JPS60106744A - Thin plate member carrying mechanism - Google Patents

Abstract

PURPOSE:To facilitate contraction of lateral width of installation space and release of choking by constructing such that thin board material such as bill is carried while being held by means of a carrying system rotatable around the center of vertical shaft and a guide system provided while facing with said carrying system. CONSTITUTION:A plurality of pin-ball machines A are arranged in rows where ball venders B functionable on a bill (a) are placed between adjoining machines A to constitute a pin-ball game system. Here, the bill carrying mechanism placed between two rows of pin-ball machines is constructed into single unit between adjoining machines A, A holding the ball vender B between them. Each unit is provided with two holding/carrying mechanisms 5 comprised of carrying system 2 rotatable around the center of vertical shaft and a guide system 3 provided contactably/separatably against said system 2 in U-shaped fixed frame 1. Ports 6, 6 for feeding bill from the ball vender B to the holding/carrying path 4 are made at the opposite sides of bill passing position between both mechanisms 5, 5.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is an apparatus used for transporting all thin plate-like objects such as banknotes and cards, and in particular, two parts of a game mixture such as a pachinko machine are separated by a distance of 111〆υ. In game equipment that is arranged in a U-width manner, paper for valley games and banknotes from officials are used as part of the game mixture, such as ball lending machines installed between adjacent game machines in each row. This article relates to the transportation of thin plate-like objects useful for transporting to a collection section placed in a subway.

As a conventional thin plate-like object conveyance mechanism in this city, there is a known device in which a thin plate-like object is held and conveyed in a completely horizontal position by a conveying device and a guide device installed vertically opposite each other. When the width of the device is 11], the side of the device is the middle of the side of the thin plate-like body.
In particular, when trying to release the stuck thin plate-shaped body by using extraneous force, there is a space on the lateral outside of the device for pulling out the thin plate-shaped body laterally. When the carp is used to transport banknotes, etc. between the rows of play machines in the above-mentioned play equipment, when installed between the transport Ik dormitory and the rows of play machines,
This method has the drawback of making the interval between game matches unreasonably large, leading to an increase in the size of the game equipment. It is also conceivable to separate the conveying device and the guide device vertically by a large distance so that the 6δ thin plate-shaped body can be extracted from above, but if this is done, the distance between the conveying device, the guide device, and the tray up and down will be large. It takes a lot of effort and time to separate the parts, and it is very important to be able to release them easily and quickly.

The purpose of the present invention is to provide a thin plate-shaped body conveying mechanism which can eliminate all of the conventional drawbacks and is particularly suitable for conveying banknotes, cards, etc. in the above-mentioned game equipment.

In order to achieve the above-mentioned object, the thin plate-like object conveying machine Sakai according to the present invention is capable of moving a thin plate-like object by using a conveying device capable of driving the number of times in the vertical direction in the vertical axis direction and a guide device installed opposite to the conveying device. Is it clamping conveyance in which it is held in an up-down position and conveyed along a fixed path? A structure is provided, and the guide device is configured to be repositionable to a position where the clamping action by the conveyance device is released. The action is as follows.

Since the thin plate-shaped object is held and conveyed in an up-down position by the pick, the conveyance device, and the guide device, the jammed thin plate-like object can be extracted upward, and the jammed thin plate-like object can be extracted and released as a whole. Including the space money, left and right, horizontal and middle? Can be made very small.

Moreover, since the guide device is configured to be able to change its position to the clamping action release position, by changing the position of the guide device, the clogged thin plate-like object can be easily and quickly removed from the clamping conveyance path without being missed. I can do it. Furthermore, since the position of the device to be changed for releasing the pinch is not the conveyance device but the guide device, the structure for changing the position is
You can simply do it.

Therefore, the present invention has a small left-right, horizontal and middle equipment space.
It is possible to release the jam easily and quickly, and as a whole, the transportation IP4g-
As in, the left and right sides are small and the blockage is cleared? easy,
Transport 11-(!:
It has now been possible to produce young fruits that are particularly useful.

