摘要：【中文】一种冷藏设备的温度控制方法及冷藏设备，所述冷藏设备的温度控制方法包括：获取预先安装在冷藏设备内的传感器输出的信号，判断是否存在取放食材的操作；当检测到存在取放食材的操作时，获取所述冷藏设备内已存储食材的信息；根据所述已存储食材的信息，确定适宜存储温度；根据所述适宜存储温度设置冷藏设备的温度。采用上述方案，可以缓解用于获取所述冷藏设备内已存储食材的信息的服务器的压力。 【EN】A temperature control method of a refrigeration device and the refrigeration device are provided, wherein the temperature control method of the refrigeration device comprises the following steps: acquiring a signal output by a sensor pre-installed in the refrigeration equipment, and judging whether the operation of taking and placing food materials exists or not; when the operation of taking and placing food materials is detected, the information of the stored food materials in the refrigeration equipment is obtained; determining an appropriate storage temperature according to the information of the stored food materials; setting the temperature of the refrigeration equipment according to the suitable storage temperature. By adopting the scheme, the pressure of the server for acquiring the information of the food materials stored in the refrigeration equipment can be relieved.

摘要：【中文】一种家电设备数据管理方法、装置及家电设备，所述家电设备数据管理方法包括：接收云端服务器发送的配置信息，所述配置信息用于指示获取并上报家电设备的系统信息；根据所述配置信息获取所述家电设备的系统信息；对所述系统信息进行预处理；以及根据所述配置信息将预处理后的系统信息上传至云端服务器。本发明提供的方案能够收集所述家电设备的系统信息并上报至云端，便于及时排查出故障原因，降低能耗，优化使用效果。 【EN】A data management method and device for household electrical appliances and the household electrical appliances are provided, the data management method for the household electrical appliances comprises the following steps: receiving configuration information sent by a cloud server, wherein the configuration information is used for indicating to acquire and report system information of the household appliance; acquiring system information of the household appliance according to the configuration information; preprocessing the system information; and uploading the preprocessed system information to a cloud server according to the configuration information. The scheme provided by the invention can collect the system information of the household appliance and report the system information to the cloud, so that the fault reasons can be conveniently and timely searched, the energy consumption is reduced, and the using effect is optimized.

摘要：【中文】本发明涉及一种整体式卸料平台防护结构，卸料平台的任一外侧面向外水平延伸设有防护网装置；防护网装置包括设于同一外侧面上的两个防护网单元，防护网单元包括展开呈平面四分之一圆形的柔性防护网，柔性防护网的一直线边固连于外侧面上并形成为固定侧，另一直线边连接于一边骨横杆上，所述边骨横杆的内端通过竖向转轴可转动连接于所述外侧面上以便通过转向固定侧来实现柔性防护网的收纳，外侧面上设有与边骨横杆的外端相适配的固定卡件以用于固定收纳状态；两防护网单元的竖向转轴相邻设置以使两防护网单元并排成半圆形。本防护网装置可降低安全隐患，与卸料平台常态连接为一整体，可展开以便防坠、可收纳以便于转运，使用方便，可靠性好。 【EN】The invention relates to an integral type discharging platform protection structure.A protective net device is horizontally extended outwards from any outer side surface of a discharging platform; the protective net device comprises two protective net units arranged on the same outer side surface, each protective net unit comprises a flexible protective net which is unfolded to be in a plane quarter circle shape, one straight line side of each flexible protective net is fixedly connected to the outer side surface to form a fixed side, the other straight line side of each flexible protective net is connected to one side bone cross rod, the inner end of each side bone cross rod is rotatably connected to the outer side surface through a vertical rotating shaft so as to realize the storage of the flexible protective net through turning to the fixed side, and a fixing clamping piece matched with the outer end of each side bone cross rod is arranged on the outer side surface to be used for; the vertical rotating shafts of the two protective net units are adjacently arranged so that the two protective net units are arranged in parallel to form a semicircle. The protective net device can reduce potential safety hazards, is normally connected with the unloading platform into a whole, can be unfolded to prevent falling and can be stored to facilitate transportation, and is convenient to use and good in reliability.

