JPS63153694A - Manually vending machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) This invention is a drive handle that can be driven by inserting a coin.
This invention relates to a thin manual vending machine that sequentially discharges the lowest items one by one according to the order of the rows.

(Prior Art) The inventor rotated a drive lever, which became rotatable by inserting a coin, by a predetermined amount, thereby rotating a main drive wheel by a predetermined amount, and the main drive shaft moved the main drive wheel. We have already proposed a manual vending machine that sequentially ejects items from the rear to the front from the bottom of the storage box where the push-out member of the driving band is opened.
provided.

(Problems to be Solved by the Invention) This conventional manual vending machine rotates a long lever to push out and discharge articles from the rear to the front, so the longitudinal dimensions of the manual vending machine are narrow. , it may obstruct the passage. Especially when installed in narrow aisles on trains and airplanes,
When trying to provide tissue paper, etc., it has become desirable to have a manual vending machine that is thin and light enough to be hung on the wall.

(Means for Solving the Problem) Accordingly, the present invention stacks elongated articles such as dish paper, and from the lower end of a plurality of rows arranged horizontally, the articles in the adjacent row are stacked against the articles in other columns. This system is designed to sequentially discharge items one by one while extruding them, and includes a storage box that accommodates multiple rows of stacked items and has an article passage opening at the lower end, and a storage box that stores items in a stacked manner. A drive band such as a chain or timing belt that has a part parallel to the articles; an extrusion member that is attached to the drive band at intervals that accommodate the plurality of rows of articles in the storage box and moves with the drive band to push the articles; and a drive band. One driving wheel such as a chain wheel or timing belt gear that drives the coin, a driven wheel provided on the other side that rotates freely following the drive of the drive shaft that drives the drive band, and a coin. A drive shaft that can be rotated by turning on and rotates the drive wheel, and a drive shaft that cannot be returned until the drive shaft has been rotated a predetermined amount, and that rotates the drive shaft only in one direction, and that the spring It consists of a drive handle that returns elastically.

(Function) When a coin is inserted into the coin slot, the first drive shaft, which can be rotated, is rotated by a predetermined amount using the first drive knob, thereby rotating the drive wheel by a predetermined amount. The pushing member of the drive band moved by the drive band sequentially moves the lowermost articles in the row of stacked articles one by one in the lateral direction. Then, by dropping the lowest article in the row of articles on the rear side of the moving extrusion member onto the drive band, the lowest articles in each of the plurality of rows are pushed out one by one laterally in the order of the rows; One of the protruding articles falls into the outlet and is supplied.

(Example) The present invention will be explained based on the drawings that illustrate the invention.

The coin 2 inserted into the coin input slot 1 is detected by a known coin discriminator 3.
The defective coins are immediately ejected or prevented from further operation. Also, when it is necessary to give out 4 kosen, suga sen should be given out, although it is not shown in the figure.
A coin return lever is also provided. Then, the prescribed coin 2
is fitted into the groove of the locking cam 4 with a portion protruding.

A locking cam 1 fixed to a drive shaft 6 pivotally supported on a frame 5 has a projection 7, and when the locking cam 4 rotates, the projection 7 comes into contact with the tip of a stopper 8, but the locking cam 4 When a normal coin 2 is stored in the stopper 8, the coin 2 pushes up the stopper 8 and allows the locking cam 40 to rotate.

This stopper 8 is designed to swing around the bolt 10 due to the elasticity of a spring 9. [5 and support member] A drive handle 13 for rotating the drive shaft 6 in one direction via a one-way rotation clutch 12 is pivotally supported on the drive shaft 6 by the support member 1, and the drive shaft 6 is rotated by a predetermined amount. The rotated drive knob 13 is rotated by the elasticity of the spring 14, and the one-way rotation clutch 1
2 is now free. Permanently moving: It is designed to slide back on the shaft 6. Additionally, a positioning cam 1 is attached to this drive shaft 6.
5 is fixed to the positioning cam 15, and a roller 18 provided on the lever 17 engages with a groove 16 provided at a predetermined angular position of the positioning cam 15 by the elasticity of a spring 19, thereby connecting the positioning cam 15 and the drive shaft 6. The rotation position is fixed at a predetermined rotation position. Note that the lever 17 swings around a shaft 20. The toothed plate 21 fixed to the drive handle 13 has teeth 24 between the grooves 22 and 23 as shown in FIG. It rotates about a shaft 27 by the elasticity of a spring 26 stretched in the direction. The tip of the claw 25 is square, and the corners a and b of the square rotate within the grooves 22 and 23 to face the axis 6, but are structured so that they do not come off the outer diameter of the tooth 24. It has become. Therefore, the moving handle 13
When the one-way rotating clutch 12 rotates the 1' rotation σ 116 in the direction of the arrow, the teeth 24 of the beveled tooth plate 21 and the pawl 2 are rotated.
5 engages with the corner a of arrow R, so as not to rotate in the direction of arrow R, and when the claw 25 reaches the groove 23, the claw 25 is pulled by the spring 26 and its tip is directed toward the drive #I6.
When the tooth plate 21 integrated with the drive handle 13 rotates in the direction of the arrow by the elasticity of the spring 14, the tooth 21 rotates in the direction of the arrow.
The corner of the pawl 25 engages with the corner of the pawl 25 to prevent it from rotating in the direction of the arrow. When the pawl 25 reaches the groove 22, the pawl 25 is pulled by the spring 26 and the tip is moved to the 4th east moving shaft 6. turn towards At this time, the drive shaft 6 does not rotate because the one-way rotation clutch 12 is in the free direction. The drive shaft 6 is equipped with a drive wheel 2 such as a large-diameter chain wheel or a timing belt gear.
A drive wheel 31 such as a small-diameter chain wheel or a timing belt gear is fixed to a drive shaft 30 which is pivotally supported by a frame 5 and a support member 29. is stretched, increasing the rotation of the drive shaft 6 and applying it to the drive shaft 30.

