摘要：【中文】本发明公开了出水装置，包括壳体部分、活动板和驱动机构；该壳体部分设有出水部，该出水部具有出水口，该出水口具有第一内侧壁；该驱动机构传动连接活动板以带动活动板沿接近及远离出水口的方向在接近位置和远离位置之间反复循环移动；该活动板固设有插入部，该插入部具有第一外侧壁，该插入部插入出水口内；插入部始终和出水口配合，并通过活动板在接近位置和远离位置之间反复循环移动使出水由第一出水通道至第二出水通道循环变化出水，即，一出水口通过活动板的移动使出水产生变化，该循环变化的出水构成一种水花。 【EN】The invention discloses a water outlet device, which comprises a shell part, a movable plate and a driving mechanism, wherein the shell part is provided with a water inlet; the shell part is provided with a water outlet part, the water outlet part is provided with a water outlet, and the water outlet is provided with a first inner side wall; the driving mechanism is in transmission connection with the movable plate to drive the movable plate to move repeatedly and circularly between an approaching position and a far position along the direction approaching to and far from the water outlet; the movable plate is fixedly provided with an inserting part, the inserting part is provided with a first outer side wall, and the inserting part is inserted into the water outlet; the inserting part is always matched with the water outlet, and the movable plate repeatedly moves in a circulating mode between the approaching position and the far position to enable the water outlet to be changed from the first water outlet channel to the second water outlet channel in a circulating mode, namely, the water outlet is changed through the movement of the movable plate, and the water outlet changed in a circulating mode forms a spray.

摘要：【中文】本发明提供了一种出水组件，包括：旋转驱动件、喷射器及设置若干出水流道的本体；所述本体在出水流道的上方具有连通所述出水流道的容置腔，所述旋转驱动件和喷射器设置于容置腔内，所述旋转驱动件受水流驱动而带动所述喷射器在所述容置腔内转动；所述喷射器具有连通所述出水流道的喷射出水孔，所述喷射出水孔的出水方向与出水流道的轴向形成一夹角；所述夹角越大，喷射出水孔射出的水流与出水流道内侧壁的碰撞越明显；所述出水流道的内侧壁为锥度面。本发明提供了一种出水组件，通过结构上的简单调整，就可以改变出水水花的形态。 【EN】The invention provides a water outlet assembly, which comprises: the device comprises a rotary driving piece, an ejector and a body provided with a plurality of water outlet flow channels; the body is provided with an accommodating cavity communicated with the water outlet flow passage above the water outlet flow passage, the rotary driving piece and the ejector are arranged in the accommodating cavity, and the rotary driving piece is driven by water flow to drive the ejector to rotate in the accommodating cavity; the ejector is provided with an ejection water hole communicated with the water outlet flow channel, and the water outlet direction of the ejection water hole and the axial direction of the water outlet flow channel form an included angle; the larger the included angle is, the more obvious the collision between the water flow ejected by the water ejecting hole and the inner side wall of the water outlet flow channel is; the inner side wall of the water outlet flow passage is a taper surface. The invention provides a water outlet assembly, which can change the form of water outlet spray by simple adjustment on the structure.

摘要：【中文】本发明实施例提供了一种透明平滑曲面缺陷识别方法，包括：获取针对照明装置设定的条纹参数，其中所述条纹参数包括有照明装置的亮灯区域、移动间隔以及条纹周期；根据所述条纹参数，按照所述条纹周期以及移动间隔，依次点亮所述照明装置的亮灯区域，并使所述亮灯区域的光线穿过所述透明平滑曲面；获取所述亮灯区域光线穿过所述透明平滑曲面的图像；识别所述亮灯区域光线穿过所述透明平滑曲面的图像，以确定所述透明平滑曲面上是否存在缺陷。本发明实施例还提供了一种检测装置。 【EN】The embodiment of the invention provides a method for identifying defects of a transparent smooth curved surface, which comprises the following steps: acquiring fringe parameters set for a lighting device, wherein the fringe parameters comprise a lighting area, a moving interval and a fringe period of the lighting device; sequentially lightening a lighting area of the lighting device according to the stripe parameters and the stripe period and the movement interval, and enabling light rays of the lighting area to penetrate through the transparent smooth curved surface; acquiring an image of the light rays of the lighting area penetrating through the transparent smooth curved surface; and identifying the image of the light rays of the lighting area passing through the transparent smooth curved surface so as to determine whether defects exist on the transparent smooth curved surface. The embodiment of the invention also provides a detection device.

