SU1161075A1 - Chamber for storing heavy things - Google Patents

Description

The invention relates to the equipment of rooms in storage chambers.

A well-known storage chamber for heavy items contains two drive roles. Ganga, safes with cells for things on the front side, which have flaps with magiite locks, a fence with openings installed at the workplace and have lids with magnetic locks corresponding to the flaps of the slots, and controls The unit is electrically connected with the drive of the roller tables and with the magnetic locks on the Li 3 cells and fences.

A known storage chamber is inconvenient to use.

The aim of the invention is to improve the usability.

This goal is achieved by the fact that in the storage chamber for heavy items containing two drive roller tables, safes with compartments for things on the front side, with flaps with magnetic locks, a fence with openings installed at the workplace and having covers with magnetic locks corresponding to cell doors, and a control unit electrically connected with the drive of the roller tables and magnetic locks on the cells and fences,. roller tables are reversible, installed parallel to each other and have ends of the ishpper mechanisms located perpendicular to their longitudinal axes, while the rollers of the end parts of the roller tables have a linear speed of two or more times larger than the rollers of the middle part of them; safes are installed at the ends of the roller tables at intervals exceeding their width.

FIG. Figure 1 shows schematically a storage chamber, plate; - FIG. 2 section A-A in FIG. 1-, in FIG. 3 a section B — B in FIG. one..

The storage chamber contains two parallel-positioned floor-mounted rollers 1 and 2, divided into two zones: a zone of slow B and a zone of fast movement, including subzones G, D, E, G. Between the roller tables 1 and 2 there are shlepper mechanisms 3, which constitute Subzone E at the workplace and Subzone F — from the opposite side of the camera. The length of zone C is unlimited, the length of the subzones D and D is equal to twice. safes depth of 4 s;

taking into account the gaps between the safes, and the length of the subzones EJ - the depth of one safe with the gaps. The moving speeds of the roller tables in the subzones G, D, E, and W double the speed in zone B. The speed of movement of the shlepper mechanism 3 coincides with the speed of movement in the fast zone, and the movement of the shlepper mechanism is pulsating, which only works in the first half of the total movement cycle. Safes 4 contain vertically located. cells with flaps 5, equipped with magnetic locks 6. Safes are installed on the live rolls 1 and 2 with the front side, i.e. the side where the doors are 5 cells, towards the workplace. The workplace includes a control unit 7 and a fence 8 with covers 9 equipped with magnetic locks 10. The control unit 7 is electrically connected with the drives of roller tables 1 and 2 and shleppernye mechanisms 3 and with magnetic locks 6 on the doors of 5 cells and partitions covers. The workplace safe 11 located at the workplace is fixed in this position by the latch 12. To prevent the safes 4c of the roller table from coming off, an elastic fence 13.1 is installed in sub zones E and Ж the rollers of the roller table are located between the strips of the Schlepper mechanism 3 and for ease of transfer of the safes 4 from the roller table to the shlepper mechanism rollers The roller tables in these subzones are driven to rotate them along the direction of the roller table. ,

The storage chamber operates in a tracking manner.

In the static position of the storage chamber, roller tables 1 and 2 and shlepper mechanisms 3 are fixed, safes 4 are located close to each other on both roller tables 1 and 2 in zone B, in subzone D one safe is located on roller table 2, and in subzone D - on roller table 1 , in subzone E on the roller table 1, there is one processed safe 11, fixed by retainer 12 and located at the fencing 8 of the workplace. In subzone W there is one safe on the roll table 2. At safe 11, one of the cells, for example, top, is free, the magnetic lock 10 of the top cover 9 on the fence 8, the crank 9 is open and opened, the doors 5 of the free cell are also opened. A slot with a number corresponding to the measure of a free cell appears from the slot of the control unit 7. The operation of the storage chamber includes two production operations — loading and unloading. . The download operation is performed as follows. The client installs the desired item manually into the free cell, closes the flaps of the 5 cells and the corresponding fencing cover 9, and then extracts the token from the slot of the control unit 7, Removing the token serves as a signal to the control unit, and using this signal the magnetic locks the shutters of the loaded cell 6 and on the lid 9 are locked. All roller conveyors 1 and 2 and the spepper mechanisms 3 are turned on and the latch 12 is simultaneously removed - the safes begin to move, for example, in the forward direction. After one cycle of the movements of safes 4 on the roller table 1 from zone B, it passes through subzone G to subzone Z to safeguard 11, by which time safe 11 transfers to the role of Gang 2 into subzone G., and the safe there. on the roller table 2, similar movements of safes by two places occur in subzones D and G. During the same time, in the zone of slow movement B, safes are shifted by one place. Here it is assumed that the speed of transfer of the safe from one zone to another is equal to the speed of the roller table in the subsequent movement in the direction of movement of the zone. Thus, after one stroke, the safes occupy a position similar to the original. Movement continues until a safe with free space appears in front of the workplace. by cell At this moment, the movement of all the roller tables is stopped, the safe is fixed by the latch 12, the magnetic lock 6 is unlocked on the free cell, the magnetic lock 10 is unlocked on the appropriate fencing 54, the counter with the free cell number of the stopped safe is fed into the slot of the control unit. Thus, the storage chamber takes up its original position, and the next free cell is served up for loading. If there are no tokens in the accumulator, the control unit turns on the light panel. There are no empty seats. The direction of movement of the roller tables — counterclockwise (right) or clockwise (reverse) —is selected by the control unit so that the closest of the safes with a free cell is fed to the workplace. The presence of fast motion zones allows you to avoid stopping in the slow zone; without this, each time the safe is moved and the scraper mechanism from the roller table 1 to the roller table 2, it would be necessary to stop the movement in zone B. When the speed of the roller table in the zone is 1 m / s, which is slower than the pedestrian speed, and the total depth of the room is 20 m, the speed of customer service does not exceed 20 s. The unloading operation occurs after the client lowers the token into the slot of the control unit, which serves as a signal for the following operations. On pre-covered doors of the free cell of the safe 11 and. The magnetic locks are locked to the corresponding lid and the movement in the direction selected by the control unit begins; this movement takes place until the safe is in front of the workplace. After this movement, it stops, the safe is fixed, the magnetic locks are unlocked on the corresponding cell and lid. After that, the client can fold back 9, open the flap 5 and remove his item from the cell. The proposed storage chamber is user friendly.

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Claims (1)

, _h . HEAVY DUTY STORAGE CAMERA, containing two driving role. gang, safes with cells for things on the front side, with shutters with magnetic locks, a fence with openings installed at the workplace and having covers with magnetic locks, corresponding to the shutters of the cells, and a control unit that is electrically connected to the drives of the roller tables and with magnetic locks on cells and fences, characterized in that, in order to increase convenience in use, the roller tables are reversible, installed parallel to each other and have splinter mechanisms at the ends located perpendicular to their odolnym axes, the end portions of the roller conveyors rliki have a linear velocity at two or more times larger than the middle part of their rollers, safes are set on the ends of the roller tables with intervals greater than their width.