KR200247264Y1 - A stick candy vending machine - Google Patents

Abstract

The present invention relates to a lollipop unmanned vending machine, and more specifically, by using an unmanned vending machine specially manufactured bar candy formed integrally of the rod can be provided so as not to drop one at a time, the lollipop candy inside the machine It is economically damaged by causing the candy to be drawn out exactly one at a time by completely preventing the dropping of the candy dropping device installed inside the unmanned vending machine. In addition to eliminating the problem, even when shaking or impacting the vending machine body, the lollipops are not drawn out for free, so that the lollipops are not caught inside the free candy drawer as in the prior art. Do not break or break at all It is to be installed in a severe and necessary place.

In addition, by hitting the upper side of the lollipops falling when the lollipops fall by the function added to the candy dropping prevention device so that the lollipops fall more quickly and accurately.

Description

Candy Stick Vending Machine {A stick candy vending machine}

The present invention relates to a lollipop unmanned vending machine, and more specifically, by using an unmanned vending machine specially manufactured bar candy formed integrally of the rod can be provided so as not to drop one at a time, the lollipop candy inside the machine The candy drop prevention device installed inside the body of the vending machine prevents the irregular drop phenomenon such as dropping two at a time by the factor, so that the lollipops can be accurately withdrawn one at a time and added to the candy drop prevention device. The function of hitting the upper side of the lollipops falling when the lollipops fall by a function to make the lollipops fall more quickly and accurately.

In general, the autonomous vending machine, which is configured to sell disposable foods without any particular place, especially among various foods and beverages such as cigarettes and beverages, is widely commercialized, and various products according to the taste of buyers in various places such as department stores, supermarkets, convenience stores, stationery stores, etc. The situation is provided to install them.

However, none of these autonomous vending machines had any unmanned vending machines for selling lollipops, because the bar lollipops were integrally formed so that supply and discharge were not easy.

Recently, however, a vending machine for unmanned sale of lollipops has been devised to solve these problems, and I will explain the utility model registration No. 2001-6550, which is my first draft.

The first application of the present invention is to put the coin 500 in the coin machine 110 formed in the lower body 100, as shown in the accompanying drawings, Figures 1a to 2 and then turn to the right coin (110) lever 111 At the same time as the gear 113 is coupled to the rotating shaft 112 of the rotation of the rotary plate 120 is coupled to the tooth is rotated,

As the square tube body 130 coupled to the center of the rotating plate 120 is rotated, the rod candy sorter 220 is coupled to the square tube body 130 and the rod candy 400 is aligned in a constant shape therein. The first lollipops 400 among the lollipops 400 inserted into the lollipop separator 213 formed on the upper side corresponding to the lollipop drop 140 are configured to fall to the lollipop drop 140,

The lollipops 400 dropped into the candy dropping hole 140 are sequentially dropped to the plurality of inclined plates 172 in which the positions of the holes 172a are different from each other. ) Is finally seated on the user is able to withdraw the lollipop (400).

This configuration is also the same as Utility Model Registration Application No. 2001-6551, which is another prior application.

However, as well as other prior inventions, such as the other devises of the design to install the alignment ball so that the candy bar can drop the candy candy ball (140) by rotating the candy bar 220 Since the dropping oil tool 212 formed in the portion 211 to induce the lollipop 400 is formed much larger than the lollipop, two or more pieces of the lollipop are simultaneously drawn out at the same time, resulting in economic damage. There was a problem wearing.

In addition, the use of these problems often occurs when shaking or impacting the vending machine body for the purpose of withdrawing the candy for free, the problem is that the vending machine itself is often broken or damaged by such an impact.

The present invention has been devised to solve the above problems, the rod candy aligning sphere in which the lollipops are aligned in a uniform form is rotated, formed on the position corresponding to the candy drop hole, and the plurality of lollipops aligned in the rod candy aligning sphere A candy drop prevention device is installed on a candy separator configured to drop the first lollipop candy to a candy drop through a drop oil tool formed much larger than a lollipop. It prevents the random falling phenomenon of two drops of candy at once, so that the lollipops can be accurately withdrawn one at a time, as well as the function of the lollipops falling when the candy falls by the function added to the candy drop prevention device. If you hit the upper side momentarily, the candy can fall faster and more accurately To give to those who would aim to zoom.

Figure 1a, 1b is the overall configuration of the original design of the applicant,

1A is a partially exploded perspective view.

Figure 1b is an assembled state cross-sectional view.

2 is a cross-sectional view of the use state.

Figure 3 is a main part configuration state showing a configuration state of the present invention.

Figure 4a, Figure 4b is a main view showing the operating state of the present invention,

Figure 4a is an initial state in which the lollipops are not drawn out.

