摘要：【中文】本发明公开了一种Fc融合蛋白及其应用。所述的Fc融合蛋白包含第一抗原结合功能区、第二抗原结合功能区以及连接的第一Fc链和第二Fc链；其中，所述的第一抗原结合功能区包含FcεRIα，所述的第二抗原结合功能区包含hIL5Rα。本发明将能有效结合IgE及IL‑5的两个全人源自然受体融合成一个分子，保留了原来单独受体的功能及结合能力，其体外生物学功能与单一受体或者单抗效价几乎一致。因此，可以在临床上不增加毒副作用的基础上，联合抗IgE及抗IL‑5的作用，达到提高疗效的效果。 【EN】The invention discloses an Fc fusion protein and application thereof, wherein the Fc fusion protein comprises a first antigen binding functional region, a second antigen binding functional region, and a first Fc chain and a second Fc chain which are connected, wherein the first antigen binding functional region comprises Fc epsilon RI α, and the second antigen binding functional region comprises hIL5R α.

摘要：【中文】本发明公开了一种Fc融合蛋白及其应用。所述的融合蛋白包含第一抗原结合功能区、第二抗原结合功能区以及连接的第一Fc链和第二Fc链；其中，所述的第一抗原结合功能区包含TNFαR2和IL‑17RA，所述的第二抗原结合功能区包含TNFαR2和IL‑17RC。本发明的Fc融合蛋白可以在不增加毒副作用的同时，协同治疗效果。 【EN】The fusion protein comprises a first antigen binding functional region, a second antigen binding functional region, a first Fc chain and a second Fc chain, wherein the first antigen binding functional region comprises TNF α R2 and IL-17RA, and the second antigen binding functional region comprises TNF α R2 and IL-17 RC..

摘要：【中文】一种正反向一体式结构的汽轮机隔板叶栅装配方法，涉及机械装配技术领域。为解决现有的装备方法，难以保证第一级隔板正反向静叶栅之间的同心度，并且在装配时操作难度较大，在隔板主焊缝焊接过程中静叶栅的径向焊接变形量较大，导致隔板焊后的汽道尺寸精度较差的问题。将半圆形定位凸台装焊在隔板体铸件的正反向凹槽内；采用立车的加工方式加工静叶栅定位凸台外圆；将已加工好的隔板静叶栅装配到定位凸台外圆内；将静叶栅与隔板体之间进行点焊固定，即完成了隔板静叶栅的装配工作。本发明适用于对正反向一体式结构的汽轮机隔板叶栅进行装配。 【EN】A method for assembling a turbine partition plate cascade with a forward and reverse integrated structure relates to the technical field of mechanical assembly. The method aims to solve the problems that the concentricity between the forward and reverse static blade gratings of the first-stage clapboard is difficult to ensure, the operation difficulty is high during assembly, the radial welding deformation of the static blade gratings is large in the welding process of the main welding line of the clapboard, and the dimensional accuracy of a steam passage after the clapboard is welded is poor in the existing equipment method. The semicircular positioning lug bosses are welded in the forward and reverse grooves of the partition plate casting; processing the outer circle of the fixed blade grid positioning boss by adopting a vertical lathe processing mode; assembling the machined baffle stationary blade grid into the outer circle of the positioning boss; and fixing the static blade cascade and the clapboard body by spot welding, thus finishing the assembly work of the clapboard static blade cascade. The invention is suitable for assembling the turbine partition plate blade cascade with the positive and negative integrated structure.

