JPH02263291A - Manual type automatic vending machine - Google Patents

Abstract

PURPOSE:To make a coin control mechanism, etc., small and to relatively enlarge the housing space of a commodity by providing a selector to switch and select the reciprocative motion of an operating body by manual operation to any one motion of a commodity carrying-out mechanism through a transmitting system. CONSTITUTION:After a coin is put into the coin control mechanism and a selector 13 selects the commodity, when forward motion or reciprocative motion is executed by the manual operation from a handle 5 to the operating body, any one of commodity carrying-out mechanism 10 executes motion through a transmitting system 12 including the selector 13 and the commodity in a correspondent commodity housing part 9 is carried out. In such an way, the transmitting system 12 is provided to be equipped with the selector 13. Thus, it is enough for the plural commodity housing parts 9 and plural commodity carrying-out mechanisms to provide only one operating body and one coin control mechanism and the cost of an automatic vending machine can be widely reduced. Then, the automatic vending machine can be made compact and further, the structure of the machine can be simplified.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention provides a manual delivery handle that is equipped with a plurality of product storage sections that store different types of products in a polymerized state, and that is unlocked by inserting a coin. The present invention relates to a manual vending machine that carries out a desired product from one of the product storage sections by a forward movement operation.

Conventional technology and its challenges Vending machines that can manually dispense products without using any electrical power are not subject to installation location restrictions such as the presence or absence of a power source or the location of an outlet, so they can be installed indoors. As a vending machine for external use, it is mainly used to sell small items in boxes.

Recently, such advantages have been appreciated, and manual vending machines of the type that can selectively dispense a plurality of types of products have been put into practical use.

As shown in FIG. 15, this kind of conventionally known manual vending machine has a number of coin slots (151) depending on the type of product, and a coin control mechanism (152).
..., a product carry-out lever (153)..., etc., and when carrying out a desired product, insert a coin into the coin slot (151) of the corresponding product, and then press the product carry-out lever (153). ) was pushed downward to drive the internal product delivery mechanism and transport the product to the outside.

Note that (154) is a product outlet.

However, in manual vending machines of the above type, coin slots (15
1)..., a coin control mechanism (152)..., a product delivery lever (153), etc., which leads to higher cost, larger size, and complexity of the vending machine. In addition, the coin control mechanism (152)
etc. occupy a large space, and therefore have the disadvantage that the storage space for the product is relatively small.

SUMMARY OF THE INVENTION An object of the present invention is to provide a manual vending machine for a variety of products that can overcome the above-mentioned conventional drawbacks.

Means for Solving the Problems In order to achieve the above object, the present invention provides a manual vending machine having a plurality of product storage sections each storing different types of products in a polymerized state, in which each of the product storage sections has a plurality of product storage sections. , a plurality of product discharging mechanisms that sequentially eject a predetermined number of products from the most advanced product toward the takeout port for each movement, and a coin control mechanism that is always in a standby position and locked in an inoperable state. The lock is released by inserting a predetermined number of coins into the reciprocating handle, and the reciprocating handle is manually operated to move the coins forward against the urging force of the urging means. an actuating body that automatically returns to a standby position; a transmission system interposed between the actuating body and the product delivery mechanism; The gist of the present invention is a manual vending machine characterized by having a selector for switching and selecting the behavior of any one of the product discharging mechanisms via a transmission system.

Function In the above-mentioned manual vending machine, after inserting a coin into the coin control mechanism and selecting a product using the selector, when the handle and thus the operating body are manually operated to move forward or reciprocate, the transmission system including the selector is activated. Any one of the product delivery mechanisms takes action via the product storage section, and the products in the corresponding product storage section are delivered. That is, in the manual vending machine of the present invention, due to the presence of the transmission system including the selector, only one operating body and one coin control mechanism are provided for the plurality of product storage sections and the plurality of product delivery mechanisms. That's fine.

Example Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIGS. 1 to 11 show an embodiment of the present invention.
Figures 1 through 14 each show examples of modifications.

