DE2436376A1 - REMOTE ADJUSTMENT DEVICE FOR CONTAINERS ON A TRACK - Google Patents

Description

sensing device consisting of a permanent magnet 13 fixed to the container and one at the target setting El! device fixed reed relay 14 consists. The reed relay 14 "or the permanent magnet 13 must be in their position relative to the lifting magnets 11 or to the Mark positions of the movable permanent magnets 8 be adjusted so that they are exactly at the time aligned opposite to which the brand positions the permanent magnets 8 are aligned with the associated lifting magnets 11 of the Zieleinstellvorrichtang. The reed relay 14 is connected by lines not shown with the electronic control device for the lifting magnets and effected there when excited by the permanent magnet 13 attached to the container, the immediate shutdown of all excited Permanent magnets. As a result, all stop cores 12 and the container are withdrawn at this point in time can continue to run with the desired setting of its permanent magnets 8 serving as marks.

The fixed permanent magnet 13 and the reed relay 14 lean can be saved if the container 1 is next to the target setting device 9 is stopped. The stop stops or the trip interruption device must then be adjusted so that

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that they keep the container in alignment with the aiming device stop from which position the container is either running back or after being withdrawn all stop cores 12 can continue to run in the old direction.

In Fig. 2, the target setting device 9> which otherwise corresponds to that of FIG. 1, next to a switch 15 fixedly arranged. This V / oak 15 connects two rails arranged in parallel next to one another and displaces a rail section 16 between these two in parallel running shia strands. The one on the rail section 16 standing container 1 is in this way from a SchJaienstrang funneled into the other track.

Before moving the container to the side, it must be stopped on the rail section 16 of the switch 15. the Target setting device 9 is adjusted next to the switch so that when the container 1 is stationary on the switch, the lifting magnets 11 align with the associated mark positions on container 1. The container becomes due to the switch movement now moved laterally out of engagement with the target setting device 9 until the rail section 16 is in the dashed line right position in Fig. 2 is. On the reed relay 14 or on the fixed permanent magnet 13 can in this case

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can be omitted, since the lifting magnets 11 of the target setting device can be withdrawn at a later date, for example after completion the shifting process can be signaled by the switch 15. A separate provision all solenoids 11 can be omitted in this lall, provided that it is only ensured that with new adjustment the target setting device automatically resets all previously set lifting magnets.

If the container 1 does not always stop at the same point on the switch 15 with sufficient accuracy, a stop (not shown) can be provided on the switch for the container 1 against which the latter comes to rest when entering the switch. In this way, an exactly reproducible stopping point for the container 1 is created on the switch _8, with respect to which the target setting device 9 can be precisely adjusted, so that an always exact and error-free target setting can be made on the container.

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Claims (6)

adjusting device runs in. To reset all adjustable permanent magnets 8a, 8b or 8c, the container can, for example, before reaching the target setting device in the direction opposite to the arrows in FIG. 1 or FIG. 3 on the side next to the rail 6 arranged stops, which are not shown in the figures, are moved past, through which the movable Permanent magnets on the brand guides 7a »7b or 7c to the end position, that of the brand position 0 corresponds to be taken along. The lateral distance between the target setting device 9 and the rail 6 guiding the container 1 is so large that with retracted stop cores 12 of the container 1 pass the target setting device 9 without any influence can. However, if one of the stop cores 12 is advanced, it protrudes into the range of motion of the associated one Permanent magnets 8 of the associated brand guide 7 and holds this fixed when the container 1 moves past, so that this permanent magnet is moved on its brand guide. This engagement position with advanced stop cores is shown in Fig. 2 in the middle lifting magnet. There it can be seen that the advanced stop core 12, although the Brand guidance 7b not touched, but the permanent magnet 7b locks, so that when the container continues to move is shifted to its branding 7b. 509886/07 50