The joints of a robotic arm are usually driven by electric motors. In most robots, the gripper is moved from one position to another, changing its orientation. A computer calculates the joint angles needed to move the gripper to the desired position, a process known as inverse kinematics.

Some multijointed arms are equipped with servo controllers, or feedback, controllers that receive data from a computer. Each joint of the arm has a device to measure its angle and send that data to the controller. If the actual angle of the arm is not equal to the angle calculated for the desired position, the servo controller moves the joint until the arm’s angle matches the computed angle. The drivers and associated computers must also process the data collected from cameras that locate objects to be grasped, or information from sensors located on the clamps that regulate the grasping force.

Any robot designed to move in an unstructured or unknown environment needs multiple sensors and controls (eg, ultrasonic or infrared sensors) to avoid obstacles. Robots such as NASA planetary vehicles require a large number of sensors and computers on board some very powerful to process the complex information that allows them to move. That is particularly true for robots designed to work in close proximity to humans, such as robots that assist persons with disabilities or serving meals at a hospital. Safety must be integral to the design of robots for human service.

Robot,

History
The concept of automated machines goes back to antiquity, with mechanical beings living myths. Automata, or machines like people, and clocks appeared in medieval churches and eighteenth-century watchmakers were famous for their clever mechanical creatures. Some of the first robots used feedback mechanisms to correct errors, mechanisms that are still used today. An example of feedback control is a drinker who uses a float to determine the water level. When the water falls below a certain level, float low, a valve opens and lets more water in the drinker. Going up the water, the float rises too, and at a certain height the valve is closed and cut off the water.

The first real feedback controller was the Watt regulator, invented in 1788 by the British engineer James Watt. This device consisted of two metal balls attached to the drive shaft of a steam engine and connected to a valve regulating the flow of steam. As we increased the speed of the steam engine, the balls are moving out of the shaft due to centrifugal force, thereby closing the valve. This caused a decline in the flow of steam to the engine and therefore speed.

The feedback control, the development of specialized tools and division of work into smaller tasks that might make workers or machines were essential ingredients in the factory automation in the eighteenth century. As technology improved, specialized machines were developed for tasks such as putting caps on bottles or pour liquid into molds for rubber tires. However, none of these machines have the versatility of the human arm and could not reach distant objects and place them in the desired position.

The development multijointed artificial arm, or manipulator, led to the modern robot. The American inventor George Devol developed in 1954 a primitive arm could be programmed to perform specific tasks. In 1975, American mechanical engineer Victor Scheinman, while studying at a University Stanford, California, developed a truly flexible multipurpose manipulator known as the Programmable Universal Manipulator Arm (PUMA, an acronym in English). The PUMA was able to move an object and place it in any desired orientation in a place that was within reach. The basic concept multijointed PUMA is the basis of most current robots.

1.   A robot may not injure a human being or, through inaction, allow a human being suffers harm.

2. A robot must obey orders given to it by human beings except where such orders are in conflict with the First Law

3. A robot must protect its own existence, so long as such protection does not conflict with the First or Second Law

Other robots used in security cameras in important buildings they work with a remote control that manages the camera and mober hasi bicivilidad have some good work by blodthoot technology that uses wave infra red connectivity.

Import-driven integration platform
Automation and diagnostic
Integration barriers and safety devices
System control and operation panel
5 kinds of optional traffic features
Highly variable chassis platform of the robot
Optional base structure
Etc.

Unique

Six-axis - simultaneous movements in six degrees of freedom, the experience of driving a new experience
Action with the theme of programming
According to the different needs of customers, from the intense轻缓, there are rich and varied program of action, speed and traffic characteristics
By the practice of industrial robot technology to ensure safe and reliable
Suitable for water sports entertainment
Electrification of the whole - no compressed air
Etc.

China Banking Regulatory Commission on the commercial banks to improve and strengthen financial services to high-tech enterprises guidance

The Banking Council, the policy banks, state-owned commercial banks, joint-stock commercial banks, financial asset management companies, the State Post Bureau Post, the China Banking Regulatory Commission the direct supervision of the trust companies, finance companies, finance leasing companies:

For the implementation of “national scientific and technological development and long-term planning framework (2006-2020)” a number of supporting policies, support and incentives to create the financial environment of independent innovation, to guide commercial banks to improve and strengthen financial services to high-tech enterprises, the Chinese Banking in accordance with relevant state laws and regulations, the following guidance.

