JPH0354780U

JPH0354780U -

Info

Publication number: JPH0354780U
Application number: JP11114189U
Authority: JP
Priority date: 1989-09-22
Filing date: 1989-09-22
Publication date: 1991-05-27

Description

[Brief explanation of drawings]

第１図は台車を使用した場合の全体側面図、第
２図は第１図の平面図、第３図は対象篩とリニア
モーターの接続図同一平面にて水平、第４図は対
象篩とリニアモーターの接続図同一平面にて下向
きの傾斜角θ_１、第５図は対象篩とリニアモータ
ーの接続図同一平面にて上向きの傾斜角θ_２、第
６図は対象篩とリニアモーターの接続図折面接続
にて対象篩は上向きの傾斜角θ_３、リニアモータ
ーは下向きの傾斜角θ_４、第７図は対象篩とリニ
アモーターの接続図折面接続にて対象篩は水平、
リニアモーターは上向きの傾斜角θ_５、第８図は
切換装置を設備し除去装置を固定台の上に設置し
た図。図中、１……本考案の装置全体、２……上段篩
、２−１……上段篩の接続トラフ、２−２……シ
ユート、３……下段篩（対象篩）、４……リニア
モーター、４−１……リニアモーター終端の円弧
部分、５……振動装置、５−１……アンバランス
モーター、５−２……緩衝ばね、６……対象物回
収函、１０……台車、１０−１……台車駆動モー
ター、１０−２……車輪、１１……レール、１１
−１……ストツパー、１５……固定台、１６……
切換装置、２０……上流コンベア、２０−１……
ヘツドプーリー、２１……下流コンベア、２１−
１……テールプーリー、２１−２……下流コンベ
アベルト、３０……対象物の混入している輸送物
、３１……対象物の混入していない輸送物、３２
……対象物（ハンチングを付したもの）、Ａ−Ｂ
−Ｃ−Ｄ……台車枠の空間部、Ｌ……水平ライン
、θ_１〜θ_５……傾斜角、Ｐ_１……切換ダンパー
の位置……輸送物の流れ除去装置側へ、Ｐ_２……
切換ダンパーの位置……輸送物の流れ下流コンベ
ア側へ。 Figure 1 is an overall side view when using a trolley, Figure 2 is a plan view of Figure 1, Figure 3 is a connection diagram of the target sieve and linear motor, horizontally on the same plane, Figure 4 is the target sieve and Connection diagram of the linear motor; downward tilt angle θ ₁ on the same plane; Figure 5 is a connection diagram between the target sieve and linear motor; upward tilt angle θ ₂ on the same plane; Figure 6 is the connection between the target sieve and the linear motor When connecting the folding plane, the target sieve has an upward inclination angle θ ₃ , and the linear motor has a downward inclination angle θ ₄ . Figure 7 is a connection diagram of the target sieve and linear motor. When the folding plane is connected, the target sieve is horizontal.
The linear motor has an upward inclination angle θ ₅ , and FIG. 8 is a diagram in which a switching device is installed and the removal device is installed on a fixed table. In the figure, 1... Entire apparatus of the present invention, 2... Upper sieve, 2-1... Upper sieve connection trough, 2-2... Chute, 3... Lower sieve (target sieve), 4... Linear Motor, 4-1... Arc portion at the end of the linear motor, 5... Vibration device, 5-1... Unbalanced motor, 5-2... Buffer spring, 6... Object collection box, 10... Dolly, 10-1...Truck drive motor, 10-2...Wheel, 11...Rail, 11
-1...Stopper, 15...Fixed stand, 16...
Switching device, 20... Upstream conveyor, 20-1...
Head pulley, 21...Downstream conveyor, 21-
DESCRIPTION OF SYMBOLS 1...Tail pulley, 21-2...Downstream conveyor belt, 30...Transportation object containing an object, 31...Transportation object not containing an object, 32
...Object (with hunting), A-B
-C-D...Space of the truck frame, L...Horizontal line, _θ1 to _θ5 ...Inclination angle, _P1 ...Position of switching damper...Towards the transport material flow removal device, _P2 ... …
The position of the switching damper...the flow of the transported material towards the downstream conveyor side.

Claims

[Scope of Claim for Utility Model Registration] 1. In a facility where a conveyor transports continuously a powder mixture mixed with objects made of aluminum or copper (hereinafter referred to as objects). The direction of the upstream conveyor at which the transported object transfers from the upstream conveyor to the downstream conveyor is referred to as the front direction, and the direction of the downstream conveyor is referred to as the rear direction. Rails are laid on both sides of the downstream conveyor near this transfer point, and a trolley that straddles the downstream conveyor is placed on these rails. The cart is configured to be able to move over a certain range parallel to the downstream conveyor while straddling the downstream conveyor. A vibrating device is installed on this trolley, and a stator of a linear linear motor (hereinafter referred to as linear motor) connected to the sieve at the front and having an arcuate end portion is installed at the rear. There should be no step at the connection point between the two, but whether the top surfaces of both should form one plane or two planes with the connection line as a ridgeline, that is, a folded plane, will depend on the shape and properties of the transported object and the object. Select by. When the cart is moved forward, the tip of the sieve can enter the gap between the pulleys of the upstream and downstream conveyors, and when the cart is moved backwards, the material falling from the upstream conveyor can be moved back to a position where it does not land on the sieve. Make it. A device for removing objects made of aluminum or copper, characterized by having such a structure. 2.Instead of a trolley, a fixed platform will be installed across the downstream conveyor. A device exactly the same as the object removal device described in Section 1 is installed on this fixed table. Claims for registration of a utility model characterized in that a switching device is installed under the head pulley of an upstream conveyor so that the flow of transported materials can be directly directed onto the downstream conveyor or onto the sieve of the object removal device. 1st
Equipment for removing objects made of aluminum or copper as described in Section 1. 3. An object detector is installed on the upstream conveyor, and the detection signal from this detects the point of the sieve in the case of a trolley in accordance with the time when the transported object containing the object reaches the rear end pulley of the upstream conveyor. It enters between the pulleys of the conveyor, and in the case of a switching device, it is switched so that it falls onto the sieve, and after receiving the transported material on the sieve, in the case of a trolley, it is moved backward, and in the case of a switching device, the transported material is dropped onto the sieve. A device for removing objects made of aluminum or copper as claimed in claim 1, comprising a control device for restoring normal flow.