摘要：【中文】本发明涉及一种防护组件、封盖以及箱体。防护组件用于具有泄压元件的储能装置，泄压元件被配置为响应储能装置内部的压力增加而变形并直至爆破的结构，储能装置能够通过爆破的泄压元件排出高温颗粒物，防护组件包括：颗粒阻挡层，颗粒阻挡层具有用于接收高温颗粒物的接收侧以及与接收侧相对设置的连接侧；颗粒阻挡层包括多个凹凸设置的颗粒阻挡单元，颗粒阻挡单元能够阻挡高温颗粒物；隔离防护层，设置于所述颗粒阻挡层的所述连接侧并与所述颗粒阻挡层相连接。本发明实施例的防护组件能够有效拦截阻挡高温颗粒物，避免高温颗粒物熔穿与泄压元件相对应设置的其他结构件，有效提升储能装置的使用安全性。 【EN】The invention relates to a protection assembly, a sealing cover and a box body. The protection assembly is used for an energy storage device with a pressure relief element, the pressure relief element is configured to respond to the pressure increase inside the energy storage device and deform until the structure of blasting, and the energy storage device can discharge high-temperature particulate matters through the pressure relief element of blasting, and the protection assembly comprises: the particle barrier layer is provided with a receiving side for receiving high-temperature particles and a connecting side arranged opposite to the receiving side; the particle blocking layer comprises a plurality of particle blocking units which are arranged in a concave-convex mode, and the particle blocking units can block high-temperature particles; and the isolation protective layer is arranged on the connecting side of the particle barrier layer and is connected with the particle barrier layer. The protection assembly provided by the embodiment of the invention can effectively intercept and block high-temperature particles, prevent the high-temperature particles from melting through other structural components arranged corresponding to the pressure relief element, and effectively improve the use safety of the energy storage device.

摘要：【中文】本发明涉及一种采用多阶滤波的混合储能系统功率分配方法，其技术特点在于：包括以下步骤：步骤1、构造多阶滤波传递函数；步骤2、基于步骤1构造的多阶滤波传递函数，计算多阶高频滤波环节响应混合储能功率指令，进而分析多阶高通滤波的容量恢复特性；步骤3、基于步骤2的对多阶高通滤波的容量恢复特性分析，制定对交接频率选择原则。本发明能够克服一阶巴特沃思滤波响应高频功率指令时的积分作用，提高了功率型储能的利用率。 【EN】The invention relates to a power distribution method of a hybrid energy storage system adopting multi-order filtering, which is technically characterized by comprising the following steps of: the method comprises the following steps: step 1, constructing a multi-order filtering transfer function; step 2, calculating a response mixed energy storage power instruction of a multi-order high-frequency filtering link based on the multi-order filtering transfer function constructed in the step 1, and further analyzing the capacity recovery characteristic of the multi-order high-pass filtering; and 3, establishing a selection principle of the handover frequency based on the capacity recovery characteristic analysis of the multi-order high-pass filtering in the step 2. The invention can overcome the integral effect when the first-order Butterworth filtering responds to the high-frequency power instruction, and improves the utilization rate of power type energy storage.

摘要：【中文】本申请公开了一种语音合成的评估方法、装置、电子设备及可读存储介质，涉及语音技术领域。具体实现方案为：采集测试用户收听智能对话系统的合成语音后，对经过合理性验证的至少两个评估维度的各所述评估维度上的各评估指标的打分；其中，一个所述评估维度上包括至少一个所述评估指标；根据预先拟合出的各所述评估维度上的各所述评估指标的权重以及各所述评估维度上的各所述评估指标的打分，计算各所述评估维度的综合分值。本申请的技术方案，能够弥补现有技术的不足，实现从不同维度上对语音合成进行评估，进而能够从多个评估维度上对语音合成进行更加全面和详细地评估。 【EN】The application discloses a method and a device for evaluating voice synthesis, electronic equipment and a readable storage medium, and relates to the technical field of voice. The specific implementation scheme is as follows: after a test user listens to the synthesized voice of the intelligent dialogue system, scoring each evaluation index on each evaluation dimension of at least two evaluation dimensions subjected to rationality verification; wherein one of the evaluation dimensions comprises at least one of the evaluation metrics; and calculating a comprehensive score of each evaluation dimension according to the weight of each evaluation index in each evaluation dimension and the score of each evaluation index in each evaluation dimension which are fitted in advance. According to the technical scheme, the defects of the prior art can be made up, the speech synthesis can be evaluated from different dimensions, and the speech synthesis can be evaluated more comprehensively and in detail from a plurality of evaluation dimensions.

摘要：【中文】本发明提供一种注塑各向异性粘结钕铁硼磁瓦辐射取向成型方法及装置，包括A类型取向永磁体、B类型取向永磁体、C类型取向永磁体、导磁流道及内模仁、不导磁外模仁，解决了各向异性注塑钕铁硼粘结磁体采用常规内置式永磁取向取向场低，产品取向度不高等问题，通过基于HALBACH阵列及不同规格永磁体组合实现模具内取向磁场大于1T,从而满足于注塑钕铁硼取向过程。本发明基于永磁取向磁路组合设计，实现各向异性注塑钕铁硼瓦型磁体辐射取向，材料性能(BH)max＞11MGOe，产品表面磁感应强度＞2000Gs。 【EN】The invention provides a radiation orientation forming method and a device for an injection molding anisotropic bonded neodymium iron boron magnetic shoe, which comprises an A-type oriented permanent magnet, a B-type oriented permanent magnet, a C-type oriented permanent magnet, a magnetic conduction flow channel, an inner mold core and a non-magnetic conduction outer mold core, solves the problems that the anisotropy injection molded neodymium iron boron bonded magnet adopts a conventional built-in permanent magnet oriented field, the product orientation degree is not high and the like, and realizes that the orientation magnetic field in a mold is more than 1T by combining permanent magnets with different specifications based on an HALBACH array, thereby meeting the orientation process of injection molding neodymium iron boron. The invention realizes the radiation orientation of the anisotropic injection molding neodymium iron boron tile type magnet based on the permanent magnet orientation magnetic circuit combination design, the material performance (BH) max is more than 11MGOe, and the magnetic induction intensity of the product surface is more than 2000 Gs.

