Feeding robot for nanofiber production
A nanofiber and robot technology, applied in the field of robots, can solve the problems of operator's personal safety impact, low degree of automation, low work efficiency, etc., and achieve the effect of optimizing work flow, strong versatility, and improving work efficiency
Active Publication Date: 2019-05-31
HIDETAKA NANO TECH CO LTD
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Benefits of technology
This technology allows for automatic material supply during manufacturing processes that improve productivity while reducing cost compared to traditional methods like spinning or spun fibre bundles. It also includes robots that have powerful parts such as gears and motors that allow them to adjust their movements based on factors like temperature and humidity levels. Additionally, there may include two tanks where different types of raw materials could mix together when they enter one another's system. These features make it easier than previous ways to produce nanofibrils without relying solely on manual labor.
Problems solved by technology
This patented technical problem addressed in the patents relates to improving the properties of nanoparticles made up of long molecules called poly(α-amino acid), such as those described for example in UV light absorption spectra analysis data obtained during photobleaching experiments on certain types of dye sensitized solar cells. These particles have large surfaces areas per unit mass but they lack elongating capability due to their size. However, when these particles come together under strong electrical force, they break down quickly without leaving behind any residue. To solve this issue, an effective way was developed where one material could easily attach another material onto them while also allowing the other material to expand its own space inside itself create tiny spaces between each particle's ends. By doing this, the original structure formed within each individual particle becomes more flexible and allows for better interaction between the attached substances.
Method used
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[0045] In order to make the technical solution of the present invention clearer, the present invention will be further described below in conjunction with the accompanying drawings. Any solution obtained by equivalent replacement and conventional reasoning of the technical features of the technical solution of the present invention falls within the protection scope of the present invention.
[0046] As shown in the figure, a feeding robot for nanofiber production includes two main support frames 1 arranged parallel to each other, and a bottom support plate 2 is respectively fixed on the bottom of each main support frame, and multiple bottom support plates are arranged on the bottom support plate. Roller 3 with brakes;
[0047] A partition plate 4 is fixed horizontally between the two main support frames, a first material storage tank 5 and a second material storage tank 6 are arranged above the partition plate, and a feeding assembly 7 is provided below the partition plate;
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The invention provides a feeding robot for nanofiber production. The feeding robot comprises two main supporting frames which are arranged in parallel, wherein a bottom supporting plate is fixed at the bottom of each main supporting frame, and a plurality of rolling wheels with brakes are arranged on each bottom supporting plate; a separation plate is horizontally fixed between the two main supporting frames, a first storage tank and a second storage tank are arranged above the separation plate, and a feeding assembly is arranged below the separation plate; a first supplying assembly is arranged on the bottom supporting plate corresponding to the first storage tank, and a second supplying assembly is arranged on the bottom supporting plate corresponding to the second storage tank; and eachof the first supplying assembly and the second supplying assembly comprises a first supporting frame, a supplying assembly shell, a feeding hopper and a discharging pipeline. The feeding robot is specially used for automatic feeding in the production process of nanofibers prepared by the melt blowing method, the automation degree is improved, the working process is optimized, the working efficiency is improved, and the cost is saved.
Description
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