摘要：【中文】本发明公开了一种防静电发泡珍珠棉的制作方法，其包括以下步骤：1）将低密度聚乙烯、成核剂和抗收缩剂按设定的比例混合后投入高压反应釜中，进行加热至第一设定温度并搅拌；2）注入二氧化碳发泡剂，继续搅拌至充分混合；3）打开挤出口，从所述挤出口挤出的所述第一混合物进入封闭的扁平的减温仓，并通过向所述减温仓注入二氧化碳以将所述减温仓仓内保持在第二设定压力，并向所述减温仓仓壁喷洒低温水以降温；4）所述第二混合物从所述减温仓的出料门挤出，并通过空气吹扫的方式进行降温，以获得第三混合物，即为发泡珍珠棉；5）将所述第三混合物两侧覆盖防静电膜，获得防静电发泡珍珠棉；6）裁边后，将所述防静电发泡珍珠棉收卷。 【EN】The invention discloses a method for manufacturing antistatic foamed pearl cotton, which comprises the following steps: 1) mixing low-density polyethylene, a nucleating agent and an anti-shrinking agent according to a set proportion, putting the mixture into a high-pressure reaction kettle, heating the mixture to a first set temperature, and stirring the mixture; 2) injecting a carbon dioxide foaming agent, and continuously stirring until the carbon dioxide foaming agent and the carbon dioxide foaming agent are fully mixed; 3) opening an extrusion port, allowing the first mixture extruded from the extrusion port to enter a closed flat temperature reduction bin, injecting carbon dioxide into the temperature reduction bin to keep the interior of the temperature reduction bin at a second set pressure, and spraying low-temperature water to the bin wall of the temperature reduction bin to reduce the temperature; 4) the second mixture is extruded from a discharge door of the temperature reduction bin, and is cooled in an air blowing mode to obtain a third mixture, namely the foamed pearl cotton; 5) covering antistatic films on two sides of the third mixture to obtain antistatic foamed pearl cotton; 6) and after cutting edges, rolling the anti-static foamed pearl cotton.

摘要：【中文】本发明公开了一种基于物联网的阀门智能管控系统，包括若干个阀门、系统服务器和移动终端，所述阀门包括控制单元和通信单元，控制单元分别连接有报警模块、第一驱动模块和第二驱动模块，通信单元分别连接有阀门状态检测单元和锁具状态检测单元，通信单元与系统服务器相连接，移动终端分别连接系统服务器与控制单元。本发明具有可以同时监测并控制阀门及阀门锁具的状态，使管理人员全面掌握阀门及锁具的状态信息、无需改变现有阀门的结构，直接在现有阀门的基础上加装锁具，有效降低了阀门总成本的优点。 【EN】The invention discloses an intelligent valve management and control system based on the Internet of things, which comprises a plurality of valves, a system server and a mobile terminal, wherein each valve comprises a control unit and a communication unit, the control unit is respectively connected with an alarm module, a first driving module and a second driving module, the communication units are respectively connected with a valve state detection unit and a lock state detection unit, the communication units are connected with the system server, and the mobile terminal is respectively connected with the system server and the control unit. The invention has the advantages that the states of the valve and the valve lock can be monitored and controlled simultaneously, so that managers can master the state information of the valve and the lock comprehensively without changing the structure of the existing valve, the lock is directly added on the basis of the existing valve, and the total cost of the valve is effectively reduced.

