baber/WOPTO huggingface dataset:
Patent WO-2017166948-A1 (WO)
Inventor: WU HONGTAO
IPC: G05B15/02
Filed: 2017-02-20
Abstract: 一种分布式语音控制系统，包括：主体部（1），主体部（1）上设有：主处理器（10）；主麦克风阵列（13），与主处理器（10）连接，用于捕获第一设定距离范围内使用者的声音信号；主扬声器（14），与主处理器（10）连接，用于播放语音信息；至少两个辅助部（2）分布于空间的不同位置，每一个辅助部（2）通过无线的方式与主体部（1）无线信号连接，每一个辅助部（2）上设有：子处理器（20）；子麦克风阵列（23），与子处理器（20）连接，用于捕获第二设定距离范围内的声音信号；子扬声器（24），与子处理器（20）连接，用于播放语音信息。以上技术方案提供了一种分布式系统，以实现在空间范围内的不同位置均能很好地捕获声音信息并进行识别，有利于提升用户体验。
Patent WO-2018161408-A1 (WO)
Title: 薄膜晶体管阵列基板及显示面板
Inventor: AN LIYANG
IPC: G02F1/1362
Filed: 2017-04-18
Abstract: 一种薄膜晶体管阵列基板及显示面板，其中，公共线与数据线形成寄生电容，与具有较大电阻值的连接线相连接的数据线和对应的公共线形成的寄生电容的电容值小于与具有较小电容值的连接线相连接的数据线和对应的公共线形成的寄生电容的电容值。能避免所显示的图像出现亮度不一致的带状光条。
Patent WO-2017190656-A1 (WO)
Title: 行人再识别方法和装置
Inventor: BAI BO
IPC: G06K9/00
Filed: 2017-05-03
Abstract: 本发明实施例公开了一种行人再识别方法和行人再识别装置。本发明实施例方法包括：获取目标图像和参考图像；分别检测第一局部显著性特征和第二局部显著性特征，第一局部显著性特征为目标图像在目标区域上的局部显著性特征，第二局部显著性特征为参考图像在目标区域上的局部显著性特征；计算第一局部显著性特征和第二局部显著性特征的相似度；其中，目标区域位于行人身上的任意一个区域，检测局部显著性特征包括：获取目标区域中的显著性图(salience)；对目标区域的显著性图进行二值化，生成二值图像；从二值图像中提取目标区域中的连通部件集合，确定局部显著性特征，局部显著性特征包括连通部件集合中满足预置条件的连通部件。
Patent WO-2018209568-A1 (WO)
Title: 一种模型的颜色调整方法和系统
Inventor: WANG ZHIQUAN
IPC: G06T7/00
Filed: 2017-05-16
Abstract: 本发明提供一种模型的颜色调整方法，包括：获取待移植的独立模型和待移植的公模，其中所述独立模型设置在所述公模的对应位置处，所述独立模型与所述公模之间设有连接区域；将独立模型和公模分别转化为二维图像，获取第一颜色和第二颜色，所述第一颜色为所述独立模型的二维图像的颜色，所述第二颜色为所述公模的二维图像的颜色；将独立模型的二维图像和公模的二维图像均调整为第一颜色或第二颜色，获取统一颜色的二维图像；将所述连接区域的颜色调整为所述统一颜色的二维图像的颜色。从而进行颜色的统一，让得到的模型的视觉上更加融合，成本更低、更高效的对模型的颜色进行调整。
Patent WO-2017198197-A1 (WO)
Title: Procédé pour la conception, la transmission et la détection d'un livre de codes à accès multiple par codes épars flexibles
Inventor: TAHERZADEH BOROUJENI MAHMOUD
IPC: H04L29/08
Filed: 2017-05-18
Abstract: L'invention concerne un codage de correction d'erreurs sans voie de retour qui est appliqué à un premier flux de bits d'entrée associés à une première couche de données afin de générer un premier flux de bits codés. Le premier flux de bits codés est mappé sur K 1  flux binaires. Un premier ensemble spécifique à une couche de modulateurs spécifiques à un flux est appliqué aux K 1  flux binaires pour générer K 1  flux de symboles indépendants à valeur complexe. Les flux de symboles sont transmis à l'aide de T 1  éléments de ressources parmi N 1  éléments de ressources. Les T 1  éléments de ressource sont définis par une première signature spécifique à une couche de longueur N 1  où 1 ≤ T 1  < N 1 . Le même processus peut également être effectué pour un second flux de bits d'entrée associé à une seconde couche de données à l'aide d'un second ensemble spécifique à une couche de modulateurs spécifiques à un flux et d'une seconde signature spécifique à une couche, qui peut différer de la première signature spécifique à une couche en termes de motif de dispersion et/ou de niveau de dispersion.
