摘要：【中文】本发明提供一种杨梅的种植方法，它包括以下步骤：1)选址：选择阳光充足、土壤富含腐殖质、疏松肥沃的砂质微酸性地块；2)育苗：采用塑料薄膜大棚育苗；3)定植：每年2～3月份，将杨梅苗种摆正入定植穴，覆好表土，压实；4)生长期管理：去除周围杂草，定期修剪多余侧枝，使养分集中供应结果枝，幼树定期追施适量农家肥，每年3～4月份施加农家肥，保持土壤湿润；5)适时采收：当开花、结果较多时，应适当进行疏花、疏果；6)采后管理：采完果后需修枝整形，以及施草木灰和生石灰；它采用遵循杨梅的生长规律对其生长不同阶段实施管理，从而达到提高杨梅产量和品质的目的，整体工艺简单，成本低廉；它广泛适用于杨梅种植配套使用。 【EN】The invention provides a planting method of waxberries, which comprises the following steps: 1) site selection: selecting a sandy subacid land block which has sufficient sunlight, is rich in humus and is loose and fertile; 2) seedling culture: raising seedlings by adopting a plastic film greenhouse; 3) planting: in 2-3 months every year, putting the waxberry seedlings into planting holes, covering surface soil, and compacting; 4) and (3) management in a growing period: removing peripheral weeds, regularly trimming redundant lateral branches to enable nutrients to be supplied to bearing branches in a centralized manner, regularly applying a proper amount of farmyard manure to saplings, applying the farmyard manure in 3-4 months every year, and keeping soil moist; 5) harvesting in due time: when the flowers and fruits are more, properly thinning the flowers and fruits; 6) managing after harvesting: pruning and shaping are needed after the fruits are picked, and plant ash and quicklime are applied; the method adopts the management of different growth stages of the waxberries according to the growth rule of the waxberries, thereby achieving the purpose of improving the yield and the quality of the waxberries, and has simple integral process and low cost; it is widely suitable for being used in combination with waxberry planting.

摘要：【中文】本发明公开了一种利用生活垃圾发电飞灰制造新型建材的方法，包括以下步骤：(1)将飞灰干燥、粉碎后与粘合剂混合造粒，得到的颗粒进行无害化处理；(2)无害化处理后的颗粒进行陶化反应，陶化物料用于制备建材。该方法能够有效利用生活垃圾发电产生的飞灰制造建材，既填补了建材行业缺口，又解决了生活垃圾焚烧发电产生的飞灰污染和处理问题。 【EN】The invention discloses a method for manufacturing a novel building material by utilizing household garbage power generation fly ash, which comprises the following steps: (1) drying and crushing the fly ash, mixing the fly ash with an adhesive, and granulating to obtain granules, and performing harmless treatment on the granules; (2) and carrying out vitrification reaction on the particles subjected to harmless treatment, and using the vitrified materials for preparing building materials. The method can effectively utilize the fly ash generated by the household garbage power generation to manufacture building materials, not only fills the gap of the building material industry, but also solves the problems of fly ash pollution and treatment generated by the household garbage incineration power generation.

摘要：【中文】本发明公开了一种便于携带的旅行软底软帮鞋，包括鞋体和收纳罐，所述鞋体包括鞋底和配置在鞋底上的鞋帮，所述鞋帮为具有弹性的速干布料，鞋底为弹性塑料制成，鞋底内具有腔体，所述腔体内设置有充气囊，所述鞋底一侧具有按压式自充气装置，所述按压式自充气装置的进气端与充气囊连接，所述鞋底另一侧设有向外排气的单向阀气嘴，携带状态时，排空充气囊内气体，将鞋底和鞋帮卷曲并装入收纳罐内。该鞋使用方便，且携带方便，解决了旅行时，鞋子体积过大不便鞋带的问题。 【EN】The invention discloses a portable traveling soft-bottom soft-upper shoe, which comprises a shoe body and a storage tank, wherein the shoe body comprises a sole and an upper arranged on the sole, the upper is made of elastic quick-drying cloth, the sole is made of elastic plastic, a cavity is arranged in the sole, an inflatable bag is arranged in the cavity, a pressing type self-inflating device is arranged on one side of the sole, the air inlet end of the pressing type self-inflating device is connected with the inflatable bag, a one-way valve air nozzle for exhausting air outwards is arranged on the other side of the sole, and when the shoe is in a carrying state, the air in the inflatable bag is exhausted, and the sole and the upper are curled and are placed in the storage tank. The shoe is convenient to use and carry, and solves the problem that the shoe is too large and inconvenient to lace when traveling.