Figure 1 shows the appearance of a manual vending machine, with four product viewing windows (1) in the vertical direction on the front left side.
is provided, and a product outlet (2) is provided at the lower position.
) is provided.

In addition, on the right side of the front, there is a coin slot (3) at the top, a handle (5) for carrying out the product that is integrated with a knob (4) for selecting the product below it, and a coin return slot (5) below it. 6) are provided respectively. That is, in this manual vending machine, after inserting a coin into the coin slot (3) and rotating the knob (4) to select the desired product, the product delivery handle (5) is moved downward. Then, the product is carried out and can be taken out from the product outlet (2).

The internal configuration of this manual vending machine will be specifically explained below.

In Figures 2 and 3, (7) is mainly based on vending machines,
(8) is a case that houses the vending machine main body (7).

In the vending machine main body (7), (9)... is the product storage section, (lO)... is the product delivery mechanism belonging to each product storage section (9)..., and (11) is Working body, (
12) is a transmission system, (13) is a selector included in the transmission system (12), and (14) is a coin control mechanism. These components are integrally attached to the back side of the front mounting frame (15) and constitute the main body (7) of the vending machine.

The mounting frame (15) includes a plate-shaped vertical frame member (16) disposed on the right side when viewed from the front, and a pair of left and right plates disposed adjacent to the plate-shaped vertical frame member (1B) on the left side when viewed from the front. columnar vertical frame member (1
7) (17) and a pair of upper and lower crosspieces (1g) (1
8), and each of the upper and lower ends of the plate-like vertical frame member (1B) and the columnar vertical frame member (17) is connected to a crosspiece (1g).
(18) are connected with screws and made into a body.

First, the product storage section (9)... and the product delivery mechanism (lO
)... will be explained.

Product storage part (9)... is a square tube-shaped product storage case (1
9) ... is its main body, and the mounting projecting plate portions (20) (20) formed in a forward protruding shape on both sides of the front end are the left and right columnar vertical frame members (17) (
17) with screws, and consists of four arranged vertically. As shown in FIG. 4, the product storage case (19) is configured to store products (21) inside thereof in a state where they are overlapped in the front and back direction.

This product storage case (19) has a product delivery mechanism (lO).
is provided. This product delivery mechanism (10) includes a product urging mechanism (22) that urges the products (21) forward.
, a product escape prevention mechanism (22a) that prevents the product (21) to be energized from escaping forward, and a product escape prevention mechanism (22a) that prevents the product (21) at the front end from escaping forward. It consists of a product release mechanism (23) that releases the product (21) from the product storage case (19) after releasing the escape prevention state.

To explain the product biasing mechanism (22), a rail member (25) having a predetermined width is attached to the widthwise center of the internal bottom surface (24) of the product storage case (19) along the length direction. This rail member (25) has a strip-shaped bottom plate (
26), upwardly protruding edges (27) (27)
and an inwardly protruding edge (28) (28).
29) (29) is formed by bending.A product biasing body (30) is attached to these rail parts (29) (29) so as to be able to slide freely in the front and rear direction, and a constant tension coil motor (31
). Product (21
)... are biased from behind by this product biasing body (30).

Next, to explain the product escape prevention mechanism (22a), the front ends (27a) of the left and right upper protruding edges (27) (27) of the rail member (25) are connected to the bottom surface (27a) of the product storage case (19). 24), and a rectangular plate-shaped product stopper (32) is pivotally mounted between them at approximately the center in the height direction so as to be freely rotatable in the front and rear directions. . The upper half of the product stopper (32) is biased in the forward rotational direction by a spring or the like, and when the product stopper (32) is in an upright state, the back surface of the lower half is attached to the bottom plate (2B) of the rail member (25). It comes into contact with a downward protruding edge (33) formed by bending the front end edge, and forward rotation of the upper half is restricted at that position. Therefore, the product (21) that is urged forward by the product biasing body (30) comes into contact with the back of the upper half of the product stopper (32) in the upright state, and is prevented from escaping. becomes. Note that when the product stopper (32) rotates backward, the back surface of its upper half comes into contact with the upper surface of the inwardly protruding edge (28) of the rail member (25), and the product stopper (32) is in a horizontal state. When it is necessary to replenish the product storage case (19), it is done from the front with the product stopper (32) rotated to a horizontal position. There is.

