【発明の詳細な説明】
従来、小物部品の鍍金又は洗浄に際して、小物部品は籠
又はバーレル等の中に入れ揺動、振動又は回転等を与え
て小物部品に処理液が一様に接触し、順次処理を行って
居るのに対し、本発明は
3−1 バイブレーション・トラフ円筒型(1図)又は
、直411フ(1図)に小物部品を入れ振動(振動方向
は1図の■)により(部品の運動径路はH図の■)連続
的に送り出す装置を利用1〜、其のトラフ内に処理液を
流す事及び小物部品の液中振動に依り、接液状態を完全
に行う事が出来る事を特長とした表面処理方式である。DETAILED DESCRIPTION OF THE INVENTION Conventionally, when plating or cleaning small parts, the small parts are placed in a basket or barrel and subjected to rocking, vibration, rotation, etc. so that the processing liquid comes into uniform contact with the small parts. In contrast to the sequential processing, in the present invention, small parts are placed in a 3-1 vibration trough cylindrical type (Fig. 1) or a straight 411 pipe (Fig. 1) and are vibrated (vibration direction is indicated by ■ in Fig. 1). (The movement path of the parts is ■ in Figure H) Using a continuous feeding device 1~, by flowing the processing liquid into the trough and by causing the small parts to vibrate in the liquid, complete contact with the liquid can be achieved. This is a surface treatment method that is characterized by the following features:
3−2 次に処理液より脱した小物部品は、残余のトラ
フ中で振動を継続して液切りを行うので、従来の処理法
に比して次工程への液の持ち込みが少ない。3-2 Next, the small parts removed from the processing liquid are continuously vibrated in the remaining trough to drain the liquid, so less liquid is brought into the next process compared to conventional processing methods.
3−3 バイブレーション・トラフは電流の調節、回路
の切換え及び戻しバネの傾度の変更等により小物部品を
上昇、下降、反転等の連続調整が簡単に出来るので、小
物部品に合せて最良の条件で表面処理が出来る。3-3 The vibration trough can easily make continuous adjustments such as raising, lowering, and reversing small parts by adjusting the current, switching the circuit, and changing the slope of the return spring, so it can be adjusted under the best conditions according to the small parts. Surface treatment is possible.
【図面の簡単な説明】[Brief explanation of the drawing]
第(1図)は円筒型トラフの縦断面図。
第(1図)は直線型トラフの縦断面図。
投入口4から投入された小物部品6は、バイブレータ・
トラフ2中を上昇して行き出口3から排出される。
処理液は圧入ロアから流入してトラフ中を流下し、一旦
容器1中に溜り、オーバフロー穴5より外部に出る。注
入ロアより上部のトラフは振動液切りに役立つ。
8は加振機である。
第(1図)中の■は小物部品の運動径路、■は加振方向
を示す。
手 続 補 正 書
昭和58年6り嘗日
特許庁長官殿
1 事件の表示 昭和58年特許願第018166号
2 発明の名称 小物部品連続表面処理装置3 補正
をする者 特 許 出 願 人4 補正命令の日刊
昭和58年5 月11 日5 補正の対へ1 明細書及
び図面の省号(別紙の通り)
明 細 省
1、発明の名称
小物部品連続表面処理装置
2、特許請求の範囲
本発明は、パイブレー7ヨン・フィーダ装置により小物
部品を搬送する道中フィーダ・トラフ内に表面処理液を
流し、鍍金又は洗浄等を行うものである。
3、発明の詳細な説明
従来、小物部品の鍍金又は洗浄に際して、小物部品は籠
又はバーレル等の中に入れ揺動、振動又は回転等を与え
て小物部品に処理液が一様に接触し、順次処理を行って
居るのに対し、本発明は
3−1 パイブレー7ヨン・トラフ円筒型(1図)又は
、直線型トラフ(2図)に小物部品を入れ振動(振動方
向は2図の■)により(部品の運動径路は2図の■)連
続的に送り出す装置を利用し、其のトラフ内に処理液を
流す事及び小物部品の液中振動に依り、接液状態を完全
に行う事が出来る事を特長とした表面処理方式である。
3−2 次に処理液よシ脱した小物部品は、残余のトラ
フ中で振動を継続して液切りを行うので、従来の処理法
に比して次工程への液の持ち込みが少ない。
3−3 バイブレーション・トラフは電流の調節、回路
の切換え及び戻しバネの傾度の変更等により小物部品を
上昇、下降、反転等の連続調整が簡単に出来るので、小
物部品に合せて最良の条件で表面処理が出来る。
4、図面の簡単な説明
第(1図)は円筒型トラフの縦断面図。
第(2図)は直線型トラフの縦断面図。
投入口4から投入された小物部品6は、パイブレーク・
トラフ2中を上昇して行き出口3から排出される。
処理液は注入ロアから流入してトラフ中を流下し、一旦
容器1中に溜り、オーバフロー穴5より外部に出る。注
入ロアより上部のトラフは振動液切りに役立つ。
8は加振機である。
第(2図)中の■は小物部品の運動径路、■は加振方向
を示す。
AFIG. 1 is a longitudinal sectional view of a cylindrical trough. Figure 1 is a longitudinal cross-sectional view of a straight trough. The small parts 6 inputted from the input port 4 are placed in a vibrator/