The first article in this article referred to as commercial banks, including state-owned commercial banks, joint-stock commercial banks, urban commercial banks, rural commercial banks, rural cooperative banks and rural credit cooperatives. In addition to policy banks, other financial institutions in the banking sector may be the light of the implementation.

Referred to in this article refers to the high-tech enterprises and the provincial Ministry of Science and Technology, autonomous regions and municipalities, the city plans to separate science and technology administrative department under the “National Hi-Tech Industrial Development Zone, high-tech enterprises that the conditions and methods” (National Science angry words 〔2000〕 No. 324), “National Hi-Tech Industrial Development Zone, outside the high-tech enterprises that the conditions and methods” (National Science angry words 1996No. 018) and “on the National Hi-Tech Industrial Development Zone, outside the high-tech enterprises related to the implementation of the provisions of that notice “(National Science2000 fire 120) finds that business.

The second commercial bank to establish a sense of financial services technology, should be followed manage their own business, at his own risk and the principle of operation of the market, and promote independent innovation capacity and science and technology industries, high-tech enterprises to achieve the financial services business can be sustainable development.

The third commercial bank shall, in accordance with the characteristics of financial needs of high-tech enterprises, improve business processes, internal control and risk management to improve and strengthen services for high-tech enterprises.

Article IV should be the focus of commercial banks to strengthen and improve the following services to high-tech enterprises, according to the national industrial policy and investment policy and actively support the granting of credit:

(A) commitment to “national scientific and technological development and long-term planning framework (2006-2020)” identified “priority areas and priority themes,” “major projects” and “cutting-edge technology,” the development of enterprises;

(B) the right shoulder there is approval by the state of the national and provincial high-tech project projects with independent intellectual property rights, is expected to form a new industry of high-tech achievement transformation projects and the commercialization and industrialization of scientific and technological achievements of the more mature business ;

(C) are the electronic and information (especially the software and integrated circuit), modern agriculture (in particular, the industrialization of agricultural science and technology scientific research institutes and agricultural technology promotion project), bioengineering and new medicine, new materials and applications, advanced manufacturing, aerospace, new energy and highly efficient energy-saving, environmental protection, marine engineering, nuclear applied technology and other high-tech content, high value-added, high-growth industries;

(D) product technology at the leading domestic level, have good prospects for domestic and foreign markets, market more competitive, economic and social benefits of good credit and good corporate;

(E) in line with the national industrial policy, science and technology with a high level, innovative, and growth is good, with good prospects for industrial development of science and technology small business. In particular the National Hi-Tech Industrial Development Zone, or in high-tech development zone but above the provincial level outside the administration that science and technology, and engaging in new technologies, new technology research, development, technology-based small business application.

Article V credit to be provided by commercial banks of high-tech enterprises should also meet the following conditions:

(A) comply with relevant state laws and regulations, formulation of industrial policies and national planning and the key industries of “national scientific and technological development and long-term planning framework (2006-2020)” and other related requirements;

(B) approved by the state of the project, its capital, land use standards, environmental protection, energy consumption and production in line with the relevant safety requirements;

(C) intellectual property rights vested in clear, non-major enterprise of intellectual property disputes;

(D) clear property rights, the establishment of good corporate governance structure, norms of internal management systems and sound financial management system, management has a strong marketing ability and higher level management and continuous innovation awareness has a strong solvency and business ability to resist risks;

(E) commercial banks in line with the existing credit system, the internal control and risk management requirements and that commercial banks should meet the other conditions.

Article VI of the commercial banks should carry out the necessary high-tech enterprises market segments, for different industries and different stages of development characterized by high-tech enterprises, and actively carry out the system of innovation and product innovation, the development of high-tech enterprises in line with the demand for financial products and business processes, providing credit, clearing, settlement, bank cards, cash management, financial advisers and other services.

Article VII of the commercial banks should be effective and repayment capacity of independent innovation exports loans required the principle of priority in accordance with the credit arrangements, the focus of support for the good credit of independent innovation products export enterprises must be approved by the credit limits in the credit limits on the basis of credit, settlement management requirements and the timely provision of a wide range of financial services.