摘要：【中文】本发明公开了一种基于物联网的智能阀门，包括阀体、阀杆及手轮，手轮连接有锁具，所述锁具包括与阀体连接并布置在手轮正上方的安装平台，安装平台上设有旋转驱动电机，旋转驱动电机向下连接有转盘，转盘的下表面设有若干根沿圆周均匀分布的伸缩杆，伸缩杆连接有伸缩驱动电机，所述锁具还包括若干个均匀分布在手轮外边缘的锁孔环，若干根伸缩杆对应插入锁孔环内。本发明具有无需改变现有阀门的基本结构，直接在现有阀门的基础上加装锁具以实现阀门的自动启闭和锁具的自动开锁或闭锁、阀门总成本较低的优点。 【EN】The invention discloses an intelligent valve based on the Internet of things, which comprises a valve body, a valve rod and a hand wheel, wherein the hand wheel is connected with a lockset, the lockset comprises an installation platform which is connected with the valve body and arranged right above the hand wheel, a rotary driving motor is arranged on the installation platform, the rotary driving motor is downwards connected with a rotary disc, the lower surface of the rotary disc is provided with a plurality of telescopic rods which are uniformly distributed along the circumference, the telescopic rods are connected with a telescopic driving motor, the lockset also comprises a plurality of lock hole rings which are uniformly distributed on the outer edge of the hand wheel, and the plurality of telescopic rods are correspondingly inserted. The invention has the advantages that the basic structure of the existing valve is not required to be changed, the lockset is directly additionally arranged on the basis of the existing valve to realize the automatic opening and closing of the valve and the automatic unlocking or locking of the lockset, and the total cost of the valve is lower.

摘要：【中文】本发明公开了一种基于云计算的远程加热电热毯及加热方法，其特征在于：包括，电热毯主体，所述电热毯主体内设置电热元件，且所述电热元件通过外包件进行包裹；加热操作模块，所述加热操作模块设置于所述电热毯主体内并与所述电热元件连接，用于所述电热元件的加热控制；云计算监控模块，所述云计算监控模块与所述加热操作模块通信连接，用于接收终端发送的控制信息对加热操作模块发送控制指令。本发明的有益效果：通过使用手机提前开启电热毯加热，并监控电热毯的工作状态，提升使用的安全性能。 【EN】The invention discloses a remote heating electric blanket based on cloud computing and a heating method, which are characterized in that: the electric heating blanket comprises an electric blanket main body, wherein an electric heating element is arranged in the electric blanket main body and is wrapped by an outer wrapping piece; the heating operation module is arranged in the electric blanket main body, is connected with the electric heating element and is used for heating control of the electric heating element; and the cloud computing monitoring module is in communication connection with the heating operation module and is used for receiving control information sent by the terminal and sending a control instruction to the heating operation module. The invention has the beneficial effects that: the electric blanket is started in advance by using the mobile phone to heat, the working state of the electric blanket is monitored, and the use safety performance is improved.

摘要：【中文】本发明公开了一种变速器透气闷头安装工具，包括工具杆体，所述工具杆体的一端设有用于定位透气闷头堵盖的定位凹槽，工具杆体的一端端面部分对应定位凹槽形成槽孔，定位凹槽的侧面形成开口，所述工具杆体的另一端的端面为平面。安装工具的制作方法，包括以下步骤：1)在圆钢的顶端面中心点钻孔；2)在钻孔端的圆柱面中心位置开矩形凹槽；3)在矩形凹槽后端加工出半圆；4)圆钢上沿半圆底边加工出一个斜面。其工具可大大缩短装配时间，降低员工劳动强度，使本工位满足生产节拍；并且安装精准，不易出现装配不到位情况，保证整车装配质量，减轻员工劳动强度，提高员工满意度。 【EN】The invention discloses a speed changer ventilation choke plug mounting tool which comprises a tool rod body, wherein one end of the tool rod body is provided with a positioning groove used for positioning a ventilation choke plug, a groove hole is formed in the end face part of one end of the tool rod body corresponding to the positioning groove, an opening is formed in the side face of the positioning groove, and the end face of the other end of the tool rod body is a plane. The manufacturing method of the installation tool comprises the following steps: 1) drilling a hole at the central point of the top end face of the round steel; 2) a rectangular groove is formed in the center of the cylindrical surface of the drilling end; 3) processing a semicircle at the rear end of the rectangular groove; 4) an inclined plane is processed on the round steel along the bottom edge of the semicircle. The tool can greatly shorten the assembly time, reduce the labor intensity of workers and enable the working position to meet the production rhythm; the installation is accurate, the condition that the assembly cannot be carried out easily is avoided, the assembly quality of the whole vehicle is guaranteed, the labor intensity of workers is reduced, and the satisfaction degree of the workers is improved.