It rises in the trough 2 and is discharged from the outlet 3. The processing liquid flows in from the press-fitting lower, flows down in the trough, temporarily accumulates in the container 1, and exits from the overflow hole 5. The trough above the injection lower is useful for vibrating liquid drainage. 8 is a vibrator. In FIG. 1, ■ indicates the motion path of the small parts, and ■ indicates the direction of vibration. Procedures Amendment Written by the Commissioner of the Patent Office on June 1, 1982 1 Indication of the case Patent Application No. 018166 of 1981 2 Title of the invention Continuous surface treatment device for small parts 3 Person making the amendment Patent applicant 4 Amendment daily command
May 11, 1988 5 Amendment pair 1 Ministry name of the specification and drawings (as attached) Description Ministry 1, Name of the invention Small parts continuous surface treatment device 2, Claims The present invention A surface treatment liquid is flowed into a feeder trough in which small parts are transported by a 7-yon feeder device to perform plating, cleaning, etc. 3. Detailed Description of the Invention Conventionally, when plating or cleaning small parts, the small parts are placed in a basket or barrel and subjected to rocking, vibration, rotation, etc. so that the processing liquid comes into uniform contact with the small parts. In contrast to the sequential processing, in the present invention, small parts are placed in a cylindrical pipe trough (Fig. 1) or a linear trough (Fig. 2) and vibrated (the vibration direction is ) (The movement path of the parts is ■ in Figure 2) A continuous feeding device is used to flow the processing liquid into the trough, and by vibration of small parts in the liquid, complete contact with the liquid is achieved. This is a surface treatment method that is characterized by the ability to 3-2 Next, the small parts removed from the processing liquid are continuously vibrated in the remaining trough to drain the liquid, so less liquid is brought into the next process compared to conventional processing methods. 3-3 The vibration trough can easily make continuous adjustments such as raising, lowering, and reversing small parts by adjusting the current, switching the circuit, and changing the slope of the return spring, so it can be adjusted under the best conditions according to the small parts. Surface treatment is possible. 4. Brief description of the drawings Figure 1 is a longitudinal sectional view of a cylindrical trough. Figure 2 is a longitudinal sectional view of a straight trough. The small parts 6 inputted from the input port 4 are transferred to the pie break
It rises in the trough 2 and is discharged from the outlet 3. The processing liquid flows in from the injection lower, flows down in the trough, once accumulates in the container 1, and exits from the overflow hole 5. The trough above the injection lower is useful for vibrating liquid drainage. 8 is a vibrator. In Fig. 2, ■ indicates the motion path of the small parts, and ■ indicates the direction of vibration. A