KR102049058B1 - Ramen automatic vending machine being disclosed heater panel - Google Patents

Abstract

The plateless exposed ramen vending machine according to an embodiment of the present invention, the plateless exposed ramen vending machine according to an embodiment of the present invention, the keyboard body 100, the container discharge unit 130, elevating transfer unit 170, The pushing unit 180, the appearance plate unit 190, and the water injection unit (199) includes a main configuration. The main body 100 is loaded with the ramen 10 containing the container, the lower portion is open to the loading portion 120 is configured to be discharged inside the container 10, the discharge port of the container 10 is provided in the front will be. According to one embodiment of the present invention as described above, after the container containing the ramen is automatically discharged one by one inside the vending machine and boiled on the plate, the ramen can be confirmed by being exposed to the outside user in a boiled state, Depending on your preference, you can choose the degree of cooking by stirring the ramen and boiling it further.

Description

Unscreened Ramen Vending Machine {RAMEN AUTOMATIC VENDING MACHINE BEING DISCLOSED HEATER PANEL}

The present invention relates to an unplate exposed ramen vending machine, and more particularly, to an unplate exposed ramen vending machine in which a ramen boiled by a certain amount of money is automatically sold.

Ramen vending machines are vending machines that boil ramen and sell them automatically.

Such a ramen vending machine is configured to automatically supply ramen and soup to a container such as silver foil, and to boil by supplying an appropriate amount of water.

The ramen vending machine is a boiled ramen can be supplied to the user after a certain amount is paid by a payment method such as banknotes, coins or credit cards.

Conventional ramen vending machine is a container containing the ramen is loaded inside the main body, the container containing the ramen is configured to be supplied to the user after being discharged and boiled one by one.

However, in the conventional ramen vending machine, when the containers are discharged one by one from the loading section of the container containing the ramen, one or more containers containing the ramen are discharged and an operation error is easily generated.

In other words, the container containing the ramen is composed of silver foil, and as the silver foil is deformed, the containers containing the ramen have not been easily separated. There is a problem that can be discharged to the lower portion as it is loaded, or not seated in the correct position to be heated.

Existing ramen vending machine, since the payment amount was paid to the vending machine, since the ramen boiled in a foil container was provided for a certain time, it was difficult for the user to adjust the degree of ripening of the ramen according to preference.

That is, after the ramen was boiled in a container, the user was able to take out and check, and the degree of ripening of the ramen was different according to the preferences.

One embodiment of the present invention, the ramen loaded in the interior of the keyboard body can be accurately separated from the loaded container, and can again support the containers containing the ramen, the ramen is exactly the position to be heated It is operated to be discharged and can be confirmed by being exposed to outside users in a state where the ramen is boiled inside the vending machine. do.

The non-plate exposed ramen vending machine according to an embodiment of the present invention, the container containing the ramen is loaded, the lower end is open to the loading portion is configured to be discharged inside the container, the discharge port of the container is provided on the front portion main body; A container discharging unit positioned at a lower end of the loading part to support the containers, the container discharging unit being configured to release support for the lowest one of the containers; A lifting and lowering unit located at a lower portion of the keyboard body and configured to be liftable with respect to the container discharge unit, and having a container lifted up adjacent to the container discharge unit and released from the container discharge unit; A pushing unit positioned on the elevating transfer unit, for pushing the container toward the discharge port; A bleeding plate unit which is movable to the outlet side adjacent to the elevating transfer unit and configured to be sunk to the outside of the outlet, and which can heat the container; And a water injection unit supplying water to the container.

The loading portion is provided with a loading space of the container in the vertical direction, the opening and closing door for opening and closing the loading space is rotatably configured, the slit holes are both sides so that the container discharge unit is slide-inserted to support the container It is formed in the wall portion, the container discharge unit, a pair of container discharge body is fixed to both sides of the lower end of the loading portion, the slide rail is formed on both side wall portion corresponding to the slit hole; A support plate movably inserted into the slide rail of the container discharge main body; And a loading driving unit fixed to the loading unit and connected to the supporting plate, the loading driving unit configured to reciprocate the supporting plate along the slide rail.

The stack driving unit may include: a link center shaft rotatably positioned to the container discharge main body on the support plate; A link driven shaft fixedly positioned at an upper surface of the support plate; At least one rotary link fixed to a central axis of the link and having a long hole rotatably coupled to the driven shaft; A link drive shaft fixedly positioned at an upper end of the rotary link; A drive link having one end fixed to the link drive shaft; And a rotation driver connected to the other end of the driving link and rotating the link link by moving the drive link to rotate the link drive shaft.

