В роботизированных технологических

В роботизированных технологических операциях, робот манипулирует инструментом для выполнения процесса на рабочей части. Примеры таких приложений включают точечную сварку, непрерывную дуговую сварку и окраску распылением. Точечной сваркой автомобильных кузовов является одним из наиболее распространенных применений у промышленных роботов. Робот точечной сварки в позиции отношении автомобильных панелей и рамок к ним присоединяется. Дуговая сварка представляет собой непрерывный процесс, в котором робот движется сварочной проволокой вдоль сварочного шва. Аэрография - это манипуляция закрашивания распылителем пистолета над поверхностью объекта с покрытием. Другие операции в данной категории относятся к шлифовке и полировке, в которых вращающийся шпиндель служит роботу инструментом.
Третья область применения промышленных роботов является сборка и осмотр. Использование роботов в сборке возрастет из-за высокой стоимости ручного труда. Но дизайн продукта является важным аспектом роботизированной сборки. Методы сборки, которые являются удовлетворительными для человека не всегда подходят для роботов. Винты и гайки широко используются для крепления в ручной сборке, но те же операции крайне трудны для однорукого робота.
Инспекция является еще одной областью заводских операций, в которых использование роботов растет. В типичной задаче контроля робота, позиция датчика относительно рабочей части определяет и является частью спецификации качества. В почти всех промышленных робототехнических систем, робот обеспечивает замену человеческого труда. Существуют определенные характеристики промышленных заданий, выполняемых человеком, что может быть сделано роботами:
1. операция является монотонной с участием тех же базовых движений каждого цикла работы,
2. операция опасных или неудобных для человека (например: точечная сварка, дуговая сварка, и некоторые машины погрузочно-разгрузочных операций),
3. заготовка или инструмент слишком тяжелый и с ним трудно справиться,
4. операция позволяет роботу быть использованым в двух или трех сменах.

Результаты (английский) 1:

In robotic technology operations, the robot manipulates the tool to perform the process on the working part. Examples of such applications include spot welding, arc welding and spray coloring. Spot-welding car bodies is one of the most common applications of industrial robots. Robot spot welding position against automobile panels and frames joined. Arc welding is a continuous process in which the robot moves the welding wire along the weld. Aerography is the manipulation of spray-painting gun above the surface of the coated object. Other operations in this category are for grinding and polishing, in which rotating spindle serves as the robot tool.The third area of application of industrial robots is assembling and inspection. The use of robots in the Assembly to rise due to the high cost of manual labor. But product design is an important aspect of robotized Assembly. Assembly methods, which are satisfactory for the person are not always suitable for robots. Screws and nuts are commonly used for fastening in manual Assembly, but the same operations extremely difficult for one-armed robot.Inspection is another area of factory operations using robots is growing. In a typical task control of robot, sensor position relative to the working section defines and is part of the quality specifications. In almost all industrial robotic systems, robot replaces human labor. There are certain characteristics of industrial jobs, operated by a person, that can be done by robots:1. operation is monotonous, involving the same basic movements of each work cycle,2. the operation of dangerous or uncomfortable for the person (for example: spot welding, arc welding, and some machines loading-unloading operations),3. workpiece or tool too heavy and difficult to handle,4. operation allows the robot to be capitalized upon in two or three shifts.

Результаты (английский) 2:

The robotic manufacturing operations, the robot manipulates the tool to perform a process on the working part. Examples of such applications include spot welding, continuous arc welding and spray-painting. Spot welding of car bodies is one of the most common applications in industrial robots. Robot spot welding in position against automobile panels and frames joins them. Arc welding is a continuous process in which the robot moves the welding wire along the weld seam. Airbrushing - a manipulation of spray-painting gun over the surface of the coated object. Other operations in this category relate to the grinding and polishing, in which the spindle is rotating the robot tool.
The third area is the use of industrial robots and assembly inspection. The use of robots in assembly to increase due to the high cost of manual labor. But the design of the product is an important aspect of the robot assembly. Assembly methods, which are favorable for the person are not always suitable for robots. Screws and nuts are widely used for attaching to manual assembly, but the same operations are extremely difficult for the one-armed robot.
Inspection is another area of factory operations, in which the use of robots increases. In a typical problem of robot control, position of the sensor relative to the working part determines a part of the quality specifications. In almost all industrial robotic systems, the robot provides a replacement of human labor. There are certain characteristics of industrial tasks performed by a person, which can be done by robots:
1. operation is monotonous with the same basic movements of each work cycle,
2. operation of hazardous or uncomfortable for the person (eg, spot welding, arc welding, and some car handling)
3. workpiece or tool is too heavy and it is difficult to handle,
4. operation allows the robot to be use in two or three shifts.

Результаты (английский) 3:

in the robot technology operations, robot manipulates the tool to implement process on the working part. examples of such applications include sting welding continuous дуговую welding and spray painting. spot welded car bodies is one of the most common applications in industrial robots. robot spot welding in position for automotive panels and frames to itself. arc welding is a process in which the robot moves the welding wire along the welding seam. aerography is manipulation закрашивания gun nozzle above the surface of the object to the surface. other operations in this category relate to grinding and polishing, in which the rotating spindle serves as the robot tool.the third area of industrial robots is assembled and inspected. the use of robots to assemble increase because of the high cost of manual labour. but the design of the product is an important aspect of the robotic assembly. assembly methods, which are satisfactory for the man is not always suitable for robots. the screws and nuts are widely used for the fastening of a building, but the operation is extremely difficult for a one armed robot.the inspectorate is another area of factory operations, in which the use of robots is increasing. in a typical task control robot, the position of the sensor relative to the working part defines and is part of the specification quality. in almost all industrial робототехнических systems, it offers to replace human labor. there are certain characteristics of the tasks carried out by man, what can be done by robots.1. the operation is a way of involving the same basic movements of each cycle.2. the operation of dangerous or inconvenient to humans (for example, point welding, arc welding, and some car loading and unloading)3. harvesting or tool is too heavy and it is difficult to cope with him.4. the operation allows the robot to be used in two or three shift.