Patent WO-2018001048-A1 (WO)
Title: 一种多进程监测方法、装置及服务系统
Inventor: Huan chao
IPC: G06F11/30
Filed: 2017-06-05
Abstract: 一种多进程监测方法、装置及服务系统，其中，多进程监测方法包括：对系统中运行的多个待检测进程进行并行检测（11）；若存在预设时长内未完成的检测操作，则停止该检测操作，并得到与该检测操作对应的待检测进程的检测结果（12）。通过对系统中运行的多个待检测进程进行并行检测，并在存在预设时长内未完成的检测操作时，停止该检测操作，继续执行后续操作，使得检测项目多样化、整个系统的检测过程和结果收集不会被阻塞、便于扩展，可以灵活的添加或删除被检测进程。
Patent WO-2017211268-A1 (WO)
Inventor: REN GUOBIN
IPC: C07D235/08
Filed: 2017-06-06
Abstract: L'invention concerne une forme cristalline A, une forme cristalline B et une forme cristalline C de bemaciclib, tel que représenté par la formule (I), le spectre XRPD de la forme cristalline A présentant des pics de diffraction à des valeurs 2θ de 4,62, 11,20, 13,10, 13,68, 15,62, 17,98, 18,86, 22,86, 26,26 et 29,98; le spectre XRPD de la forme cristalline B présentant des pics de diffraction à des valeurs 2θ de 5,98, 6,74, 11,88, 12,75, 13,84, 15,28, 18,40, 20,90, 25,00, 26,02, 27,00 et 28,20; le spectre XRPD de la forme cristalline C présentant des pics de diffraction à des valeurs 2θ de 8,78, 10,92, 12,78, 16,04, 18,52, 23,28, 26,48, 28,96 et 29,98 et les valeurs 2θ présentant une plage d'erreur de ± 0,2. La forme cristalline A, la forme cristalline B et la forme cristalline C du bemaciclib ont une meilleure stabilité par rapport à une forme cristalline I de bemaciclib de l'état de la technique et peuvent ainsi faciliter le traitement et l'application d'un produit pharmaceutique dans une composition pharmaceutique.
Patent WO-2019006749-A1 (WO)
Title: Terminal provided with camera, and photographing method
Inventor: XU GANG
IPC: H04M1/725
Filed: 2017-07-07
Abstract: Disclosed in embodiments of the present application are a terminal provided with a camera and a photographing method, for use in integrating a front camera into a display region without affecting the industrial design effect and the overall display effect of an image of a screen. The terminal comprises a display panel and at least one camera. The at least one camera is located behind the display panel, a region on the display panel corresponding to the position of the at least one camera is a first region, and a region outisde the first region on the display panel is a second region. Each pixel unit in the first region comprises a transparent part and a non-transparent part, and each pixel unit in the second region comprises the transparent part and the non-transparent part. The proportion of the transparent part in the first region is greater than the proportion of the transparent part in the second region.
