一个纯3d打印的板甲手套，通过打印的铆钉拼装成一体的活动模型，自带若干不同尺寸的手指零件可以替换使用的默认模型，切片里有一些文字介绍和教程，大部分模型为了排布方便没有使用自动朝向，切片软件的自动朝向打印成功率很高，记得调整孔洞相关的打印参数做一些测试，基本可以解决绝大部分问题。

A pure 3D printed plate armor glove, assembled into an integrated movable model through printed rivets, comes with several finger parts of different sizes that can replace the default model used. There are some text introductions and tutorials in the slicing, and most models do not use automatic orientation for easy layout. The automatic orientation printing success rate of the slicing software is very high. Remember to adjust the printing parameters related to the holes and do some tests, which can basically solve most problems.

组装说明：

Assembly instructions:

使用如下的打印铆钉固定，微调轮廓和孔洞补偿参数可以在手压闭合到需要使用钳子的程度间变动

Use the following printing rivets to fix and fine tune the contour and hole compensation parameters, which can be adjusted between hand pressure closure to the point where pliers are needed

在9盘上列出了需要用到的铆钉种类和各自的数量，懒的话可以直接用新盘打印右侧我直接拼成组合体的铆钉模型，每种铆钉都有多几颗容错

The types and quantities of rivets that need to be used are listed on the 9 disks. If you are lazy, you can directly use the new disk to print the rivet model on the right side that I directly assemble into a combination. Each type of rivet has several more fault-tolerant rivets

在8盘上是如下组装示例以及文字提醒，各个零件的相对位置可以看这个组装参考得知，大概，应该，很好组装（这个“描述”页面操作不太舒服，教程就不写太长了，文字少一点用这个模型替代教程，各个尺寸铆钉拿错了是装不上的，大体上都是符合直觉的操作）

On the 8th drive, there are the following assembly examples and text reminders. The relative positions of each part can be seen from this assembly reference. Generally, it should be easy to assemble (the "description" page is not very comfortable to operate, so the tutorial will not be too long. If the text is a little less, use this model instead of the tutorial. If the rivets of various sizes are taken incorrectly, they cannot be installed, and the operation is generally intuitive)

在左侧的4、7盘是手套的主要零件，尺寸影响比较小，可以优先打印

The 4th and 7th plates on the left are the main components of the gloves, and their size has a relatively small impact, so they can be printed first

中间的5盘是默认的五根手指的零件，1、2、3、6盘都是不同尺寸的手指零件，如果打印默认尺寸的中间5盘的模型有尺寸问题，觉得不舒服去看对应的模型，对应的尺寸（看体积数字或者模型对象名字，说得很详细了）附近的替换模型，进行微调（已经写上模型直径、长度之类的尺寸的变化放向了），本来做了更多的批量化的替换模型，但是太乱，后续有需求再发，

The middle 5 disks are default five finger parts, and disks 1, 2, 3, and 6 are all finger parts of different sizes. If there are size issues when printing the default size model of the middle 5 disks and you feel uncomfortable, go and look at the corresponding model. Replace the model near the corresponding size (see the volume number or model object name, which is explained in detail) and make minor adjustments (the changes in model diameter, length, and other dimensions have been written in the direction). We originally made more batch replacement models, but they are too messy. We will send them again later if there is a need,

这是另一个切片版本（主要打印文件摆在四个盘内，盘外是备用尺寸模型、提示文本、组装参考），我就是觉得这样摆放是比较美观的（毕竟不同尺寸备用零件太多了），推荐没有像我一样强迫症的人建个新盘摆放地更“自然”一点

This is another sliced version (the main printed files are placed in four disks, with spare size models, prompt texts, and assembly references outside the disks). I just think this arrangement is more aesthetically pleasing (after all, there are too many spare parts of different sizes)

可以穿戴的模型的尺寸问题挺麻烦的，我多花几十分钟批量化缩放剪切也不知道效果好不好，总之大家给点反馈。

The size issue of wearable models is quite troublesome. 

I spent dozens of minutes on batch scaling and cutting, but I don't know if the effect is good. Anyway, everyone can give some feedback.

