立式管子收卷和捆扎功能一体机

风鼎机械自动管材收卷捆扎包装机是一种为管道和软管卷盘设计的自动化包装系统。它适用于各种塑料管和软管。通过自动记米,收卷和捆扎,借助自动卷绕系统,我们可以帮助客户降低人工成本,提高产品包装速度。该机型操作简单,方便工人掌握它。另外,我们还为不同的客户定制和设计了各种包装解决方案。例如,我们还设计了用于小直径薄膜的自动包装生产线。尽管这些卷材和机器具有不同的范围特征,类似于我们的自动卷和捆扎机。在这些情况下,我们可以使用特殊的包装和加工来转换卷绕,包装材料和收卷配置。

立式管子收卷和捆扎功能一体机

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机器完全严格按照CE的指导要求,并使用最新最先进的技术,来完成机器的设计和生产任务

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全自动管材收卷机 立式管材收卷捆扎机 收卷捆扎包装机

自动管材收卷包装一体机FCL-600,立式收卷,双机位循环不间断工作,在线型和离线型两种模式,可以自动完成捆扎和缠绕膜等包装需求,是管材类全新自动一体化新型包装方式

立式管材收卷捆扎机是由风鼎机械专业工程团队设计生产的机器,适用于各种塑料软管卷材。 如:自动PVC管材收卷机,自动PU管收卷机等。 可根据客户的需求与产品定制收卷方案。

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What are the engineering challenges of the fpc2 scanner

Its ability to measure is innovative – although there is no shortage of available measurement tools, no solution is a perfect solution for measuring difficult shapes. If the original size mark is not available, what role would it be to recreate these shapes? It can prove that this is a tedious or impossible task. There are countless examples of this, such as watching mechanisms, carvings and complex curves. Generally speaking, even with the improvement of the affordable 3 d scans, its accuracy is often limited, and generally, it is limited to plus or minus 0.005. For many, the results are clearly not good enough.

Expensive optics are designed to be used by inexpensive industrial metering systems, and for small shops that require only occasional use of the technology, this is unlikely to happen. What are the engineering challenges of the fpc2 scanner? It is a tool that can measure both fpc2 components and can afford expensive prices.

As we all know, the universal fpc2 scanner’s control plug-in is universal, and most fpc5 cameras and standard CNC scanner software can be supported by it. Tomah’s open architecture philosophy we have to insist on, especially the changing environment of consumer electronics products that we consider.

Being able to do fpc6 reverse engineering – developing an independent CAD program is not our goal. There are already many good companies that have done better than us, and they are cheaper and better on anything that can be offered. Simply create a fpc7 environment is our requirements, and also can implement a simple measuring and drawing tools, fpc7 can be imported, and enough function can be used to measure and features. In industry standards, this can be exported. DXF format, if necessary, can be further processed in the fpc8 selected by the user.

Designed for the occasional user is an easy-to-use fpc2 scanner. Obviously, for operations, it must be easy to learn and easy to use.

This will be very convenient for all users, so this is also our goal. In order to achieve this goal, it is more convenient and more useful for users to use, so we will make unremitting efforts.

What are the design criteria

For fpc2 mechanics, the fpc1 microscope itself is convenient: generally speaking, it has the advantage of not only measuring small size but also applying it to other USES. Observe the small cutting tool edge when we need to use it, at the same time, the edge of the wear or sharpening, or qualitative measurement on the surface of the finished product – see tool marks, vibration and so on all need use it, but, we also want to know if there is any other possible this. Once there is fpc5, a platform is available, and we can use this platform to accurately locate a camera installed on the main axis. Command the factory regularly to the interval between a series of photographs taken for us, it is possible to happen, and we can also from the image to build a larger composite photo – this and MapQuest and Google maps and another popular Internet map in the application of similar satellite images are very similar. To accurately measure many mechanical parts, this fpc6 will have adequate size and resolution.

Will be affordable fpc2 microscopy combined with a simple fpc3 system is fpc2 scanner project goals, as well as a set of CNC milling machine for fpc5 control or router plug-in application of innovation is its goal. In this system, we can scale and scan the two-dimensional geometry to make measurements more accurate, and the geometry of fpc6 system export can be accurately measured. The use of the optical centring device of the system is also studied. In this ability, it can be proved that it is useful, but we can see that it is also limited to the application.

What are the design criteria?

The design of fpc2 scanner has several objectives:

This is the engineering document-fpc1 scanner,Fpc2 CNC scanner

This is the engineering document-fpc1 scanner

Fpc2 CNC scanner

This is an engineering system which is suitable for the low-cost optical measurement and two-dimensional reverse of the numerical control factory.