Patent WO-2018032911-A1 (WO)
Title: 含磷酸废液制备饲料级磷酸氢钙的方法
Inventor: WU WENBIAO
IPC: C01B25/32
Filed: 2017-07-12
Abstract: 一种含磷酸废液制备饲料级磷酸氢钙的方法，包括如下步骤：将含磷酸废液在搅拌状态下升温，并加入CaCO 3 料浆至pH值为2.5～3.5，得到第一混合体系并保温停留；向第一混合体系中加入Ca(OH) 2 料浆至pH值为5.0～6.5，并对第二混合体系进行养晶；过滤并保留滤渣，滤渣即为饲料级磷酸氢钙。这种含磷酸废液制备饲料级磷酸氢钙的方法通过采用CaCO 3 料浆对含磷酸废液进行一段处理，一段处理的终点pH值为2.5～3.5，接着加入Ca(OH) 2 料浆进行二段处理，二段处理的终点pH值为5.0～6.5，最后养晶，过滤后即可得到饲料级磷酸氢钙。这种含磷酸废液制备饲料级磷酸氢钙的方法能够极大限度的对含磷酸废液中的磷酸资源进行回收利用。
Patent WO-2018036330-A1 (WO)
Title: 电脑针织横机的外置式收布装置
Inventor: JIN YONGLIANG
IPC: D04B15/90
Filed: 2017-07-25
Abstract: 一种电脑针织横机的外置式收布装置，包括卷布辊（1）、卷布辊装夹装置（2）、卷布辊传动装置（3）和驱动装置（4），卷布辊装夹装置（2）和卷布辊传动装置（3）设在卷布辊（1）长度方向的两端，卷布辊装夹装置（2）通过左轴座箱（6）安装在机架（5）的左墙板（51）上，该卷布辊装夹装置（2）安装在左轴座箱（6）内并且其一端在穿过左轴座箱（6）一侧的箱壁后与卷布辊（1）连接，卷布辊传动装置（3）通过右轴座箱（7）固定安装在机架（5）的右墙板（52）上，该卷布辊传动装置（3）安装在右轴座箱（7）上并且其一端与卷布辊（1）传动连接、另一端与设置在右轴座箱（7）内的驱动装置（4）连接，卷布辊传动装置（3）通过驱动装置（4）为卷布辊（1）的旋转提供动力，卷布辊装夹装置（2）能实现卷布辊（1）的快速拆装。该收布装置适用范围广，方便针织布的快速整理，改造方便，成本低；拆装方便，提高生产效率。
Patent WO-2019041118-A1 (WO)
Title: Display interface control method and display interface control device for smart terminal
Inventor: SUN YINWEI
IPC: G06F3/0481
Filed: 2017-08-29
Abstract: A display interface control method and a display interface control device for a smart terminal. The display interface control method comprises the following steps: presetting a region of frequently-used icons in a display interface of a smart terminal (S101); setting at least one icon in the region of frequently-used icons (S102); recording that a time point on which each icon in the region of frequently-used icons receives an external operation most recently is a zero moment (S103); determining whether a timed duration starting from a zero moment corresponding to each icon is greater than a time threshold preset in the smart terminal (S104); and when all the timed durations are greater than the time threshold, hiding display of the region of frequently-used icons (S105). In the method and the device, a region of frequently-used icons can be flexibly displayed according to use condition of a user; when the region of frequently-used icons is hidden, and display of other content in the region is allowed, thereby saving space resources of a display interface.
Patent WO-2018184348-A1 (WO)
Title: 一种用于医疗化验设备的预热消毒箱
Inventor: CHAN KA YAN
IPC: B01L7/00
Filed: 2017-09-03
Abstract: 一种用于医疗化验设备的预热消毒箱，包括箱体（1）、盖体（2）以及固定装置（3），盖体（2）包括一个盖体外壳（22）、紫外线灯（23）以及透明盖板（24）；箱体（1）被隔板（17）以及导热板（16）分隔成用于放置被预热消毒设备的第一腔体（11）、设置有温控电路的第二腔体（12）、设置有发热材料的第三腔体（13）以及设置有电池的第四腔体（14）；所述的第一腔体（11）以及第三腔体（13）的内壁上设置有保温层（15），保温层（15）上埋设有温度感应器（151）；导热板（16）上设置有导热柱（161）以及通孔（162），所述的固定装置（3）是设置在通孔（162）上。所述的一种用于医疗化验设备的预热消毒箱，其结构合理，具有结构简单、使用方便、便于移动等优点，有效解决医学化验设备消毒预热过程中二次污染的问题。
Patent WO-2018045959-A1 (WO)
Title: 五谷虫制品用于制备治疗癌症的药品、保健品或食品中的应用
Inventor: HUANG YUSHUI
IPC: A61P35/00
Filed: 2017-09-06
Abstract: 五谷虫制品在制备治疗癌症的药品、保健品或食品中的用途，所述癌症是非小细胞肺癌、肺鳞癌、间质细胞瘤、胶质细胞瘤、结肠癌、淋巴癌、前列腺癌和胰腺癌中的一种。
Patent WO-2018046015-A1 (WO)
Title: 车辆报警方法、装置及终端
Inventor: SUN CHENGWEN
IPC: G08B21/00
Filed: 2017-09-12
Abstract: 一种车辆报警装置、终端及方法，方法应用于设置在车辆中的电子设备，包括如下步骤：获取车辆与车辆前方的障碍物之间的距离（202）；判断距离是否小于安全距离（204）；如果距离小于安全距离，播放第一报警铃音（206）。
Patent WO-2018072583-A1 (WO)
Title: 聚酯作为流动促进剂在提高增强芳族乙烯基共聚物组合物光泽度的用途
Inventor: GUAN HUANXIANG
IPC: C08K7/14
Filed: 2017-09-20
Abstract: 公开了一种聚酯作为流动促进剂在提高增强芳族乙烯基共聚物组合物光泽度的用途。通过研究意外的发现，将聚酯作为流动促进剂添加到增强芳族乙烯基共聚物组合物中，可以显著提高增强芳族乙烯基共聚物组合物熔融时的流动性，使聚酯树脂在注塑过程中形成皮层，芳族乙烯基共聚物和玻璃纤维材料形成芯材，这样典型的皮芯结构可以有效的防止玻纤外漏并使得注塑制件表面呈现出较高光泽，从而大大拓宽了聚酯树脂在市场中的应用范围。
Patent WO-2018233127-A1 (WO)
Title: Anti-microbial fabric, and manufacturing process thereof