The support plate, the rail protrusion is inserted into the slide rail; A support protrusion having a curved portion formed to support the curved surface of the container to surround the container; And a semi-circular groove portion for supporting and inserting the wall portion of the container.

The lifting and lowering material unit may include: a lifting and lowering material body fixed at a lower portion of the keyboard main body; An elevating block configured to be movable along the up and down direction of the elevating transfer material body and having a supporting plate on which the container is transferred from the loading portion; A vertical rail unit configured to connect the elevating material body and the elevating block to allow movement in an up and down direction; And a lift driver connected to the lift block to move the lift block and fixed to a lower portion of the keyboard body.

The pushing unit may include a push rod disposed toward the discharge port in the lifting block; A front and rear moving rail part provided on the lifting block to move the pushing rod connected to the pushing rod, the front and rear moving rail part having a front and rear moving rail movable on the lifting block and the front and rear moving rail so as to be movable; A moving chain fixed to the front and rear moving rails; A chain gear for moving the moving chain; And a chain driving motor fixed to a lower portion of the loading part to drive the chain gear.

The discharge opening and closing door unit to be opened and closed resiliently is installed, the wandering uneven unit, the outgoing uneven portion disposed on the outlet side in the pushing unit; A wandering rail unit connected to the wandering unstable part and allowing movement of the wandering unstable part; And a retrieving driving unit for moving the retracting plate, and a contact roller contacting the open / close door unit may be provided at an end portion of the rotatable plate.
In addition, the present invention, the container containing the ramen is loaded, the lower body is configured to be loaded inside the lower portion is opened to discharge the container therein, the discharge body of the container is provided on the front portion; A container discharging unit positioned at a lower end of the loading part to support the containers, the container discharging unit being configured to release support for the lowest one of the containers; A lifting and lowering unit located at a lower portion of the keyboard body and configured to be liftable with respect to the container discharge unit, and having a container lifted up adjacent to the container discharge unit and released from the container discharge unit; A pushing unit positioned on the elevating transfer unit and pushing the container toward the discharge port through a moving rod; A bleeding plate unit which is movable to the outlet side adjacent to the elevating transfer unit and configured to be sunk to the outside of the outlet, and which can heat the container; And a water injection unit for supplying water to the container, wherein the loading unit is provided with a loading space of the container in an up and down direction, and an opening and closing door for opening and closing the loading space is rotatable, and the container discharge unit is provided. The slit hole is formed on both side walls so that the slide can be inserted to support the container, and the container discharge unit is fixed to both sides of the lower end of the loading portion, and a slide rail is formed on both side walls corresponding to the slit hole. A pair of vessel discharge bodies; A support plate movably inserted into the slide rail of the container discharge main body; And a loading drive unit fixed to the loading unit and connected to the supporting plate, the loading driving unit configured to reciprocate the supporting plate along the slide rail, wherein the loading driving unit is rotatable to the container discharge main body on the supporting plate. A link center axis fixed in position; A link driven shaft fixedly positioned at an upper surface of the support plate; At least one rotating link fixed to a central axis of the link and having a long hole rotatably coupled to the driven shaft; A link drive shaft fixedly positioned at an upper end of the rotary link; A drive link having one end fixed to the link drive shaft; And a rotation drive unit connected to the other end of the drive link and rotating the link link by moving the drive link to rotate the link drive shaft, wherein the link link moves together with the link center axis. While rotating according to, the link driven shaft slidably located in the long hole is moved to the left and right, and when the rotary drive unit is driven by moving the link drive shaft in one direction from the link center axis through the drive link to the upper end of the link drive shaft The fixed link is rotated from the link center axis as a starting point, and at the same time connected to the lower end of the rotary link and the link driven shaft fixed to the support plate in the other direction opposite to the movement of the link drive shaft to the support plate Can be moved.

One embodiment of the present invention as described above, the ramen loaded in the interior of the capital body can be accurately separated from the loaded containers, and again can support the containers containing ramen, the ramen containing container It is operated so that it can be discharged precisely to the position to be heated, and the falling material and the external discharge of the loaded container can be made quickly and accurately and automatically without error, and the ramen is boiled inside the vending machine and exposed to the outside user. Depending on your preference, you can choose the degree of cooking by stirring the ramen and boiling it further.