Embodiments of the present invention will be described below based on the drawings.

A plurality of pachinko machine prisoners... are arranged in a row, and banknotes Fat are accepted in an up-down position by the same people who are positioned every seventh space between one pachinko machine prisoner, fAl... and,
Two trays in a row of pachinko machines with a ball lending machine tBl that can be fed out in a vertical position on the back, small opening C, 20 cm
The pachinko machines are arranged back-to-back with each other, and between the two rows of pachinko machines, the banknotes f from each ball lending a tBl...
At... is provided in the seedling row-throat storage section ((,!IK) A pachinko game equipment is constructed by providing A4E+ for transporting the seedlings.

The above machine (Bl...) is equipped with an identification function, and only when the banknote ta+ is good, it is sent to the back of the banknote to+ '2, and when the banknote fat is bad, it is sent to the back of the banknote (It is configured to return from bl.

iiJ note transport S structure Φ) is the ball lending machine (B)? The adjacent pachinko convicts are divided into sections spanning the length of the convicts as a unit in the direction of raking.
Each divided unit idl... has a conveyor device (2) that can be driven around the vertical axis in a U-shaped demarcation frame (1) that is open upward, and a conveyor device (2) that can be driven around the vertical axis, and its left and right measuring sections. Using the installed guide device (3), the paper is held in an up-and-down position and moved along a certain path (4) over a distance equivalent to the length of the pachinko machine prisoner! 7. The two clamping and conveying mechanisms +51 that convey the
From the one on the upper side of the conveyance to the one on the lower side, i&, +11
In addition to setting it in a state where it can be thinned, it is durable against the pinching direction of the screen 11-1. From the outside, that is, the openings 46+ and +61'k are provided for the banknotes sent out from the ball lending machine (the banknotes sent out from the banknotes and the +141 gold holding Buddha road 14), and the +hi is provided. The conveyance device (2) has a round conveyor belt (
2B) for hanging so as to rotate it along the clamping conveyance path (4)! J-(2C) are pivoted at intervals, and these boots IJ-(
2C) The interval between - is at least two boos! J-C
2c)... is an interval that allows pressing to be applied to the clamped and conveyed banknote +a+. And, among the pulleys (2C)...
The pulley (2C) and fist located in the middle of the parallel planes are biased to move in the clamping direction via the spring (1)'(r), and the inner plate (2A) 11J is MI via the stays (2a) and (2b) @ @ in each of the lower
It is stored in the J fixed frame (1), and the upper and lower stands (2a
), (2b) @-, upper voice rischi (2a) ・
4 is connected to the identification frame (1) by swinging, and separated from the fixed frame (tl) and connected to the guide plate (2A) and the fixed frame (1).
(2B) is connected to the pulley (2C) between the MtJ note ring bell from above and the passage (2C) that accommodates the change.
It is configured so that it can be freely changed to a fully formed state.

In addition, for each minute unit 1 dl - large, the lower hand pulley C2C1) in the lower transport device (2)
1IllII (2Cf), and 'II (2Cf) of the lower pulley (2C2) in the lower transfer device (2).
C;) 2 each, 7 motors (2D) q4I C2D
By interlocking 5 with gear mechanism (2F) k,
The motor (2D) i is configured to be used also between both conveyance devices +21 and +21. (7) is a leaf spring that elastically holds the movable upper stay (2a) connected to the entire identification frame il+.

The guide device (3) has a guide plate (8A) that completely prevents the falling of the banknotes +a+ after a certain amount of the banknotes to be held and conveyed, and a guide plate (8A) that completely prevents the banknotes being held and conveyed from falling over a certain amount.
The clamping press 1ia (8B) is configured to be pivotally supported, and by swinging with the lower part as the fulcrum (R), it is possible to clamp the banknote ia+ with the conveying device (2). The clamping action position and the position where the clamping action is released are arranged in a uniform manner. Among the pressing rings (8B) and e,
Those located in the middle in the parallel direction are urged to move in the clamping direction via springs (8C). (8) changes by swinging between a posture in which the guide device (3), that is, the guide plate (8A) is held in the clamping position by tensioning the fixed frame (1), and a tension release posture. (9) is a flexible fixed piece, this identification piece + 81 k
It is a leaf spring that elastically engages and maintains the tensioned position.

