摘要：【中文】本申请提供了一种电子设备、摄像头模组、电致变色元件及其制备方法；该电致变色元件用于可变光圈；电致变色元件包括：相对设置的第一基板和第二基板；第一基板和第二基板之间夹设有两对以上的电极对，每一电极对均包括相对设置且分别位于第一基板和第二基板上的两个环状导电层，环状导电层均为环状结构，且位于同一侧基板上的环状导电层依次套设；每一电极对的环状导电层均通过搭桥电极一一对应与位于最外侧电极对外侧的两个以上的导电走线连接；每一电极对的两个环状导电层之间均填充有变色材料。该电致变色元件具有结构简单，制作容易且光圈大小控制准确、变色迅速的特点。 【EN】The application provides an electronic device, a camera module, an electrochromic element and a preparation method thereof; the electrochromic element is used for an iris diaphragm; the electrochromic element includes: the first substrate and the second substrate are oppositely arranged; more than two pairs of electrode pairs are clamped between the first substrate and the second substrate, each electrode pair comprises two annular conducting layers which are oppositely arranged and respectively positioned on the first substrate and the second substrate, the annular conducting layers are of annular structures, and the annular conducting layers positioned on the substrates on the same side are sequentially sleeved; the annular conducting layer of each electrode pair is connected with more than two conducting wires positioned at the outer side of the outermost electrode pair in a one-to-one correspondence manner through the bridging electrode; and a color-changing material is filled between the two annular conductive layers of each electrode pair. The electrochromic element has the characteristics of simple structure, easy manufacture, accurate control of the aperture size and quick color change.

摘要：【中文】本申请主要是涉及电致变色元件、电致变色组件、摄像头模组及电子设备，该电致变色元件包括相对设置的第一基板及第二基板，第一基板与第二基板之间设置有导光件及电致变色材料。电致变色材料环绕导光件，使得导光件对应于电致变色元件的不变色区域，而电致变色材料能够形成环状的变色区域。由于导光件具有透光性能，而电致变色材料具有通电变深色、断电变透明的可逆变性，使得电致变色材料与导光件相互配合能够改变电致变色元件的透光区域的大小，以在电致变色元件用作摄像头的光圈时，摄像头的光圈的实际大小可变化，以形成可变光圈，从而代替相关技术中的机械式光圈。 【EN】The application mainly relates to an electrochromic element, an electrochromic assembly, a camera module and electronic equipment. The electrochromic material surrounds the light guide so that the light guide corresponds to the non-color-changing region of the electrochromic element, and the electrochromic material can form an annular color-changing region. Because the light guide part has light transmission performance, and the electrochromic material has reversible denaturation that the color becomes dark when being electrified and becomes transparent when being powered off, the size of the light transmission area of the electrochromic element can be changed by the cooperation of the electrochromic material and the light guide part, so that when the electrochromic element is used as the diaphragm of the camera, the actual size of the diaphragm of the camera can be changed to form the iris diaphragm, and the mechanical diaphragm in the related technology is replaced.

摘要：【中文】本申请实施例提供一种自动驾驶应用程序在不同开发平台间对接的方法，涉及自动驾驶技术领域，用以降低自动驾驶应用程序与不同开发平台进行对接时的开发复杂度，降低开发人员的代码修改量。该方法中，目的开发平台上预设有N个接口对接功能。针对任一自动驾驶应用程序，在N个接口对接功能中，确定与任一自动驾驶应用程序匹配的目标接口对接功能，将任一自动驾驶应用程序与目的开发平台对接。基于该方案，将N个接口对接功能集成于目的开发平台，使得自动驾驶应用程序与目的开发平台对接时可以通过目标接口对接功能与目的开发平台进行对接，降低开发人员手动修改自动驾驶应用程序的代码量，减少工作量。 【EN】The embodiment of the application provides a method for docking an automatic driving application program between different development platforms, relates to the technical field of automatic driving, and is used for reducing development complexity when the automatic driving application program is docked with the different development platforms and reducing code modification amount of developers. In the method, N interface docking functions are preset on a target development platform. And aiming at any automatic driving application program, determining a target interface docking function matched with any automatic driving application program in the N interface docking functions, and docking any automatic driving application program with a target development platform. Based on the scheme, N interface docking functions are integrated in the target development platform, so that the automatic driving application program can be docked with the target development platform through the target interface docking functions when being docked with the target development platform, the code amount of the automatic driving application program manually modified by developers is reduced, and the workload is reduced.