Inventor: GU YONGLIN
IPC: D03D15/00
Filed: 2017-09-27
Abstract: An anti-microbial fabric formed by weaving warp threads and weft threads. The warp threads are formed by blending and spinning polyester filament fibers and modal fibers. The weft threads are formed by blending and spinning polypropylene fibers and flax fibers. The blending ratio of the polyester filament fibers to the modal fibers in the warp threads is 1:3, and the blending ratio of the polypropylene fibers to the flax fibers in the weft threads is 1:3.
Patent WO-2018233129-A1 (WO)
Title: Wide-temperature range flue gas denitrification catalyst preparation method and application thereof
Inventor: LI JUNHUA
IPC: B01D53/86
Filed: 2017-09-28
Abstract: Disclosed are a wide temperature range flue gas denitrification catalyst preparation method and application thereof, the method comprising: using an organic vanadium compound as a vanadium precursor and titanium dioxide or a tungsten titanium powder as a carrier, and preparing a catalyst by means of mechanical ball milling and a heat treatment. The resulting catalyst is applicable to wide temperature range denitrification of flue gases from a fixed source; when compared to the prior art, the method uses mechanical ball milling and the resulting catalyst has significantly greater activity, and achieves a reduction in sulfur and water pollution. In addition, the method does not use solvents or other additives, thereby providing an environment-friendly, highly efficient, low-cost and easily executed preparation technique for a SCR denitrification powder catalyst. The interactions between the organic vanadium precursor and the carrier, enable the catalyst to have a higher concentration of superficial vanadium atoms, a larger variety of polymeric-state vanadium and more easily reduced vanadium oxides, thereby obtaining greater activity during low-temperature denitrification. The wide temperature range flue gas denitrification catalyst has higher activity between 200-450°C and achieves a reduction in sulfur and water pollution.
Patent WO-2019075632-A1 (WO)
Title: Method and device for ai object behavioral model optimization
Inventor: JIANG RUNZHI
IPC: G06F19/24
Filed: 2017-10-17
Abstract: A method and device for AI object behavioral model establishment, capable of making corresponding strategies on the basis of real-time changes of the environment, thus increasing the flexibility of gaming. Provided is the following technical solution: acquiring first real-time state information of a first environment in which an AI object is located (S201); extracting characteristic information of the first real-time state information (S202); producing an action strategy for the AI object on the basis of the characteristic information and of the weight value of a learning network (S203); feeding the action strategy back to the AI object so as to allow the AI object to execute the action strategy (S204); acquiring second real-time state information of a second environment in which the AI object is located, the second environment being generated when the action strategy is executed by the AI object (S205); producing a return value of the action strategy on the basis of the second real-time state information (S206); if the return value satisfies a preset criterion, then determining the weight value of the learning network as a target weight value of the learning network (S208); and creating a behavior model of the AI object on the basis of the target weight value (S209).
