TH66731B - Metal bar feeder series - Google Patents

Abstract

DC60 (25/05/54) metal strip feeder series Where it includes Drawn block to be displaced Can draw back By way of driving the compression set When metal strips are sent Where there is a through hole arranged in it in the specified direction, the immobilizer block is placed over the tug block back and forth, and is connected to the The connecting piece that pushes it in the direction of motion of the towing block, the axial block that moves with the carrier block. And will have a transmission axis Where its front end is inserted through the through hole and the upper-lower cam part. That serves to raise and lower the axial block The immobilizer block will not Pulled by the tow block back and forth And the feeder unit will be assembled further. The transport path of the immobilizer block is used to move the immobilizer block back and forth. Separate from the movement of the draw block back and forth:

Claims (3)

Disclaimer (all) which will not appear on the advertisement page. : ------ 25/12/2017 ------ (OCR) Page 1 of 3 pages Disclaimer 1. A set of feeders for delivering metal strips in places where many through holes are made in Prescribed direction, the feeder unit is additionally included: a positioning plate with a top surface, where on this top surface is the rest of the metal strip. And there is a groove running in the direction of feeding the metal strip and through the positioning plate to connect the surface Above and the lower face of the positioning plate, the stroke block is placed under the positioning plate. And was moved in a drawn way Get the direction of sending metal strips And the opposite direction to the feed direction parallel to the positioning plate by the drive trajectory, the shaft positioned above the stroke block back and forth And was anchored between a pair of parts. With opposite fixings near both ends of the block, draw back and forth perpendicular to the direction Of the convulsion movement back and forth; Immobilizer block Whose axle shaft passes through it, that can move with a tow block back and forth; The axial block is positioned so that it can be moved simultaneously with the immobilizer block and Can move up and down towards the positioning plate. And on it, a feeder, at its fore end, is inserted into the through hole of the metal strip resting on the positioning plate; And the upper-lower cam part It consists of the upper cam part fixed to the axle block and the lower cam section resting on the moving block as opposed to the upper cam section where the upper - lower cam segments. It can be activated when the tow block moves in the direction of feeding the metal bar to lift the spindle block towards the positioning plate. To make the front end of the axis Feed, slide the body into the groove of the positioning plate. And was inserted into the through hole of the metal strip It rests on a positioning pad, where the cam can move the reciprocating motion block separately from the Move the tow block of the draw block back and forth. And will work to push the surface on the side of the block Moving in the feed direction, page 2 of the number 3, the cam will be shaped to make the speed of the block moving after the block. The movement began to move in the direction of feeding from the initial position, gradually increasing immediately. And the speed of The immobilizer block is gradually reduced. Before it reaches the final position in the feed direction, the rack gear on it has a gear in the direction of motion. On the reciprocating block, the tinned gear against the rack gear and the compression cam, the moving block is provided on the rotating shaft. 2. The feeder unit for transmitting the metal strip. As stated in Clause 1, where the cam It is a cam disc, and a cam pulley that approaches both the periphery of the cam circle and the lateral surface of the immobilizer block. It is provided between the cam body and the moving block. 3. A set of feeders for delivering metal strips. As set out in Clause 2, which includes additionally The path provides energy to power the immobilizer block from its final position. In the feed direction towards the initial position, the energy path is provided between the last end wall extending upwards. On the final position of the reciprocating block and the displacement block. 4. Metal strip feeder. As specified in Clause 1, which includes additionally The path provides energy to power the immobilizer block from its final position. In the feed direction towards the initial position, the energy path is provided between the last end wall extending upwards. On the final position of the reciprocating block and the displacement block 5. Set of feeders for delivering metal strips. As stated in Clause 1, where Also included: the positioning axis, where when the tug block moves in the direction of feeding the metal bar, the front end of the positioning axis is positioned below the top surface of the positioning plate, and page 3 of the number. 3-face When the retrieval block moves in the opposite direction to the feed direction, the front end metal tab of the positioning axis is inserted into one of the through holes of the metal bar. Resting On the top surface of the positioning plate To align the metal strip at the specified position ------------ 1. A set of feeders for delivering metal strips. Where there will be a number of through holes in the direction that Set in it The feeder set consists of Positioning pad with top surface Where on this top surface will rest the metal strip And has a groove that runs in the direction of feeding the metal bar The groove passes through the positioning plate in order to connect the top and bottom surfaces of the positioning pads together, the reverse stroke blocks are placed under the positioning pads. And was moved in a drawn way Can be in the direction of sending metal strips And the direction opposite to the feed direction parallel to the positioning plate by the drive trajectory, the immobilizer block placed over the stroke block back And connected to the connecting parts that Resides in a movable manner in the direction of