中文名

目錄

1. 1個優點

2. 2用途

3. 3技術特點

4. 4相關信息

5. 5發展趨勢

優點

編輯

點焊機器人由機器人主體，計算機控制系統，示教盒和點焊焊接系統組成。為了適應靈活運動的要求，焊接機器人通常使用鉸接式工業機器人的基本設計，該機器人通常具有六個自由度：腰部旋轉，手臂旋轉，手臂旋轉，腕部旋轉，腕部擺動和腕部扭轉。驅動方式有兩種：液壓驅動和電動驅動。其中，電驅動器具有易于維護，能耗低，速度快，精度高，安全性好等優點，因此得到了廣泛的應用。點焊機器人根據教學過程中指定的動作，順序和參數執行點焊操作。該過程是完全自動化的，并且具有與外部設備進行通信的界面。該接口可用于接受上級主控制和管理計算機。控制命令起作用。

應用

編輯

點焊機器人使用最廣泛的領域應該屬于車身裝配車間。 （見右圖）

點焊機器人加工車身外殼（來源：KUKA）

技術特征

編輯

（1）技術綜合能力強。工業機器人和自動化技術集成和集成了多個學科，涉及多個技術領域，包括工業機器人控制技術，機器人動力學和仿真，機器人結構有限元分析，激光加工技術模塊化編程，智能測量，建模和先進制造技術，例如加工集成，工廠自動化和精細物流在技術上非常全面。

（2）廣泛的應用領域工業機器人和自動化設備是生產過程中的關鍵設備，可對于制造，安裝，測試，物流等生產環節，并廣泛應對于整車，汽車零部件，工程機械等。 ，軌道交通低壓電器，電力，集成電路設備，軍工，煙草，金融，醫藥，冶金，印刷出版等許多行業都有廣泛的應用。

（3）先進技術機器人集成了先進的制造技術，例如精度，靈活性，智能性和軟件應用程序開發。通過對過程的檢測，控制，優化，調度，管理和決策，增加產量，提高質量并降低成本。成本，減少資源消耗和環境污染是工業自動化的最高體現。

 （4）技術升級工業機器人和自動化設備具備精加工，精加工和靈活生產等技術特征。它們是新一代的生產工具，可擴展動力機器和計算機之后人們的身體和智力。數字化，自動化，聯網和智能化的重要手段。 [1]

相關信息

編輯

點焊機器人的操作步驟

1.確保水和電完好無損，并釋放安全門和光柵的警報。

 2.當機器人處于手動狀態時，將機器人光標移至警報欄，然后按All確認已啟用焊接功能（示教盒屏幕左下角的藍色按鈕不在十字形內）。州）。

 3.在機器人示教盒上選擇輸入/輸出接口，檢查是否重置了機器人的工作信號和工作完成信號，如果沒有重置，請進行重置；然后將機器人示教盒上的狀態選擇開關轉到自動位置。示教器上的程序指針將指向CELL主程序。 （如果示教盒上的程序指針未指向CELL主程序，則需要將機器人示教盒上的狀態選擇開關轉到手動文件，然后在R1文件夾Cell程序中將其選中（按Enter選擇）），然后將機器人示教盒上的狀態選擇開關切換到自動檔}，機器人將切換到自動操作狀態。

4.按下主控制臺上的警報重置按鈕，然后將手動/維護/自動選擇開關設置為自動位置。

5.確認示教盒上的程序指針是否指向CELL主程序。

6.開啟伺服電源：同時按下操作箱上的伺服電源按鈕，開啟定位器的伺服電源，相應的綠色伺服電源燈亮，并確保報警器紅燈亮重置并關閉。如果沒有，請按幾次此重置按鈕。然后按下啟動按鈕（2s），同時相應的指示燈亮起，工作站將進入自動運行狀態。

簡單的問題處理

1.如果機器人由于任何原因停止，請同時手動按下機器人和操作框，然后按一次或兩次按操作框上的警報復位，然后將機器人光標移至報警欄，然后按全部確認重置警報，然后自動單擊示教器，然后重復上述步驟6。

2.如果電極頭掉落，則在其他機器人完成工作后，將示教盒和手術臺切換為手動T1模式。如果安裝方便，請按按鈕并重新啟動機器人。重置警報，將機器人光標移至警報欄，然后按全部進行確認，重置警報，然后將示教盒設置為自動，然后重復上述步驟6）；如果安裝不方便，則需要將機器人移動到“位置”（不要撞到任何東西），更換后，將機器人移動到“停止”位置之前的位置（將機器人移動到靠近該位置的位置），然后選擇該點到該點，并按住進行檢查，直到機器人自動停止并確保在此過程中不會碰撞為止，只需重新啟動即可。

發展趨勢

編輯

點焊機器人的首次大規模使用將出現在發達地區。隨著產業轉移的進行，發達地區的制造業需要升級。基于增加工人成本的現實，點焊機器人的應用已成為最佳選擇。未來，中國點焊機器人的大規模應用將集中在廣東，江蘇，上海，北京等地，其點焊機器人將占全國的一半以上。點焊機器人市場的增長及其巨大的市場潛力吸引了世界著名機器人制造商的關注。目前，從中國進口的點焊機器人主要來自日本，但是隨著諸如“機器人”之類具有自有知識產權的公司的不斷涌現，中國將越來越多地生產點焊機器人。 

英文版：

Spot welding robot
Spot welding robot (spot welding robot) is an industrial robot for automatic spot welding operations. The world's first spot welding machine started in 1965. It is a Unimate robot launched by Unimation in the United States. In 1987, China developed the first spot welding robot Huayu I spot welding robot.