Patent WO-2018161576-A1 (WO)
Title: 一种广播的控制方法、装置、存储介质及移动终端
Inventor: LIN ZHIYONG
IPC: H04W4/06
Filed: 2017-10-17
Abstract: 一种广播的控制方法，该方法包括：获取第一应用注册接收的广播类型的数量；判断所述广播类型的数量是否大于第一阈值；如果所述广播类型的数量大于第一阈值，则将所述第一应用确定为非法注册广播应用；获取目标广播的接收者队列；以及根据确定的所述非法注册广播应用对所述接收者队列进行优化。
Patent WO-2018126824-A1 (WO)
Inventor: ZHAO QINGYUAN
IPC: H04W24/10
Filed: 2017-11-30
Abstract: L'invention concerne une station de base, comprenant : un module de traitement qui est configuré pour : lorsqu'un terminal est situé au niveau d'une position de bord d'une cellule actuelle, attribuer des informations de configuration de mesure au terminal, les informations de configuration de mesure étant utilisées pour que le terminal mesure chaque cellule de voisinage parmi au moins une cellule de voisinage de la cellule actuelle, contenant la priorité de mesure d'un point de fréquence dans lequel est située chaque cellule de voisinage, la priorité de mesure étant utilisée pour que le terminal mesure chaque cellule de voisinage dans l'ordre décroissant de priorité de mesure ; un module d'envoi qui est configuré pour : envoyer les informations de configuration de mesure au terminal.
Patent WO-2019109205-A1 (WO)
Title: 结晶聚合物的3d打印方法及3d打印机
Inventor: DONG XIANMING
IPC: B29C64/118
Filed: 2017-12-04
Abstract: 一种结晶聚合物的3D打印方法，包括加热打印头，使所述打印头内的第一结晶聚合物熔融，驱动打印头进行单层打印，得到熔融的打印图案层，冷却所述熔融的打印图案层，使其形成固态的包含有非晶区的打印图案层，在冷却后的打印图案层的顶部重复上述操作直至得到由多层上下层叠的打印图案层组成的打印工件，至少一个打印图案层组成一打印图案层单元；打印过程中对每一所述打印图案层单元进行热处理。该结晶聚合物的3D打印方法以边打印边热处理的方法获得韧性好、尺寸稳定性好的打印工件。还提供了一种3D打印机。
Patent WO-2018126928-A1 (WO)
Title: 购物数据迁移方法及装置
Inventor: YANG HANLING
IPC: G06Q30/06
Filed: 2017-12-25
Abstract: 一种购物数据迁移方法及装置，所述方法包括：从源网站的购物列表中读取物品的第一数据信息；根据读取的所述物品的第一数据信息，将所述物品在目标网站对应的第二数据信息添加到所述目标网站的购物列表。
Patent WO-2019127308-A1 (WO)
Title: 一种光伏组件的耐候性检测方法及系统
Inventor: SUN JUNBO
IPC: H02S50/10
Filed: 2017-12-29
Abstract: 一种光伏组件的耐候性检测方法及系统，检测方法依次包括：根据预定的外观检验标准，对光伏组件进行外观缺陷检查（S1）；测试光伏组件的光衰减率（S2），当光衰减率小于预定的衰减阈值时，执行在预定的测试条件下，对光伏组件的输出功率进行检验（S3）；模拟气候环境，对光伏组件进行环境耐候性实验（S4）；根据预定的外观检验标准，对光伏组件进行外观缺陷复查（S5）；测试光伏组件的光衰减率（S6），当光衰减率小于衰减阈值时，执行在预定的测试条件下，对光伏组件的输出功率进行检验（S7）；耐候性检测结束（S8）。检测方法为共享单车所用光伏组件在不同气候环境中的使用状况提供了可靠的分析依据和判定标准，从而弥补了共享单车所用光伏组件的检测流程的缺失。
Patent WO-2018218987-A1 (WO)
Inventor: ZHANG FENG
IPC: H01L27/12
Filed: 2018-02-02
Abstract: L'invention concerne un substrat d'affichage ayant un substrat de base (1); une couche d'isolation (2) sur le substrat de base (1); et une couche d'électrode (3) sur un côté de la couche isolation (2) distal par rapport au substrat de base (1) et ayant une pluralité de blocs d'électrode (33). La couche d'isolation (2) a un premier côté (S1) distal par rapport au substrat de base (1) et un second côté (S2) opposé au premier côté (S1) et proximal au substrat de base (1). Chacun de la pluralité de blocs d'électrode (33) a un troisième côté (S3) distal par rapport au substrat de base (1) et un quatrième côté (S4) opposé au troisième côté (S3) et proximal au substrat de base (1). Le premier côté (S1) de la couche d'isolation (2) dans la région de bloc inter-électrodes (31) a une première hauteur (L1) par rapport à une surface du substrat de base (1) supérieure à une seconde hauteur (L2) du quatrième côté (S4) d'une électrode adjacente de la pluralité de blocs d'électrode (33) par rapport à la surface du substrat de base (1).
