摘要：【中文】一种餐厨垃圾处理装置，包括依次设置的收集装置、粉碎研磨装置、渗透过滤装置、杠杆压缩分离装置、油水分离装置及管道振动传输装置；所述收集装置将收集的垃圾送入其下方的粉碎研磨装置进一步粉碎研磨处理后，将垃圾送入渗透过滤装置初步固液分离，再由杠杆压缩分离装置进一步压缩，固体垃圾被压缩取出成为有机肥使用，液体垃圾进入油水分离装置进一步分离后分别导出加以利用，管道振动传输装置促进管道内垃圾的传输及油水分离；本发明具有结构合理、成本低廉、环保节能及实用高效的优点。 【EN】A kitchen waste treatment device comprises a collecting device, a crushing and grinding device, a permeation and filtration device, a lever compression and separation device, an oil-water separation device and a pipeline vibration transmission device which are sequentially arranged; the collecting device conveys the collected garbage into a crushing and grinding device below the collecting device for further crushing and grinding treatment, the garbage is conveyed into a penetration filtering device for preliminary solid-liquid separation, then the garbage is further compressed by a lever compression and separation device, the solid garbage is compressed and taken out to be used as organic fertilizer, the liquid garbage enters an oil-water separation device for further separation and then is respectively led out for utilization, and the pipeline vibration transmission device promotes the transmission and oil-water separation of the garbage in a pipeline; the invention has the advantages of reasonable structure, low cost, environmental protection, energy saving, practicability and high efficiency.

摘要：【中文】本发明涉及太阳电池技术领域，一种太阳电池缓冲层的制备装置，包括药液供给装置、药液补给装置、清洗装置和烘干装置，所述药液供给装置、药液补给装置、清洗装置和烘干装置沿基底材料的移动方向依次设置。喷洒在基底材料上的药液经过沉积系统沉积成缓冲层材料，然后经过清洗、烘干系统和收卷；通过增设的药液补给装置在缓冲层沉积的过程中不间断地向基底层喷洒药液，减少沉积过程中由于溶液挥发造成溶液浓度变化，从而导致缓冲层薄膜厚度沉积的不均匀性；进而保证沉积的缓冲层材料均匀。 【EN】The invention relates to the technical field of solar cells, in particular to a preparation device of a solar cell buffer layer. The liquid medicine sprayed on the substrate material is deposited into a buffer layer material through a deposition system, and then is washed, dried and wound; the added liquid medicine supply device continuously sprays liquid medicine to the substrate layer in the deposition process of the buffer layer, so that the non-uniformity of the thickness deposition of the buffer layer film caused by the concentration change of the solution due to the volatilization of the solution in the deposition process is reduced; thereby ensuring the uniformity of the deposited buffer layer material.

摘要：【中文】本发明公开了一种花盆填土机收土装置，属农业机械技术领域，其特征在于：花盆填土机作业时，收土装置的螺旋轴焊合高速旋转，将土汇聚到中间，并抛入提升装置。右旋叶片和左旋叶片前方的入土口上有翻板，当作业前方有土堆、土块时翻板会受力向后翻转一定角度，使土堆、土块能顺利进入到花盆填土机收土装置中；翻板上焊接分土板，分土板前部和顶部由钢板对接构成刀刃，后部和下部两侧钢板向两翼分开，可以将碎土向两边散开。当作业前方土堆、土块超出入土口高度时，翻板会受力向后翻转，翻板上方的分土板向前倾斜，分土板刀刃能将土堆、土块切开并向两边散开，使土能顺利进入到花盆填土机收土装置中，以保证机器能平稳连续地进行取土作业。 【EN】The invention discloses a soil collecting device of a flowerpot soil filling machine, which belongs to the technical field of agricultural machinery and is characterized in that: when the flowerpot soil filling machine works, the spiral shaft of the soil collecting device is welded to rotate at a high speed, soil is gathered in the middle and thrown into the lifting device. The turning plates are arranged on the soil inlet in front of the right-handed blades and the left-handed blades, and when soil piles and soil blocks are arranged in front of the operation, the turning plates can be stressed to turn backwards for a certain angle, so that the soil piles and the soil blocks can smoothly enter the soil collecting device of the flowerpot soil filling machine; the turning plate is welded with the soil separating plate, the front part and the top part of the soil separating plate are butted by steel plates to form a cutting edge, and the steel plates on the two sides of the rear part and the lower part are separated towards two wings, so that soil can be scattered towards two sides. When the soil heap in operation place ahead, the soil piece surpassed the mouth of digging height, turned over the board and can atress backward overturn, turned over the branch soil board of board top and incline forward, divide the soil board cutting edge and can open soil heap, soil piece and scatter to both sides, make soil can enter into smoothly in the flowerpot filling machine receipts soil device to guarantee that the machine can steadily carry out the operation of fetching earth in succession.