1 is a perspective view of an unplate exposed ramen vending machine according to an embodiment of the present invention.
FIG. 2 is a conceptual diagram of a main configuration along the right side direction of FIG. 1.
3 is a partial schematic view of the rear opening of FIG. 1.
4 is an enlarged view of a portion in the right direction of FIG. 3.
FIG. 5 is a layout view of a container discharge unit of an unplate exposed ramen vending machine according to an embodiment of the present invention. FIG.
FIG. 6 is a layout view of the driving link and the center link of FIG. 5.
7 is an operational flowchart of FIG. 5.
FIG. 8 is an opening view of the discharge door by the wobble plate unit of FIG. 1.
Figure 9 is a schematic internal layout of the keyboard body in the upper rear in accordance with an embodiment of the present invention.
10 is a schematic internal layout view of the keyboard body in the upper front according to an embodiment of the present invention.
FIG. 11 is a schematic side view of FIG. 10.
12 is an enlarged view of a portion of FIG. 11.
FIG. 13 is a side view of a use state in which the container is discharged in FIG. 8. FIG.

Hereinafter, various embodiments of the present invention will be described with reference to specific embodiments shown in the accompanying drawings. It should be understood that the differences in the embodiments are not mutually exclusive, and the specific shapes, structures, and characteristics described in relation to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. Can be.

The position or arrangement of individual components according to embodiments of the present invention should be understood as being changeable, and like reference numerals in the drawings may indicate the same or similar functions throughout the various aspects, and the length, area, thickness, etc. The form may be exaggerated for convenience of explanation.

The directions and positions of the drawings are described assuming an XYZ Cartesian coordinate system, and it is assumed that the top, bottom, left and right correspond to the XY coordinate plane system, and the front, rear, left and right correspond to the plane system of the YZ coordinate. Each unit, module, part, or member in which the lower elements are not described in the drawings of the embodiments is assumed to include conventional lower elements for each having a given function, but is not limited to the lower elements shown in the drawings. . Although illustrated, components that are not described generally will be understood to be included in the embodiments.

The terms used should be understood to have attributes that match the dictionary meanings of ordinary Chinese, Korean or English, or terms used in the field, except those that are specifically defined. "Include, consist, or have" means that it may further have other components; "fixed and constrained" means that movement and movement are limited; "rotating and hinge" means that some or all of the target object is rotated Means that it can be moved.

FIG. 1 is a perspective view of a ramen vending machine to which a container discharge unit of a ramen vending machine according to an embodiment of the present invention is applied, FIG. 2 is a conceptual view of a main configuration of the right side of FIG. 1, and FIG. It is a schematic diagram and FIG. 4 is a partially enlarged view in the right direction of FIG. With reference to these drawings will be described the main components of the container discharge unit of the ramen vending machine according to an embodiment of the present invention.

As shown in Figure 1 to 4, the ramen vending machine according to an embodiment of the present invention, the keyboard body 100, the container discharge unit 130, elevating transfer unit 170, the pushing unit 180, the appearance The platen unit 190, and the water injection unit 199 comprises a main configuration.

The main body 100 is loaded with the ramen 10, the container 10 is loaded, the lower portion is opened 120 is opened so that the container 10 is discharged therein, the outlet 101 of the container 10 is the front It is provided for wealth.

The keyboard body 100 is a box-shaped structure, the display panel 110 for the display of the advertising image is located on the upper portion, near the center of the setting time to display the cooking time, once again set the boiling ( 111 is located, and next to the banknote entrance 112 and the coin inlet 113, respectively, and the coin return port 114 is located.

The outlet 101 of the container 10 containing the ramen is located at the bottom, the chopsticks outlet 115 is located thereon. The user may set in the setting unit 111 to stir the ramen of the container 10 discharged through the outlet 101 with chopsticks 15 and to boil once again.

The ramen holding container 10 is discharged to the outside through the outlet 101 by the inlet plate unit 190, as will be described later, can be boiled back into the inside of the keyboard body 100 through the outlet 101 have.

Loading unit 120 is provided with a loading space of the container 10 in the vertical direction, the opening and closing door 121 for opening and closing the loading space is configured to be rotatable. The loading unit 120 is an elongated box-shaped structure, and the opening / closing door 121 is provided at the front part so that the container 10 can be loaded with the ramen.