Finally, to explain the product release mechanism (23), the front edge (34a) of the top wall (34) of the product storage case (19)
) is set at a position that is set back from the position of the product stopper (32) by a length corresponding to the thickness of one or more products but less than two products, and when a pushing-up force is applied to the foremost product, With the next product in contact with the front edge (34a) and prevented from moving, only the most advanced product is displaced upward. And product storage case (19
) A pair of left and right product delivery arms (
(6) (3B) is pivotally mounted at the rear end position so as to be freely rotatable in the vertical direction. These product delivery arms (3B) (36) are integrally connected to each other at their rear ends, and are configured to rotate in the vertical direction in conjunction with each other.

Hanging rods (37) (37) are hung from the front ends of these product delivery arms (3B) (36) so as to be swingable back and forth. The upper ends of the hanging rods (37) (37) are connected to each other by the horizontal rods (38), and both hanging rods (
37) (37) is designed to interlock with each other and swing back and forth. At the lower ends of these hanging rods (37), there are protrusions (39) protruding inwardly for pushing up the product.
) (39) is attached. In addition, the hanging rod (37) (
37) in the backward rotation direction, and the product unloading arm (3B)
(3B) are each biased in the downward rotation direction. Due to this bias, the product carry-out arm (3B) (3B) is normally maintained in a substantially horizontal state as the horizontal rod (38) comes into contact with the upper surface of the front end of the earthen wall (34) of the product storage case (19). And then the hanging guard (37)
(37) is a protruding piece (39) (39) is on both sides of the product storage case (19)! (35) It is held in a substantially vertical state by contacting the front edge of (35), and in that state, the protruding piece (39) (39)
). One end of a transmission wire (41) constituting a transmission system (12) is connected to a position slightly closer to the front end than the center of the product delivery arm (3B) (3B) on the right side when viewed from the front. There is. That is, when the power transmission wire (41) is pulled, the product delivery arm (3B) (38) is activated by the coil spring (40).
) (40) and rotates upward against the urging force of (40), and the hanging rod (37) (37) moves upward and the protruding piece (
39) Product (21) located at the forefront in (39)
The lower end of the product stopper (32) is pushed up above the upper end of the product stopper (32), and the product (21) is ejected forward by the urging force of the product urging member (30).゛After carrying out such a product, the next product will be moved forward by the urging force of the product urging member (30), and the protrusions (39) (39) displaced upward will As a result of being pushed forward by the front part of the product, the coil springs (40) (40
) The hanging rods (37) (37) will rotate forward against the urging force of (37). Then, when the traction force on the transmission wire (41) is released, the product delivery arm (36) rotates downward due to the biasing force of the coil spring (40), and at the same time, the hanging rod (37) (37) also moves downward. . When the projecting pieces (39) (39) reach the lower end of the product (21), the hanging rods (37) (37)
The protruding piece (39) rotates backward due to the biasing force of the protruding piece (39).
(39) is now located below the product (21), returning to the initial state.

Next, the operating body (11) will be explained. Mounting frame (15)
As shown in FIG. 3, a vertically long opening (42) is formed in the vertical center of the plate-shaped vertical frame member (16). As shown in FIG. 2, a fixed frame (43) having a U-shaped cross section and opening on the right side in front view surrounds the opening (42) on the back surface of the plate-shaped vertical frame member (1B). The arrangement is fixed. As shown in Figures 5 to 8, the earthen wall (44) and lower wall (44) of this fixed frame (43)
45) and a pair of front and rear guide columns (48) (
4B) is erected, and a vertically long box-shaped lifting block (47) that opens on the right side when viewed from the front is slidably penetrated therethrough. This lifting block (47) is a guide column (46)
(4B) while being guided by the upper wall (4B) of the fixed frame (43).
4) and the lower wall (45). The front end of this elevating block (47) faces the opening (42) of the plate-shaped vertical frame member (1B), and its front wall (48)
On the outer surface of the product carrying handle (5) having an inverted cross-section, a concealing plate (49) is interposed to hide the opening (42) from the front side of the plate-like vertical frame member (■6). It is attached with screws. That is, the lifting block (47)
, the actuating body (11) is operated by the handle for carrying out the product (5), etc.
The lift block (47) can be reciprocated up and down by manually operating the handle (5).

