摘要：本发明公开了五硫化二磷环保节能加工工艺及设备，属于五硫化二磷加工技术领域，包括反应釜主体，反应釜主体的外侧圆周壁上所设的进料口处固定有进料管，反应釜主体的顶部有搅拌装置，所述搅拌装置的左侧设有安装于反应釜主体顶部泄压口处的可调式泄压件；本发明，在使用时，可将原料通过进料管加入至反应釜主体中，并通过搅拌装置进行搅拌混合，并产生高温气体，待高温气体的压力值足够大时，可将T型活塞块进行顶动上移，则使得升降盘上移，从而使得三个弹片被拉伸，且此时泄压立管的内部与排气管相连通，从而使得反应釜主体内部的气压被泄掉，结合弹片两端均设的插块b、插块a的设置，促使弹片的数量可进行插接增加或减少。

摘要：本发明公开一种便于组装的指纹模组，其指纹芯片安装于柔性电路板上表面并与柔性电路板电连接，所述指纹芯片上表面固定有至少2个LED发光二极管，所述盖板分为图案透明区和非透明区；所述柔性电路板另一端安装有一连接器，所述连接器由公座和母座组成，所述公座的上表面具有一条形凹槽，所述母座的下表面具有凹槽，所述母座的凹槽的中央处具有一条形凸起部，位于所述公座的条形凹槽两侧边缘均安装有若干个间隔排列的第一金属片，位于所述母座的凹槽两侧边缘均安装有若干个间隔排列的第二金属片。本发明增加了可视功能，满足用户视觉上的需求，也便于识别指纹识别区，且接触性好、可靠性高，安装方便，在很小的体积内实现了线路电连接。

摘要：本发明旨在提供一种适应性强、需要工人数量少、脱袋效率高且人工劳动强度小的自动脱袋设备。本发明包括若干并列设置的纵向输送机构、垂直于所述纵向输送机构的长度方向设置的支架以及与若干所述纵向输送机构配合的平齐机构，所述支架的一端设置有卷袋机构，所述支架的横梁上设有拖动机构和夹持机构，所述拖动机构带动所述夹持机构沿所述支架的长度方向运动，相邻的两个所述纵向输送机构之间均设置有顶升式输送机构，所用所述顶升式输送机构均沿所述支架的长度方向设置，远离所述卷袋机构且位于末端的所述纵向输送机构的中部设有第一到位感应器，所述横梁上设有与所述卷袋机构相配合的第二到位感应器。本发明应用于脱袋设备的技术领域。

摘要：【中文】本发明提供一种数控机床快速找正方法。所述的方法是基于人工智能的图像识别技术，选用树莓派（Rashberry）开源电子平台加载摄像头硬件设备，首先通过摄像头获取毛坯在数控机床的位置图片，然后运用基于计算机PYTHON语言OPENCV开源图像库对图象进行分析处理，得到毛坯在机床上的位置数据及位置偏转角度，最后通过无线传输模块，传递数据并修改数控系统中的程序加工原点位置变量，快速实现毛坯找正位置。本发明提出的数控机床快速找正方法，所需设备简单、使用方便、成本低，可以缩短加工周期，质量稳定，并降低劳动强度。 【EN】The invention provides a quick alignment method for a numerical control machine tool. The method is based on an artificial intelligence image recognition technology, a raspberry-type (Rashberry) open source electronic platform is selected to load camera hardware equipment, a position picture of a blank on a numerical control machine tool is obtained through a camera, then an open source image library based on a computer PYTHON language OPENCV is used for analyzing and processing an image, position data and a position deflection angle of the blank on the machine tool are obtained, finally, data are transmitted through a wireless transmission module, a program processing origin position variable in the numerical control system is modified, and the blank alignment position is quickly achieved. The rapid alignment method for the numerical control machine tool provided by the invention has the advantages of simple required equipment, convenience in use, low cost, capability of shortening the processing period, stable quality and reduction of labor intensity.