摘要：【中文】本发明涉及传动轴车型装配领域，特别涉及一种自动化传动轴分装台及其装配方法。所述一种自动化传动轴分装台，包括：电气箱、工位按钮箱、托架、导轨、夹钳、滑动机构、护板；所述传动轴分装台由多块护板构成的框架结构；所述护板上设置有多条平行的导轨；所述每条导轨上都均匀设置有多个滑动机构；所述护板的一侧设置有电气箱；所述护板的外壁面上固定有工位按钮箱；所述托架位于工位按钮箱的一侧，且托架与护板连接在一起；所述夹钳有多个，夹钳设置在导轨的一端，且每个夹钳分别与导轨一一对应设置。本发明能够解决了传统装配过程占地多、劳动轻度大的问题。 【EN】The invention relates to the field of transmission shaft vehicle type assembly, in particular to an automatic transmission shaft subpackaging platform and an assembling method thereof. The automatic change transmission shaft partial shipment platform includes: the electric box, the station button box, the bracket, the guide rail, the clamp, the sliding mechanism and the guard plate; the transmission shaft sub-assembly platform is of a frame structure consisting of a plurality of guard plates; a plurality of parallel guide rails are arranged on the guard plate; a plurality of sliding mechanisms are uniformly arranged on each guide rail; an electric box is arranged on one side of the guard plate; a station button box is fixed on the outer wall surface of the guard plate; the bracket is positioned on one side of the station button box and connected with the guard plate; the clamp has a plurality ofly, and the clamp sets up in the one end of guide rail, and every clamp respectively with the guide rail one-to-one setting. The invention can solve the problems of large occupied area and light labor in the traditional assembly process.

摘要：【中文】本发明提供了一种花箱，包括箱体，所述箱体内设置有用于放置花盆的放置板，所述放置板两端通过安装在箱体内壁上的升降组件与箱体连接，所述升降组件与箱体滑动配合；其中，所述升降组件包括安装部件、锁紧部件以及传动部件，所述安装部件与箱体滑动连接，所述锁紧部件安装于安装部件内，所述传动部件一端与锁紧部件连接，另一端与箱体活动连接；以使得传动部件能在锁紧部件作用下与箱体固定，并当操作锁紧部件后，安装部件能在箱体上滑动。本发明箱体内设置有用于放置花盆的放置板，可以根据不同的花盆内盆栽植物的高度，从而调节升降组件在箱体上的位置，从而调节放置板的高度。 【EN】The invention provides a flower box which comprises a box body, wherein a placing plate for placing a flower pot is arranged in the box body, two ends of the placing plate are connected with the box body through a lifting assembly arranged on the inner wall of the box body, and the lifting assembly is in sliding fit with the box body; the lifting assembly comprises an installation part, a locking part and a transmission part, the installation part is connected with the box body in a sliding mode, the locking part is installed in the installation part, one end of the transmission part is connected with the locking part, and the other end of the transmission part is movably connected with the box body; so that the transmission component can be fixed with the box body under the action of the locking component, and the mounting component can slide on the box body after the locking component is operated. The placing plate for placing the flowerpot is arranged in the box body, so that the position of the lifting assembly on the box body can be adjusted according to the height of potted plants in different flowerpots, and the height of the placing plate can be adjusted.

摘要：本发明提供了一种含钒钛的碳素钢及其制造方法，该制造方法包括：初炼钢水；在钢水的C含量为0.05％～0.10％，P含量不大于0.015％，S含量不大于0.020％时，向钢包出钢；在出钢过程中，调整钢水的Si含量为0.17％～0.37％，Mn含量为0.70％～1.00％，并调整钢水的氧含量在0.0020％以下；控制钢水的Als含量为0.015％～0.025％，Als表示酸溶铝；在钢包精炼炉中调整钢水的氧含量在0.0010％以下；调整钢水的Ti含量为0.005％～0.010％，V含量为0.02％～0.04％；调整钢水的C含量为0.17％～0.23％，从而得到碳素钢，该碳素钢包含0.17％～0.23％的C、0.17％～0.37％的Si、0.70％～1.00％的Mn、0.005％～0.010％的Ti、0.005％～0.010％的Als和0.02％～0.04％的V，余量为Fe和不可避免的杂质，碳素钢中各元素的含量均为重量百分比含量。

摘要：一种稀油密封干式煤气柜安装方法，属于钢结构安装施工技术领域。用常规吊装设备安装第1节立柱、第2节立柱和活塞系统，柜顶系统与活塞系统利用工装设备鸟型勾进行刚性固定，柜顶系统与第2节立柱栓接；在柜顶系统上安装环形行走式柜顶吊，吊装第3节立柱；通过鼓风机向活塞系统内吹气，将柜顶系统和活塞系统沿着第3节立柱向上浮升，当柜顶系统浮升至安装高度，将柜顶系统与立柱固定，拆除刚性连接和环形行走式柜顶吊。优点在于，减少了现场大型吊车的租赁，加快了现场安装进度，保证了工程施工质量，提高了钢结构行业的技术水平，促进了钢结构行业的发展。