摘要：【中文】本发明公开了一种规则几何形状零件尺寸波动的估计方法，通过数理统计理论建立样本零件尺寸标准差与该批次零件尺寸标准差的关系，可精确计算出尺寸标准差置信区间，进而结合序贯抽样理论不断缩短置信区间，最终实现对尺寸标准差的精确估计。本发明结果可直接用于规则几何形状零件的尺寸波动估计，解决了现有零件尺寸波动估计方法在抽样不确定性条件下存在的检测样本量难确定、估计精度难衡量以及不易实施的问题。 【EN】The invention discloses a method for estimating the size fluctuation of a regular geometric shape part, which establishes the relation between the standard deviation of the size of a sample part and the standard deviation of the size of the batch of parts through a mathematical statistics theory, can accurately calculate the confidence interval of the standard deviation of the size, further continuously shortens the confidence interval by combining a sequential sampling theory, and finally realizes the accurate estimation of the standard deviation of the size. The result of the invention can be directly used for the size fluctuation estimation of the parts with regular geometric shapes, and solves the problems of difficult determination of the detection sample amount, difficult estimation precision and difficult implementation of the existing part size fluctuation estimation method under the sampling uncertainty condition.

摘要：【中文】一种规则几何形状零件尺寸分布中心的估计方法，包括以下步骤：步骤1：零件抽样；步骤2：计算样本零件尺寸均值及标准差；步骤3：计算整批零件尺寸分布中心置信区间；步骤4：采用序贯抽样的方法，以样本零件尺寸均值估计该批次零件的尺寸分布中心；本发明基于小样本计算出零件尺寸分布中心在给定置信度及估计误差下的估计值；根据已获取的样本信息，灵活判断抽样是否应该继续，基于估计误差约束确定抽样终止条件，在保证精度的基础上，大大减少检测样本量，节省检测成本，提高效率。 【EN】A method for estimating the size distribution center of a regular geometric part comprises the following steps: step 1: sampling parts; step 2: calculating the average value and the standard deviation of the sizes of the sample parts; and step 3: calculating the central confidence interval of the size distribution of the whole batch of parts; and 4, step 4: estimating the size distribution center of the batch of parts by a sequential sampling method according to the average value of the sizes of the sample parts; the method calculates the estimated value of the size distribution center of the part under the given confidence coefficient and estimation error based on the small sample; according to the acquired sample information, whether sampling should continue or not is flexibly judged, and sampling termination conditions are determined based on estimation error constraints, so that the detection sample amount is greatly reduced, the detection cost is saved, and the efficiency is improved on the basis of ensuring the precision.

摘要：【中文】本发明公开了一种煤流检测用皮带调速控制系统，包括采集模块、数据库、检测模块、识别单元、分析模块、判定模块、调控单元、三维激光视觉传感器、运输装置和智能设备；所述数据库内存储有煤流堆形状信息以及对应的体积计算公式，所述煤流堆形状信息表示为煤流堆的各种形状，所述三维激光视觉传感器安装在运输装置上，且三维激光视觉传感器用于实时获取煤流影像信息，本发明通过分析模块的设置，对识别单元和采集模块获取的相关信息进行数据分析，从而得出煤流影像的体积以及高度，依据其计算各个点的平均高度，依据平均高度计算出所需要的传送速度，来解决现有技术中无法对数据进行精确分析的问题。 【EN】The invention discloses a belt speed regulation control system for coal flow detection, which comprises an acquisition module, a database, a detection module, an identification unit, an analysis module, a judgment module, a regulation and control unit, a three-dimensional laser vision sensor, a transportation device and intelligent equipment, wherein the acquisition module is used for acquiring a coal flow; the coal flow pile shape information is expressed into various shapes of the coal flow pile, the three-dimensional laser vision sensor is installed on the transportation device and used for acquiring coal flow image information in real time.