打印流程建议：（经评论区提醒）为了避免浪费，建议先挑若干铆钉模型和主要零件、手指零件各一个小点的打印，看孔洞配合得好不好，能把铆钉轻松放进甲片上的孔洞，铆钉两头能闭合锁定再打印主体，先打印一盘铆钉也行、先打印主体零件也行，怕放多了打印失败可以拆到新盘里一点一点打印，总之最后打印手指部分。手太小可以缩放，记得加大x-y孔洞补偿然后一定要测试，不知道手会不会太小也是先打印手背部分的甲片测试,尺寸上限：手指宽在1cm到2cm左右应该都可以，手掌的影响小，手掌不含拇指根部宽7.5cm到8.5cm左右，长度要求很小，应该没有手掌特别长的人，我在模型上把连接铆钉的前孔做成了长槽，在外面看只能看到后孔，后孔是圆形，前后两个部件是能前后滑动的（轻微左右转动），能适应很大范围的手掌长度。

Printing process suggestion: (Reminder in the comment section) To avoid waste, it is recommended to first select several rivet models, main parts, and finger parts with a small dot each for printing. Check if the holes match well. The rivets can be easily placed into the holes on the nail plate, and the two ends of the rivets can be closed and locked before printing the main body. It is also acceptable to print a plate of rivets first and the main body parts first. If there are too many, they can be disassembled into a new plate and printed bit by bit. In short, print the finger part finally. If your hand is too small, you can zoom in and out. Remember to increase the compensation for the x-y holes and then test it. If you don't know if your hand will be too small, you can first print a piece of armor on the back of your hand for testing. The upper limit of the size is that the finger width should be around 1cm to 2cm, and the influence of the palm is small. The width of the palm, excluding the thumb base, should be around 7.5cm to 8.5cm. The length requirement is very small, and there should be no person with a particularly long palm. I made a long groove on the front hole of the connecting rivet on the model. From the outside, only the rear hole can be seen. The rear hole is circular, and the front and rear parts can slide back and forth (slightly rotate left and right).

手腕粗细5cm到6.5cm左右。我给出了源文件，会blender建模调整源文件更方便。另外本模型支持低价商用（免费模型有点良心），我没太多时间制作、售卖成品，方便没闲暇的人更容易获得成品模型收取一些报酬也是合理的。The wrist thickness ranges from 5cm to 6.5cm. I have provided the source file, which makes it more convenient to adjust the source file for Blender modeling. In addition, this model supports low-priced commercial use (free models are a bit reasonable). I don't have much time to produce and sell finished products, so it is more convenient for people who don't have leisure time to obtain finished models. It is also reasonable to charge some fees for the finished models.

  这个板甲手套大部分零件是左右对称的，下图的右手版本已经在切片文件里了可以直接打印，就是这四个模型，用原本模型左右镜像得到的，在切片软件里也能手动操纵，单独放个右手版本的太臃肿了
Most of the parts of this plate armor glove are symmetrical on both sides. The right-hand version in the picture below is already in the slicing file and can be printed directly. These four models are obtained by mirroring the original models on both sides, and can also be manually manipulated in slicing software. Placing the right-hand version alone is too bulky.

此模型后续更新：（有空的话）

This model will be updated in the future: (if available)

1. 根据评论区优化（比如我之前的模型灵活度更大，之后会放个可选文件）
2. 更多更详细尺寸的模型替换件（数量排列9*9以上）
3. 指尖模型优化和尖爪指尖替换件（已经完成但是需要我打印验证，准备等和其他配件优化完一起发）
4. 更多外观替换件，例如可以替换为短款腕甲（只到手腕），更接近一些哥特板甲手套。以及连指板甲手套的手指部件，也是替换件。
5. 不少人说希望我制作后续全套板甲，整体难度不是那么难，但是我有其他事要做，而且光胸甲的体积就很少会有人去真的打印，打印机需要分多次再拼合，麻烦而且缝隙不好看，所以我会大致以体积从小到大的顺序制作后续的模型，它们会是一个全身板甲系列。因为计划要做中式护甲，以及我更想做更擅长的机械，后续其他部位板甲更新会很慢。

1. Optimize according to the comment section (for example, my previous model had greater flexibility, and I will include an optional file in the future)
2.  More detailed model replacement parts (with a quantity of 9*9 or more)
3. Fingertip model optimization and replacement of pointed claw fingertips (completed but requires me to print and verify, ready to be sent together with other accessory optimizations)
4. More appearance replacement parts, such as short wrist armor (only up to the wrist), closer to some Gothic plate armor gloves. The finger parts of the fingerboard gloves are also replacement parts
5. Many people say they hope that I can make a complete set of plate armor in the future. The overall difficulty is not that difficult, but I have other things to do. Moreover, the size of the chest armor alone is so large that only a few people will actually print it. The 3D printed parts need to be pieced together multiple times, which is troublesome and the gaps are not beautiful. Therefore, I will roughly make the subsequent models in the order of volume from small to large, and they will be a full body plate armor series. Because I plan to make Chinese style armor and I am more interested in making mechanical equipment that I am better at, updates to other parts of the armor will be slow in the future.