After the containers 10 containing the ramen are loaded in the vertical direction along the loading part 120, the containers 10 are dropped into the lifting transfer unit 170 by the container discharge unit 130 described below one by one below the loading part 120. Can be enshrined.

The container discharge unit 130 is positioned at the lower end of the loading unit 120 to support the containers 10, and is configured to release the support for the lowermost container 10 of the containers 10. The container discharging unit 130 supports and grabs the container 10 containing the ramen from the lower portion of the loading unit 120, and when placed directly below the lifting transfer unit 170, the container 10 containing the ramen. Release support for the field and hold it back.

At this time, the lowermost container 10 of the containers 10 containing the ramen is moved downward and placed in the lifting unit 170. That is, the container 10 is moved by the height of the container 10 and disposed on the lifting transfer unit 170. The container discharge unit 130 catches the container 10 directly above the container 10 placed on the lifting transfer unit 170 to support the containers 10 so that they do not fall further from the loading part 120. This container discharge unit 130 will be described in detail later.

Lifting and lowering unit 170 is located at the bottom of the keyboard body 100, is configured to be liftable relative to the container discharge unit 130, is raised adjacent to the container discharge unit 130 and to the container discharge unit 130 The container 10 released by the support is transferred.

As described above, when the user inputs an amount of money to the keyboard main body 100, the lifting transfer unit 170 is positioned up to just below the container discharging unit 130. At this time, when the container discharging unit 130 releases the support for the container 10, the containers 10 are moved downward so that one container 10 is placed, and the next container 10 is opened by the container discharging unit 130. Is supported again. Thereafter, the lifting transfer unit 170 is lowered and placed in front of the pushing unit 180.

The pushing unit 180 is located on the lifting transfer unit 170 and pushes the container 10 toward the outlet 101. The pushing unit 180 is a structure having a push rod 181, and pushes the container 10 containing the ramen discharged on the elevating transfer unit 170 onto the unloading plate unit 190.

The container 10 containing the ramen is placed on the wobble plate unit 190, and then water is injected by the water injection unit 199, and is boiled on the wobble plate unit 190.

The wobble plate unit 190 is movable to the discharge port 101 side adjacent to the elevating transfer unit 170 and is configured to be wandered to the outside of the discharge port 101, it is possible to heat the container (10).

The wandering plate unit 190 is basically an electric heater that can boil water by heating the container 10 containing the ramen, it is possible to discharge the boiled ramen container 10 to the outside by moving back and forth.

In the container 10, the soup is filled with the ramen, and is discharged from the loading unit 120 onto the elevating transfer unit 170, and then the water is injected and heated and boiled by the inlet plate unit 190.

The user can see the ramen container 10 discharged through the outlet 101 of the keyboard body 100, after checking the degree of ripening or loosening of the ramen, stir with chopsticks 15 can be boiled again or eaten as it is. .

Hereinafter, the front and rear discharge structure will be described in detail through the discharge, lifting transfer material, and the discharge port 101 from the container 10 loading portion 120 of the non-plate exposed ramen vending machine according to an embodiment of the present invention. .

5 is a layout view of the container discharging unit of the ramen vending machine according to an embodiment of the present invention, Figure 6 is a layout view of the drive link and the center link of Figure 5, Figure 7 is an operational flow diagram of FIG.

3 to 5, the loading unit 120 according to the embodiment of the present invention has a slit hole 122 so that the container discharging unit 130 is slide-inserted to support the container 10. It is formed on both side walls. These slit holes 122 are formed on both sides of the loading part 120, and correspond to the support plate 140 of the container discharge unit 130.

The container discharge unit 130 includes a pair of container discharge main body 131, a support plate 140, and a stack driving unit 150.

The container discharge main body 131 has a box structure opened up and down, and slide rails 135 are formed at positions corresponding to left and right sides of the slit hole 122 at front and rear sides. That is, while the slide rails 135 are disposed on both sides of the slit hole 122 of the loading part 120, the support plate 140 may be moved along the slide rails 135 to move in the slit holes 122. The slide rails 135 are formed to penetrate long in a shape in which a plate is inserted and movable horizontally.

