KR200334806Y1 - flour quantitative discharge vending machine - Google Patents

Abstract

The present invention relates to a plant discharge metering machine,

It is hygienic for the sake sold in a paper cup at an elementary school entrance shop

To store cooked potions to provide students with quality service

Storage container (1), so that you can put a certain amount (e.g. sweet and sour pork, tempura, etc.) in a paper cup

Metering ejector 4 in a cylindrical shape in which pinion gear 4e is formed in hole 4b and outer circumference

And the rack gear 5 engaged with the pinion gear 4e and the rack gear 5 on one side.

And a handle 5c for driving the rack rocking device.

In addition, the left and right sides of the sliding bar (6) and the sliding bar (6) to prevent separation from the rack gear

A key 6d for restraining the rack gear 5 and a key operation circuit for operating the key 6d.

Equipped with a heater (1b) to maintain a constant temperature in winter plants

A heating device is used to sanitize and maintain a certain amount of planting water installed in the reservoir (1).

It relates to the feedstock dispenser for feeding stocks.

Description

Floor quantitative discharge vending machine

At the entrance snack shops in each elementary school,

Fried small vegetable plants (sweet and sour pork, fried potatoes, corn, etc.)

After the cooking process, they are put in paper cups and provided to students.

In the process of providing the above meals, the owners of the snack shops were asked to drive after school.

In preparation for the filling, we put the potted food in a paper cup to the students

Provide a meal.

In this process, however, the plant is directly exposed to the external environment.

Hygiene problems are easily exposed to foreign objects and insects depending on the surrounding environment.

It can also appear as a cause of illness in students.

In addition, when students are gathered, they need to provide fast food in a short time.

The amount of food in the paper cups is relatively different, which is why

Unsuitable services may be provided.

This study was devised to solve the above problems.

Directly exposed to the outside environment, sold in paper cups at food stores

It may be put in the cup by discharging the potted plant in the same amount as the cup capacity.

To provide, provide, and provide students with quality food and sanitation.

It was created.

In order to achieve the above objectives,

Storage passage inlet 1a, which is an injection passage into the cooked powder, and a discharge passage to the cooked powder

Phosphorus reservoir outlet 1c is formed in the polygon to store the cooked plant

Storage bin (1), and storage bin (1) to raise the temperature inside the reservoir (1) to a certain temperature

Mixing the potted plant with the heater 1b on the side and easily discharging to the potted plant inside the reservoir 1

Rotating blades (2) formed in the reservoir (1) so that

And after the discharged from the storage bin outlet 1c in the reservoir (1) is stored

Is a fixed amount discharger (4) in the cylinder with a hole (4b) is formed,

Rotation means for the quantitative discharger (4) for rotating the quantitative discharger (4), and

On the left and right sides of the sliding bar (6) for intermittent rotation of the fixed-quantity discharger (4)

A key 6d provided in the key box 6a and a key operation circuit for operating the key 6d are provided.

Ingredients cooked in the composition are not directly exposed to the external environment

It relates to a quantitative discharge vending machine capable of supplying plant foods.

1 is a perspective view of the quantitative discharge vending machine

2 is a cross-sectional view of the metering dispenser

3 is a cross-sectional view of the sliding bar

4 is a state of engagement between the pinion gear and the rack gear

5 is a combined configuration of the metered discharge cover

6 is a cross-sectional view of the storage container configuration

7 is a rack gear rocking device coupling diagram

8 is a case cross-sectional view

<Description of Symbols for Major Parts of Drawings>

1. Storage bin

1a.Storage container inlet

1c.Storage outlet

1b.Heater

2.rotary wing

2a.Center axis

2b.Rotating Motor

3.quantitative ejector cover

3a.Inlet hole

3b.Roughness

4.quantitative discharger

4a.torus

4b.Hall

4c. Children's Celebration Housing

4d. Children's Celebration

4e.Pinion Gear

4f.opening valve

5. Rack gear

5a.Rack Rods

5b.Rack rocking handle bar

5c.Handle

5d.protrusion

6.Sliding Bar

6a.Keybox

6b.coil

6c.iron core

6d.key

7. Lower frame

7a.outlet

7b. Upper frame

8.case

8a.switch

9a.Direction indicator

9b.button

9c.Coin inlet

With reference to the accompanying drawings,

Storage passage inlet 1a, which is an injection passage into the cooked powder, and a discharge passage to the cooked powder

Phosphorus reservoir outlet 1c is formed in the polygon to store the cooked plant

Storage bin (1), and storage bin (1) to raise the temperature inside the reservoir (1) to a certain temperature

Mixing the potted plant with the heater 1b on the side and easily discharging to the potted plant inside the reservoir 1

Rotating blades (2) formed in the reservoir (1) so that

And after the discharged from the storage bin outlet 1c in the reservoir (1) is stored

Is a fixed amount discharger (4) in the cylinder with a hole (4b) is formed,

Rotation means for the quantitative discharger (4) for rotating the quantitative discharger (4), and

On the left and right sides of the sliding bar (6) for intermittent rotation of the fixed-quantity discharger (4)

A key 6d provided in the key box 6a and a key operation circuit for operating the key 6d are provided.