Patent WO-2018161800-A1 (WO)
Title: Procédés et dispositifs de transmission et de réception d'informations et support d'informations
Inventor: XU HUA
IPC: H04J11/00
Filed: 2018-02-23
Abstract: L'invention concerne un procédé et des dispositifs de transmission et de réception d'informations et un support d'informations lisible par ordinateur. Selon le procédé de transmission d'informations, un terminal transmet des informations de liaison montante sur une ou plusieurs ressources de transmission, chacune des ressources de transmission comprenant N groupes de ressources, chacun des groupes de ressources comprenant un ou plusieurs éléments de ressource, N étant un entier positif et les éléments de ressource dans chacun des groupes de ressources étant répartis de manière uniforme dans le domaine fréquentiel.
Patent WO-2019080430-A1 (WO)
Title: Electronic apparatus, disordered sample arrangement method and computer-readable storage medium
Inventor: CHEN LIN
IPC: G06K9/46
Filed: 2018-02-28
Abstract: Disclosed are an electronic apparatus, a disordered sample arrangement method and a computer-readable storage medium. The method comprises: acquiring sample pictures to be arranged, and uniformly adjusting the acquired sample pictures to a pre-set size (S10); carrying out local feature extraction on all the size-adjusted sample pictures so as to obtain a first feature set (S20); carrying out PCA dimension reduction processing on local features in the first feature set so as to obtain a second feature set subjected to the dimension reduction processing (S30); and using a pre-set type of clustering algorithm to cluster local features in the second feature set into n pre-set types, and dividing all the acquired sample pictures into n types according to a cluster result of the local features in the second feature set (S40). By means of the technical solution mentioned above, the sample arrangement efficiency is effectively improved, the problem that the process of sample training is affected by time-consuming manual sample arrangement is solved, and labor costs are reduced.
Patent WO-2018177121-A1 (WO)
Title: 一种传感设备的联动方法、装置及系统
Inventor: XU SHAOHUI
IPC: H04L29/08
Filed: 2018-03-14
Abstract: 本申请的实施例提供一种传感设备的联动方法、装置及系统，涉及通信技术领域，可降低网关的计算压力以及供电需求，从而降低IoT的部署成本。该方法包括：第一传感设备确定当前第一传感设备的设备状态为第一目标状态；第一传感设备根据预先获取的绑定关系，确定与第一传感设备绑定的第二传感设备，该绑定关系用于指示第二传感设备的设备状态依赖于第一传感设备的设备状态；第一传感设备根据第一目标状态生成联动指令，该联动指令用于指示第二传感设备将第二传感设备的设备状态更新为第二目标状态；第一传感设备向第二传感设备发送该联动指令。
Patent WO-2019178741-A1 (WO)
Inventor: DU GUODONG
IPC: B01D53/04
Filed: 2018-03-20
Abstract: Disclosed is a system and method for recovering a polyolefin exhaust gas, the system comprising a compression device (100), a drying device (200), a condensation separation device (300), and a membrane separation device (400), wherein same are sequentially connected. The drying device (200) comprises a first adsorption tower (210) and a second adsorption tower (220), connected in parallel and having a desiccant built therein, and a third adsorption tower (230) that has a desiccant built therein and is respectively connected to the first adsorption tower (210) and the second adsorption tower (220). The first adsorption tower (210) and the second adsorption tower (220) alternately execute adsorption and regeneration processes, and the third adsorption column (230) executes an auxiliary regeneration process. The system and method directly use part of a normal temperature compressed gas stream output from the compression device (100) as a regeneration gas for regenerating the desiccant in an adsorption-saturated adsorption tower, without requiring the use of any external regeneration gas.
