SU1168991A1 - Vehicle cash-register - Google Patents

Abstract

VEHICLE CASSA, containing body, coin acceptor. counter, coin pipe and coin box, characterized in that, in order to increase the reliability of operation by excluding unauthorized access, the counter is located inside the cash register in the additional housing, the coin pipe is made in the form of a chute with a profile of a standard coin lowered into the cash register , the size of which is larger than the diameter of the coin of a smaller standard and smaller than the diameter allowed in the cash register of the coin, and the partitions rigidly attached to the cassette and counter cases, and the partitions are They are laid at an acute angle to one another and form a labyrinth. (L 05 00 x with

Description

The invention relates to automation devices and can be used in urban passenger transport. The purpose of the invention is to increase the reliability of operation by eliminating unauthorized access. FIG. 1 shows the cashier, a general view; in fig. 2 - the same, top view; in fig. 3 - the same, front view; in fig. 4 - the same, side view (section); in fig. 5 is a view A of FIG. four; in fig. 6 is a section BB in FIG. five; in fig. 7 - construction of the coin duct. The body of the proposed vehicle cash register consists of the lower and upper parts, on which there are sealing ears 1. The upper part of the body has a window 2 for the indicator, an aperture 3 above the indicator button, a window 4 for ejection of non-standard coins, a coin acceptor 5 rigidly connected to the groove 6. Chute 6 has a transverse profile matched by the geometric dimensions of a standard coin 7 lowered into it (for example, 5 kopecks), b, and a window 8 in the lower part, formed by protrusions (edges) 9 and upper and lower cut lines and the gutter. The chute is equipped with magnets 10 and 11. In the cash register case on the studs 12 an additional meter housing 13 is installed, equipped with sealing lugs. An electronic meter board 14 is installed at the top of the additional body 13 with an indicator 15 for displaying and monitoring the number of coins received and with the indicator button 16 located under the aperture 4 and intended for switching the indicator on and off. In the middle part of the housing 13 there is an autonomous power supply unit (six batteries 17, 1.5 V each). A microswitch with a lever 18, which serves as a counter sensor, is also mounted in an additional meter case. The lower part of the inclined gutter is located above the microswitch lever. In the middle part of the cashier's case there is a primary coin collector 19, which is formed by a rocking table 20, a transparent organic glass lid 21 and a partition 22. The rocking table has a counterweight 23. Under the primary coin collector 19 there is a drawer 24 for incoming coins. The box is provided with a locking device 25. Partitions 22-28 are attached to the cash register and counter 13 cases, which form a labyrinth along the path of the coin from the counter sensor to the money box 24. The cash register is used as follows. In the funnel 5 coin acceptor lowered the desired coin. The coin slides along chute 7, supported by the guiding protrusions 9 passing over the window 8. When the coin falls out of the chute, the lever of the microswitch 18 strikes, resulting in a pulse to an electronic counter that counts and remembers the number of pulses the number of coins received, and the numbers are displayed in increasing order on the indicator. Having passed the labyrinth, the coin is fed to the swinging table 20 to the primary coin acceptor 19, and when a certain amount of coins accumulate, the swinging table is tilted and the coins are poured into the money box 24, and the table returns to its original position under the counterweight 23. From the moneybox, the coins are removed by opening the lock 25 and sliding the drawer. If the size of the coin does not meet the standard, then it falls into the window 8 between the edges 9 and through the window 4 is thrown out, and the counter does not work. Magnets 10 and 11 serve to delay metal objects with magnetic properties that mimic a coin, partitions 22, 26-28 block access from the outside to the meter without opening the seals or damaging the case. The meter stores the recorded information in the memory until the power is turned off. When the power is turned off, the meter reading is reset to zero. To increase the life of the meter without replacing the power batteries, the indicator is turned off if there is no need for monitoring. The offered ticket office should be installed at the driver’s door, through which passengers are lifted. The driver exercises visual control over the fare. The state control over the fare payment is carried out according to the meter readings. Cashier is compact, easy to operate. The use of the proposed vehicle ticket office will increase the reliability of its operation by excluding unauthorized access to it, in addition, there is no need for control tickets and coupons.

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Claims (1)

VEHICLE CASH OFFICE, comprising a housing, a coin acceptor, a counter, a coin drawer and a coin collector, characterized in that, in order to increase the reliability of operation by eliminating unauthorized access, the counter is located inside the checkout casing in an additional casing, the coin conduit is made in the form of a gutter having a profile lowered into the cash register fixed coin, with a window in the lower part, the dimensions of which are larger than the diameter of a coin of a lower standard and smaller than the diameter of the coin allowed in the cash desk, and partitions, I firmly attached nnyh to the cassette and the meter housing, the baffle disposed at an acute angle to one another and form a labyrinth. Figure 1 ABOUT QO stock