摘要：【中文】本发明公开了一种用于准确测量沥青表面能的沥青玻片的制作方法。本发明通过对沥青玻片的制作过程进行全面的分析研究，针对沥青玻片制作过程中出现的各种问题，提出了一种可以用于用于准确测量沥青表面能的沥青玻片的制作方法，从而可以在一定程度上提高沥青表面能在测量过程中的精确度，并简化沥青玻片的制作方式，进而在保证沥青玻片试验可用性的前提下，提高沥青玻片的制作效率。 【EN】The invention discloses a method for manufacturing an asphalt glass slide for accurately measuring the surface energy of asphalt. The invention provides a method for manufacturing an asphalt glass slide for accurately measuring the surface energy of asphalt by comprehensively analyzing and researching the manufacturing process of the asphalt glass slide aiming at various problems in the manufacturing process of the asphalt glass slide, thereby improving the accuracy of the surface energy of asphalt in the measuring process to a certain extent, simplifying the manufacturing mode of the asphalt glass slide and further improving the manufacturing efficiency of the asphalt glass slide on the premise of ensuring the availability of the asphalt glass slide test.

摘要：【中文】本发明提供一种蛋膜静置分离装置，一种蛋膜静置分离装置，包括：依次连接的粉碎机、筛选机、搅拌机、静置分离机、干燥机；所述粉碎机与筛选机之间通过上料装置连接；所述筛选机与搅拌机之间也通过上料装置连接；所述搅拌机与静置分离机之间通过水泵连接；所述搅拌机设有注水口；所述静置分离机与所述干燥机通过蛋膜收集装置连接。通过提供一个蛋膜收集的生产线，将蛋壳与蛋膜进行分离、回收，通过该生产线可以工艺化、批量化、流程化、工业化的进行大批量的蛋膜回收工作，不仅工作效率高，而且能将蛋膜回收再利用，从而起到保护环境的作用。 【EN】The invention provides an egg membrane standing and separating device, which comprises: the crusher, the screening machine, the stirrer, the standing separator and the dryer are connected in sequence; the pulverizer is connected with the screening machine through a feeding device; the screening machine is also connected with the stirrer through a feeding device; the stirrer is connected with the standing separator through a water pump; the stirrer is provided with a water filling port; the standing separator is connected with the dryer through an egg membrane collecting device. Through providing a production line that egg membrane was collected, separate eggshell and egg membrane, retrieve the work through this production line can be technological, batchization, flow, the industrialization carry out large batch egg membrane and retrieve, not only work efficiency is high, can retrieve egg membrane moreover and recycle to play the effect of environmental protection.

摘要：【中文】本发明提供了一种蛋液生产系统，包括：上蛋机，自动清洗机，通过输送带与上蛋机连接；自动打蛋机，通过输送带与自动清洗机连接；第一蛋液过滤设备，通过管路与自动打蛋机的蛋黄液输出端连接，第二蛋液过滤设备，通过管路与自动打蛋机的蛋清液输出端连接；第一暂存子系统，通过管路与第一蛋液过滤设备连接；第二暂存子系统，通过管路与第二蛋液过滤设备连接；第一杀菌子系统，通过管路与第一暂存子系统连接；第二杀菌子系统，通过管路与第二暂存子系统连接；第一灌装子系统，通过管路与第一杀菌子系统连接；第二灌装子系统，通过管路与第二杀菌子系统连接。本蛋液生产系统，实现蛋液生产的全部工序的自动化智能生产，提高了蛋液的生产效率。 【EN】The invention provides an egg liquid production system, which comprises: the egg feeding machine and the automatic cleaning machine are connected with the egg feeding machine through a conveying belt; the automatic egg beater is connected with the automatic cleaning machine through a conveying belt; the first egg liquid filtering device is connected with an egg yolk liquid output end of the automatic egg beater through a pipeline, and the second egg liquid filtering device is connected with an egg white liquid output end of the automatic egg beater through a pipeline; the first temporary storage subsystem is connected with the first egg liquid filtering equipment through a pipeline; the second temporary storage subsystem is connected with second egg liquid filtering equipment through a pipeline; the first sterilization subsystem is connected with the first temporary storage subsystem through a pipeline; the second sterilization subsystem is connected with the second temporary storage subsystem through a pipeline; the first filling subsystem is connected with the first sterilization subsystem through a pipeline; and the second filling subsystem is connected with the second sterilization subsystem through a pipeline. The egg liquid production system realizes automatic intelligent production of all the procedures of egg liquid production, and improves the production efficiency of egg liquid.