The operating body (11) having the above configuration is normally operated by the lifting block (4).
The outer surface of the earthen wall (50) of 7) is the earthen wall (4) of the fixed frame (43).
4) is placed on standby at the uppermost level where it comes into contact with the inner surface. That is, the earthen wall (44) of the fixed frame (43)
A constant tension coil motor (51) is mounted and fixed on the outer surface of the fixed tension coil motor (51), and this constant tension coil motor (51) passes through the earthen wall (44) of the fixed frame (43) and is connected to the lifting block (47). , the lifting block (47) and the actuating body (11
) The entire body is biased upward. Therefore,
The handle (5) for carrying out the product is equipped with a constant tension coil motor (5).
While it is manually moved forward against the urging force of 1), it is moved back by the urging force of the constant tension coil motor (51) and automatically returns to the standby position.

Furthermore, the operating body (11) includes a coin control mechanism (14).
In connection with this, the device is always locked in an inoperable state at the highest standby position, but the lock is released by inserting a coin into the coin control mechanism (14). . That is, as shown in FIGS. 7 and 10, a lock claw (54) is inserted between a pair of front and rear bearings (53) vertically installed on the inner surface of a side wall (52) of a fixed frame (43). is pivotably mounted in the direction of the wall,
The upper half of the spring (54a) moves the lifting block (
47) on the side wall (57) side, and the lower half is attached to the fixed frame (43).
) is biased toward the side wall (52) of the housing.

The tip of the lower half of the lock claw (54) is attached to the fixed frame (43).
) through the opening (55) bored in the side wall (52) of the
It projects into the coin passageway (5B) of the coin control mechanism (14). On the other hand, the lifting block (47)
A lock opening (58) is bored in the side wall (57) of the lift block (47), and when the lift block (47) is in the highest standby position,
The tip of the upper half of the lock claw (54) projects inward of the lock opening (58). Therefore, the lifting block (47) and the operating body (11) are normally locked at the uppermost standby position by engagement between the lock claw (54) and the lock opening (58). On the other hand, the coin inserted into the coin control mechanism (14) flows down the coin passage (58) and comes into contact with the tip of the lower half of the lock claw (54), and the tip of the lower half flows down the coin passage (56). By withdrawing from the inside, the lifting block (47) is unlocked when the tip of the upper half of the lock claw (54) withdraws from the lock opening (58). In addition, after inserting the coin, the coin will not fit into the locking claw (54).
In order to maintain the tip of the lower half of the coin out of the coin passageway (56), a coin stopper (59) is provided to hold the coin in that position. The details of the operating mechanism of this coin stopper (59) are not shown, but the operating mechanism (ζ) is made of a combination of a spring (59a) and a cam mechanism (not shown) to move the operating body (11) downward by a predetermined distance. When the coin is moved, the holding state of the coin is automatically released and the coin is allowed to flow down, while the operating body (11
) returns to the upper position, the coin stopper (59) is operated so that it returns to a state in which it can hold a coin.

Next, the transmission system (12) and the selector (13) included therein will be explained.