Here’s an introduction to it.

In the past few years, we have realized that some of the low-cost fpc3 cameras and fpc4’s interesting marriages have been realized. The main applications are optical centering devices. Our colleague John Prentice (John Prentice) just mentioned one thing, that is he for your shop bought a USB microscope, and he was very surprised, for this kind of ability, this time, the beginning is fpc3 scanner project. A quick survey here shows that cheap USB microscopes are now widely used in medicine, biology and other fields as the cheap fpc5 microscope.

If you want to complete the direct measurement of the optical image, usually with a mesh grid can be done, the grid can be placed within the scope of the position is in the view of, its role is to estimate the measured values. Observers can make a fairly accurate linear measurement because they can make accurate measurements based on the size of the grid and the degree of attention required. Of course, the size we can measure is limited to the range of vision. If the wing’s width is to be measured by you, in some ways, this is not a problem; In manufacturing, however, the same is often required if, when measured in larger sizes, there is no better accuracy. If it is a typical manufacturing artifact, what it usually does is call for tolerance dimensions. The key feature is 001.

What are performance expectations

What are performance expectations?

It is the limitation of the optical centering device.

When we move the focal plane to a different level, the very frustrating phenomenon is the “roaming” of the optical center. Two different reasons are determined by our experience:

First, the first reason is the inherent rebound in mechanical focusing mechanisms of these ranges. If you want to move the lens, you need a microscope to use the inner line. There are two cases of this thread, the first one is molded, but if it is not molded, it is machined. Although, to some extent, a thread can be processed to lower roaming the severity of the problem is, but after our test show that there are still some wandering, this makes it impossible will focus on the dial to return to the same location will happen, to refocus on the same focal plane is unable to do it. Although high-end camera technology can be used to solve this problem, it is not realistic to add thousands of dollars in cost.

The second one is more subtle, but also very interesting. For accurate scanning, there is no need for the absolute alignment of the light axis of the microscope, but the influence of optical alignment is still real. As we all know, this calibration does not mean that the optical axis is parallel to the main axis. After the alignment, the optical axis and the main axis overlap in the focal plane is what we know. Very unrealistic is combining scope and main shaft axis, the typical consumer electronics fpc6 sensor also be offset, the offset position is on the optical axis, makes the third pile errors were caused, and cannot be easily overcome the difficulties. It is very impractical to correct these problems and produce a cost to align the system, which is, of course, the cost of the fpc2 scanner system.

The contents of figure 12 are shown below. The ability of the variable focal length to maintain the center on different focal planes is shown by these two graphs. In this example, we can see that the scope is aligned to the center of the hole in 200x (top image). When the working distance is increased, the image is refocused on the 60x (bottom image), and the center wanderings occur.

What is figure 13? What is the optical and the centering axis? We can see that they are 50 x zoom in on the focal plane of the joint event, but if amplified to 20 x change, will make a center error, unless the camera to aim at, they can overlap again.

What is gap compensation-machine tool,CNC mill

What is gap compensation?

The intrinsic characteristic of the machine tool is the reaction. The space in the joint between adhesion, friction and elasticity and rotating machinery is the result of it, such as the ball screw. We compensate the fpc4 scanner, in the X and Y direction, and we are opposed to a consistent method. Fpc4 assembles a Mosaic of the capture algorithm always such that it is always close to each photograph and positive X and Y axis movement so that the machine can be rebound from fpc5 can be effectively isolated

We can look at figure 8. What is the gap compensation algorithm?

In figure 9. By reducing the field of view, the numerical control scanner simulates a distant lens system and improves the orthographic property of the image. This can be seen from improved splicing, especially those features, above or below the focal plane.

Calibrate the image with the numerical control motion.

Usually, we calibrate the image by placing a reference scale in the image field.

However, the unique fpc2 scanner, if you want to scale the image, can be achieved through the movement of the CNC mill. During execution, this method is simpler and more accurate because the resolution is equal to the resolution of the mill.

When the scan object is not convenient to place the reference scale, it is particularly convenient to move the zoom, only the recognition point feature is needed. We know that this could be a corner, a center of a hole, or even a bit of corrosion or abrasion on the surface of the object.

We can also measure the angular error by means of motion, and the effect can be automatically corrected in each image

Let’s look at figure 10. When calibrating the image size we use known linear dimensions.

Figure 11. The calibration of our image scale is accomplished by the precision mechanical movement. And identifiable point moving distance is within the microscope’s field of view of mobile Δ X Y is a known distance. The position change and the actual motion of the machine are both observed by the fpc2 scanner and used to determine the scale.