The support plate 140 is movably inserted into the slide rail 135 of the container discharge main body 131. The support plate 140 is to hold the container 10 containing the ramen. The support plate 140 may be formed in a shape corresponding to the outer wall shape of the container 10 containing the ramen. The supporting plate 140 is horizontally moved along the slide rail 135 by the loading driving unit 150 as the steel plate.

The support plate 140 may be moved into the loading unit 120 through the slit holes 122 formed at both sides of the loading unit 120 to support the container 10 disposed in the loading unit 120.

Loading driving unit 150 is configured of a plurality of link structure in the container discharge main body 131 to move the support plate 140 in the left and right direction, can be driven by a single power source fixed position of the loading unit 120 have.

The stack driving unit 150 is fixed to the stack 120 and is connected to the support plate 140, and is configured to reciprocate the support plate 140 along the slide rail 135.

The stack driving unit 150 includes a link center shaft 151, a link driven shaft 152, a pair of rotary links 153, a link driving shaft 155, a driving link 157, and a rotation driving unit 160. do.

The link center shaft 151 and the link driven shaft 152 are axially arranged along the container discharge main body 131 in the front-rear direction, and the link driving shaft 155 is axially formed on the upper portion of the pair of rotary links 153. Is coupled to.

The link center shaft 151 is rotatably positioned on the vessel discharge main body 131 on the support plate 140, the link driven shaft 152 is fixed on the upper surface of the support plate 140, and the link drive shaft 155. Is fixed to the upper end of the rotary link 153.

The rotary link 153 is fixed to the link center axis 151 and is provided with a long hole 154 to which the link driven shaft 152 is rotatably coupled. The rotary link 153 is rotated in accordance with the movement of the link drive shaft 155 together with the link center axis 151, and may move the link driven shaft 152 slidably positioned in the long hole 154 to the left and right. Accordingly, the support plate 140 to which the link driven shaft 152 is coupled is moved along the slide rail 135.

The link drive shaft 155 is fixed to the upper end of the rotary link 153. The link driving shaft 155 is connected to the rotation driving unit 160 which will be described later is to be rotated relative to the link center axis 151.

The driving link 157 according to the embodiment of the present invention has one end connected to the end of the link drive shaft 155 and the other end connected to the rotation drive unit 160. The drive links 157 are respectively connected to both ends of the rotation driver 160 and disposed at both sides. That is, the drive link 157 is disposed in an up and down position based on the center link 161 of the rotation driver 160, and the support plates 140 connected to the respective drive links 157 may move horizontally according to the link driving. .

The rotary drive unit 160 is connected to the other end of the drive link 157, and rotates the rotary link 153 by moving the drive link 157 to rotate the link drive shaft 155. The rotation driving unit 160 may include a link driving motor 162 that is fixed to the loading unit 120 and a center link 161 that is rotated by fixing a central portion to the link driving motor 162.

The support plate 140 has a rail protrusion 141 inserted into the slide rail 135, a support protrusion having a curved portion formed to support the container 10 while supporting the curved shape of the container 10, and the container 10. A semicircular groove portion 142 may be provided to support and insert the wall portion.

Referring to FIGS. 2 and 13, the container 10 has a horizontal flange 11 formed at an upper portion thereof, and an anti-bending protrusion 12 for supporting the horizontal flange 11 is formed at an outer wall thereof. have. The horizontal flange 11 may function as a handle, and the anti-bending protrusions 12 protrude to the outside to prevent deformation of the container 10 made of silver foil. When the support plate 140 supports the container 10, the anti-bending protrusion 12 of the container 10 may be disposed in the semicircular groove 142 of the support plate 140.

7 is a flow chart of the operation of the ramen vending machine container discharge unit according to an embodiment of the present invention.

5 to 7 together with FIG. 3, the operation of the container discharge unit 130 according to the embodiment of the present invention as described above, the center link 161 is coupled to the link drive motor 162 to rotate. The driving link 157 connected to both sides of the center link 161 is rotated, and the rotating link 153 is rotated based on the link center axis 151 by the driving link 157, and the rotating link 153 is rotated. The support plate 140 is connected to the lower end of the rotary link 153 by the rotation of the order is made.

Accordingly, the pair of support plates 140 inserted into the both side slit holes 122 of the stacking unit 120 are reciprocated to the left and right to support and lift the containers 10 loaded on the stacking unit 120 one by one. It is placed on the transfer unit 170.

Under the container discharge unit 130, the lifting and lowering transfer unit 170 for receiving and moving the container 10 one by one is located.