Figure 4b is a state in which the lollipops are drawn out.

Figure 5 is another configuration of the coin withdrawal of the present invention.

♣ Explanation of symbols for the main parts of the drawing

100: lower body 110: coin machine

112: rotating shaft 113: gear

120: rotating plate 140: candy falling hole

170: Product outlet 172: Slope plate

210: support plate 213: candy separator

220: rod candy sorter 221: candy insertion hole

222: 400 stick: stick candy

600: candy fall prevention device 610: pin body

611: control panel 612: spring

The present invention for achieving the above object will be described in connection with 2001-6550 of the Utility Model Registration Application Nos. 2001-6550 and 2001-6551, which are the applicant's prior applications, are as follows.

The present invention, as shown in Figure 1a to 2b attached to the coin 500 formed in the coin machine 110 formed in the lower body 100 and then rotated to the right to rotate the axis of the coin machine lever 111 (111) At the same time as the gear 113 coupled to the shaft 113 rotates and the toothed rotary plate 120 is configured to rotate,

As the square tube body 130 coupled to the center of the rotating plate 120 is rotated, the rod candy sorter 220 is coupled to the square tube body 130 and the rod candy 400 is aligned in a constant shape therein. The first lollipops 400 among the lollipops 400 inserted into the lollipop separator 213 formed on the upper side coincident with the lollipop dropping hole 140 are dropped through the dropping oil tool 212 140. To fall)

The lollipops 400 dropped into the candy dropping hole 140 are sequentially dropped to the plurality of inclined plates 172 in which the positions of the holes 172a are different from each other. In the lollipop unmanned vending machine was finally seated on the user is made so that the user withdraws the lollipop 400,

As shown in Figures 3 to 4b, the lollipops sorter 220 in which the lollipops 400 are aligned in a predetermined shape is rotated and formed on a position coincident with the lollipop dropping hole 140. The first lollipop 400 among the plurality of lollipops 400 arranged in the alignment tool 220 falls into the candy drop hole 140 through the dropping oil tool 212 formed much larger than the lollipops 400. By installing a candy drop prevention device (600) in the candy separator 213 configured to be, by dropping the candy candy drop prevention device (600) at the time of withdrawal of the lollipop (400) by dropping the two candy candy at once Completely prevent the irregular drop phenomenon in advance, the lollipop (400) was configured to withdraw exactly one at a time.

Here, the candy drop prevention device 600 is installed on the candy separator 213, the rear end of the pin body 610 is protruded to the outer surface in the pin coupled state rotatably to the candy separator wall surface 213a is a spring The control panel 611 is coupled to the 612 and protrudes toward the inner side, and the control panel 611 formed at the tip of the pin body 610 rotates when the candy bar 400 is pulled out. When the push rod 222 passes by being pushed by the push rod 222 formed between the candy insertion holes 221 at the bottom, the first stick candy 400 is shot by the push rod 222 and falls. The control panel 611, which was rotated upward while being dropped to the induction hole 212, was coupled to the rear end of the pin body 610, and then returned to its original position by the elastic restoring force of the spring 612. By the braking the next stick candy (400) Are constructed to be prevented from falling into hayu tool 212. The

The present invention is not limited by the above embodiment as long as it is possible to take out the lollipop can be installed in any configuration.

The use and operation of the present invention configured as described above will be described in connection with Utility Model Registration Application No. 2001-6550, which is also an elected draft of the applicant.

First, as shown in Figure 4a attached to the control panel 611 formed at the tip of the pin body 610 constituting the candy drop prevention device 600 is formed at the bottom of the rod candy sorter 220 to shoot the candy Coin 500 in the initial state that is placed in a state in close contact with the front surface in the direction of rotation of the push rod 222 is interrupted by the rotation of the rod candy sorter 220 so that the candy bar does not fall into the falling oil tool (212) Put in the coin machine 110 and then turn to the right.

Then, the gear 113 coupled to the rotary shaft 112 of the coin machine 110 rotates and the rotary plate 120 coupled to the tooth 113 rotates.

When the rotating plate 120 is rotated as described above, the square tube body 130 coupled to the center of the rotating plate 120 is rotated and coupled to the square tube body 130, and the rod candy 400 in which the candy bar 400 is aligned in a constant shape. 220 rotates.

Then, among the lollipops 400 inserted into the candy separator 213 formed on the upper side corresponding to the candy drop hole 140, the first lollipop 400 is inserted into the lollipop at the bottom of the lollipop sorter 220. Pushed forward by the push rod 222 formed between the balls (221).