Article VIII of the commercial banks and high-tech small businesses should be to establish a stable relationship between the Bank, to improve scientific and technological innovation for small businesses in financial services, strong innovation capability to be supported. Should be in accordance with the China Banking Regulatory Commission “to carry out small business bank loan business guidance” (Banking made 2005 54) science and technology to strengthen credit support to small businesses.

Article IX of commercial banks shall, in accordance with the demand for high-tech corporate finance and cash flow characteristics, set a reasonable repayment terms and the way credit can be taken in phases fixed, Lei With the clear need for additional flexibility in the grace period (interest-only period not principal repayments) and other means of repayment.

Article X of commercial bank credit to the high-tech enterprises should be explored and various forms of security, such as a pledge of export tax rebates, stock pledge, pledge of shares, the policy pledge, bond pledge, pledge of warehouse receipts and other rights and interests of arrival ( quality) and other charges. Their own intellectual property rights and the right by the State Department assessment of the high-tech enterprises, intellectual property rights can also pilot loans. In addition to the assets of arrival, pledge, but also a security should be strengthened and professional bodies, professional bodies of the third-party security guarantees.

Small business credit for science and technology can be provided by the borrower in line with the provisions of the enterprise assets, owners or major shareholders, as well as personal property pledged to guarantee security arrived to take mortgage, pledge, guarantee the security of the portfolio approach to meet their loan requirements.

Article XI of commercial banks should take the initiative to enhance communication with government departments, timely access to relevant information. Discount on access to state finance, science and technology small business technology innovation fund to support professional or government-funded enterprises guarantee institutions guarantee, credit support should be.

Article XII of the commercial banks should correctly grasp the high-tech enterprises and the growth of the life cycle of the characteristics of enterprise technology in accordance with the degree of maturity and are in production, market-oriented phase and stage of business growth and risk characteristics of the financial needs of the situation, timely adjustment of operating strategy, access and exit criteria and credit structure.

Article XIII of the commercial banks should be in accordance with the China Banking Regulatory Commission, “the work of commercial bank credit due diligence guidelines for” (Banking made 2004 51) and “commercial bank small business credit the work of due diligence guidelines (for trial implementation)” (Banking made 2006 69 No.) the requirements of high-tech enterprises to strengthen credit management.

Article XIV of the commercial banks should improve the identification, evaluation of high technology and independent intellectual property rights and its development direction and the ability of market prospects and, if necessary, outside experts can be introduced to the assessment mechanism, according to the needs of commissioned experts in related fields of technology, products, markets and laws, policies such as the investigation and assessment.

Article XV of the high-tech enterprise of commercial banks to provide credit support to the risk of the loans should be the introduction of pricing mechanisms and policies in the laws and regulations permit, in accordance with the level of risk, financing costs, management costs, loan target earnings, return on capital requirements and the local market level of interest rates and other factors to determine their own lending rates, for different conditions of the borrower interest rate differential.

Article XVI of commercial banks should strengthen the banking sector and other financial institutions on the financing needs of large high-tech projects, through syndicated loans and other organizations to achieve benefit-sharing, risk sharing.

Article XVII of commercial banks should implement an effective credit management, concerned about the high-tech development trends, to detect high-tech enterprises by the potential credit risk and the risk of early-warning prompt. Ability to impact the performance of major customers matter, in time to take the necessary measures and, where appropriate, decide whether or not to adjust the credit.

Article XVIII commercial banks should strengthen their risk of high-tech enterprise loan classification management, and in accordance with the “bad loans of financial business management reserve” (Finance 200549) full provision to prepare and enhance the ability to resist risks, to make up for loan losses.

This article will be requested to be forwarded to the Commissioner of Banking jurisdiction of the Banking Branch, urban commercial banks, urban credit cooperatives, rural commercial banks, rural cooperative banks and rural credit cooperatives.