The transmission system (12) transmits and converts the reciprocating motion of the operating body (11) into one behavior motion of any one of the product delivery mechanisms (lO). That is, as shown in FIG. 2, the upper surface of the downward U-shaped support frame (BO) is screwed to the upper part of the back surface of the plate-shaped vertical frame member (lG) of the mounting frame (15). A long fulcrum in the front and back direction (81
) is placed and fixed. On this fulcrum stand (61), four transmission arms (B2) are arranged in parallel in the front-rear direction and pivoted in a seesaw manner. The left end of the rearmost transmission arm (62) in front view is directly rotatably connected to the product delivery arm (36) of the product delivery mechanism (10) at the top, and the remaining transmission arm (62)・
A power transmission wire (41)... is suspended from the left end in front view of ・, and its lower end is rotatably connected to each product delivery arm (3G)... in the remaining product delivery mechanism (10)... has been done. Furthermore, transmission wires (63) are similarly suspended from the right ends of the transmission arms (62) when viewed from the front. And their lower ends are respectively transmission band members (
64)... is connected to the upper end of the... As shown in FIG. 5, this connection is achieved by forming a bent part (B5) at the upper end of the transmission band member (B4), and making a small hole (65a) in this. ), and a retainer (66) larger than the small hole (85a) is attached to the tip of the transmission wire (64). These transmission band members (64) are arranged at a predetermined interval on the right side edges of the upper wall (44) and lower wall (45) of the fixed frame (43) in front view, and are oriented inward in the width direction. In this embodiment, it is slidably supported at two intermediate portions in the longitudinal direction. Also, the earthen wall (44) of the fixed frame (43)
At the intermediate position between the lower wall (45) and the lower wall (45), a power transmission belt member (6
4) A contact piece portion (67) is formed perpendicularly to the contact piece portion (67), and a V-groove (68) is formed at the upper end thereof. As shown in FIG. 11, when the transmission band member (64) is pulled downward, the transmission arm (62) moves from the right half of the transmission arm (62) using the fulcrum base (61) as a fulcrum via the transmission wire (63). rotates downward, while the left half in front view rotates upward, directly in the case of the highest product discharging mechanism (10), and directly in the case of the remaining product discharging mechanisms (10)... is connected to each product delivery arm (3) via a transmission wire (41)...
6) Rotate the product storage case (19) upwards.
...will release products that are at the forefront of the industry. In addition, as shown in FIGS. 5 and 7, the transmission band member (64) has its contact piece (67) and the fixed frame (4
3) The coil spring (69) interposed between the upper wall (44)
), and a bent portion (70) is formed at the lower end to prevent the transmission band member (64) from separating upward from the fixed frame (43) ρ1. The bent portion (70) is configured to abut against the lower surface of the lower wall (45) of the fixed frame (43).

In this state, the upper bent portion (
65) is positioned a predetermined distance above the retainer (66) of the transmission wire (63). This is done by starting pulling the transmission wire (63) after the transmission band member (64) has moved downward a predetermined distance.
This is to stabilize the operation.

On the other hand, the operating body (It) and the transmission band member (64)...
The rest of the transmission system connecting the two is mainly configured as a selector (13). That is, as shown in FIGS. 5 to 8, a pair of left and right driving shafts (72) are provided between the front wall (48) and the rear wall (71) of the lifting block (47).
and a driven shaft (73) are rotatably pivotally connected. In this case, the driven shaft (73) is positioned on the side of the transmission band member (64). The front end of the driving shaft (72) passes through the front wall (4B) of the lifting block (47) and the product delivery handle (5), and a product selection knob (4) is attached to its tip.

Furthermore, gears (74) (7
5) is attached, and the product selection knob (4) is attached.
), the rotation is caused by the rotation of the main drive shaft (72).
The signal is transmitted from the driven shaft (73) to the driven shaft (73). The driven shaft (73) is provided with a predetermined interval in its length direction, that is, the transmission band member (B4) -
...corresponding to the spacing between the contact pieces (67)...
Four selector pins (76) are implanted in such a manner that their phases differ by 900 in the circumferential direction. When these selector bins (76) are positioned on the side of the transmission band member (64), they are positioned directly above the contact piece (67). By lowering the elevator block (47), one of the selector bins (7G) comes into contact with the corresponding contact piece (67).