Configuration.

In the center of the rotary blade (2) to facilitate the discharge of the plant in the reservoir (1)

The central shaft 2a is coupled, and at one end of the central shaft 2a, a rotary motor 2b is provided at the outer periphery of the storage container 1

It is formed so that the rotary blade (2) is rotated when the rotary motor (2b) is driven.

The rotary motor 2b operates by receiving a signal from a relay or a microcomputer (not shown).

Done.

In addition, a fixed-quantity ejector 4 having a pinion gear 4e formed in a cylindrical outer periphery in a cylindrical shape.

Is dug to a certain depth on the top surface to form a torus (4a)

In the torus (torus) 4a shape to a certain diameter penetrating the lower surface of the metering discharger (4)

A plurality of holes 4b are formed and discharged through the reservoir discharge port 1c for a predetermined amount (

Such as cup capacity).

And the unevenness (3b) on the top of the metering discharger (4) to block foreign matter from the outside

Fixed discharge cap (3) is fixed to the upper frame (7b) that can not be rotated

One side of the fixed amount discharger cover 3 is formed with an injection hole 3a at a predetermined diameter.

have.

The reservoir opening (1c) is inserted into the inlet hole (3a)

The tip of the reservoir outlet (1c) is the end of the hole (4b) in the torus (4a) space

It will be located at a certain distance.

In addition, an idle shaft housing 4c is formed at the center of the metering ejector 4 so that the idle shaft 4d is formed.

It is coupled and one end of the idle shaft (4d) is constrained to the lower frame (7)

All.

In other words, when a force is transmitted from the outside to the pinion gear 4e,

The metering dispenser 4 is to rotate.

In addition, the means for rotating the metering discharger (4) is the outer periphery of the metering discharger (4)

It transmits rotational force to the formed pinion gear 4e and the pinion gear 4e.

A rack gear 5 engaged with the pinion gear 4e,

It consists of a handle 5c which horizontally moves the rack gear 5.

One side of the rack gear (5) is formed with a rack rod (5a) and one side of the rack rod (5a)

The rack rocking handle bar 5b for rocking the rack bar 5a is screwed with the rack bar 5a.

have.

And the detachable handle 5c is coupled to one end of the rack swing handle bar 5b.

In other words, the force applied to the handle 5c causes the horizontal motion of the rack gear 5 and the rack gear 5

And the force transmitted to the pinion gear 4e engaged with each other causes the fixed quantity discharger 4 to move the idle shaft 4d.

It causes a rotational movement around the center.

And the reservoir discharge port (1c) and the hole (4b) during the rotation of the fixed amount discharger (4)

If they coincide with each other in a vertical line, the seedlings in the storage container 1 are discharged and stored in the hole 4b.

The discharge hole (7a) is formed in the lower frame 7 is stored and the hole (4b) is stored

If it coincides vertically, the opening valve 4f formed under the fixed quantity discharger 4 will not open.

The powder stored in the hole 4b is discharged to the discharge port 7a and

Will be added.

The above process takes place at the same time.

That is, in the process of discharging the potted plant from the hole 4b, the hole 4b is located in the reservoir 1 on the other side.

The plant is stored.

In addition, in order to prevent separation from the rack gear (5) engaged with the pinion gear (4e).

A sliding bar 6 fixed to the upper frame 7b is provided and the sliding bar 6 is provided.

The upper and lower sides are combined with the rack gears 5 and the upper and lower both sides protrusions 5d to separate from the rack gears 5.

To prevent.

And the left and right sides of the sliding bar 6, the key box (6a) is formed and the key box (6a)

The inner motion is constrained to the rack gear 5 so as to rotate the fixed quantity discharger 4.

A key 6d for cracking down is provided.

In addition, in the key operation circuit for operating the key 6d, the coin is

Put it in the inlet port (9c) and press the button (9b), the signal is input to the relay or microcomputer

All.

In response to the input signal, current flows in the coils 6b in the left and right key boxes 6a so that the iron core 6c

Magnetized to form an electromagnet, and the key 6d is absorbed by the electromagnet to the electromagnet.