Chinese name

Spot welding robot

Foreign name

(Spot welding robot)

for

Automatic welding industrial robot

composition

Robot main body, computer control system

character of

spot welding

Spot welding robot

table of Contents

1 advantage

2 uses

3 Technical characteristics

4 related information

5 Development Trend



advantage

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The spot welding robot is composed of a robot body, a computer control system, a teaching box and a spot welding welding system. In order to adapt to the requirements of flexible movement, welding robots usually use the basic design of articulated industrial robots, which usually have six degrees of freedom: waist rotation, arm rotation, arm rotation, wrist rotation, wrist swing and wrist twist. There are two drive modes: hydraulic drive and electric drive. Among them, the electric drive has the advantages of easy maintenance, low energy consumption, fast speed, high precision, good safety and so on, so it has been widely used. The spot welding robot performs the spot welding operation according to the actions, sequences and parameters specified in the teaching process. The process is fully automated and has an interface to communicate with external devices. This interface can be used to accept superior master control and management computers. Control commands work.



application

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The most widely used field of spot welding robots should belong to the body assembly workshop. (See picture on the right)


Spot welding robot processing body shell (Source: KUKA)



Technical characteristics

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(1) Strong technical comprehensive ability. Industrial robots and automation technology integrate and integrate multiple disciplines and involve multiple technical fields, including industrial robot control technology, robot dynamics and simulation, finite element analysis of robot structure, laser processing technology modular programming, intelligent measurement, modeling and Advanced manufacturing technologies, such as processing integration, factory automation and fine logistics are very comprehensive in technology.

(2) Wide application fields Industrial robots and automation equipment are the key equipment in the production process, which can be used for manufacturing, installation, testing, logistics and other production links, and should be widely used for vehicles, auto parts, and construction machinery. , Rail transit low-voltage electrical appliances, electricity, integrated circuit equipment, military industry, tobacco, finance, medicine, metallurgy, printing and publishing and many other industries have a wide range of applications.

(3) Advanced technology robot integrates advanced manufacturing technology, such as precision, flexibility, intelligence and software application development. Through the detection, control, optimization, scheduling, management and decision-making of the process, increase production, improve quality and reduce costs. Cost, reducing resource consumption and environmental pollution are the highest manifestations of industrial automation.

(4) Technical upgrade Industrial robots and automation equipment possess technical characteristics such as finishing, finishing and flexible production. They are a new generation of production tools that can expand people's bodies and intelligence behind power machines and computers. An important means of digitization, automation, networking and intelligence. [1]



Related Information

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Operation steps of spot welding robot



1. Make sure the water and electricity are intact and release the alarms of the safety gate and light grid.

2. When the robot is in the manual state, move the robot cursor to the alarm bar, and then press All to confirm that the welding function is enabled (the blue button in the lower left corner of the teaching box screen is not inside the cross). State).

3. Select the input / output interface on the robot teaching box, check whether the working signal and work completion signal of the robot are reset, if not reset, please reset; then turn the state selection switch on the robot teaching box To the automatic position. The program pointer on the teach pendant will point to the CELL main program. (If the program pointer on the teaching box does not point to the CELL main program, you need to turn the status selection switch on the robot teaching box to the manual file, and then select it in the Cell program in the R1 folder (press Enter to select)), Then switch the state selection switch on the robot teaching box to automatic mode}, and the robot will switch to the automatic operation state.

4. Press the alarm reset button on the main console, and then set the manual / maintenance / automatic selection switch to the automatic position.

5. Confirm whether the program pointer on the teaching box points to the CELL main program.

6. Turn on the servo power: simultaneously press the servo power button on the operation box to turn on the servo power of the positioner, the corresponding green servo power light is on, and make sure that the red light of the alarm is reset and turned off. If not, please press this reset button several times. Then press the start button (2s) and the corresponding indicator lights up, the workstation will enter the automatic operation state.

Simple problem handling

1. If the robot stops for any reason, please manually press the robot and the operation frame at the same time, then press the alarm reset on the operation frame once or twice, then move the robot cursor to the alarm bar, and then press all to confirm the reset alarm, Then click the Teach Pendant automatically and repeat step 6 above.

2. If the electrode head is dropped, after other robots complete the work, switch the teaching box and operating table to manual T1 mode. If the installation is convenient, press the button and restart the robot. Reset the alarm, move the robot cursor to the alarm bar, then press all to confirm, reset the alarm, then set the teaching box to automatic, and then repeat the above step 6); if the installation is not convenient, you need to move the robot to " "Position" (do not hit anything), after replacement, move the robot to the position before the "stop" position (move the robot to a position close to the position), then select the point to the point, and press and hold to check, Until the robot automatically stops and ensures that it will not collide during this process, just restart it.



development trend

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The first large-scale use of spot welding robots will appear in developed regions. As the industrial transfer proceeds, the manufacturing industry in developed regions needs to be upgraded. Based on the reality of increasing worker costs, the application of spot welding robots has become the best choice. In the future, large-scale application of spot welding robots in China will be concentrated in Guangdong, Jiangsu, Shanghai, Beijing and other places, and its spot welding robots will account for more than half of the country. The growth of the spot welding robot market and its huge market potential have attracted the attention of world-renowned robot manufacturers. At present, spot welding robots imported from China are mainly from Japan, but as companies such as "robots" with their own intellectual property continue to emerge, China will increasingly produce spot welding robots. [2]