1. Human-computer dialogue intelligent interaction skills; This skill allows humans to truly communicate with machine intelligence, where the robot can not only understand the user's questions and give accurate answers, but also actively guide the conversation through the process without information. At that time, Google and Facebook, which were more sophisticated in this area.
2. Liquid metal manipulation skills; This one may be able to make up the liquid robot in the Terminator. Of course, we are still 108,000 miles away from reaching that level. The core of this skill is to accurately manipulate the appearance characteristics and movement of liquid metal materials by manipulating and driving the external environment of electromagnetic fields. Now in the field of intelligent production, we are starting to test its practical performance. One day in the future, it may be possible to achieve the "seventy-two changes".
3. Brain-computer interface skills; It enables humans to manipulate machines with their minds. Isn't it a bit of a sci-fi flavor now? This skill collects, recognizes, and transforms the electrical activity and characteristic signals of the nervous system, so that the instructions sent by the human brain can be directly transmitted to the designated machine terminal, between humans and robots
of the skin. This skill is based on the use of new tactile sensors based on electricity and particle haptic skills, which can make the robot more sensitive to the shape, texture and hardness of objects, and finally take on a series of complex tasks such as medical treatment and exploration. At that time, the top sky exploration robots were all using this skill.
5. Flexible robot skills; In simple terms, it is a soft robot, and the biggest feature is that it is made of flexible materials, which can change its shape arbitrarily within the largest range, and can reach many places beyond the reach of general skills to complete the inspection. For example, they are present in some important areas such as pipeline inspection, medical diagnosis, reconnaissance and exploration.
6. Emotion recognition skills; This skill gives the robot human-like emotions, i.e., the generation of "mental activity". This can be more useful for the recognition of human emotions and even mental activities, so that the robot can obtain the ability to investigate, understand, and respond to similar human beings. Of course, this boundary will be blurred and risky. However, it will indeed have incomparable advantages in assisting medical recovery, criminal investigation and identification.
7. Myogen electromanipulation skills; In simple terms, it is to control the robot through the biological signals of the organism. This usage scenario is often seen in science fiction movies. This skill features the use of electromyography signals from the surface of the human upper limb to manipulate the robotic arm. The future development direction lies in the fields of remote control and medical recovery.
8. Autonomous driving skills; This skill may be familiar to everyone. Now that it has gradually become sophisticated, and now the norms that are lacking, I believe that it will be a sooner or later operation to enter our days. It can provide human beings with automated and intelligent loading and transportation tools, and extend to road condition testing, national defense and military security.
9. Virtual reality robot skills; By replacing the real field with a virtual site, humans will be able to do a lot of things that are not possible now. This also means that the risk is completely isolated. This skill can complete the operator's virtual remote control operation of the robot, and has broad use value in maintenance detection, entertainment experience, on-site rescue, military reconnaissance and other fields.
10. Robot cloud service skills; All the computers connected together to create today's Internet, and then derived immeasurable value. What will happen if all robots are connected together after the popularization of robots in the future? When the robot itself is used as an execution terminal, it can be stored and calculated through the cloud, responding to needs and completing functions in real time, breaking through the limitations of stand-alone forms, effectively completing data exchange and common sense sharing, and providing users with infinitely expanded functional services.
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Yamaha "RDV-X" "RDV-P" robot drive
In September 2015, Yamaha Motor began selling the RDV-X and RDV-P, pulse-width modulated robot drives that shorten the positioning time. These two new products are the successors to the current products "RDX" and "RDP", respectively, and the RDV-X supports the servo-motor single-axis robot "FL ...
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Features of industrial spraying robots
1. High precision, the industrial spraying robot adopts a high-precision positioning system, which can easily and accurately control the direction and angle of the spraying of the coating, ensuring higher coating uniformity and accuracy compared with manual spraying. Especially for products with higher gloss and color requirements, such as cars, electrical appliances, etc.
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Yamaha Diagnostic System Part Explained
1. FAULTCODE
2. DAIGCODE (Diagnosis Code)
3. CO form maintenance
FIRST INTRODUCE THE FAULT CODE: WHEN THE EFI SYSTEM DETECTS AN ABNORMAL SIGNAL, IT DIRECTLY DISPLAYS THE TWO-DIGIT CODE ON THE LCD. And the problem light on the meter together ...
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Misunderstanding of industrial robot application - Yamaha Robot
Robots typically cost tens of thousands to millions of dollars, and it's important to make the right choices the first time and prevent common mistakes that can lead to unnecessary expenses or delays.
Myth 1: Underestimating useful load and inertia
Robot users ...
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Yamaha Robot 22.808 Code Error Resolution
Yamaha Robot 22.808 code error, the cause of the problem is that the temperature is too high, the environment and the controller itself are too high.
