BG3886U1 - Banknote disinfection device - Google Patents

Abstract

The utility model is intended for disinfecting banknotes that go to the cash-desk commercially, the banking sector and wherever money is handled. According to Figure 1, the banknote disinfection device consists of an input opening (1) for inserting the banknote, under which a sensor unit (2) is located, and below it symmetrically to the axis of the input unit are arranged the first pair of guide rollers (3I) and (3II), which move out the banknote to a pair of pad rollers (6I) and (6II), soaked in a disinfectant solution. Above the two pad rollers are located the respective valve-nozzles (5I) and (5II) mounted on the bottoms, respectively of disinfectant tanks (4I) and (4II), from which valves the solution trickles on the rollers (6I) and (6II). After its disinfection, the banknote enters the banknote guide (7), which changes the direction of movement to 90o, namely from vertical to horizontal and through the second pair of guide rollers (3III) and (3IV) and the third pair (3V) and (3VI) it falls between two heaters- heating coils (8I) and (8II), behind which are positioned respectively two fans (9I) and (9II). The warm air flow dries the disinfected banknote and it enters a cash box-hopper for disinfected banknotes (10), from where it can be put back into circulation directly.

Description

Field of technology

The utility model is designed for disinfection of banknotes that go to the cash register in the retail network, in the banking sector and wherever money is used.

BACKGROUND OF THE INVENTION

We are not aware of any technically useful models for disinfecting banknotes.

Technical essence of the utility model

The problem is solved by creating a device for disinfection of banknotes, a disinfector for banknotes, from the upper end of which the banknote is inserted through an opening, which with the help of guide rollers is led to two swab rollers soaked in disinfectant solution, between which the banknotes pass. The disinfectant solution falls on the swab rollers by means of control valves-nozzles located at the lower end of the disinfectant tanks and positioned above the swab rollers. Thus, the disinfectant-treated banknotes are moved by a transport mechanism with a length and speed, guaranteeing the time required for the viruses to die. At the end of the transport mechanism there is a fan and a heater (one at the top and one at the bottom), which blow the banknote with warm air so that it is dried before it enters the hopper for decontaminated banknotes.

Advantages of the utility model

The advantages of the banknote disinfection device are that it disinfects the banknotes, which are the biggest carrier of infection. In this way, the maximum amount of banknotes passed through the trade network and the banking sector can be continuously decontaminated.

Explanation of the attached figure

An embodiment is shown in the attached figure 1, which is a general diagram of a banknote disinfector.

Example of implementation of the utility model

According to the figure, the device for disinfection of banknotes consists of an inlet 1, under which symmetrically on both sides of its axis are located sensor blocks 2 ¹ and 2 ^P , the first pair of guide rollers 3 ¹ and 3 ⁿ , tanks for disinfectant solution 4 ¹ and 4 ^P , valve nozzles 5 ¹ and 5 ^P and pad rollers 6 ¹ and 6 ^P. The banknote guide 7, located on the same axis, is bent at 90 ° in order to change the direction of movement of the banknote from vertical to horizontal, after the first part of which are the second pair of guide rollers 3 ^w and 3 ^IV , and after the second part of the driver 7 is the third pair of guide rollers 3 ^v and 3 ^VI . After them, reotan heaters 8 ¹ and 8 ^P and their respective fans 9 ¹ and 9 ^P are installed, and finally a hopper cassette for the disinfected banknotes 10.

Action of the utility model

The banknote is fed through the inlet opening 1, whereby the sensor blocks 2 ¹ and 2 ^P are activated, which give a signal for driving the guide rollers 3 ¹ and 3 ⁿ and the pad rollers 6 ¹ and 6 ^P. The disinfectant solution, located in the tanks 4 ¹ and 4 ^P , through the valve-nozzles 5 ¹ and 5 ^P falls on the tampon rollers 6 ¹ and 6 ^P , irrigates them and maintains their humidity to the necessary degree. Thanks to the first pair of guide rollers H ¹ and 3 ^{n, the} banknote passes through the pad rollers 6 ¹ and 6 ^P , which also rotate in the respective directions and at the appropriate speed, is disinfected and through the banknote guide 7 falls between the heaters 8 ¹ and 8 ^P . The hot air jet created by the fans 9 ¹ and 9 ^P dries the disinfected banknotes, which through the second 3 ^w and 3 ^IV and the third 3 ^V and 3 ^VI pair of guide rollers fall into the hopper cassette 10. The decontaminated banknotes located in the cassette can be immediately used again in circulation.

Claims (1)

Banknote disinfection device, characterized in that sensor blocks (2 ¹ and 2 ^P ) are symmetrically arranged below the inlet opening (1) on both sides, and below them also symmetrically with respect to the axis of the inlet block (1). located the first pair of guide rollers (3 ¹ and 3 ⁿ ), and below them also symmetrically on this axis are mounted a pair of pad rollers (6 ¹ and 6 ^P ), above each of which is one of the respective valve-nozzles ( 5 ¹ and 5 ^P ), mounted on the bottoms of the respective disinfectant tanks (4 ¹ and 4 ^P ), and under the pad rollers (6 ¹ and 6 ^P ) is the banknote guide (7), which is bent below 90 ° in order to to change the direction of movement of the banknote from vertical to horizontal, where between the second (3 ^w and 3 ^IV ) and the third pair (3 ^V and 3 ^VI ) guide rollers is the other part of the banknote guide (7), and after the third pair guide rollers (3 ^V and 3 ^VI ) symmetrically on both sides of the banknote guide (7), reotani heaters (8 ¹ and 8 ^P ) are mounted, and behind each of them are respectively fans (9 ¹ and 9 ^P ), followed by a hopper cassette for disinfected banknotes (10).