摘要：【中文】本发明提供一种用于蛋壳粉碎的气流粉碎机，包括：壳体，在上端设置有进料口，下端设置有出料口；进料口设置有密封盖板；出料口设置有卸料阀；进料腔，设置在壳体上部，与进料口连通；进料腔的侧壁设置有第一进气管，第一进气管通过第一电控阀门与加压装置连通；气流粉碎腔，设置在壳体中部；第二进气管通过第二电控阀门与加压装置连通；成品腔，设置在气流粉碎腔下方，位于壳体下部且与出料口连通；在进料腔内设置有进料装置，用于将蛋壳从进料腔输送到气流粉碎腔。本发明的用于蛋壳粉碎的气流粉碎机，采用进料腔和粉碎腔分开设置，实现气流对蛋壳粉碎的过程中加料，并且在加料时气流不会溢出，实现不停机运作，提高生产效率。 【EN】The invention provides a jet mill for crushing eggshells, which comprises: the device comprises a shell, a feed inlet is arranged at the upper end of the shell, and a discharge outlet is arranged at the lower end of the shell; the feed inlet is provided with a sealing cover plate; the discharge port is provided with a discharge valve; the feeding cavity is arranged at the upper part of the shell and is communicated with the feeding hole; a first air inlet pipe is arranged on the side wall of the feeding cavity and is communicated with the pressurizing device through a first electric control valve; the airflow crushing cavity is arranged in the middle of the shell; the second air inlet pipe is communicated with the pressurizing device through a second electric control valve; the finished product cavity is arranged below the airflow crushing cavity, is positioned at the lower part of the shell and is communicated with the discharge hole; a feeding device is arranged in the feeding cavity and is used for conveying the eggshells from the feeding cavity to the airflow crushing cavity. According to the jet mill for crushing the eggshells, the feeding cavity and the crushing cavity are separately arranged, so that feeding of an air flow in the process of crushing the eggshells is realized, the air flow cannot overflow during feeding, non-stop operation is realized, and the production efficiency is improved.

摘要：【中文】本发明公开了一种高乳化性高耐热性速冻蛋黄液制作系统，包括：清洗干燥机用于将新鲜鸡蛋清洗后进行干燥处理；蛋清蛋黄分离机用于将鸡蛋破壳分离蛋清和蛋黄，将蛋黄置于滤纸上滚动以去除蛋黄膜上附着的蛋清；搅拌机用于收集蛋黄液，并对蛋黄液进行搅拌处理；反应容器用于放置碱性物质、蛋白酶、磷脂酶、糖和盐及蛋黄液使其产生化学反应；均质机用于将蛋黄液进行均质处理；巴氏杀菌机用于将蛋黄液进行杀菌处理；速冻机用于将蛋黄液进行速冻处理；蛋黄液检验设备，用于将经所述速冻机处理后的蛋黄液进行检验。有益效果：将蛋黄制成速冻蛋黄液，速冻蛋黄液具有较高的乳化性和热稳定性，方便贮藏和运输，制作程序简单，降低成本。 【EN】The invention discloses a high-emulsibility high-heat-resistance quick-frozen yolk liquid preparation system, which comprises the following steps: the washing and drying machine is used for washing fresh egg and drying the fresh egg; the egg white and yolk separator is used for breaking the shells of eggs to separate egg white and yolk, and the yolk is placed on filter paper to roll so as to remove the egg white attached to a yolk membrane; the stirrer is used for collecting the egg yolk liquid and stirring the egg yolk liquid; the reaction container is used for placing alkaline substances, protease, phospholipase, sugar, salt and yolk liquid to cause chemical reaction; the homogenizer is used for homogenizing the yolk liquid; the pasteurization machine is used for carrying out sterilization treatment on the egg yolk liquid; the quick freezing machine is used for quickly freezing the egg yolk liquid; and the egg yolk liquid testing equipment is used for testing the egg yolk liquid treated by the instant freezer. Has the advantages that: the egg yolk is prepared into quick-frozen egg yolk liquid, and the quick-frozen egg yolk liquid has the advantages of high emulsibility and heat stability, convenient storage and transportation, simple preparation process and reduced cost.

