can be used for treating pulmonary diseases mediated by lung epithelial cell injury and/or vascular endothelial cell injury.
Patent WO-2022213332-A1 (WO)
Title: Method for bokeh processing, electronic device and computer-readable storage medium
Inventor: OI TAKUYA
IPC: G06T3/00
Filed: 2021-04-08
Abstract: Disclosed is a method for bokeh processing. The method includes acquiring DSLR camera parameters including a focal length and an F-number, acquiring an image, a focus distance and a depth map which corresponds to the image, obtaining a bokeh size, for each pixel of the image, based on the DSLR camera parameters, the focus distance and the depth map to generate a bokeh size map, and performing bokeh processing on the image based on the bokeh size map.
Patent WO-2021253958-A1 (WO)
Title: Method for smart high-precision positioning of excavator based on satellite navigation
Inventor: DU SUZHONG
IPC: G01S19/42
Filed: 2021-04-16
Abstract: A method for the smart high-precision positioning of an excavator (1) based on satellite navigation, relating to the field of the comprehensive application of satellite technology. In order to overcome the problem of being unable to implement automatic and smart high-precision positioning of an excavator (1), a transceiver (2), a measurement antenna, a single-axis angle sensor, a dual-axis angle sensor, and a vehicle-mounted computer (5) are mounted on the excavator (1) and, by means of Beidou high-precision spatial information technology and an analysis algorithm, the precise position of the excavator (1) and the main components thereof can be solved; by means of constructing side view and top view two-dimensional coordinates, the relative coordinates of each point in the operating attitude of the excavator (1) are rationally analysed and solved, and the coordinate system is converted to implement precise positioning of each main component. On the basis of precise positioning, the present invention can implement rapid positioning, increase positioning precision, and implement automatic guidance and tracking of the excavator, meeting the needs of different industrial engineering applications.
Patent WO-2021213345-A1 (WO)
Inventor: HU MENGSHI
IPC: H04W84/12
Filed: 2021-04-19
Abstract: Disclosed are a data transmission method and a related apparatus. The method comprises: generating a signaling field of a PPDU, and sending the signaling field on a first frequency domain slice, wherein a channel bandwidth for transmitting the PPDU comprises at least two frequency domain slices; the at least two frequency domain slices comprise the first frequency domain slice; and a resource unit allocation subfield in the signaling field indicates resource units (RUs) comprised in the channel bandwidth for transmitting the PPDU, and the number of user fields corresponding to RUs, which are allocated to stations docking on the first frequency domain slice, in the RUs. In this way, by means of omitting the user fields that are not allocated to the present frequency domain slice, the overhead of the signaling field can be reduced. The present application can be applied to WiFi systems, such as 802.11be or an extremely high throughput (EHT) WiFi system.
Patent WO-2021219133-A1 (WO)
Inventor: XU JIXIANG
IPC: F16F1/38
Filed: 2021-04-30
Abstract: The present invention relates to a compact brake caliper assembly connected to a bogie. The assembly comprises a caliper body (1) and a housing. The housing includes a first housing (21) and a second housing, wherein the first housing is connected to the bogie, and the first housing is provided with at least one opening in which a fastener (5) is used to fixedly connect the first housing (21) to the bogie, and the fastener provided within the opening is externally sleeved with at least one protective bushing (6, 7, 8). The protective bushing comprises first bushings (6) arranged at both ends of the fastener, wherein a second bushing (7) is arranged between the two first bushings, and a third bushing (8) is sleeved on an outer side of the second bushing, wherein there is a preset distance between the third bushing and the second bushing in a normal state. In the present invention, a bearing capacity of the first bushing is changed by changing the distance between the second bushing and the third bushing, so that the first bushing does not bear all braking force. By way of an organic combination of a plurality of protective bushings, it is possible to not only achieve a shock absorption effect, but also ensure that the first bushing is not prone to damage.