At this time, in the present invention, since the candy dropping prevention device 600 is configured in the candy separator 213, the pusher 222 is forcibly pushing the control panel 611 as shown in FIG. When the lower end is rotated upward, when the push rod 222 passes completely, the first stick candy 400 advancing to the push rod 222 is shot and dropped to the dropping oil tool 212. 611 is coupled to the rear end of the pin body (610) by the elastic restoring force of the spring 612 has been rebounded downward while returning to the original position instantaneously hit the falling down candy bar 400 to the bottom candy 400 more easily The falling oil tool 212 is dropped.

And, the control panel to return downward, as shown in Figure 4 attached to the next rod 222 is braked so as not to rotate more than necessary, the next stick candy 400 falls to the dropping oil tool 212 It prevents it.

Therefore, when using the lollipop drone of the present invention, when the coin drop into the candy candy dropping device 600 when the withdrawal of the lollipop 400, two drops of the lollipop 400 falls at once at the same time Perfectly prevented in advance by stick candy 400 is drawn out one at a time.

In addition, the control panel 611 constituting the candy drop prevention device 600, even if shaking the vending machine body for the purpose of withdrawing the lollipop 400 for free after the withdrawal of the lollipop 400 is a lollipop sorter Contact the next stick 222 formed at the bottom of the 220 to restrain the lollipop 400 to move to prevent the next lollipop 400 to fall to the dropping oil tool 212.

As described above, the present invention installs a candy drop prevention device on a candy separator configured to drop a candy bar by dropping a candy bar through a dropping tool formed much larger than a candy bar. The preventive device completely prevents the random falling phenomenon of falling two stick candy at once, and draws out only one at a time.

In addition, by hitting the upper side of the lollipops falling when the lollipops fall by the function added to the candy drop prevention device, the lollipop falls more quickly and accurately.

In addition, even if the vending machine shakes or impacts for the purpose of withdrawing the lollipop for free, the control panel constituting the candy drop prevention device contacts the next push rod formed at the bottom of the lollipop sorter and restrains the lollipop from moving. The next time the lollipop falls into the dropper, it's perfect.

Therefore, when the rod candy drone of the present invention is installed, at least two or more at the same time are not drawn out at the same time when the candy bar is taken out, there is no problem of economic damage, as well as shaking or impacting the vending machine body. Even if the lollipops are never withdrawn for free, there is no case that the lollipops get caught inside during the free withdrawal. It is a groundbreaking design that can be used very useful in practical use because the operation of the lollipop drone is perfect.

Claims (1)

When the coin 500 is put into the coin machine 110 formed on the lower body 100 and then turned to the right, the gear 113 coupled to the rotation shaft 112 of the lever 111 of the coin machine 110 rotates. At the same time is configured to rotate the rotary plate 120 teeth coupled thereto, As the square tube body 130 coupled to the center of the rotating plate 120 is rotated, the rod candy sorter 220 is coupled to the square tube body 130 and the rod candy 400 is aligned in a constant shape therein. The first lollipops 400 among the lollipops 400 inserted into the lollipop separator 213 formed on the upper side corresponding to the lollipop drop 140 are configured to fall to the lollipop drop 140, The lollipops 400 dropped into the candy dropping hole 140 are sequentially dropped to the plurality of inclined plates 172 in which the positions of the holes 172a are different from each other. In the lollipop unmanned vending machine was finally seated on the user is made so that the user withdraws the lollipop 400, The rod candy sorter 220 in which the lollipops 400 are aligned in a predetermined form is rotated, and formed on the position corresponding to the candy drop hole 140, and arranged in the rod candy sorter 220. Lollipops on the candy separator 213 configured to drop the first lollipop 400 of the candy 400 to the candy falling hole 140 through the dropping oil tool 212 formed much larger than the lollipop 400. When the withdrawal of the candy (400) to install the candy drop prevention device 600 so that only one at a time to withdraw correctly, The candy drop prevention device 600 installed on the candy separator 213 protrudes inside the candy separator 213 at the tip of the pin body 610 that is pinned to be rotatable to the candy separator 213 wall surface 213a. Form the control panel 611 so as to install the rear end of the pin body 610 is connected to the vending machine body and the spring 612, candy insertion hole at the bottom of the rod candy sorter 220 is rotated when the candy bar 400 is pulled out As the push rod 222 formed between the 221 is advanced, the control panel 611 in contact with it is pushed and rotated upward, and the push rod 222 shoots the first stick candy 400 to the drop oil tool 212. At the same time as dropping the control panel 611 is released from the cracking of the push rod 222 is returned to its original position by the elastic restoring force of the spring 612 while hitting the stick candy 400 to fall quickly to the dropping oil tool 212 The next film is braked by the next push rod 222 Candy lollipop vending machine unattended, characterized in that the (400) constructed to be dropped to prevent the oil falling to the tool 212.