摘要：【中文】本公开涉及一种动力电池加热控制方法、装置及车辆，以根据用户需求实现对动力电池的加热控制。该动力电池加热控制方法包括：获取用户设定的加热预约信息，其中，加热预约信息包括对动力电池的加热开始时间；当车辆记录的时间到达所述加热开始时间时，启动对动力电池的加热控制，其中，加热开始时间包括所述车辆在非充电时间段的时间。 【EN】The disclosure relates to a heating control method and device for a power battery and a vehicle, and aims to realize heating control of the power battery according to user requirements. The power battery heating control method comprises the following steps: acquiring heating appointment information set by a user, wherein the heating appointment information comprises heating starting time of the power battery; and starting heating control of the power battery when the time recorded by the vehicle reaches the heating starting time, wherein the heating starting time comprises the time of the vehicle in the non-charging time period.

摘要：【中文】本发明公开了一种直方图双重伽马校正的红外图像对比度增强方法，其技术方案包括：计算图像的理论灰度范围及有效灰度级数；进行直方图均值归一化处理；统计直方图中有效灰度级占比，计算得到校正参数Gamma0和Gamma1；对直方图数据进行分类，然后分别进行参数为Gamma0和Gamma1的幂指数校正；利用校正后直方图得到映射表，根据映射表对所有数据进行查表替换操作，最后得到对比度增强图像。本方法除了需要统计全图的直方图外，其余操作都是采用点处理算法，因此处理效率高，占用资源少实时性好,且方法复杂度低，通过对直方图分成两部分分别进行Gamma幂指数校正处理，对直方图合理控制及调整，内部参数自适应控制，可达到较好的对比度增强效果，适用范围广泛，本方法可以对各种类型红外图像进行增强，包括热红外及近红外等，方法中的Gamma参数针对图像直方图所具有的独特信息进行自动调整，对直方图进行增强。 【EN】The invention discloses a histogram double gamma correction infrared image contrast enhancement method, which adopts the technical scheme that: calculating the theoretical gray scale range and the effective gray scale number of the image; carrying out histogram mean normalization processing; counting the ratio of effective gray levels in the histogram, and calculating to obtain correction parameters Gamma0 and Gamma 1; classifying histogram data, and then performing power exponent correction with parameters of Gamma0 and Gamma1 respectively; and obtaining a mapping table by using the corrected histogram, and performing table look-up replacement operation on all data according to the mapping table to finally obtain a contrast enhanced image. The method has the advantages that except for the histogram of the whole image needing to be counted, point processing algorithms are adopted in other operations, so that the method is high in processing efficiency, small in occupied resources, good in real-time performance and low in complexity, the histogram is divided into two parts to be subjected to Gamma power exponent correction processing respectively, the histogram is reasonably controlled and adjusted, internal parameters are subjected to self-adaptive control, a good contrast enhancement effect can be achieved, the application range is wide, the method can be used for enhancing various types of infrared images including thermal infrared and near infrared, Gamma parameters in the method are automatically adjusted according to unique information of the image histogram, and the histogram is enhanced.

摘要：【中文】本发明提供了一种气泡水产生装置，包括分流器、混合器、进气流道和出水面盖，分流器包括至少一个第一进水孔；混合器与分流器之间形成一第一腔室，混合器包括至少一个第二进水孔和至少一个回流孔，至少一个第二进水孔一一对应于至少一个第一进水孔，且每个第二进水孔的流通面积大于与之对应的第一进水孔的流通面积，至少一个回流孔、至少一个第一进水孔和至少一个第二进水孔均连通于第一腔室；进气流道连通于第一腔室；出水面盖与混合器之间形成一第二腔室，至少一个第二进水孔和至少一个回流孔均连通于第二腔室。 【EN】The invention provides a bubble water generating device which comprises a flow divider, a mixer, an air inlet flow channel and a water outlet surface cover, wherein the flow divider comprises at least one first water inlet hole; a first cavity is formed between the mixer and the flow divider, the mixer comprises at least one second water inlet hole and at least one backflow hole, the at least one second water inlet hole corresponds to the at least one first water inlet hole one by one, the flow area of each second water inlet hole is larger than that of the corresponding first water inlet hole, and the at least one backflow hole, the at least one first water inlet hole and the at least one second water inlet hole are all communicated with the first cavity; the air inlet flow passage is communicated with the first chamber; a second cavity is formed between the water outlet surface cover and the mixer, and the at least one second water inlet hole and the at least one backflow hole are communicated with the second cavity.