At this time, the rack gear (5) is released from restraint and the movement to the handle (5c) is possible.

The force exerted on the handle 5c causes the horizontal movement of the rack gear 5 and the rack gear 5

With the force transmitted to the pinion gear 4e engaged with the

Will be done.

And among the switches (8a) installed on both sides of the case (8) in a horizontal motion on the rack gear (5)

When one side is operated, a signal is input to the switch 8a to the relay or microcomputer.

The arithmetic operation on the microcomputer of the two-sided key box 6a carrying an electromagnet by the signal

Optionally release the electromagnet on one side.

In other words, when the hole 4b and the plant outlet 7a coincide in a vertical line,

Relay which receives input signal to switch 8a by operating one switch 8a

B) After commencing operation, the microcomputer is selectively placed on either side of the sliding bar (6).

When the current is interrupted to the coil 6b in the key box 6a, it is applied to the electromagnetic force of the key box 6a.

The extinguishing furnace key 6d protrudes downward in the direction of the rack gear 5 by gravity.

Constrain the horizontal movement to the rack gear (5)

In a quantitative manner, the powder is discharged from the hole 4b into the cup without spilling to the outside.

In addition, the key 6d is next to the rack gear 5 in the restraint direction (left and right directions)

The direction indicator light 9a which shows the direction of movement is provided in the after-treatment handle 5c.

After the discharge process, press the button after re-injecting the coin to release the electronic force

A current flows through the coil 6b in the key box 6a on one side of the sliding bar 6 to magnetize the iron core 6c.

To form an electromagnet and absorb the key 6d, and the horizontal motion of the rack gear 5

Becomes possible.

At this time, if the handle (5c) in the direction shown in the direction indicator (9a)

The process of discharging the potted plant is repeated.

According to the constitution of the present invention, the reservoir having been directly exposed to the outside (1)

By storing them in a sanitary way to provide students with fresh food

Equipped with a fixed amount discharger (4) to the amount of the potted plants that could not be constantly supplied

Feeding quantitative discharge board that can provide students with high quality service by supplying

It's about the flag.

Claims (7)

In the seedling dispenser vending machine, Storage passage inlet 1a, which is an injection passage into the cooked powder, and a discharge passage to the cooked powder Phosphorus reservoir outlet 1c is formed in the polygon to store the cooked plant Storage bin (1), and storage bin (1) to raise the temperature inside the reservoir (1) to a certain temperature Mixing the potted plant with the heater 1b on the side and easily discharging to the potted plant inside the reservoir 1 Rotating blades (2) formed in the reservoir (1) so that And after the discharged from the storage bin outlet 1c in the reservoir (1) is stored Is a fixed amount discharger (4) in the cylinder with a hole (4b) is formed, Rotation means for the quantitative discharger (4) for rotating the quantitative discharger (4), and On the left and right sides of the sliding bar (6) for intermittent rotation of the fixed-quantity discharger (4) A key 6d provided in the key box 6a and a key operation circuit for operating the key 6d are provided. A vegetation quantitative discharge vending machine characterized by the configuration. The method of claim 1, It is excavated to a certain depth from the upper surface of the metering ejector (4) to form a torus (4a) shape. The outer periphery is a potted plant characterized in that it is equipped with a pinion gear 4e. Quantitative Discharge Vending Machine. The method of claim 1, One side that is combined with the top and bottom irregularities (3b) of the metering discharger (4) to block foreign substances from the outside Is provided with a fixed quantity ejector cover (3) having an injection hole (3a) in a predetermined diameter Characterized in that the quantitative discharge vending machine. The method of claim 1, In the center of the metering dispenser (4) is the central axis during the rotational movement to the metering dispenser (4) The idle shaft housing 4c to which the idle shaft 4d is coupled is formed. Stock quantitative discharge vending machine. The method of claim 1, Rotational movement means in the metering discharger (4) is formed with a rack rod (5a) on one side The rack gear 5 which transmits rotational force to the pinion gear 4e, and detachable to one side are possible. Handle 5c is coupled to transmit the rotational force to the rack rod (5a) A quantitative discharge dispenser vending machine having a rack swing handle bar 5b. The method of claim 5, The rack rod (5a) and the rack swing handle bar (5b) is screwed to the configuration features Plant quantity quantitative discharge vending machine. The method of claim 1, Electromagnetic force is applied to the electromagnet formed by the coil 6b and the iron core 6b in the key operation circuit. With a switch 8a for generating an input signal for selective determination A constant volume discharge vending machine characterized by the configuration.