The selector (13) has a positioning mechanism (77) for positioning the product selection knob (4) at a predetermined selection position. That is, as shown in FIGS. 6 and 8, a wind turbine (78) is attached to the rear end of the driven shaft (73) inwardly adjacent to the gear (75). This windmill (78)
The outer periphery has a shape in which four troughs and four peaks alternately arranged at equal intervals in the circumferential direction are continuous on a smooth curved surface. The windmill (78) is the product selection knob (4).
), when the selector bins (76) are successively positioned above the corresponding abutting pieces (67), the valleys thereof are sequentially directed downward. . A windmill (
A claw member (79) is pivotally attached at a lower position of 78);
This claw member (79) is configured to slidably press and bias the outer peripheral surface of the wind turbine (78) from below using a spring (80). As a result, the claw member (79) is attached to the windmill (78).
The product selection knob (4) is automatically fitted into the valley of the windmill (78) for positioning in the rotating direction of the windmill (78).
positioning at a predetermined selected position.

Furthermore, in the selector (13) and in turn in the transmission system (12), a selector bin (7B
) is provided with a rotation prevention mechanism (81) for preventing the driven shaft (73) from rotating due to contact with the contact piece portion (67). That is, FIG.
As shown in FIGS. 6 and 8, the driven shaft (7
3), a flat square engagement member (82) is attached to the rear outer circumferential surface of the wind turbine (78) inwardly adjacent to the wind turbine (78). The engaging member (82) is positioned with its side surface vertically on the right side when viewed from the front in the product selection position. A guide column (83) is installed between the earthen wall (44) and the lower wall (45) of the fixed frame (43) so as to be adjacent to the innermost transmission band member (64). This guide column (83) is provided with a guide edge (84) over its entire length in the length direction except for a predetermined range at the top, and the guide edge (84) is provided at all positions except the uppermost standby position of the actuating body (11). A side surface of the engaging member (82) engages with the guide edge (84) to prevent rotation of the driven shaft (73).

In addition to the above, this manual vending machine has a mechanism (85) for preventing the operating body (11) from running backwards. As shown in FIGS. 6 and 10, this reverse running prevention mechanism (85) is comprised of a rack piece (86) fixed to the inner surface of the left side wall (52) of the fixed frame (43) in a vertically extending manner.
), a ratchet (87) pivotally attached to the outer surface of the left side wall (57) of the lifting block (47) so as to be freely rotatable in the vertical direction, and a spring that biases the ratchet (87) to maintain it in a horizontal state. (86a).

That is, immediately after the elevating block (47) starts descending from the standby position, the ratchet (87) touches the rack piece (86).
During the descent, the rack piece (86) engages with the teeth (8Gb) of the rack piece (86) in a state in which it tilts obliquely upward from a horizontal state against the biasing force of the spring. Therefore, although there is no problem in descending, when attempting to raise the rack piece (87), the ratchet (87) gets caught in the teeth of the rack piece (8B), making it impossible to raise it. On the other hand, when the lifting block (47) moves to the lowest position, the ratchet (87) moves to the rack piece (86).
It leaves and returns to the horizontal state with the biasing force of the spring. When the lifting block (47) is raised, contrary to the above, the ratchet (87) is tilted diagonally downward from the horizontal state against the biasing force of the spring, and the rack piece (8G)
The teeth (86b) mesh with each other. Therefore, although there is no problem in ascending, the ratchet (8
7) gets caught in the teeth of the rack piece (8G) and cannot be lowered. . This reverse run prevention mechanism (85) allows the handle (5) to automatically return to the standby position when you release your hand from the handle (5) during downward movement of the handle (5) for carrying out the product. This solves the problem of locking the product and making it difficult to take out the product, and also allows the handle (5) to be moved forward to the lowest position to take out the product, and then moved back a predetermined distance and then moved forward again to make the same process happen again. This prevents mischief such as taking out products.

Next, the operating state of the manual vending machine having the above configuration will be explained.

First, the user inserts the fin into the coin slot (3) and selects a product by operating the product selection knob (4).

When a coin is inserted, the coin is transferred to the coin control mechanism (I4).
), go down the coin passage (56) and hit the lock claw (5) on the way.
4) The tip of the lower half is held by the coin stopper (59) in a state where it is pushed out from the passage (5G), and the lock claw (54) is released from the lock opening (58) in the lifting block (47), and the lifting The block (47) is in an unlocked state in which it can be raised and lowered.