摘要：【中文】本发明涉及一种电弧增材惰性气体保护装置，包括：固定在焊枪上随焊枪一起运动的保护罩，保护罩中部水平设有供惰性气体在保护罩内均匀分布的出气管，出气管上端连接有供惰性气体进入出气管的第一进气管，第一进气管与压力气源连接，出气管下方水平设有用于惰性气体均匀排气的排气面，排气面固定在保护罩下面，排气面上均匀分布有多个排气孔，形成增材件上方的出气面，此部分气体慢速流出；保护罩四周外表面铰接有可调节倾斜角度的气幕板，气幕板下端设有供惰性气体排出的小孔或气槽，气幕板通过第二进气管与压力气源连接，焊枪移动的惰性气体保护装置，此部分气体以一定的压力快速喷出，在处于高温区的增材件四周形成气幕，实现动态隔离外界空气。 【EN】The invention relates to an arc additive inert gas protection device, which comprises: the protection cover is fixed on a welding gun and moves along with the welding gun, an air outlet pipe for uniformly distributing inert gas in the protection cover is horizontally arranged in the middle of the protection cover, the upper end of the air outlet pipe is connected with a first air inlet pipe for allowing the inert gas to enter the air outlet pipe, the first air inlet pipe is connected with a pressure air source, an exhaust surface for uniformly exhausting the inert gas is horizontally arranged below the air outlet pipe, the exhaust surface is fixed below the protection cover, a plurality of exhaust holes are uniformly distributed on the exhaust surface to form an exhaust surface above a material increasing piece, and the part of gas slowly flows out; the outer surface all around of safety cover articulates there is adjustable inclination's air curtain board, and air curtain board lower extreme is equipped with and supplies inert gas exhaust aperture or gas tank, and the air curtain board passes through the second intake pipe to be connected with pressure air supply, and the inert gas protection device that welder removed, this part gas is spout with certain pressure fast, forms the air curtain around the reinforcement piece that is in high temperature zone, realizes dynamic isolation outside air.

摘要：【中文】本发明涉及一种电弧增材制造方法，包括如下步骤：步骤1：选择成形结构件所需要的焊丝，设定用于约束成形结构件成形宽度的工作参数；步骤2：将经过酸洗的基板打磨平整并用无水乙醇或丙酮擦拭干净后固定在工作台上，保证其水平；步骤3：根据步骤1中的工作参数在基板上对成形构件每一层的外形进行沉积，外形完成后，改用成形工艺参数并按照复合路径对中心空白区域进行堆积，逐层完成整个零件的沉积，采用预约束了增材外形与中间多路径结合的复合路径规划方法，使电弧增材成形的零件实现既能自由控制成形宽度，又能保证表面质量，减少最终的加工余量。 【EN】The invention relates to an electric arc additive manufacturing method, which comprises the following steps: step 1: selecting welding wires required by a formed structural part, and setting working parameters for restricting the forming width of the formed structural part; step 2: polishing the acid-washed substrate to be flat, wiping the substrate with absolute ethyl alcohol or acetone, and fixing the substrate on a workbench to ensure the level of the substrate; and step 3: and (2) depositing the appearance of each layer of the forming component on the substrate according to the working parameters in the step (1), after the appearance is finished, using the forming process parameters and stacking the central blank area according to the composite path, finishing the deposition of the whole part layer by layer, and adopting a composite path planning method which pre-constrains the combination of additive appearance and intermediate multipath to ensure that the arc additive forming part can freely control the forming width, ensure the surface quality and reduce the final machining allowance.

摘要：【中文】本发明提供了一种用于智能贴标打印机的标签剥离和拾取的装置及方法，包括：移动机构、拾取机构，剥离和收纸机构、气动辅助机构；该装置可以更加稳定、可靠、便捷地剥离和拾取标签；通过气动辅助机构为半剥离状态的标签提供向上的推力，使标签可以贴紧真空吸盘，保证牢靠地吸取标签不脱落，提高了剥离效率和稳定性。 【EN】The invention provides a device and a method for stripping and picking up labels of an intelligent labeling printer, which comprises the following steps: the paper feeding device comprises a moving mechanism, a picking mechanism, a stripping and paper collecting mechanism and a pneumatic auxiliary mechanism; the device can more stably, reliably and conveniently strip and pick up the label; the pneumatic auxiliary mechanism provides upward thrust for the label in a half-stripping state, so that the label can be tightly attached to the vacuum chuck, the label is guaranteed to be firmly sucked and not to fall off, and stripping efficiency and stability are improved.

摘要：【中文】本发明提供了一种用于智能贴标打印机的自动贴标装置，包括：贴标组件(1)，用于吸取标签和粘贴标签；移动机构(2)，用于将贴标组件(1)移动到需要吸取标签和粘贴标签的位置；剥离及收纸机构(3)，用于将标签剥离并收集被剥离标签后的标签纸；所述贴标组件(1)与所述移动机构(2)连接，通过所述移动机构(2)驱动所述贴标组件(1)运动。本发明的自动贴标装置更加稳定、可靠、便捷地剥离并吸取标签；可实现对不同厚度文件及档案盒等的自动贴标。 【EN】The invention provides an automatic labeling device for an intelligent labeling printer, which comprises: a labeling assembly (1) for sucking and sticking labels; the moving mechanism (2) is used for moving the labeling component (1) to a position where a label needs to be sucked and pasted; a peeling and paper-collecting mechanism (3) for peeling the label and collecting the label paper from which the label is peeled; the labeling component (1) is connected with the moving mechanism (2), and the labeling component (1) is driven to move by the moving mechanism (2). The automatic labeling device is more stable, reliable and convenient to peel and absorb labels; can realize automatic labeling of files, file boxes and the like with different thicknesses.