摘要：【中文】本发明提供了一种用于哺乳仔猪的无抗发酵软颗粒教槽料制备方法，属于饲料与发酵技术领域。该技术方案选取特定的枯草芽孢杆菌、酵母菌和乳酸菌，对三种菌株分别发酵制种子液，而后分别调整菌体浓度，以一定体积比混配后与不含有抗生素及化药的哺乳仔猪颗粒教槽料喷洒混合，并装袋密封发酵。制得的无抗发酵软颗粒教槽料对仔猪胃肠道功能具有明显的调节作用，同时可完善饲料的营养价值。将其直接作为哺乳仔猪开口料，表现为适口性好，诱食性强，采食量大，消化吸收好，抗腹泻性强，增加断奶仔猪体重，减少断奶后掉奶膘和降低腹泻率，从而提高仔猪的成活率及生长速度。 【EN】The invention provides a preparation method of an antibiotic-free fermented soft particle creep feed for suckling piglets, belonging to the technical field of feed and fermentation. According to the technical scheme, specific bacillus subtilis, yeast and lactic acid bacteria are selected, three strains are fermented respectively to prepare seed liquid, then the concentration of the bacteria is adjusted respectively, and the seed liquid is mixed with the suckling piglet particle creep feed which does not contain antibiotics and chemical drugs according to a certain volume ratio, sprayed and mixed, packaged, sealed and fermented. The prepared antibiotic-free fermented soft-particle creep feed has an obvious regulating effect on the gastrointestinal tract function of piglets, and can improve the nutritional value of the feed. The feed is directly used as an opening feed for the suckling piglets, and has the advantages of good palatability, strong food calling property, large food consumption, good digestion and absorption, strong diarrhea resistance, increased weight of the weaned piglets, reduced weight loss of milk fat after weaning and reduced diarrhea rate, thereby improving the survival rate and the growth speed of the piglets.

摘要：【中文】本申请提供了电子设备壳体及其制备方法和电子设备，该电子设备壳体包括：包括底壁和与底壁相连的至少一个侧壁的壳体本体，底壁的内表面和侧壁的内表面中的至少之一上具有毫米级第一立体纹理，底壁的外表面为平面或弧面，侧壁的外表面为弧面，且底壁的外表面和侧壁的外表面中的至少之一上具有毫米级第二立体纹理。该电子设备壳体中，通过在内表面设置毫米级的立体纹理，用户肉眼观看可以直观看到强烈的立体效果，同时壳体外表面具有毫米级的第二立体纹理，肉眼观看和握持时用户均可感受到立体的纹理效果，该壳体能够同时从视觉和触觉上给予用户强烈的立体效果，满足时尚和个性化的要求，使得用户具有良好的使用体验。 【EN】The application provides an electronic equipment shell, a preparation method thereof and electronic equipment, wherein the electronic equipment shell comprises: the shell body comprises a bottom wall and at least one side wall connected with the bottom wall, wherein at least one of the inner surface of the bottom wall and the inner surface of the side wall is provided with a millimeter-grade first three-dimensional texture, the outer surface of the bottom wall is a plane or an arc surface, the outer surface of the side wall is an arc surface, and at least one of the outer surface of the bottom wall and the outer surface of the side wall is provided with a millimeter-grade second three-dimensional texture. In this electronic equipment casing, through setting up the stereoscopic texture of millimeter level at the internal surface, the user naked eye is watched and can be directly perceived strong stereoeffect, and the casing surface has the second stereoscopic texture of millimeter level simultaneously, and the user all can feel three-dimensional texture effect when the naked eye is watched and is held, and this casing can be followed vision and touch simultaneously and given the strong stereoeffect of user, satisfies fashion and individualized requirement for the user has good use and experiences.

摘要：【中文】本申请提供了立体纹理的加工方法、玻璃件、玻璃壳体和电子设备。立体纹理的加工方法包括：通过第一CNC处理在基材的一个表面加工出第一立体纹理的粗轮廓，并预留0.05～0.1mm的加工量；通过第二CNC处理对粗轮廓进行精修处理，得到精修轮廓；通过第三CNC处理对精修轮廓的角落进行清角处理，以便得到第一立体纹理。由此，通过上述三步骤的CNC加工，可以得到纹理细腻、立体感较强、纹理透亮凸显的第一立体纹理；而且上述加工方法对基材的结构没有限制要求，可以在2D结构、2.5D结构或3D结构的基材上进行加工任意形状的立体纹理；再者，在第一CNC加工时预留较少的加工量，如此有助于降低加工误差。 【EN】The application provides a processing method of three-dimensional texture, a glass piece, a glass shell and electronic equipment. The processing method of the three-dimensional texture comprises the following steps: processing a rough contour of a first three-dimensional texture on one surface of the base material through first CNC (computer numerical control) processing, and reserving the processing amount of 0.05-0.1 mm; performing fine trimming processing on the rough contour through second CNC processing to obtain a fine trimming contour; and carrying out corner cleaning treatment on the corners of the refined outline through third CNC treatment so as to obtain the first three-dimensional texture. Therefore, through the CNC processing of the three steps, a first three-dimensional texture which is fine in texture, strong in stereoscopic impression and transparent and prominent in texture can be obtained; the processing method has no limitation on the structure of the base material, and can process the three-dimensional texture with any shape on the base material with a 2D structure, a 2.5D structure or a 3D structure; moreover, less machining amount is reserved in the first CNC machining process, so that machining errors are reduced.