摘要：【中文】本发明涉及一种基于人体多模信号的睡眠监测及睡眠调控装置，其包括睡眠调控床以及匹配设置在所述睡眠调控床上的睡眠监测单元和睡眠调控单元；睡眠监测单元包括信号测量传感器、传感器状态检测电路、模拟信号放大及滤波电路、第一模数转换器和多核数字处理器；信号测量传感器一端连接睡眠调控床，另一端与传感器状态检测电路电连接；传感器状态检测电路电连接模拟信号放大及滤波电路；模拟信号放大及滤波电路电连接第一模数转换器；第一模数转换器电连接多核数字处理器；多核数字处理器与睡眠调控单元电连接；睡眠调控单元包括微电流刺激模块、光线调节模块、体感震动模块和温度控制模块。本发明能够检测睡眠并改善使用者睡眠质量。 【EN】The invention relates to a sleep monitoring and sleep regulation device based on human body multimode signals, which comprises a sleep regulation bed, a sleep monitoring unit and a sleep regulation unit, wherein the sleep monitoring unit and the sleep regulation unit are arranged on the sleep regulation bed in a matching way; the sleep monitoring unit comprises a signal measuring sensor, a sensor state detection circuit, an analog signal amplifying and filtering circuit, a first analog-to-digital converter and a multi-core digital processor; one end of the signal measuring sensor is connected with the sleep regulation and control bed, and the other end of the signal measuring sensor is electrically connected with the sensor state detection circuit; the sensor state detection circuit is electrically connected with the analog signal amplification and filtering circuit; the analog signal amplifying and filtering circuit is electrically connected with the first analog-to-digital converter; the first analog-to-digital converter is electrically connected with the multi-core digital processor; the multi-core digital processor is electrically connected with the sleep regulation and control unit; the sleep regulation and control unit comprises a micro-current stimulation module, a light regulation module, a somatosensory vibration module and a temperature control module. The invention can detect sleep and improve the sleep quality of the user.

摘要：【中文】一种耙链式粪便液压提升机，由支架、移动轮、液压泵站、升降液压缸、滑道机构、伸缩液压缸、机架、液压马达Ⅰ、耙链槽轮、耙链、刮板、螺旋集粪斗、液压马达Ⅱ组成。工作时，控制移动轮将提升机移动到需要的位置，启动液压泵站，操控操作杆Ⅰ，控制升降液压缸，调节机架与支架所成角度，以保证粪便提升到所需高度，操控操作杆Ⅱ，控制伸缩液压缸，使机架带动螺旋集粪斗在滑道机构上通过限位轮以及滑道轮滑行，当螺旋集粪斗到达指定位置时，操控操作杆Ⅲ，启动液压马达Ⅱ，带动螺旋集粪斗工作，将收集的粪便输送到机架上，操控操作杆Ⅳ，启动液压马达Ⅰ，耙链槽轮转动，带动耙链及刮板运行，将机架上的粪便由低处提升到高处，从而完成提升工作。 【EN】A chain scraper type excrement hydraulic lifting machine is composed of a support, a moving wheel, a hydraulic pump station, a lifting hydraulic cylinder, a slide way mechanism, a telescopic hydraulic cylinder, a rack, a hydraulic motor I, a chain scraper sheave, a chain scraper, a spiral excrement collecting hopper and a hydraulic motor II. The during operation, the control is removed the wheel and is removed the position that the lifting machine needs, start hydraulic pump station, control action bars I, control hydraulic cylinder, adjust frame and support and become angle, in order to guarantee that excrement and urine promotes to required height, control action bars II, control flexible pneumatic cylinder, make the frame drive spiral collection excrement fill and slide through spacing wheel and slide wheel on slide mechanism, when spiral collection excrement fill reachs the assigned position, control action bars III, start hydraulic motor II, drive spiral collection excrement and fill work, carry the excrement and urine of collecting in the frame, control action bars IV, start hydraulic motor I, the rake chain sheave rotates, drive rake chain and scraper blade operation, promote the eminence by the low place with excrement and urine in the frame, thereby accomplish lifting work.