When selecting a product, the product selection knob (4) is reliably positioned at four positions in the rotational direction by the positioning mechanism (77), and the four positions correspond to each of the product storage sections (9)... Therefore, the user selects the product storage case (19) in which the desired product is stored and selects one of the four positions corresponding to the product storage case (19) by rotating. The rotation is caused by the drive shaft (72) through the gear (7
4) It is transmitted to the driven shaft (73) via (75), and a specific one of the selector bins (7B) is positioned above the corresponding abutment piece (67). .

Next, the handle (5) for carrying out the product is moved forward from the highest standby position to the lowest position. Along with this, the elevating block (47) also moves downward, and in a state where the rotation of the driven shaft (73) is prevented by the rotation prevention mechanism (81), the selector bin (7B) is moved to the abutment piece (67). 17
) Fits into the V-groove (68) and moves the transmission band member (64) downward. The transmission wire (B3) is pulled by the forward movement of the transmission band member (B4), and is transferred to the product delivery arm (3) in the product delivery mechanism (lO) via the transmission arm (62), etc.
6) Rotate upward. This allows the hanging rod (37)
(37) rises, the protruding piece (39) (39) pushes up the product located at the frontmost end, and the product is ejected forward by the product biasing body (30) beyond the product stopper (32). The product will fall and can be taken out from the product removal port (2). In addition, during the forward movement of the handle (5), the coin stopper (59) exits from the coin passage (56) and the coin flows down, so that the tip of the lower half of the lock claw (54) enters the coin passage (5B). ), thereby causing the tip of its upper half to move toward the lifting block (47). After that, when you release your hand from the handle (5), the handle (5) automatically returns to the uppermost standby position by the biasing force of the constant tension coil motor (51), and the lock claw (
54) is the lock opening (5) in the lifting block (47).
B), which locks the lifting block (47) and eventually the handle (5), returning to the initial state.

FIG. 12 shows the principle of the selector (88) when selling more types of products than in the previous embodiment. That is, two driven shafts (90) (90) are arranged on both sides of a main drive shaft (89) in an upwardly biased lifting block (not shown), and the rotation of the main drive shaft (89) is caused by the gear (91). ) (92) (92) are transmitted to the driven shafts (90) and (90), respectively. and both driven shafts (90)
(90) on the outer circumferential surface with 3
The selector bins (93) (93)... are fixed, and every 600 rotations of the driving shaft (89) cause any one of the selector bins (93) (93)... to be in an outward horizontal state. It is set and made.

Corresponding to each selector bin (93) (93)..., transmission levers (94) (94)...
... are arranged, and when the lifting block is lowered, only the selector pin (93) in the outward horizontal state comes into contact with the corresponding transmission lever (94) to operate it. A hexagonal engagement member (95) is attached to the main drive shaft (89), and a pair of guide columns (95) that engage with the side surfaces of the engagement member (95) are attached to the fixed frame (not shown). 96) (96) is erected, and during the descent of the lifting block, guide columns (
9B) (9B) to prevent rotation of the driven shaft (9o).

FIG. 13 shows the principle of a selector (102) of the type that selects a product by linear operation of the knob, whereas in the above embodiment the product selection is performed by rotating the knob. be. That is, the selector block (98) is slidably attached to the outer periphery of a bar (97) having an irregular cross-section and supported in an upwardly biased state so as to be movable up and down. The selector block (98) is formed with a selector pin (99) that protrudes in the horizontal direction orthogonal to the bar (97), and the bar (97) is placed below the selector pin (99).
) along the length direction of a plurality of separators (100)...
・Arrange. One end of the transmission lever (101) is positioned at the lower part between each separator (100). The product can be purchased by moving the selector block (9B) on the bar (97) and selecting a specific separator (100
)..., the selector block (98) is lowered together with the bar (97), and the transmission lever (101) is operated by the selector pin (99).

FIG. 14 is a principle diagram showing the rotary operation type selector (103). In other words, the lifting plate (
104), a product selection arm (105) is pivotally attached to the back side of the product selection arm (105) so as to be rotatable left and right.

