摘要：【中文】本发明公开了一种调整垫块的厚度测量方法，包括以下步骤：步骤一、根据调整垫块的厚度范围制作不同规格的测量尺；步骤二、设备用调整螺栓或其他方式调整到位后测量调整垫块厚度，在基座上焊接垫块的上端的边角处涂蓝油；步骤三、将测量尺插入焊接垫块与所述设备之间，将测量尺上带有刻度的一侧朝向所述焊接垫块；步骤四、塞入的测量尺与焊接垫块边角处的蓝油接触，在测量尺上留下蓝油印记，根据蓝油印记对应的刻度得到该测量位置对应调整垫块的厚度；步骤五、根据步骤四测得的调整垫块的厚度初步加工调整垫块。本发明对调整垫块的厚度测量数据更加准确，减少了拂磨余量，大大降低了劳动量，减少了动能损耗及人力资源成本，实现了造船的标准化。 【EN】The invention discloses a thickness measuring method of an adjusting cushion block, which comprises the following steps: firstly, manufacturing measuring scales with different specifications according to the thickness range of the adjusting cushion block; secondly, measuring the thickness of an adjusting cushion block after the equipment is adjusted in place by using an adjusting bolt or other methods, and coating blue oil at the corner of the upper end of the welding cushion block on the base; inserting a measuring scale between the welding cushion block and the equipment, and enabling one side with scales on the measuring scale to face the welding cushion block; step four, the plugged measuring scale is in contact with blue oil at the corners of the welding cushion blocks, blue oil marks are left on the measuring scale, and the thickness of the corresponding adjusting cushion block at the measuring position is obtained according to the scales corresponding to the blue oil marks; and step five, preliminarily processing the adjusting cushion block according to the thickness of the adjusting cushion block measured in the step four. The method is more accurate in thickness measurement data of the adjusting cushion block, reduces the scraping and grinding allowance, greatly reduces the labor capacity, reduces the kinetic energy loss and the human resource cost, and realizes the standardization of shipbuilding.

摘要：【中文】本发明公开了一种船舶建造辅助开孔方法，采用特制的船舶建造辅助开孔工装，所述开孔工装包括割刀固定机构、上连接板、下连接板、中心杆、连接螺栓及连接螺母，所述上连接板的一端连接所述割刀固定机构，所述上连接板的另一端通过所述连接螺栓轴连接所述下连接板的一端并通过所述连接螺母固定，所述下连接板的下端面固定连接所述中心杆，所述中心杆与所述下连接板垂直，所述中心杆的下端部为锥状，所述上连接板的长度大于所述下连接板的长度。本发明的工装制作简单，成本低，属于可拆卸式，同时该工装体积小，几乎不受场地限制，可反复在多种场合利用。 【EN】The invention discloses a ship building auxiliary hole opening method, which adopts a specially-made ship building auxiliary hole opening tool, wherein the hole opening tool comprises a cutting knife fixing mechanism, an upper connecting plate, a lower connecting plate, a central rod, a connecting bolt and a connecting nut, one end of the upper connecting plate is connected with the cutting knife fixing mechanism, the other end of the upper connecting plate is connected with one end of the lower connecting plate through the connecting bolt shaft and is fixed through the connecting nut, the lower end face of the lower connecting plate is fixedly connected with the central rod, the central rod is vertical to the lower connecting plate, the lower end part of the central rod is conical, and the length of the upper connecting plate is greater than that of the lower connecting plate. The tool is simple to manufacture, low in cost, detachable, small in size, almost free of field limitation and capable of being repeatedly used in various occasions.

摘要：【中文】本发明公开了一种花生种脱壳机，属于花生种脱壳机技术领域。包括机架和设置在机架上的进料斗，花生脱壳装置，果壳风选分离装置，驱动电机和传动装置；进料斗的外壁与机架铰接；花生脱壳装置通过机架设置在进料斗的下方，其包括脱壳结构，折转结构和花生荚果均布结构，脱壳结构包括滚筒和弧形筛体，滚筒包括滚筒轴和多个搓压柱，各搓压柱包括柱芯和尼龙套筒，尼龙套筒的内孔与柱芯滑配连接，在尼龙套筒的柱面径向设有多条沟槽，各沟槽沿尼龙套筒的柱面周向均布，折转结构包括首尾相连的十字轴万向联轴器和短轴。它具有便于对弧形筛进行杂物的清理，在脱壳过程中对花生种种仁及花生种仁红衣造成的损伤少，获得优质花生种的效率高等优点。 【EN】The invention discloses a peanut seed huller, and belongs to the technical field of peanut seed hullers. Comprises a frame, a feed hopper arranged on the frame, a peanut shelling device, a shell winnowing and separating device, a driving motor and a transmission device; the outer wall of the feed hopper is hinged with the frame; peanut shelling device passes through the frame setting in the below of feeder hopper, it includes the shelling structure, turn over structure and peanut pod equipartition structure, the shelling structure includes cylinder and arc screen frame, the cylinder includes drum shaft and a plurality of pressure post of rubbing with the hands, each pressure post of rubbing with the hands includes post core and nylon sleeve, the telescopic hole of nylon is connected with post core cunning, radially be equipped with many slots at the telescopic cylinder of nylon, the telescopic cylinder circumference equipartition of nylon is followed to each slot, turn over the structure and include end to end's cross universal coupling and minor axis. The peanut huller has the advantages of being convenient for cleaning sundries on the sieve bend, having less damage to peanut kernels and peanut kernel red skins in the hulling process, being high in efficiency of obtaining high-quality peanut seeds, and the like.