The lifting material transfer unit 170 is mounted to the lower portion of the keyboard body 100.

Referring to FIG. 2 and FIG. 3, the elevation transfer unit 170 includes a lifting transfer material main body 171 fixed to a lower portion of the keyboard main body 100, and a vertical transfer direction of the lifting transfer material main body 171. It is configured to be movable, and the container 10 includes an elevating block 172 having a support plate which is transferred from the loading part 120.

The upper and lower rail portions 175 are disposed between the elevating material body 171 and the elevating block 172. The upper and lower rail portions 175 connect the elevating material body 171 and the elevating block 172, and are provided in a slide rail structure configured to allow movement in the up and down direction.

The elevating block 172 is connected to an elevating driver 177 for moving the elevating block 172. The lift driver 177 may include a screw round bar fixed to a lower portion of the keyboard body 100, and a lift motor for rotating the female screw and the screw round bar.

Meanwhile, as illustrated in FIGS. 2 and 3, the pushing unit 180 is positioned at the rear of the elevating transfer unit 170.

FIG. 9 is a schematic interior layout view of the keyboard body at the rear of the top according to an embodiment of the present invention, and FIG. 10 is a schematic interior layout view of the keyboard body at the front front according to an embodiment of the present invention. FIG. 11 is a schematic side view of FIG. 10.

As shown in FIGS. 2 and 3 and 9 to 11, the pushing unit 180 is connected to the push rod 181 and the push rod 181 which are disposed in the lifting block 172 toward the discharge port 101. And a front and rear moving rail part 182 provided on the elevating block 172 to move the pusher 181.

The front and rear moving rail unit 182 includes a front and rear fixed rail 184 to which the front and rear moving rail 183 and the front and rear moving rail 183 which are movable on the elevating block 172 are movably coupled.

The moving chain 185 is positioned on the front and rear moving rails 183. The chain gear 186 is coupled to the moving chain 185, and the chain gear 186 is driven by the chain drive motor 187. The chain drive motor 187 is fixed to the lower portion of the loading part 120 to drive the chain gear 186.

In the pushing unit 180 configured as described above, the chain gear 186 is rotated by the chain drive motor 187, and the moving chain 185 and the front and rear movement rails 183 are moved by the chain gear 186. The container 10 containing the ramen disposed on the lifting transfer unit 170 may be moved onto the wobble plate unit 190.

FIG. 12 is a partially enlarged view of FIG. 11, and FIG. 13 is a side view of a use state in which the container is discharged from FIG. 8.

As shown in FIGS. 2 and 3, and FIGS. 8, 12, and 13, the appearance uneven plate unit 190 is located in front of the pushing unit 180.

In addition, the outlet 101 of the keyboard body 100 is provided with an opening and closing door unit 195 that is elastically opened and closed.

The opening / closing door unit 195 may include a discharge door 196 and an elastic hinge shaft 197 for elastically supporting the rotational movement of the discharge door 196.

The wrangling plate 190 is connected to the wrangling plate 191 and the wrangling plate 191 disposed in the pushing unit 180 toward the outlet 101 and the wandering plate to allow movement of the wrangling plate 191. A portion 192, and the haunting drive unit 191 to move the haunting plate portion 191. A contact roller 194 may be provided at an end portion of the wobble plate 191 in contact with the opening / closing door unit 195.

While the container 10 containing the ramen is placed on the bleeding plate unit 190 configured as described above, a proper amount of water is filled in the container 10 by the water injection unit 199. At this time, when the container 10 is heated by the wrangling plate part 191 of the wrangling plate unit 190, the water in the container 10 may be boiled and the ramen may ripen.

Water in the vessel 10 according to an embodiment of the present invention is boiled within 1 minute by heating of the electric heater. Subsequently, the wobble plate part 191 is exposed to the outside while the discharge door 196 of the discharge port 101 is opened by the wandering drive unit 193. The user can stir the ramen in the container 10 with chopsticks 15 to boil once more or eat as it is.

In this case, the contact roller 194 may contact the discharge door 196 and move relative to the discharge door 196 along with the rotation of the discharge door 196. Accordingly, the discharge door 196 may be smoothly opened by contacting the contact roller 194. On the contrary, the discharge door 196 may be gently supported while being supported by the contact roller 194 when the inlet plate 191 is moved to the inner side of the outlet 101. 101 can be closed.