摘要：【中文】本发明公开了一种汽车免调整后盖锁扣安装辅具，包括辅具本体，所述辅具本体的两端分别设置一个用于和对应侧汽车上减震块外侧面相贴合定位的定位臂，两个定位臂位于辅具本体的同一侧，辅具本体一侧在两定位臂之间设有与汽车上锁扣减震块相对应的定位柱，所述辅具本体的一侧中间位置处设有用于定位锁扣的定位槽。锁扣定位方法，包括以下步骤：将锁扣放入其安装位置，用螺栓预拧上，保持锁扣可调整的状态；将锁扣安装辅具放入后盖门槛锁扣安装槽中，同时将定位柱与锁扣的减震块对齐接触定位，锁扣位于定位槽中；紧固固定螺栓，力矩复紧确认，点漆确认，目视检测，取下辅具，盖上后盖锁扣装饰盖。锁扣安装位置准确，提高装配效率。 【EN】The invention discloses an auxiliary tool for installing a lock catch of an automobile rear cover without adjustment, which comprises an auxiliary tool body, wherein two ends of the auxiliary tool body are respectively provided with a positioning arm for being attached and positioned with the outer side surface of a shock absorption block on the automobile on the corresponding side, the two positioning arms are positioned on the same side of the auxiliary tool body, a positioning column corresponding to the shock absorption block of the lock catch on the automobile is arranged between the two positioning arms on one side of the auxiliary tool body, and a positioning groove for positioning the lock catch is arranged in the middle position of one side of the auxiliary tool body. The lock catch positioning method comprises the following steps: placing the lock catch into the mounting position, and pre-screwing the lock catch by using a bolt to keep the adjustable state of the lock catch; placing the lock catch installation auxiliary tool into the lock catch installation groove of the rear cover threshold, and aligning, contacting and positioning the positioning column and the damping block of the lock catch, wherein the lock catch is positioned in the positioning groove; fastening a fixing bolt, tightening torque, confirming, painting, visually detecting, taking off the accessory, and covering a rear cover lock catch decorative cover. The lock catch is accurate in mounting position, and the assembly efficiency is improved.

摘要：【中文】本发明实施例公开了一种足浴装置，涉及医疗保健用品技术领域。包括足浴盆体、工作臂和电解水机构，足浴盆体具有足浴盛水腔室和电气安装腔室，工作臂安装在足浴盆体的上部，电解水机构固定在工作臂的下侧，电气安装腔室内设有与电解水机构连接的供电控制机构；电解水机构包括第一电极片和第二电极片，第二电极片为钛合金，在第二电极片的外侧由内至外镀有钌层和铱层，现有电极片电解效率较低，产氢量无法满足氢离子在水中导入人体内的水中氢含量要求，本发明实施例利用贵金属电极片有效提高了电解效率，水中氢气含量明显高于现有镀铂金电极片电解后水中的氢含量，氢离子导入人体内真正达到治疗保健目的。 【EN】The embodiment of the invention discloses a foot bath device, and relates to the technical field of medical health care products. The electric foot bath basin comprises a foot bath basin body, a working arm and an electrolytic water mechanism, wherein the foot bath basin body is provided with a foot bath water containing cavity and an electric installation cavity; the water electrolysis mechanism comprises a first electrode plate and a second electrode plate, wherein the second electrode plate is made of titanium alloy, a ruthenium layer and an iridium layer are plated on the outer side of the second electrode plate from inside to outside, the existing electrode plates are low in electrolysis efficiency, and the hydrogen production amount cannot meet the requirement of hydrogen content of hydrogen ions introduced into water in a human body.