摘要：【中文】一种星型木质素基二苯甲酮及其制备方法和应用，按比例，把木质素悬浮于熔盐水合物中，加入无机酸，搅拌反应；反应液冷却后，水洗、干燥得到改性木质素；再将改性木质素，溶于无水有机溶剂中，加入芳香酸和催化剂，反应水洗，干燥得到星型木质素基二苯甲酮材料。通过对DPPH的抗氧化和Cr(VI)的吸附研究表明：经解聚以及酰化改性后，木质素基二苯甲酮的紫外吸收、抗氧化以及Cr(VI)吸附能力显著增强，其吸附率较未改性木质素提高了25倍，而且Cr(VI)最高吸附率高达98%。因此，星型木质素基二苯甲酮材料在废水处理方面作为金属吸附剂具有巨大的潜力。 【EN】A star-shaped lignin-based benzophenone and a preparation method and application thereof are disclosed, wherein lignin is suspended in a molten salt hydrate according to a proportion, inorganic acid is added, and stirring reaction is carried out; after cooling the reaction liquid, washing and drying to obtain modified lignin; and dissolving the modified lignin in an anhydrous organic solvent, adding aromatic acid and a catalyst, reacting, washing with water, and drying to obtain the star-shaped lignin-based benzophenone material. Antioxidant and Cr (VI) adsorption studies on DPPH show that: after depolymerization and acylation modification, the ultraviolet absorption and oxidation resistance of the lignin benzophenone and the Cr (VI) adsorption capacity are obviously enhanced, the adsorption rate is improved by 25 times compared with that of unmodified lignin, and the highest adsorption rate of the Cr (VI) is up to 98 percent. Therefore, the star-shaped lignin-based benzophenone material has great potential as a metal adsorbent in the aspect of wastewater treatment.

摘要：【中文】本发明提供了一种干扰素诱导蛋白6(IFI6)的应用及药物，具体提供了IFI6在预防和/或治疗皮肤细胞辐射损伤的药物中的应用，以及包含IFI6的药物，具体而言是通过构建IFI6过表达策略实现，过表达IFI6对人皮肤细胞辐射损伤具有防治作用，能增强辐射后细胞的抗凋亡和细胞增殖能力。IFI6过表达慢病毒或包含IFI6过表达慢病毒的药物可用于人类皮肤辐射损伤的防治，在应对核与辐射事故、核突发事件以及降低肿瘤放疗患者的皮肤辐射损伤作用等方面具有重要意义和应用价值。 【EN】The invention provides application of interferon inducible protein 6(IFI6) and a medicament, in particular provides application of IFI6 in medicaments for preventing and/or treating radiation damage of skin cells, and medicaments containing IFI6, and specifically is realized by constructing an IFI6 overexpression strategy, wherein the overexpression of IFI6 has a prevention and treatment effect on radiation damage of the skin cells, and can enhance the anti-apoptosis and cell proliferation capacity of the cells after radiation. The IFI6 overexpression lentivirus or the medicine containing the IFI6 overexpression lentivirus can be used for preventing and treating human skin radiation damage, and has important significance and application value in the aspects of dealing with nuclear and radiation accidents, nuclear emergencies, reducing the skin radiation damage of tumor radiotherapy patients and the like.

摘要：【中文】本发明通过一种大陆边缘陆坡坡脚的确定方法，包括：步骤1，坡脚点控制线的剖面高程和距离数据的确定；步骤2，根据步骤1中生成的坡脚点控制线的剖面高程和距离数据计算坡脚点控制线坡度和坡度变化；步骤3，坡脚点的确定：选择其中一个满足坡脚点选择标准的坡度变化最大点作为这条坡脚点控制线上的坡脚点；步骤4，循环步骤1‑3，寻找每条坡脚点控制线上的坡脚点，依次连接坡脚点，形成大陆边缘陆坡坡脚线。本发明与传统坡脚点确定方法相比，具有以下优点：本发明方法使得大陆边缘的坡脚点选取变得直观、方便，在计算数据基础上更容易结合专业知识的判断，更准确的确定坡脚点的位置。 【EN】The invention provides a determination method of a continental margin land slope toe, which comprises the following steps: step 1, determining section elevation and distance data of a slope toe point control line; step 2, calculating the gradient and the gradient change of the slope toe point control line according to the section elevation and the distance data of the slope toe point control line generated in the step 1; step 3, determining a toe point: selecting one of the maximum gradient change points meeting the gradient point selection standard as a gradient point on the gradient point control line; and 4, circulating the steps 1-3, searching slope foot points on each slope foot point control line, and sequentially connecting the slope foot points to form a continental margin land slope foot line. Compared with the traditional slope foot point determining method, the method has the following advantages: the method of the invention enables the selection of the slope toe point at the edge of the continental land to be visual and convenient, and the position of the slope toe point can be more accurately determined by combining the judgment of professional knowledge on the basis of the calculation data.