摘要：【中文】本发明公开了一种柔性水果采摘装置，属于水果采摘设备技术领域。设置的伸缩握杆与采摘头通过内螺纹套筒和外螺纹杆转动连接，采摘头中的切割刀可由绳索拉动使其转动，进而通过刀刃将卡在果柄卡口中的果柄按压住，并通过拉动伸缩握杆使采摘头旋转，进而使切割刀对果实上端的果柄进行环绕切削，相比较传统装置中对果柄单方向的剪切力，本发明切割效果大大提升进而降低了切割时对树枝的晃动，筒体中设置有的下落缓冲片可对水果进行降速缓冲，接着经设置在筒体底部的滑落泡沫袋下落到地面上，这样不仅使柔性水果下落时不易碰撞受损，而且装置主体不会受积累的水果重力影响而妨碍操作人员对其操控，并且无需频繁地收回采摘装置，提高了采摘效率。 【EN】The invention discloses a flexible fruit picking device, and belongs to the technical field of fruit picking equipment. The telescopic holding rod is rotatably connected with the picking head through the internal thread sleeve and the external thread rod, the cutting knife in the picking head can be pulled by a rope to rotate, the fruit handle clamped in the bayonet of the fruit handle is pressed by the cutting edge, the picking head is rotated by pulling the telescopic holding rod, and the cutting knife is further used for cutting the fruit handle at the upper end of the fruit in a surrounding way, compared with the traditional device for shearing the fruit handle in a single direction, the cutting effect of the fruit tree picking device is greatly improved, the swinging of the branches during cutting is reduced, the falling buffer sheet arranged in the cylinder body can buffer the fruit at a reduced speed, and then the fruit falls onto the ground through the falling foam bag arranged at the bottom of the cylinder body, so that the flexible fruit is not easy to collide and damage when falling, the main body of the device is not influenced by the weight of the accumulated fruit to hinder an operator to control the fruit tree picking device, and the picking, the picking efficiency is improved.

摘要：【中文】本发明公开了一种金属薄板搬运装置，属于金属板材搬运设备技术领域。通过镶磁铁传输带逆时针旋转使其上方区域的传送带可从右往左移动从而伴随磁铁吸附带动右端的金属薄板往左移动，无需对薄板进行施压避免对其造成损坏；当需要单个薄板卸载时，通过顶板下的传送机构顺时针转动使其中的磁性辊接触到最上层的薄板右端，通过伸缩承载板向上转动使顶端的金属薄板右端倾斜向上并且与镶磁铁传输带处于同一水平端，此时通过传送机构中的磁性辊逆时针旋转，吸附接触带动金属薄板向右移动，进而可通过镶磁铁传输带反转带动金属薄板经上侧开口移出到流水线上；本发明装置与传统方式相比，磁吸方式传输不会使金属薄板受力变形，并且可对金属薄板逐个卸载。 【EN】The invention discloses a metal sheet carrying device, and belongs to the technical field of metal sheet carrying equipment. The magnet-embedded transmission belt rotates anticlockwise, so that the transmission belt in the area above the magnet-embedded transmission belt can move from right to left, the metal sheet at the right end is driven to move left along with the adsorption of the magnet, and the metal sheet does not need to be pressed to avoid damage; when a single sheet is required to be unloaded, the conveying mechanism below the top plate rotates clockwise to enable the magnetic roller to contact the right end of the uppermost sheet, the telescopic bearing plate rotates upwards to enable the right end of the metal sheet at the top end to incline upwards and be located at the same horizontal end with the magnet-embedded conveying belt, at the moment, the magnetic roller in the conveying mechanism rotates anticlockwise, the metal sheet is driven to move rightwards through adsorption contact, and then the metal sheet is driven to move out of a production line through the upper side opening through the reversal of the magnet-embedded conveying belt; compared with the traditional mode, the device of the invention has the advantages that the metal sheets are not deformed by stress in the magnetic absorption mode transmission, and the metal sheets can be unloaded one by one.