The banknote supply port (61) forms a cutout (6a) in the drawing board portion of the fixed frame ill for fully transferring banknotes ta+ into the fixed frame (1), and also a slot for feeding banknotes tut k.
Change the position to the position along the clamping conveyance path (4) and get +11! + A pair of guide plates (6A) and (6B) are provided after n+1 for guiding to the starting end of the transport mechanism (5).

The divided unit fdi... changes its position f in the clamping and conveying direction in order to correspond to the change in the adjacent spacing between the pachinko signs...
■ Each guide plate (2A), (8A) terminal portion (jua) of the lower transport mechanism (5) in the upper division unit fdl is connected in a 1" narrow state.
, (8Aa) and each guide plate (gA) of the upper transport mechanism (5) in the lower division unit (d).
).

(8A) Starting end portion (JAb), (8 kb) is the 7th
As shown in Figures 1 and 1Q, the guide plate starting end of the upper conveyance mechanism (5) is constructed so as to be inserted into each other in the clamping conveyance direction while allowing relative backward loading in the clamping conveyance direction. The portions (2Ab) and (8Ab) are bent such that their tip sides are positioned gradually outward.

In addition, the starting end of the lower side conveyance mechanism (5) in the valley cutting unit tdl- and the ball lending machine tB) are the ball lending machine FB.
Transfer of banknote ta+ from I to handling pattern (5) starting end? In order to ensure this, the structure is such that the banknote 1al is conveyed in a pinch manner at the starting end of the conveyance mechanism (5) at the foreshadowing where the banknote 1al is being fed out from the ball lending machine tB1. , the starting end of the guide device (3) in the downstream conveyance machine 4#i51 is pushed l:f:transfer (3B'J). In order to prevent damage to the defective banknote ta+ due to the return of the defective banknote f81 from tBl, the ball lending machine t
Return of defective banknotes at B+ (solenoid U based on ILI)
The structure is such that the position is automatically changed to the pinch release position by the operation of O+.

Furthermore, each divided unit I- (dl.
A lamp 11 is provided with an odor and lights up when the photoelectric switch ++2J turns on when the banknote J111 passes.
3I is provided 9, and also at the upper end of the case.
Similarly to the lamps, lamps t141, etc. are provided which are turned on when each photoelectric switch is turned on. Therefore, it is possible to roughly check the clamping and conveyance situation, such as jamming of banknotes TA+, from the lighting condition of the lamp circle.

According to the configuration of the above embodiment, the banknotes (8) and the fists sent from each ball lending machine IDI"e can be held and conveyed to the storage part + (J)K, and the banknotes f and the banknotes sent out from the ball lending machine IDI"e can be conveyed by holding the banknotes (8) and the fists sent out from each ball lending machine IDI"e.
Paper 1 from the conveyance path (4) between at and the upper side
When one banknote fi+ or one group of overlapping banknotes fi1 are supplied to the starting end of the F-hand side conveyor toga (5) at the same time or at approximately the same time, they are overlapped and conveyed in a pinched manner.

If the jammed banknote TA+ occurs, the guide device (3) at the holding point is moved to the clamp release position to release the jammed banknote ial and remove the jammed banknote fat. It can be easily and quickly taken out upwards without being damaged, and when it comes time to replace the round bell (2B) due to damage or wear on the round bell (1), the upper stay ( By simply swinging 2a) into the path forming state, the belt holder can be replaced easily and quickly from above.

Incidentally, the present invention may also be implemented as listed below.