According to the briefing, September 2, 2003 National “Golden Shield Project” started. At present, the public security information technology used in the work of the police played an important role. In the fight against crime, the January to September this year, China’s public security authorities have arrested online wanted suspects at large 171,514 people, with a daily average of the suspects arrested more than 600 people. Population management, in 2004 the population at all levels throughout the information management system for the public security organs to provide a total of 30.08 million trips inquiries, government departments at all levels of population 8,070,000 views inquiries, inquiries for the masses to provide 10.29 million passengers, from 330,000 to help solve the case through the system at large than of criminal suspects arrested 2.5 million people. On traffic management, in March this year to July, the road traffic police on duty on cars seized by robbery 4519, and seized 334,000 vehicles无牌无证, misappropriation of 23,000 motor vehicle number plate, false false mobile license 18,000 vehicles. In the entry and exit management, January to October this year, 2.5 million have been for the entry and exit procedures for all kinds of more than 10,000 documents in 2000 (cases), not only strict immigration management, increased efficiency, and greatly enhanced ability to service the masses.

It is understood that currently, China’s public security information and communication backbone was basically completed, and the grass-roots level of the team building the rapid development of access networks for the conduct of public security information technology provide a highly efficient and reliable delivery platform. Public security organs across the number of networked computer equipment, the rapid growth of the grass-roots level with the use of the basic police information network applications. Public security information technology security system has initially taken shape, the public security network and information security can be improved. Operation and management of information agencies of the initial sound, operation management and service support capability was further enhanced.

Can be easily integrated into the more advanced control system structure
Axis up, the e-axis, Master-Slave Connector is to integrate all components of the product
Free to choose the scene bus
Control signal from logic controller SoftPLC software platform for the middle class have been sent to a OPC server
SoftPLC through integrated controllers, personal computers kuka control system can control the entire manufacturing cell
Integrated security features such as anti-collision (Anti-Collision) increased equipment utilization
Remote diagnostics via the Internet to improve equipment utilization
Computer docking Offic: off-line programming and data analysis is no longer a problem
Function can be expanded at any time
Single-handedly the best of systems integration
Integration of disk drives and CD ROM drive

Laser Cutting Technology: KUKA.LaserCut installed, you can use to provide additional commands. These commands support the use of laser programmer function to program the robot program. Be supported are: the laser switching orders, distance sensors, control, pressure settings, as well as programming a simple geometry.
KUKA.LaserWeld

Is a KUKA.LaserWeld kuka robot for laser welding of the modular structure of operations, time-saving and user-friendly programming support package. You can use the Intranet to facilitate the operation and parameters of the form table, so that the input parameters, settings, and change can be easily completed. In addition to the application of laser welding functions, KUKA.LaserWeld also provided a separate configuration program to generate and support a variety of application modules. Laser welding system will be integrated into the robot kuka KR C2 control system, the convenience of all the important functions of the programming.
KUKA.GlueTech

KUKA.GlueTech Feature Pack is used to control a variety of adhesion control system. According to the application of the bonding of different control systems, prepared to choose ready-made features such as a simple adhesive guns turned on or off, check the amount of coating of adhesive, etc.. In order to enable simple, these functions will be the form of dialogue for the use of programmers. Configuration tools to support rapid access to production equipment. For example, the tool provides the necessary input / output configuration, or stick joints form a specific input parameters.
KUKA.ArcTech

KUKA.ArcTech is a function of welding technology package, is used to control by the control of its power program. The Feature Pack is designed for cooperation in the operation of the robot designed, which allows a maximum of 3 robots communicate with each other while working. The Feature Pack is easy to operate with remarkable characteristics: configuration tool makes a very simple set up. Large number of teaching to facilitate the operation and simulation models, and include information on the causes, including those with the matter in detail because the relevant information, will support the safe operation and co-operation (Shared Pendant). The Feature Pack and all of its features easy-to-use applications are also available for single customers.
KUKA.PalletTech

Applied to the program from a shortcut. The wisdom of stacking pallets and KUKA.PalletTech ® software robot kuka KR C2 control system to ensure that your application can be implemented quickly and efficiently. As a second generation of personal computer control system of the robot, the software provides customers with more freedom and more functions. It can be used to control the entire production line can be integrated through a bus at the scene to a higher level control system structure. In addition, the software also provides connectivity to all common interface for connecting clip, visual equipment as well as the induction system. Can be easily programmed through the Windows user interface and new software “Icon Editor” to carry out, which allows users to intuitive programming and operation symbols.