SU1031434A1 - Automatic wardrobe working member - Google Patents

Description

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Fig. 1 The invention relates to wardrobes and 8 automatic wardrobe can be used. A known executive unit of an automatic wardrobe, comprising a rotational drive, connected kinematically to a chain transmission of a transporting unit, including wardrobe cabins fl. The disadvantage of this site is the low efficiency of servicing the wardrobe. The purpose of the invention is to improve the service of the wardrobe. The goal is achieved by the fact that the automatic wardrobe actuating unit, containing a rotational drive, is kinematically connected to a chain transmission of a transporting unit, including wardrobe cabins, has wheel sets, on whose axes pins mounted on racks for wheel pairs are mounted, and the transmission is made in the form of a bush-roller chain, and the pins of the axles are controlled with bushings of the roller-roller chain, and the wardrobe cabins are fixed on the ends of the axles of the wheel pairs. Figure 1 - depicts the executive node of the automatic wardrobe, gay appearance; figure 2 is the same, top view; Fig. 3 shows a movable assembly consisting of an axis and a pin, a horizontal section; in fig. - glise, general appearance; in fig. 5 is a section aa in FIG. 4. The executive unit of the automatic wardrobe has squares 1 and 2, which are supported by supports 3-6 (FIG), mounted on the front 7 and rear 8 pillars. There are also intermediate posts 9 serving to protect the guides from deformation. The caps 1 and 2 are used as guides for the axles 10 each having two wheels 11 and 12 (fig. 3} made in the form of bearings with rubber rims to serve to reduce Noise. The squares are installed so that the axes are always horizontally. Each axis is perpendicularly secured with a pin 13 inserted into the hub of the bush-roller chain 1 and located closer to the front shaft of the axis. In order for the chain not to jump off the pin swee Pins 13 (Fig. 3) are the connecting link between the axles and the chain, ensuring, on the one hand, translational movement of the axes along the corners and, on the other hand, support of the chain itself from sagging between the front and rear sprockets. The chain is set in motion from the rotational actuator 15 mounted on the rear pillar.An asterisk 16 is mounted on the front pillar on the bearing. When the chain moves, the axles connected to it are also mounted, on the ends of which there are open cabs consisting of hooks 17 and shelves 18. P LCI are on hangers 19 attached to the proxy axis 10. Each shelf has a side wall on a cat (oh attached box 20 (FIG. 4, for accommodating therein) Retona when stall free. The design has a counter acceptor 21 containing a de-disinfector. There is a special folding clip 22 for returning the token to the box. The sliding stop 23 serves to hold the token in the receiving drawer until the final turn of the token. At the bottom of the box and yuets lever 2k turn on the microswitch. c) The elements 3, V, 5, Yu, 15, 16 and 20 (Figs. 1-5) have the following structures: 3 — a stand, which is a plate mounted on a rack 7, which serves to support the guide angle 1 ; —a support, in the form of an arched U-shaped profile, which serves to maintain the guide angle 2 on the front support 7; 5 a vertical Z-shaped stand for supporting the square 2 on the rear support 8; 10 - an axis representing a circle a rod having two through holes, the axes of which are in the same plane and perpendicular to the axis of the rod; 15 a rotational drive consisting of an electric motor and a reduction gear; 16 - driven chain sprocket; 20 - a quadrangular box in which a token is freely placed, into which a lever 2 is embedded, acting on the microswitch located under it; token 21 contains a decoder that provides a search for the cab corresponding to the code on the token, swagger in the token acceptor, and a retractable stop 23 serving to hold the token until the final turn of the slide 22, while the wardrobe cabins are fixed on the ends of the axles of the wheels 11 and 12 with elastic ties , installed between squares 1 and 2 and contacting vertical pins 13 with bushings of the roller chain I, with one square serving as a stop with a support for the axes from above, and the other square used as a support for sp front and bottom.

The executive node functions as follows.

To hand over things in the automatic wardrobe, you must call a free cabin. To do this, press the button Call not shown, mounted near the door. When this turns on the drive 15 rotation. The sprocket 16 of the chain drive gear starts to rotate. Chain I drives the axles 10, having two wheels 11 and 12 each, which roll along the guides of the endless corners of the GP and G21

When each cabin passes by the doorway, the track contacts are closed. If the cabin is free ie In the box 20 there is a token, which through the lever 2 presses on the microswitch, then the circuit is turned on, giving a signal to turn off the rotational drive. After the entire system has stopped, the pneumatic cylinder is turned on to open the doors.

After the door leaves, the person hangs up his coat, takes a token t from the box, and after a certain time (1-2 seconds) the time switch closes the door.

To take things back, you need to lower the token into the receiver. The latter will trigger the contact and give a signal to turn on the rotational drive. Token has

a specific code that corresponds to a specific limit switch, triggered as soon as the corresponding cab approaches it. When the limit switch is triggered, the movement of the booths stops. Then the pneumatic cylinder electromagnet turns on the door. As soon as the door opens to the end, a limit switch is activated, which turns on the rotation of the slide 22 and the electromagnet that removes the stop 23, holding the token. The token is released and it drops into the box 20, where it hits the lever

Microswitch on.

The door remains open. In a free cabin can immediately, without a call, put your clothes again fit. If, on the contrary, he needs to take the clothes, then he must first press the button that closes the door, and then throw his own token to the receiver. Any of the cycles may be repeated continuously.

Using the invention improves the maintenance of the wardrobe.

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Claims (1)

EXECUTIVE AUTOMATIC WARDROBE ASSEMBLY, comprising a rotation drive, kinematically connected to a chain drive of a conveyor unit including wardrobe cabins, characterized in that, in order to improve wardrobe service, it has wheelsets on the axes of which pins mounted on racks mounted for racks wheel pairs, and the chain drive is made in the form of a sleeve-roller chain, moreover, the pins of the axles are in contact with the bushings of the sleeve-roller chain, · and wardrobe cabins are mounted on the ends of the axles of the wheels x Pr. GARJV “service 10 ob1 1031434