摘要：本发明涉及一种用于摄像机的组合辅助光源，主要由LED阵列、灯板、外壳、电源插头、控制按钮构成，LED阵列包括红外LED灯和白光LED灯，其中红外LED灯和白光LED交叉排布，灯板采用高导热性能的铝基灯板；通过切换选择电路使其对两种光源进行选择，用于摄像机的组合辅助光源外形结构采用防尘、防水的设计，可适用于室外，其导热性能好，设备寿命长，通过对红外灯和白光LED灯的选择不仅保证夜间能摄取到清晰的图像，而且增加了人性化的选择，因此较现有同类设备适用领域更加广阔，具有广泛的应用和推广价值。

摘要：【中文】本发明公开了一种硬质聚氨酯喷涂聚乙烯缠绕保温管的生产方法，此生产方法包括以下步骤：S1、除锈：对钢管的内外壁进行除锈；S2、脱脂：用脱脂剂喷淋或者浸泡钢管，清洗除油；S3、清洗：使用纯水清洗钢管上残留的脱脂剂；S4、干燥：使用热风对清洗后的钢管进行快速干燥；S5、聚氨酯喷涂：在螺旋前进的钢管上均匀的喷涂聚氨酯；S6、缠绕聚乙烯：使用塑胶挤出机挤出熔融的聚乙烯带缠绕在钢管外聚氨酯层的外壁上；S7、冷却：对缠绕好聚乙烯带的保温管进行冷却；S8、成品检验：对冷却完成的保温管进行质量检验；S9、入库：对检验合格的保温管入库保存，不合格的保温管清除聚氨酯层和聚乙烯层后重新进行保温管的制作。 【EN】The invention discloses a production method of a hard polyurethane spraying polyethylene winding heat preservation pipe, which comprises the following steps: s1, derusting: derusting the inner and outer walls of the steel pipe; s2, degreasing: spraying or soaking the steel pipe with a degreasing agent, and cleaning to remove oil; s3, cleaning: cleaning the residual degreasing agent on the steel pipe by using pure water; s4, drying: rapidly drying the cleaned steel pipe by using hot air; s5, polyurethane spraying: uniformly spraying polyurethane on the spirally advancing steel pipe; s6, winding polyethylene: extruding the molten polyethylene tape by using a plastic extruder and winding the polyethylene tape on the outer wall of the polyurethane layer outside the steel pipe; s7, cooling: cooling the heat preservation pipe wound with the polyethylene tape; s8, finished product inspection: carrying out quality inspection on the cooled heat preservation pipe; s9, warehousing: and warehousing and storing the heat-insulating pipes qualified by inspection, and manufacturing the heat-insulating pipes again after removing the polyurethane layer and the polyethylene layer from the unqualified heat-insulating pipes.

摘要：【中文】本发明公开了一种硬质聚氨酯喷涂聚乙烯缠绕保温管生产线，所述生产线有顺序排列的探伤修复机、抛丸除锈机、打磨清扫机、表面喷涂机、聚氨酯喷涂系统、聚乙烯缠绕系统、涂层挤压机、管端处理装置组成，所述伤修复机、抛丸除锈机、打磨清扫机共同组成管体预处理步骤；所述表面喷涂机、聚氨酯喷涂系统、聚乙烯缠绕系统共同组成防护层喷涂机构；所述涂层挤压机、管端处理装置共同组成修复成品机构。本发明聚氨酯发泡时没有束缚，外层的聚乙烯缠绕管是聚氨酯发泡后再缠绕在聚氨酯发泡层上的，避免了生产过程中的质量过剩的问题。 【EN】The invention discloses a production line of a rigid polyurethane spraying polyethylene winding heat preservation pipe, which comprises a flaw detection repairing machine, a shot blasting derusting machine, a polishing sweeping machine, a surface spraying machine, a polyurethane spraying system, a polyethylene winding system, a coating extruding machine and a pipe end processing device which are sequentially arranged, wherein the flaw detection repairing machine, the shot blasting derusting machine and the polishing sweeping machine jointly form a pipe body pretreatment step; the surface spraying machine, the polyurethane spraying system and the polyethylene winding system form a protective layer spraying mechanism together; and the coating extruder and the pipe end processing device jointly form a finished product repairing mechanism. The polyurethane is not bound during foaming, and the outer polyethylene winding pipe is formed by foaming the polyurethane and then winding the foamed polyurethane on the polyurethane foaming layer, so that the problem of excessive quality in the production process is avoided.