摘要：【中文】本发明提供了一种高乳化性蛋黄液的制备系统，包括：归类模块，用于对所有目标鸡蛋进行批次归类处理；第一检验模块，用于对批次归类处理后的目标鸡蛋进行预检验处理，并剔除不合格的目标鸡蛋，保留合格的目标鸡蛋；制备模块，用于对保留的合格的目标鸡蛋进行预设制备处理，获取若干不同批次的目标蛋黄液并存储；第二检验模块，用于对制备模块获取的不同批次的目标蛋黄液进行提取得到待检测目标蛋黄液，并对不同批次的待检测目标蛋黄液进行智能检验；控制模块，用于根据第二检验模块的检验结果，控制对应的报警模块执行相应的第一报警操作。通过对鸡蛋进行预检验处理和对合格鸡蛋的蛋黄液进行智能检验的双重检验，提高检验蛋黄液的可靠性。 【EN】The invention provides a preparation system of high-emulsibility egg yolk liquid, which comprises the following components: the classification module is used for performing batch classification processing on all target eggs; the first inspection module is used for performing pre-inspection treatment on the target eggs subjected to batch classification treatment, removing unqualified target eggs and keeping qualified target eggs; the preparation module is used for carrying out preset preparation treatment on the reserved qualified target eggs, and obtaining and storing a plurality of different batches of target egg yolk liquid; the second inspection module is used for extracting the target egg yolk liquids of different batches obtained by the preparation module to obtain the target egg yolk liquids to be inspected and carrying out intelligent inspection on the target egg yolk liquids of different batches; and the control module is used for controlling the corresponding alarm module to execute corresponding first alarm operation according to the detection result of the second detection module. The egg yolk liquid checking device has the advantages that the egg is subjected to double checking of pre-checking treatment and intelligent checking of egg yolk liquid of qualified eggs, and the reliability of the checked egg yolk liquid is improved.

摘要：【中文】本发明提供一种用于蛋壳制熟的回转炉，包括：回转炉本体，呈圆筒状且转动架设在底座的上端面，所述回转炉本体的外周面固定设置有隔热罩体；隔热罩体，为两端开口的环状结构，间隙设置在所述回转炉本体的中部外围，所述隔热罩体的内部上布设有加热装置；回转电机，设置在所述底座的上端面，且所述回转电机通过第一传动链与所述回转炉本体传动连接；蛋壳上料装置，所述回转炉本体的一端设置有蛋壳上料装置，所述蛋壳上料装置与所述回转炉本体的内腔连通用于将蛋壳送入所述回转炉本体的内腔中。在回转炉本体的前端设置一蛋壳上料装置，通过蛋壳上料装置将蛋壳不断的输送至回转炉本体中进行制熟制熟，生产效率高，适用于批量蛋壳的制熟处理。 【EN】The invention provides a rotary furnace for egg shell cooking, comprising: the rotary furnace comprises a rotary furnace body which is cylindrical and is rotatably erected on the upper end surface of a base, and a heat insulation cover body is fixedly arranged on the outer peripheral surface of the rotary furnace body; the heat insulation cover body is of an annular structure with openings at two ends, the gap is arranged at the periphery of the middle part of the rotary furnace body, and a heating device is distributed in the heat insulation cover body; the rotary motor is arranged on the upper end surface of the base and is in transmission connection with the rotary furnace body through a first transmission chain; the egg shell feeding device is arranged at one end of the rotary furnace body and communicated with the inner cavity of the rotary furnace body to feed the egg shells into the inner cavity of the rotary furnace body. The eggshell feeding device is arranged at the front end of the rotary furnace body, and the eggshells are continuously conveyed into the rotary furnace body through the eggshell feeding device to be cooked, so that the production efficiency is high, and the rotary furnace is suitable for batch egg shell cooking treatment.