A drive wheel 33 consisting of a timing belt gear with a wide tooth width or a pair of chain wheels (not shown) installed in parallel is fixed to this drive shaft 30.
A driving band 36 such as a timing belt or a chain is stretched between the driving shaft 35 and the driven shaft 35 pivotally supported by the driving shaft 4. A storage box 38 for storing articles 37 stacked in two rows is provided in the frame 5 above the drive band 36. It goes without saying that the articles 37 are not limited to two rows, but can be arranged in any number of rows. This -1
・A A storage box 38 has a passage port 39 for 37 lrrIA articles at the lower end thereof, and a drive band 36 having a portion parallel to the storage box 38 and the articles 37 in the storage box 38 has a plurality of articles 3
A plurality of push-out members 40 that push the articles 37 are attached at intervals of 7. In other words, the endless drive band 36 is equally divided into two positions (two or more extrusion members 40 are attached, and by rotating the drive handle 13 by a predetermined amount,
As a result, the drive wheel 33 is rotated by a predetermined amount, and this drive wheel 33 is rotated by a predetermined amount.
As shown in FIG. 4, the extrusion member 40 of the driving band 36 that moves sequentially moves the lowest article 37 in the row of stacked articles 37, and the lowest article 37 after the moving extrusion member 40 has passed. By dropping the lowermost article 371 onto the drive band 36, the lowermost articles of each divine number sequence are fed and moved on the guide 41 in the order of the column, and a predetermined number of articles, for example, one article at a time, are delivered from the discharge port 42. Discharge.

At this time, the guide 41 of the article 37 near the discharge port 42 is raised a little to prevent the later article 37 from coming into contact with the article 37 on the second stage in front.

(Effects of the Invention) This invention discharges rectangular articles one by one from the lower end of a plurality of slightly arranged rows while pushing out the articles of other rows in front of it. As a result, the tenth-ranked articles in multiple rows can be discharged while descending to maintain approximately the same horizontal plane, and the articles can be sold without being damaged by rubbing against each other. Because it was possible to make an extremely thin crow, it became possible to hang it on a wall or install it in the passageways of trains, airplanes, etc.

[Brief explanation of the drawing]

Figure 1 is a cross-sectional view of the main part of the present invention, and Figure 2 is A--A in Figure 1.
FIG. 3 is a cross-sectional view taken along arrow F in FIG. 2, and FIG. 4 is a diagram illustrating the operation. 6.30... Drive shaft, 13... Drive handle, 28.31.33... Drive wheel, 35...
... Driven wheel, 36 ... Drive band, 37 ...
・Articles, 38...Storage box, 39...Passing port, 40...Extrusion member, 42...Discharge port.

Claims (3)

[Claims] (1) A storage box that accommodates a plurality of rows of stacked items and has an article passage opening at the lower end, a drive band that has a portion parallel to the storage box and the items in the storage box, and the storage box A push-out member is attached to the drive belt at intervals that accommodate the items in multiple rows within the drive belt and moves with the drive belt to push the items; a drive wheel that drives the drive belt; A driven wheel that rotates when a coin is inserted, a drive shaft that rotates the drive wheel by being able to rotate when a coin is inserted, and a drive shaft that cannot return until the drive shaft has been rotated a predetermined amount, and that rotates the drive shaft in one direction. It consists of a drive handle that rotates when a coin is inserted, and by rotating the drive shaft by a predetermined amount with the drive handle, the drive wheel is rotated by a predetermined amount, and the drive wheel is used to move. By sequentially moving the lowest article in the row of stacked articles by the extrusion member of the drive band, and dropping the lowest article in the row of articles after the moving extrusion member has passed, onto the drive band, A manual vending machine that sequentially discharges the bottommost items of multiple rows one by one. (2) The manual vending machine according to claim 1, wherein the drive wheel is a chain wheel. (3) The manual vending machine according to claim 1, wherein the driving band is a chain.