The whole machine is made of waste plastic and cardboard, the cost is quite low, but the robot can not only read newspapers, but also read constellations and recipes, which is a seemingly breakthrough invention. In fact, she doesn't meet the aesthetic standards of normal people, but because she is made of waste and cardboard, it is understandable that because India is not very developed and the cost of this robot doesn't cost much, it doesn't look so exquisite. The original intention of her research and development is not too concerned about appearance.
Patel's positioning of this robot is only a research robot, mainly to help solve some mathematical problems and some language problems. In the future, Patel decided to re-customize this female robot with a brand-new face and realistic figure by using 3D printing technology. Patel's original intention is to help some children in India who want to study but have no chance to study at a simple and cheap price.
Compared with this Indian robot, robots from various countries are much more exquisite, such as "Jiajia" in China. For example, a robot in Japan has a "delicate" face, fair and beautiful skin and delicate facial features, and has prepared the basis for human-computer dialogue, such as her facial expression and some body movements.
Then her language has been improved in many aspects, such as Chinese, Japanese, English and other languages, but these are also the products of several generations. When these robots were first developed, their faces were so rough that they could not talk to people at all. Back to the robot in India, this robot can't communicate with people at all, and its program itself is very simple, so it must have corresponding operating instructions to make relevant responses. Today, there are still many problems to be solved by these R&D teams.
Nowadays, the society is developing rapidly, but there are still many unsolved problems waiting for us. For example, these robots are designed to make the greatest contribution to the development of society. For example, some small robots have set foot in some industries, such as the express delivery industry. These robots can solve the bottleneck problems faced by enterprises, such as high dependence on labor and limited storage capacity during peak business hours. They are the main robots in China market in recent years.
These intelligent logistics are the inevitable trend of the development of logistics equipment industry, and also determine the development mode and product form of logistics robot technology, which will be very intelligent and flexible. Therefore, building highly intelligent and flexible products and solutions based on their own advantages will be the main direction for industry practitioners to explore.
However, the backward core technology of robots, serious product homogeneity and lack of corresponding industry norms and standards restrict the healthy and sustainable development of domestic logistics robot industry. How to break the bottleneck, improve the application level of logistics robots and accelerate the healthy development of the industry is a problem that the whole industry must face directly.
If these female robots are really made, then this female robot is definitely a very important transformation for the whole industry. However, there are still many technical problems unsolved, and there are still some difficulties in the system and the whole. At present, these female robots are still in the laboratory. After they are really applied to the market, you can imagine what kind of effect they will have.
Although many countries have designed these robots, there are still many problems unsolved in these later stages, such as the inability to mass-produce. And now the communication of these robots needs to be improved.