KR870001045Y1 - Cutting device for stamp - Google Patents

Abstract

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Description

Stamp Cutting Machine of Stamp Vending Machine

1 is a front view of the present invention.

2 is a front view illustrating a state in which the upper cover of the present invention is opened.

Figure 3 is a simplified view showing the cutting state of the present invention.

Figure 4 is a plan view showing a stamp used in the present invention.

5 is a side view showing a state in which the rotation roller rotates by interlocking with each other.

* Explanation of symbols for main parts of the drawings

1: stamp machine 2: control box

3: coin calculator 4: roll by winding

5: stamp 5 ': pitch ball

6a: light emitting element 6b: photosensitive element

7a: main gear 7b: driven gear

8a: Lower rotating roller 8b: Upper rotating roller

9: solenoid cutting blade 10: guide roller

11: stamp exit

The present invention relates to a stamp vending machine. Stamps are designed to reduce the waste of a lot of manpower used for stamp sales because stamps are cut at the exact position at the same time as coin insertion, preventing stamps from being damaged and all operations are performed automatically. A stamp cutting device for a vending machine.

Since there was no such stamp cutting device in the past, a large amount of manpower was used to sell stamps, so that the members exchanged money, and it took a relatively long time to cut and sell one stamp one by one. There was a problem that you can only buy stamps.

The present invention solves these problems and installs the unit at a post office or other place that needs to be sold, or a place where many people come and go. As soon as the stamp is designed to be withdrawn as described in detail by the accompanying drawings as follows.

In constructing a stamp vending machine 1 in which a change other than the amount required for coin input is drawn out by the coin calculator 3 connected to the control box 2, the winding circuit 4 located at the upper right of the base 1a. The photosensitive element 6b which transmits and detects the light emitted from the light emitting element 6a by the pitch hole 5 'of the stamp 5 wound in one row at a time and perforated at one interval is applied to the power of the driving motor M. When the main gear 7a and the driven gear 7b are interlocked with each other, the upper and lower rotation rollers 8b and 8a are driven to stop the rotation and the coin injection and the power supply are the solenoid cutting blades 9 at the same time. The lower end of the postage stamp 5, which is advanced by one pitch p, is cut down. In the drawing, reference numeral 10 denotes a guide to guide the progression of the postage stamp 5, 11 is a stamp outlet, and 12 is a stamp. Sold out sensing element which detects the sold out state when the last end (5) is wound, 13 denotes a letter inlet, 14 denotes a letter-opening door.

In this invention, any coins of 500, 100, 50, 10 won, etc., will be calculated and returned for a change other than the stamp price. The operation will be the same as that of a known vending machine. Immediately afterwards, the power supply is connected to the solenoid cutting blade 9 so that one stamp 5 is cut and simultaneously dropped to the stamp outlet 11.

Before the coin is inserted, the postage of one stamp (5) must always be moved to the left side of the solenoid cutting blade (9) in advance. The middle of the upper and lower rollers (8b) (8a) and the guide roller (10) The light emitted from the light emitting element 6a is pitched by the light emitting element 6a and the photosensitive element 6b formed at the position of the pitch hole 5 'which is punctured in the middle of one pitch p of the stamp 5. 6b) detects the exact 1 pitch (p) of the stamp (5) can be moved after cutting.

The stamp (5) used in this instrument is made to be connected continuously for a long time as expressed in the attached drawing 4, and then wound in a circular manner to the winding roller (4), and then the guide roller (10) to emit light and detect After passing through the element (6a) to be pressed between the upper and lower rotational rollers (8b) (8a), and artificially installed to the position of the solenoid cutting blade (9), the power is connected to the indicator light that is being sold outside the main body As the larger and larger motor (M) rotates, the main gear (7a) of the lower rotating roller (8a) and the driven gear (7b) of the upper rotating roller (8b) engage with each other, and the upper and lower rotating rollers (8b) (8a) The stamp 5, which has been inserted between the two, is moved in the direction of the arrow shown in FIG.

The stamp 5, which has been moved by the rotation of the driving motor M, has the position of the pitch hole 5 ', which is punched in the middle of each pitch p, through which light transmitted from the light emitting element 6a is transmitted, and thus the photosensitive element 6b. When coming to the position that can be detected at the same time the power of the drive motor (M) is cut off to stop the rotation and therefore the progress of the stamp stops.

The position of the solenoid cutting blade 9 and the position of the photosensitive element 6b accurately adjust the distance that is n times the stamp pitch p, and the progression of the stamp 5 by the pitch hole 5 'stops the solenoid. Only one pitch (p) can proceed to the left side of the cutting blade (9). As described above, one pitch (p) at the same time as the power connection, that is, the rear end of one stamp (5) from the solenoid cutting blade (9) It is moved to the left and is in the ready state.

Therefore, when the coin is input, the amount is calculated by the control box (2) and the coin calculator (3). After the correct amount is detected, the solenoid cutting blade (9) immediately descends to cut the stamp (5). The stamp (5) is to be taken out through (11), and when the solenoid cutting edge (9) is raised after cutting, the driving methane (M) is rotated again with the power connected, and the main gear (7a) and (7b) are driven. While adhering to each other, the stamp 5 is pushed between the upper and lower rotating rollers 8b and 8a, and the light is transmitted through the pitch hole 5 'so that the photosensitive element 6b detects the transmitted light. Simultaneously cut off the power of the drive motor (M) and proceed to the stamp (5) to the left of the solenoid cutting edge (9) by exactly 1 pitch (p) to prepare for cutting.

And the lower part of the device to form a letter collection box and immediately after the stamp is attached to the letter inlet into the letter inlet (13) and the post will open the letter collection door 14 to collect the collected letters.

As described above, the present invention can prepare a change and purchase stamps at the same time, regardless of the unit of coin, and can change the stamps at the correct position. Therefore, there is no damage to the stamps due to malfunction. Rather, it is a useful design that can be installed in post offices, other stamp dealers, and areas where many people come and go, reducing the number of people and selling stamps quickly.

Claims (1)

In constructing a stamp vending machine 1 in which a change other than the amount required for coin input is drawn out by the coin calculator 3 connected to the control box 2, the winding circuit 4 located at the upper right of the base 1a. The photosensitive element 6b which transmits and detects the light emitted from the light emitting element 6a by the pitch hole 5 'of the stamp 5 wound in one row and perforated at intervals is applied to the driving motor M. The main gear (7a) and the driven gear (7b) is interlocked with each other to interrupt the rotation of the upper and lower rotational rollers (8b) (8a), and the coin injection and power supply are solenoid cutting blades (9). A stamp cutting device of a stamp vending machine, characterized in that the rear end portion of the stamp (5) which is descended and advanced by one pitch (p).