摘要：【中文】本申请提供了制备电子设备壳体的方法、电子设备壳体和电子设备，该方法包括：将玻璃基材置于模具中，在预定温度下对所述玻璃基材进行热锻成型，以在所述玻璃基材的至少一个表面上形成立体纹理，得到电子设备壳体，其中，所述预定温度大于所述玻璃基材的软化点且小于所述玻璃基材的熔点。通过该方法，可以使得玻璃基材的表面形成新的形状，具体可以由平面转化为3D立体结构，使得电子设备壳体实现3D结构和外观，显著丰富和多样化了电子设备壳体的外观效果，大大提高电子设备壳体的美观性和用户体验。 【EN】The application provides a method for preparing an electronic device shell, the electronic device shell and an electronic device, wherein the method comprises the following steps: the method comprises the steps of placing a glass substrate in a mold, and carrying out hot forging forming on the glass substrate at a preset temperature so as to form a three-dimensional texture on at least one surface of the glass substrate, thereby obtaining the electronic device shell, wherein the preset temperature is higher than the softening point of the glass substrate and lower than the melting point of the glass substrate. By the method, the surface of the glass substrate can form a new shape, and particularly can be converted into a 3D three-dimensional structure from a plane, so that the electronic equipment shell can realize a 3D structure and an appearance, the appearance effect of the electronic equipment shell is remarkably enriched and diversified, and the attractiveness and user experience of the electronic equipment shell are greatly improved.

摘要：【中文】本申请提供了抛光治具、待抛光件表面的抛光方法、玻璃件及其应用。抛光治具包括：边框，所述边框具有开口；及遮挡线，所述遮挡线设置在所述边框上，并位于所述开口中，其中，所述遮挡线覆盖待抛光件的所述立体纹理的棱线和棱角。由此，对待抛光件进行抛光时，将抛光治具的边框设置在待抛光件的外边沿，用于稳固遮挡线，遮挡线覆盖立体纹理的棱线和棱角，如此，抛光时可以保护立体纹理的棱线和棱角不被抛塌陷，即棱线和棱角不会被抛成圆弧状，进而有效提升待抛光件在抛光后表面立体纹理的立体感和凸显效果。 【EN】The application provides a polishing jig, a polishing method of a surface of a piece to be polished, a glass piece and application thereof. The polishing jig includes: a bezel having an opening; and the shielding line is arranged on the frame and positioned in the opening, wherein the shielding line covers the edge line and the edge angle of the three-dimensional texture of the piece to be polished. From this, when treating the polishing piece and throwing, the frame setting that will throw the polishing tool is at the outer border of treating the polishing piece for the line is sheltered from in the stability, shelters from the line and covers the crest line and the edges and corners of three-dimensional texture, so, can protect the crest line and the edges and corners of three-dimensional texture not thrown during the polishing and sink, crest line and edges and corners can not thrown into circular-arcly promptly, and then effectively promote to treat the third dimension and the salient effect of polishing piece surface three-dimensional texture after the polishing.

摘要：【中文】本发明公开了一种基于便携式EEG设备的非侵入式混合范式脑‑机接口的决策模型的核函数优化方法。考虑到将几种脑‑机接口范式相结合的混合范式脑‑机接口，混合范式脑‑机接口可以满足多指令输出，而且具有较高分类准确率。该决策方法使用了基于稀疏贝叶斯的相关向量机分类器，需要更稀疏的相关向量，训练时间更短，同时该模型的测试时间也很短。模型参数自动确定。核函数选择上不受mercer定理的限制，可以任意构造新的核函数。 【EN】The invention discloses a kernel function optimization method of a decision model of a non-invasive mixed normal brain-computer interface based on portable EEG equipment. Considering the mixed normal brain-computer interface combining several brain-computer interface normal forms, the mixed normal brain-computer interface can meet the requirement of multi-instruction output and has higher classification accuracy. The decision method uses a sparse Bayesian-based relevance vector machine classifier, needs more sparse relevance vectors, is shorter in training time, and is also shorter in testing time of the model. The model parameters are automatically determined. The kernel function is not limited by mercer theorem in selection, and a new kernel function can be arbitrarily constructed.

摘要：【中文】本发明提供了一种合成VR全景方法，包括：按照预设转率旋转目标物体，并按照对应的预设拍摄次数获取图片，以此形成套图；对套图进行异常情况检测；若未检测到异常情况，则输出套图，并合成目标物体的VR全景；其中，异常情况检测包括图片完整性检测。本发明的合成VR全景方法能够简单实现VR全景。 【EN】The invention provides a method for synthesizing VR panorama, which comprises the following steps: rotating the target object according to a preset rotation rate, and acquiring pictures according to corresponding preset shooting times to form a set of pictures; detecting abnormal conditions of the set of drawings; if the abnormal condition is not detected, outputting a sleeve map, and synthesizing the VR panorama of the target object; the abnormal condition detection comprises picture integrity detection. The VR panorama synthesis method can simply realize VR panorama.