Patent WO-2022041829-A1 (WO)
Inventor: YAN XU
IPC: H01H33/74
Filed: 2021-05-06
Abstract: Disclosed are a switching device and an arc extinguishing chamber thereof. The arc extinguishing chamber comprises a first contact, a second contact, arcing rings provided between the first contact and the second contact and forming an arc gap, and a third contact moving axially between the first contact and the second contact. The arc distinguishing chamber further comprises: a circumferential thermal expansion chamber for collecting circumferential arc energy, the circumferential thermal expansion chamber circumferentially surrounding the arc gap between the arcing rings; and an axial thermal expansion chamber for collecting axial arc energy, wherein during an opening motion, the third contact moves from the first contact towards the second contact, the axial thermal expansion chamber is arranged on the side of the first contact away from the second contact, and the axial thermal expansion chamber is communicated with the arc gap. A portion of the generated arc energy enters the axial thermal expansion chamber by means of an axial flow, and the other portion of the arc energy enters the circumferential thermal expansion chamber from the arc gap by means of gas convection and radiation, such that all arc energy is utilized, thus avoiding waste and improving the arc energy utilization rate.
Patent WO-2022001483-A1 (WO)
Inventor: PAN WENJI
IPC: H04W48/08
Filed: 2021-05-24
Abstract: Procédé d'envoi d'informations, procédé d'accès à une cellule NR, dispositif de réseau d'accès et terminal mobile. Le procédé d'envoi d'informations consiste à : acquérir des premières informations de configuration d'une pluralité de premiers PLMN qui partagent une cellule NR, les premières informations de configuration permettant de déterminer si un premier PLMN est un PLMN cible qui ne prend pas en charge une tranche de réseau (310) ; générer des informations de restriction d'accès du PLMN cible selon les premières informations de configuration, les informations de restriction d'accès permettant de restreindre l'accès d'un équipement utilisateur (UE) qui prend en charge un service autonome (SA) au PLMN cible (320) ; et diffuser les informations de restriction d'accès à l'UE (330).
Patent WO-2022183604-A1 (WO)
Title: Procédé de préparation complètement continue de polyuréthane à base d'eau par prépolymérisation-émulsification
Inventor: CHEN YI
IPC: C08G18/48
Filed: 2021-05-26
Abstract: La présente invention concerne un procédé de préparation complètement continue d'un polyuréthane à base d'eau au moyen d'une prépolymérisation-émulsification. Dans le procédé, une extrudeuse à deux vis améliorée sur le plan sonochimique est utilisée en tant que réacteur de prépolymérisation et de neutralisation de polyuréthane à base d'eau, et un mélangeur statique et un émulgateur tubulaire sont utilisés en tant que dispositif d'émulsification de prépolymère pour la prépolymérisation et l'émulsification de façon complètement continue. L'efficacité de production est élevée, le coût est faible, et la qualité du produit est stable. Le procédé est particulièrement adapté pour produire un polyuréthane à base d'eau à teneur élevée en matières solides. Il est plus important de noter que l'installation supplémentaire d'un générateur ultrasonore spécialisé dans une zone spécifique de l'extrudeuse à deux vis pour un traitement sonochimique sur un intermédiaire de prépolymérisation peut améliorer significativement la réactivité de matériaux, de sorte qu'une réaction de prépolymérisation peut être rapidement achevée à une température basse de 70 à 80 °C dans une étape ultérieure. Le procédé de production est économe en énergie et respectueux de l'environnement, des réactions secondaires telles que la ramification, la réticulation et la dégradation causées par des températures élevées dans l'étape ultérieure sont également évitées, et le polyuréthane à base d'eau obtenu est contrôlable en termes de structure et présente une qualité stable. Le procédé de traitement ne met pas en œuvre l'utilisation de solvants organiques, ne présente pas de sélectivité pour des matières premières, et est adapté pour la synthèse d'un type quelconque de polyuréthane à base d'eau.
Patent WO-2022257049-A1 (WO)
Title: Encoding method, decoding method, code stream, encoder, decoder and storage medium
Inventor: DAI ZHENYU
IPC: H04N19/70
Filed: 2021-06-09
Abstract: Disclosed in the embodiments of the present application are an encoding method, a decoding method, a code stream, an encoder, a decoder and a storage medium. The decoding method comprises: parsing a code stream, and determining a value of first syntax element identification information; when the first syntax element identification information indicates that the current block is allowed to use a preset selection network model to perform model selection, determining the preset selection network model of the current block, and according to the preset selection network model, determining a loop filtering network model used by the current block; and performing filtering processing on the current block by using the loop filtering network model, so as to obtain a reconstructed image block of the current block. In this way, a model adaptive selection technique based on deep learning is introduced, such that a finally output reconstructed image block is closer to an original image block, and the encoding performance can be improved, thereby improving the encoding and decoding efficiency.