Solution 1
This error usually occurs in the summer, for example, during the period from July to September, when the air environment ...
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The development of Yamaha's robot industry needs to be rational
Whether it is from the accelerated influx of funds, the competition of enterprises in the layout, or the introduction of industrial park plans by local governments, it can be seen that the development of the robot industry is extremely hot. However, if China's robot industry wants to be sustainably developed, local governments and enterprises must calm down ...
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The recovery of the Yamaha robot at zero point
The zero point of the robot is the initial orientation of the robot operation model, and the zero point has been set for each robot when it leaves the factory. When the zero point is incorrect, the robot cannot move correctly, and the zero point needs to be calibrated from scratch.
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Characteristics of the type of spraying robot - Yamaha
1. Air-spraying robot
Air spraying robot is also known as low-pressure air spraying, spraying machine relies on low-pressure air to make the paint after spraying out of the muzzle to form an atomized air flow to act on the surface of the object (wall or wood surface), air spraying compared to the hand brush has no brush marks, and the plane is relatively uniform.
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Industrial robots deal with error programming methods
Anatomy of a Fault Routine 1
Let's start with a snippet of code:
*AA:
MOVE P,P101,Z=0.0
WAIT ARM
FOR I=1 TO 1000
MOVE P,P102,Z=0.0
WAIT ARM
DO2(0)=1
GOTO *TSA // Fault ...
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The difference between perception and cognition of Yamaha robots
With the rapid development of AI skills, the use of robots is becoming more and more extensive. A robot is a mechanical device that can complete a task from the master through computer algorithms or pre-programmed instructions. In different occupations and use cases, the perception and cognitive talents of robots are very important. That...
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How to Test a Servo Motor – Yamaha Robot
1. First of all, test the motor first, no circuit need to be connected, any two of the three wires of the motor are short-circuited together, and the motor shaft is rotated by hand, and it feels like there is resistance, then OK.
2. Connect the servo drive to the power supply according to the drawings (for example, if a voltage regulator is used, adjust it from 100V to 2 ...
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Android system to control whether industrial machines can be realized-Yamaha Robot
Because of the different functions and skills of various brands of products, industrial robots generally use their own brand control system, which has caused the complexity of the industrial robot control system. In this case, often a robotics skill person learns ...
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The basic type of medical robot – Yamaha
There are many varieties of medical robots, and according to their different uses, there are clinical medical robots, nursing robots, medical education robots and service robots for the disabled.
1. Hospital distribution robots: intelligent distribution robots are mainly responsible for delivering medicines and meals into the barrier area in the hospital.
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Introduction to the working principle of the reducer – Yamaha
1 The way the earth tosses and turns
A reducer is a device that drives an output shaft with a high-speed input, and it is usually designed as a large gear in a geometry with the same number of teeth as the number of input gears. The principle of movement of gears can be simply ...
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Application advantages of column robot palletizer
1. High operation efficiency
The column robot palletizer grabs 300-400 times per hour, and you can choose between single and double jaws with much higher speed and quality than manual labor.
2. High operation accuracy and large operating range.
The column robot palletizer occupies a small area, and the action ...
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Zero-based PLC programming steps for industrial robots - Yamaha
The scientific PLC programming steps are actually very simple, but most engineers often think that they are simple and ignore many details. Ignoring the details will inevitably lead to problems in the future. If you want to avoid future problems, you can only abide by the rules well.
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TAKE YOU TO KNOW YAMAHA ROBOTS
Yamaha is famous for its audio and motorcycles, and they have developed some of their own automated equipment in the production process, from active conveyor lines and handling organizations to providing professional motion control products for the market, and robots are just one category in between.
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The Yamaha robot controller 340 reported BYE and could not connect to the machine
How to repair the Yamaha robot controller 340 if the BYE cannot be connected to the machine?
Process:
(1) There is no LED indicator on any unit.
(2) Grounding problem protection tripping.
(3) Unable to load system software ...
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Yamaha robot application case
1. Finished product detection, touch screen evaluator
Functional testing of finished products.
Development of software evaluations.
Button PUSH quality check.
The S robotic arm is a professional product series with a length of 120mm to 1200mm, which can support a variety of systems.
Space-saving.
...
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Steps to disassemble a DC motor – Yamaha
(1) Remove the connecting wires in the motor junction box.
(2) Remove the bolts of the ventilation window on the end cover (rear end cover) of the commutator, open the ventilation window, take out the brush from the brush grip, and remove the connecting wire connected to the brush rod.
(3) Remove the bolts of the end cover of the commutator, the bolts of the bearing cover, and remove the shaft ...
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