movement of the draw block between parts. One pair of fixings (82a, 82b) consisting of fixed fixation elements opposite of each other near Both ends of the block are drawn back and forth. Which is perpendicular to the direction of movement of the tug back and forth Axis blocks that move in a parallel motion with the immobilizer block and can be moved up and down through the positioning plate. Where on it there will be the feeder axis Where the end Its front was inserted into the through hole of the metal strip. Who rests on the positioning plate and the upper-lower cam part Consisting of the upper cam part fixed to the axis block And the lower cam part Rests on the immobilizer block opposite to the upper cam segment where the upper-lower cam sections Will be able to work When the tug block moves in the feed direction, the metal bar lifts the axial block towards the positioning plate. Where at the front end of the feeder axis Will slide into the groove of the positioning plate And was inserted into the through hole of the metal strip resting on the positioning plate. And will be able to work when the tug block moves in the direction Counter to the direction of feeding the metal bar To lower the axis block towards the ejector block. Where at the end Front of the feeder axis Will be pulled out from the through hole of the metal strip Rests on a positioning pad where the ejector blocks are constructed in such a way that It will not gain traction on It is from the reciprocating block to the reciprocating motion, and the feeder is also assembled. Drive path To move the block Retractable Separated from the reciprocating motion of the draw block 2. A feeder for delivering metal strips. As stated in claim 1, where the drive block trajectory is composed of the working cam. In order to push the skin Side of the ejector block And push the moving block in the feed direction 3. A set of feeders for delivering metal strips As stated in claim 1, where the cam will be shaped Where the speed of the immobilizer block after the block The starting emulator moves in the feeding direction from its initial position. It increases gradually and the movement speed of the immobilizer blocks decreases little by little. Before reaching the final position Finally, in the feed direction. 4. A set of feeders for delivering metal strips. As stated in claim 2, where the cam will be shaped. Where the velocity of the immobilizer block immediately after the immobilizer block begins to slowly move in the feed direction from its original position Increase gradually and the speed of the immobilizer block decreases little by little. Before reaching the final position in the feed direction 5. A set of feeders for delivering metal strips. As stated in Clause 2, the cam is either a cam pad and a cam follower or cam follower aligned with the edges around the two circles of the cam and the lateral surfaces of the immobilizer block. It is placed between the cam body and the moving block. 6. A set of feeders for delivering metal strips. As stated in claim 3, where the cam will be the cam pad and the camber or cam follower aligned with the edges around the two circles of the cam and the lateral surfaces of the immobilizer block. A feeder is placed between the cam body and the moving block. 7. A set of feeders for delivering metal strips. As stated in claim 4, where the cam will be the cam pad and the camoorch or cam follower that come along the edges around the two circles of the cam and the lateral surfaces of the immobilizer block. A feeder is placed between the cam and the moving block. 8. A set of feeders for delivering metal strips. As set out in Clause 2, which includes The way to energize For giving energy to blocks Displacement from the last extreme position In the direction of entering towards the original position By means of force Energy is placed on the side surface of the ejector block. On the side that is opposite to that side surface Was aligned by the cam. 9. A set of feeders for sending metal strips. As set out in Clause 3, which includes The path provides energy to power the blocks. Displacement from the last extreme position In the direction of entering towards the original position By means of the force path, the energy is placed on the side surface of the ejector block. On the side that is opposite to that side surface Is aligned by the cam body 1 0. Set of feeders for transmitting metal strips As set out in Clause 4, which includes The way to energize For giving energy to blocks Displacement from the last extreme position In the direction of entering towards the original position By means of the force path, the energy is placed on the side surface of the ejector block. On the side that is opposite to that side surface Being caught by the cam body 1 1. A set of feeders for delivering metal strips. As set out in Clause 5 which consists of The way to energize For giving energy to blocks Displacement from the last extreme position In the direction of entering towards the original position By means of force Energy is placed on the side surface of the ejector block. On the side that is opposite to that side surface Being caught by the cam body 1 2. A set of feeders for delivering metal strips. As set out in Clause 6, which includes The way to energize For giving energy to blocks Displacement from the last extreme position In the direction of entering towards the original position By means of force Energy is placed on the side surface of the ejector block. On the side that is opposite to that side surface Being caught by the cam body 1 3.A set of feeders for delivering metal strips. As stated in Clause 1, which consists of Positioning axis Where, when the block is drawn, it moves back and forth. In the direction of feeding the metal bar The front end of the positioning axis is positioned below the skin. Top of the positioning pad And when the block is drawn back and forth, it moves in the opposite direction to the direction Feed that metal tab The front end of the positioning rod is inserted into the through-hole of the metal strip resting on the top surface of the positioning plate. To position the metal strip in Set position