摘要：【中文】本发明提供了一种多分力传感器，包括：用于测量XY轴方向上的力的第一传感器本体、用于测量Z轴方向上的力和XYZ轴扭矩的第二传感器本体和连接导柱；所述第一传感器本体上形成有两个相互垂直布置的第一梁和第二梁；所述第二传感器本体包括周边固定圆环和四个沿所述周边固定圆环的径向正交设置的横梁，所述连接导柱的下端位于所述周边固定圆环中并通过所述横梁与所述周边固定圆环连接；所述第一梁、第二梁、横梁上均贴有应变计；所述第一传感器本体的上端面为承载平面，所述第一传感器本体的下端与所述连接导柱的上端连接。本发明可以同时进行六轴力的检测，且结构简单、成本低。 【EN】The invention provides a multi-component force sensor, comprising: the sensor comprises a first sensor body for measuring force in the XY axis direction, a second sensor body for measuring force in the Z axis direction and XYZ axis torque, and a connecting guide column; the first sensor body is provided with a first beam and a second beam which are vertically arranged; the second sensor body comprises a peripheral fixed ring and four cross beams which are orthogonally arranged along the radial direction of the peripheral fixed ring, and the lower end of the connecting guide column is positioned in the peripheral fixed ring and is connected with the peripheral fixed ring through the cross beams; strain gauges are attached to the first beam, the second beam and the cross beam; the upper end face of the first sensor body is a bearing plane, and the lower end of the first sensor body is connected with the upper end of the connecting guide pillar. The invention can simultaneously detect six-axis force, and has simple structure and low cost.

摘要：【中文】本发明提供了一种轴承受力检测传感器，包括：外圈、中间过滤圈、和内圈，内圈形成有用于安装待检测轴承的轴承安装孔，外圈的内圈与中间过滤圈的外圈连接，中间过滤圈的内壁通过四个呈十字形设置的轮辐梁与内圈的外壁固定连接，中间过滤圈上设置有两个盲孔梁，两个盲孔梁沿中间过滤圈的圆心对称设置，且盲孔梁与两个轮辐梁沿同一直线设置，每个盲孔梁的上下两个梁面的中心位置处分别粘贴有一个径向力应变计，每个轮辐梁的两边粘贴有一个轴向力应变计。本发明在结构布置上采用的是三环式结构及径向力和轴向力梁的布置，整个结构的轴向力和径向力之间的相互影响非常小，可以实现对轴向力和径向力的精确检测。 【EN】The invention provides a bearing stress detection sensor, comprising: the inner ring is provided with a bearing mounting hole for mounting a bearing to be detected, the inner ring of the outer ring is connected with the outer ring of the middle filter ring, the inner wall of the middle filter ring is fixedly connected with the outer wall of the inner ring through four spoke beams arranged in a cross shape, the middle filter ring is provided with two blind hole beams, the two blind hole beams are symmetrically arranged along the center of the middle filter ring, the blind hole beams and the two spoke beams are arranged along the same straight line, the central positions of the upper beam surface and the lower beam surface of each blind hole beam are respectively pasted with a radial force strain gauge, and two sides of each spoke beam are pasted with an axial force strain gauge. The invention adopts a three-ring structure and the arrangement of the radial force and the axial force beam on the structural arrangement, the mutual influence between the axial force and the radial force of the whole structure is very small, and the accurate detection of the axial force and the radial force can be realized.

摘要：【中文】本发明公开了电动车辆的控制方法、装置及电动车辆，属于自动化技术领域。本发明通过检测电动车辆是否处于安全状态，从而判断是否电动车辆是否可以进入定速巡航状态，防止电动车辆在非安全状态时切换定速巡航状态产生危险；当电动车辆处于安全状态时，依据采集到的定速巡航指令控制电动车辆进入定速巡航状态，从而保证电动车辆切换为定速巡航状态时行使的安全性；根据定速巡航速度信息修正电动车辆的实时车速，从而保证在定速巡航状态下电动车辆的时速车速维持在目标速度范围内，提高行使的舒适性和稳定性，实现了对电动车辆的定速巡航的目的。 【EN】The invention discloses a control method and device of an electric vehicle and the electric vehicle, and belongs to the technical field of automation. According to the invention, whether the electric vehicle is in the safe state or not is detected, so that whether the electric vehicle can enter the constant-speed cruising state or not is judged, and the danger caused by switching the constant-speed cruising state when the electric vehicle is in the unsafe state is prevented; when the electric vehicle is in a safe state, controlling the electric vehicle to enter a constant-speed cruising state according to the collected constant-speed cruising instruction, thereby ensuring the driving safety when the electric vehicle is switched to the constant-speed cruising state; the real-time speed of the electric vehicle is corrected according to the constant-speed cruising speed information, so that the speed per hour of the electric vehicle is kept within a target speed range in the constant-speed cruising state, the travelling comfort and the stability are improved, and the purpose of constant-speed cruising of the electric vehicle is achieved.