導入
Yinuo 自動格納式フィーダー positions the roll material on the feeder body and threads the liner through the feed path. The feed roller grips the liner and pulls the material forward to the peel point. The retractable blade moves into position at the peel point and separates the label from the liner. The blade then withdraws to allow the pickup nozzle to access the peeled label.
The feed roller continues to advance the liner after the label is removed. The next label moves into the peel point position during the placement cycle. The blade moves into the peel position again when the next feed command is received. The retract stroke is longer than the material width to ensure the blade clears the entire label area during withdrawal.
Yinuo Automatic Retractable Feeder detects the splice point on the liner using the label presence sensor. When a splice gap reaches the peel point the feeder adjusts the feed length to position the next label correctly. The feeder outputs an end of reel signal when the liner reaches the end of the roll. The reel is replaced and the liner is rethreaded through the feed path to resume operation.
Yinuo 自動格納式フィーダー
Integrating the Retractable Feeder into New Energy Electronics Manufacturing Systems
In new energy electronics manufacturing the retractable feeder positions labels, protective film, and conductive adhesive at the placement station of the assembly line. The feeder mounts upstream of the placement machine and feeds the material to the peel point. The retractable blade separates the label from the liner and withdraws to clear the pickup zone. The placement nozzle retrieves the label and places it onto the energy electronics module. The feeder then advances the next label into position.
The feeder handles copper foil and steel reinforcement plates that are used in battery modules and power electronics assemblies. The blade cartridge is replaced to match the material width when the production batch changes from one energy electronics product to another. The blade height is set to suit the material thickness. The feeder continues to operate while the placement machine completes the placement cycle. The feed timing is synchronized to the placement machine cycle time.
New energy electronics production often involves multiple product types on the same line. The feeder stores feed length, retract delay, and blade height for each product type in the recipe data. The operator selects the recipe when the product changeover occurs. The feeder loads the stored parameters and adjusts the feed behavior without manual reprogramming. The feeder outputs status signals to the line controller to indicate when the label is ready for pickup.
Label Tape
パラメータ
| アイテム | Parameter | アイテム | Parameter |
| 給餌方法 | まず部品を持ち上げ、その後剥がします。多段階の引き込みに対応しています。 | Operation Panel | 3.5インチTFTカラー画面、480×320ピクセル、静電容量式タッチスクリーン |
| Material Type | テープ・オン・リール | 供給速度 | 無段階速度制御、最大100mm/s |
| 電圧 | DC 24.0V | 待機電力 | < 20W |
| 現在 | 最大5.0A | Operating Temperature | -20°C ～ 65°C |
| 給餌精度 | ±0.2 | 動作湿度 | 20% ～ 90% RH、結露なし |
| 授乳姿勢の調整 | X方向：機械的限界値の調整；; Y方向：ソフトウェアによる調整；; Z方向：機械式調整 |
保管温度 | -40°C～85°C |
| 吸気圧力 | 0.40MPa～0.60MPa | 保管時の湿度 | 10% から 95% へ |
| 通信インターフェース | GPIOのNPN/PNPタイプ | 寿命 | 20,000時間以上（25°C） |
| ハードウェア通信 | GPIO 232、TCP/IP | 寸法 | 実際の製品仕様をご参照ください |
| 駆動方式 | モーター＋空圧 | 重さ | 実際の製品仕様をご参照ください |
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