Patent WO-2019001063-A1 (WO)
Title: Fastening device and operation method thereof, and display panel
Inventor: WANG ZIFENG
IPC: H05K7/14
Filed: 2018-04-03
Abstract: Provided are a fastening device and an operation method thereof, and a display panel. The fastening device comprises pressure increasing members (10, 30) and a position-limiting member (20). The position-limiting member (20) comprises a deformable portion (21) and a non-deformable portion (22). The deformable portion (21) and the non-deformable portion (22) are arranged opposite to each other to form an accommodation portion (70). The pressure increasing members (10, 30) are configured to be accommodated in the accommodation portion (70), such that a deformation amount of the deformable portion (21) can be adjusted by means of movement of the pressure increasing members (10, 30).
Patent WO-2019001073-A1 (WO)
Title: Remote process calling method and apparatus, and computer device
Inventor: YANG LIANG
IPC: G06F9/54
Filed: 2018-04-08
Abstract: Provided by the present invention are a remote process calling method and apparatus, and a computer device, wherein said method comprises: registering the name of a predetermined remote method and a corresponding synchronous processing function in a global dictionary; receiving a target calling request; determining, on the basis of said target calling request, whether a target synchronous processing function corresponding to said calling request may be found within said global dictionary; and if a target synchronous processing function may be found within said global dictionary, executing said target synchronous processing function in an asynchronous thread to obtain and send an execution result; Thus, a called end may synchronously respond to a calling request from a calling end, while a signal channel for remote process calling may be quickly established according to said calling request once the target calling request has been received with it only being necessary to register the synchronous processing function in the global dictionary before receiving the target calling request, the synchronous processing function then being executed, and the execution result returned to the calling end, thereby improving the work efficiency.
Patent WO-2019196061-A1 (WO)
Inventor: CHEN SONGYA
IPC: G06F3/0354
Filed: 2018-04-12
Abstract: A handwriting sensing pen (100), a refill (30) thereof, and an ink volume automatic detection method. The refill (30) comprises an ink tube (31), a writing ink (33) filled in the ink tube (31), an electrically-conductive ink (35) arranged at the distal end of the writing ink (33), and, extending in the lengthwise direction of the ink tube (31), a resistor (36) and a first electrically-conductive element (311). The resistance of the resistor (36) is greater than the resistance of the first electrically-conductive element (311). The resistor (36) and the electrically-conductive ink (35) are electrically connected to each other via the first electrically-conductive element (311) and are connected together to an electrically-conductive loop (50). The resistance of the resistor (36) connected to the electrically-conductive loop (50) changes as the remaining volume of the writing ink (33) changes. The method comprises: detecting an electric parameter of the electrically-conductive loop (50); determining, on the basis of the detected electrical parameter, the effective length of the resistor (36) connected to the electrically-conductive loop (50); and determining the remaining volume of the writing ink (33) on the basis of the effective length of the resistor (36).
Patent WO-2018196792-A1 (WO)
Title: Polymères donneurs-accepteurs à base de benzodithiophènes verticaux, utiles pour des applications électroniques et photoniques
Inventor: YAN HE
IPC: H01L51/46
Filed: 2018-04-25
Abstract: L'invention concerne: des polymères conjugués donneurs-accepteurs à base de benzodithiophènes verticaux, leurs procédés de préparation et les intermédiaires utilisés; l'utilisation de formulations contenant de tels polymères pour la préparation de semi-conducteurs dans des dispositifs électroniques organiques, notamment des dispositifs photovoltaïques organiques et des dispositifs organiques à transistors à effet de champ; et des dispositifs OE et OPV fabriqués à partir de ces formulations.