The upper end of this product selection arm (105) has an operation knob (
10B), and a bush roll (107) is attached to the bottom end of the bush roll (107).
) is provided with a pallet device (108) having a plurality of passages extending in the vertical direction, and one end of a transmission lever (109) projects from the lower part of each passage. The transmission lever (109) is pivotally supported in a seesaw manner at its center, and one end of a bush-pull type control cable (110) is connected to the other end. When selecting a product, the product selection arm (105) is rotated left and right to position the bush roll (107) directly above a specific path of the separator device (108). Then, lower the elevating plate (104) and lower the bush roll (104).
07) is lowered into the passage of the separator device (108), transmitted and brought into contact with one end of t<-<109), which is pushed downward. In addition, if you do so, the transmission /<-<
The other end of the control cable (109) is raised and the control cable (1
10), which in turn pushes up the product delivery arm (36) in the product delivery mechanism and releases the product.

In addition, in this invention, as the product storage section, a product storage section of a type that stores products in a vertically stacked state or the like may be employed. In addition to the linear movement type, the handle for carrying out the product in the actuating body can also be configured as a rotary movement type.

In addition to the effects of the invention, in the manual vending machine of the present invention, due to the presence of the transmission system including the selector, one operating body and one Therefore, the cost of the vending machine is lower compared to the conventional case where it is necessary to have multiple operating bodies and coin control mechanisms depending on the number of product storage sections and product delivery mechanisms. In addition to being able to significantly reduce the amount of noise, it is also possible to realize miniaturization, and furthermore, the structure can be simplified. Since the proportion of the operating body, coin control mechanism, etc. in the vending machine can be reduced, a relatively large space for storing products can be secured, and the amount of stored products can be increased.

[Brief explanation of drawings]

Figures 1 to 11 show one embodiment of the present invention. Figure 1 is a perspective view of the entire vending machine, Figure 2 is a rear perspective view of the main body of the vending machine taken out from the case, and Figure 3 is a perspective view of the main body of the vending machine taken out from the case. 4(a) and 4(b) are perspective views showing the product storage section and the product delivery mechanism, FIG. 5 is a side view showing the selector part in the transmission system, and FIG. 6 is a front perspective view of the main body of the vending machine. Figure 7 is a cross-sectional view taken along the line ■-■ in Figure 5, and Figure 8 is a cross-sectional view taken along the line ■-■ in Figure 5.
The figure is a cross-sectional view taken along the line ■-■ in Figure 5, and Figure 9 is the I in Figure 5.
FIG. 10 is a sectional view taken along the line X--IX, FIG. 10 is a sectional view taken along the line X--X of FIG. 7, and FIG. 11 is a schematic rear view of the main body of the vending machine showing the operating state. FIG. 12 is a perspective view showing the principle of another modification of the selector, FIG. 13 is a perspective view showing the principle of another modification of the selector, and FIG. 14 is a perspective view of still another modification including the selector. FIG. 15, which is a perspective view showing the principle, is a schematic front view of a conventional manual automatic vending machine. (2)...Product take-out port, (5)...Product carry-out handle, (9)...Product storage section, (lO)...Product carry-out mechanism, (11)...Operation body, (■2)...Transmission system, (13) (8g) (102) (103)
...Selector, ...Coin control mechanism. Figure 11 above

Claims (1)

[Scope of Claims] In a manual vending machine having a plurality of product storage sections each storing different types of products in a polymerized state, a vending machine that belongs to each of the product storage sections and is positioned at the leading edge for each behavior. A plurality of product discharging mechanisms that sequentially eject a predetermined number of products toward the takeout port, and a coin control mechanism that is normally locked in a standby position and inoperable by inserting a predetermined number of coins into the coin control mechanism. When the lock is released, the actuating body is moved forward against the urging force of the urging means by manual operation of the reciprocating handle, and automatically returns to the standby position by the urging force of the urging means after the forward movement. , a transmission system interposed between the operating body and the product discharging mechanism; and a transmission system included in the transmission system, which allows reciprocating motion of the operating body to be transmitted to the product discharging mechanism via the transmission system by manual operation. A manual vending machine characterized by having a selector for switching to one of the following behaviors.