What is the telephoto lens in practice

We are now trying to simulate a remote lens system with a low-cost fpc1 camera.

The basis of many industrial metering and measurement systems is fpc2. There are a lot of unusual features is FPC have, an image can be generated by it, and, as we all know, its size and shape and the positions of the lens distance and field of view is no relationship. The reason is that the special telephoto lens only focuses on the light parallel to the optic axis.

What is the telephoto lens in practice?

Image distortion can be reduced, and the perspective amplification effect caused by object position change can be eliminated.

However, fpc2 also has disadvantages, which are both large and expensive, but close to a fpc2, we can use the fpc3 scanner. This step is accomplished by limiting the useful field of view to the center of each image in the construction of the fpc4 scan. How did this area of the image come into being? It is produced by light that is almost parallel to the optic axis, so a fpc2 is simulated by us, and we can look at figure 7 below.

This is figure 7. If we want to simulate the TV system, we can make fpc2 complete by limiting the available viewing field.

The incident from all angles is the lens focusing light.

If we build a fpc2 that is the way it is, then it focuses only on the light that is parallel to the optic axis. That makes the image the same size that happens, no matter what the distance from the lens is.

If you want to simulate fpc3, you can make the fpc4 scanner complete by limiting the field to the center of the image.

fpc2 scanner system-fpc6 scanner,individual pixels

What we can see in figure 17. The first is the influence of distance of focal plane on the observed quantity. Ten percent of the field is being scanned.

Here’s our summary of the project.

In September 2009, we started the beta testing of the first fpc2 scanner system on a set of external client sites. We can also see that the majority of the reception is positive. Although compared with the original design, there may be some slight change, however, its performance, we are very satisfied, and, in January 2010, the product was released by us.

The two – dimensional reverse engineering of 2D parts, which are proved to be direct optical measurement, is the fpc6 scanner.

Now let’s take a look at the lower right corner, which is much less focused on the grid. In this case, it’s not so obvious that it’s a straight line. So if you look at this image, you can still do this estimate, which is the center of the line, but this estimate you can do it by looking at more individual pixels. Five or six pixels may need to be considered as the correct number so that the central location of the row can be determined.

Remember, returning the image after the scan is done is something you can’t do. Scanning system will consider this problem, it takes into account the problem through the guide you to put the camera close to the work done, so for the resolution you want, it can be met. The number of pixels in the specified, In this case, more personal images are needed because of the need to create synthetic Mosaic images.

The camera provided by the fpc8 system has a basic limit, which is about 2 or 3 pixels, with the aim of looking for edges. If you are not careful to focus your camera and the subject is not flat or there is a problem with the lighting, the result could be worse. The quality of the images using the default value of 2.5 is our recommendation, but if the scan shows that more details are what you want to do, then this number also needs to be increased.

What is the effect of the depth of field

Explanation: not surprisingly, the benefits is to increase the pixel density can improve the accuracy, although it is a price, the price of it is a larger data file size and longer time to scan. In carefully designed experiments, the ability to accurately measure dimensions in a numerical control scanner is optimized, which is superior to plus or minus 0.001.

Let’s look at figure 16 below. Fpc2 scan precision verification data.

What is the effect of the depth of field?

For image collection, we use a 10% view, and our series of scans is collected from 2.5 d geometry. After each scan, the camera refocuses, and it typically focuses on a new focal plane. Then, in each of the results, the same round features were measured. The relationship between the measurement of diameter measured on the plane and the distance of the focal plane is shown in figure 17.

Explanation: if it is within a small field of vision, fpc2 scanner as a telecentric lens simulation is there, it’s performance has been pretty steady, in this case, the “change” in the depth of the focal plane 0.300 shown in less than 0.002 “change”.

What is the source of the error?

In these measurements, we can see there are a number of error sources, including some of the error and the error is introduced in choosing a distance, and the error is in the scanner fpc3 measurement. The responsibility of the user is to explain the exact location of the edges based on the contrast of pixels. System error is introduced from the limitation of fpc4 positioning repeatability. We know that fpc5 minimum discrete positioning movement 0.0001 “; Shaft drive, however, the influence of other factors in the system (precision ball screw, friction, wind, etc.) are we considered, so we need know positioning repeatability of 0.001 “, or better, decided it was in the fpc2 scanner from introducing a single optical mechanical error. Like any microscope, if you are in the fpc2 scanners used in optical instruments, can lead to something about the image distortion, this situation is caused by some lens distortion, at the same time, can also affect the curvature of field effect.