(2) In the above embodiment, a flat belt or a timing belt i is used as the bell) C2B).

■ As shown in Figure 11, place the fine feed loading box (21)
Constructs belt competition YK using 13 large flat belts. ' ■ As shown in Figure 12, there are two belts (2B), upper and lower.
,(JB)'! The conveying device (2) is completely configured on a belt conveyor equipped with "il".

■ In the example in the column above, the load X applied to each motor (2D), bell) (2B), pulley (2C), etc.
, young? Accordingly, it is configured to automatically detect i fortune-telling t.

■ If a blockage occurs, it is configured to detect the blockage and automatically stop the clamping conveyance. In this case, in order to prevent the delivery of banknotes (01) from the ball lending machine tel when the pinching and conveyance is stopped, and to completely prevent clogging at the supply port (6), the ball lending machine (01 ), a means to automatically stop the paper money feeding by the ball lending machine (111), a means to automatically block the receiving port (6) r of the ball lending machine tBl based on the detection of a jam, and a means to automatically stop the paper money feeding by the ball lending machine It is advisable to use a means to manually activate the alarm run knob, etc. to prevent the 111i (8) from being turned on.

■ The slot for the relay bill holding and feeding machine is completely inserted into the opening between the O1J ball lending machine tBl and the supply port (6). In this case, even if the distance between the ball lending machine till and the supply port (6) is long, the banknotes can be fed into the supply port (1a).

In addition, in this case, it is possible to configure the ball lending machine (based on the detection of defective banknotes at Bl) to automatically replace the relay banknote clamping, photographing and transmitting structure [I, l, which stops the clamping and transporting state at 1'9]. desirable.

(2) Passing of banknotes fat on the clamping conveyance path 141 This is carried out using the r-evaporation switch.

■ As shown by the iR affected line in Figure 1, set up and carry out in-nest monitoring gCQ of the reason for the 2nd flash of the gej, the iC of the self or the mouse, and the reason for the .

In addition to banknotes, various types of cards such as paper and plastic cards can be cited as the thin plate-like body fil+ to which the invention is directed.

[Brief explanation of the drawing]

The drawing shows an example of a thin plate-like object conveying mechanism for wood light,
Figure 1 is a side view of the play equipment, Figure 2 is a cross-sectional plan view, Figure 8
The figure is a perspective view of the main part (divided unit), an enlarged cross-section flat curved view of the 4th and 9th diameter parts, 5th and 6th parts are large, and 4th part is v-v. Fig. 7 is an enlarged vertical sectional front view of the main part showing the belt or the defective condition, Fig. 8 is an enlarged cross-sectional plan view of the straddle section, and Fig. 9 shows the cross-section of the belt. 11 and 12 are longitudinal sectional front views of main parts showing another embodiment. (2)... Conveyance device, (3). ...Guide device, fil+... Thin plate-shaped body, (4)...
...Pinch conveyor path, (5)...Pinch conveyor 4
i#, +61・Old・Thin plate supply port. Agent Patent Attorney Mine Kitamura

Claims (1)

[Claims] ■ Upper and lower: +1llI core υ and 1. A holding and shaking mechanism (5) for general feeding is provided along the conveying device f2 which is rotatable by %, and the guide device +31 is connected to the conveying device α.
(2) A thin plate-like object conveying mechanism configured to be able to be repositioned to a position that eliminates the clamping action of more than 7 tons. The transport device (2) is a belt conveyor.
[Existence] plate-like body] express transport mechanism. tJ D(f, lQ IIRi device iff (21
& U Ka/I't"m pK-i (3J 7)i
, Tomo, J Thin plate + f
ll One (1) thin plate-like material supply port (t) is provided in the metal transfer route (4). The thin plate-like object conveying mechanism described in the above claims. (1) The conveying device (2) and the guide device (3) both have a molecular (/(J) configuration in the nipping and conveying direction. 2. The thin plate-like object conveyance mechanism according to any one of Items 1-2.