摘要：【中文】本发明公开了一种钢化玻璃搬运起吊装置，属于玻璃生产加工设备技术领域。本发明装置中，对称设置的两侧支撑板内侧水平设置有数对活动托板，活动托板可由升降台托举位于下方的钢化玻璃上移动使得经过的活动托板向上转动至垂直状态供钢化玻璃继续向上移动到所需放置位置的托板上方，此时将对应位置的活动托板往回转动使其位于侧支撑板上的导向凹槽中的一端贴在导向凹槽顶部，由于放置的钢化玻璃对活动托板上位于导向凹槽外侧的一端有向下的重力作用，而位于导向凹槽中的另一端受导向凹槽顶部阻碍使其无法继续转动进而处于水平静止状态，即可对钢化玻璃底端左右两侧进行托举，与传统方式相比本发明可通过几对活动托板一次吊装多个钢化玻璃。 【EN】The invention discloses a toughened glass carrying and hoisting device, and belongs to the technical field of glass production and processing equipment. In the device, a plurality of pairs of movable supporting plates are horizontally arranged at the inner sides of the two symmetrically arranged supporting plates, the movable supporting plates can be lifted by the lifting platform and moved on the toughened glass positioned below, so that the movable supporting plates passing through are upwards rotated to be vertical, the toughened glass is continuously upwards moved to the position above the supporting plate needing to be placed, at the moment, the movable supporting plates at the corresponding positions are backwards rotated to ensure that one ends of the movable supporting plates positioned in the guide grooves on the side supporting plates are attached to the tops of the guide grooves, because the placed toughened glass has a downward gravity action on one end of the movable supporting plate positioned outside the guide groove, the other end of the guide groove is blocked by the top of the guide groove so that the guide groove can not rotate continuously and is in a horizontal static state, the left side and the right side of the bottom end of the toughened glass can be lifted, and compared with the traditional mode, the invention can hoist a plurality of toughened glass at one time by a plurality of pairs of movable supporting plates.

摘要：本发明提出了一种浮标吊舱的组合式启动总成及其使用方法，以解决现有浮标吊舱使用电磁阀数量过多导致的成本较大的问题；包括壳体、置于壳体内部的支撑架、固定在支撑架上的多个发射筒，多个所述发射筒的内部均通过限位装置固定有浮标，所述限位装置位于发射筒的端部，所述壳体的底部开设有多个与发射筒匹配的发射孔，所述发射筒的底部固定有底盖，所述发射筒的上方设置有气动模块；通过电机、丝杠和安装块等设置，只需要将多个发射筒与对应的安装块通过硬质气管相连，再启动电机移动至对应的安装块位置处，开启电磁阀，此时高压气体通过活动气嘴和气嘴喷入对应的发射筒内部，以此实现浮标的脱离工作，这种方式成本更低，设备通用性更高。

摘要： 本发明涉及蒽醌法粗Ｈ₂O₂的粗制及浓缩方法。粗H₂O₂经过氧铝柱、离子交换柱、过滤器、大孔吸附树脂柱处理，即得到精制的稀H₂O₂产品。将其减压预热后于升膜蒸发器中进行部分蒸发，由气液分离器底部得到浓度≮３０．０％、≥３５％或≥５０％的精制浓缩产品（Ⅰ），由精馏塔底部得到浓度≥２７．５％、≮３０．０％、≥３５％或≥５０％的精制及浓缩产品（Ⅱ）。浓度≮３０．０％的产品（Ⅰ）符合化学纯规格，（Ⅱ）符合分析纯规格。

摘要：本发明涉及一种细颗粒煤料回收装置，包括煤料预分离段和烟气净化排放段两个功能段，煤料预分离段内部设有进气静压箱，底部为煤料预分离仓，烟气净化排放段布置于煤料预分离段箱体的两侧且与煤料预分离段箱体相通，结构包括气流导流板、滤袋、净气静压箱、细颗粒回收仓。高浓度、大烟气量的含尘气体先经过煤料预分离仓预分离，90％以上的煤粉被收集，10％左右的含煤尘气体经过气流导流板导流、预分离大颗粒煤尘后，均匀分配至中部箱体的滤袋表面，避免高浓度的含尘气体直接冲刷滤袋，可提高细颗粒煤料回收装置回收效率，同时可以延长滤袋使用寿命。细颗粒煤料回收装置还设有一系列安全保护设施。