As described above, one embodiment of the present invention has been described, but on the basis of this, those of ordinary skill in the art, within the scope of not departing from the spirit of the invention described in the claims, addition, change, The present invention may be variously modified and changed by deletion or addition, etc., which will also be included within the scope of the present invention.

10: container 11: flange
12: anti-bending protrusion 15: chopsticks
100: keyboard body 101: outlet
110: display panel
111: setting unit 112: banknote entrance
113: coin inlet 114: coin inlet
115: chopstick outlet 120: loading section
121: opening and closing door 122: slit hole
130: container discharge unit 131: container discharge main body
135: slide rail 140: support plate
141: rail projection 142: groove
150: load driving unit 151: link center axis
152: link driven shaft 153: rotating link
154: long hole 155: link drive shaft
157: drive link 160: rotary drive unit
161: center link 162: link drive motor
170: elevation transfer unit 171: elevation transfer body
172: lifting block 175: upper and lower rail portion
177: lifting drive unit 180: pushing unit
181: push rod 182: front and rear moving rail
183: front and rear movement rail 184: front and rear fixed rail
185: moving chain 186: chain gear
187: chain drive motor 190: haunting fire plate unit
191: Appearance unrest part 192: Appearance rail part
193: sunken driving unit 194: contact roller
195: opening and closing door unit 196: discharge door
197: elastic hinge shaft 199: water injection unit

Claims (7)

The container body containing the ramen is loaded, the lower body is open to the lower portion is configured to discharge the container therein, the discharge body of the container is provided on the front panel;
A container discharging unit positioned at a lower end of the loading part to support the containers, the container discharging unit being configured to release support for the lowest one of the containers;
A lifting and lowering unit located at a lower portion of the keyboard body and configured to be liftable with respect to the container discharge unit, and having a container lifted up adjacent to the container discharge unit and released from the container discharge unit;
A pushing unit positioned on the elevating transfer unit and pushing the container toward the discharge port through a moving rod;
A bleeding plate unit which is movable to the outlet side adjacent to the elevating transfer unit and configured to be sunk to the outside of the outlet, and which can heat the container; And
It includes a water injection unit for supplying water to the container,
The loading portion is provided with a loading space of the container in the vertical direction, the opening and closing door for opening and closing the loading space is rotatably configured, the slit holes are both sides so that the container discharge unit is slide-inserted to support the container Formed on the wall,
The container discharging unit may include a pair of container discharging bodies fixedly positioned at both ends of the lower end of the loading part, and having slide rails formed at both wall portions corresponding to the slit holes; A support plate movably inserted into the slide rail of the container discharge main body; And a loading drive unit fixed to the loading unit and connected to the supporting plate, the loading driving unit configured to reciprocate the supporting plate along the slide rail.
The stack driving unit may include: a link center shaft rotatably positioned to the container discharge main body on the support plate; A link driven shaft fixedly positioned at an upper surface of the support plate; At least one rotary link fixed to a central axis of the link and having a long hole rotatably coupled to the driven shaft; A link drive shaft fixedly positioned at an upper end of the rotary link; A drive link having one end fixed to the link drive shaft; And a rotation drive unit connected to the other end of the driving link and rotating the link link by moving the drive link to rotate the link drive shaft.
The rotary link is rotated in accordance with the movement of the link drive shaft together with the link center axis, and moves the link driven shaft slidably located in the long hole to the left and right,
When the rotary drive unit is driven, the link drive shaft is moved in one direction from the link center axis through the drive link such that the rotary link having an upper end fixed to the link drive shaft rotates from the link center axis. The non-plate exposed noodle vending machine is connected to the lower end of the movement of the link driven shaft fixed to the support plate in the other direction opposite to the movement of the link drive shaft to move the support plate. delete delete According to claim 1,
The support plate,
A rail protrusion inserted into the slide rail;
A support protrusion having a curved portion formed to support the curved surface of the container to surround the container; And
And an unplate exposed ramen vending machine provided with a semicircular groove for supporting the wall of the container. According to claim 1,
The elevation transfer unit,
A lifting material base fixed in position below the keyboard body;
An elevating block configured to be movable along the up and down direction of the elevating transfer material body and having a supporting plate on which the container is transferred from the loading portion;
A vertical rail unit configured to connect the elevating material body and the elevating block to allow movement in an up and down direction; And
And an unloading exposed ramen vending machine connected to the elevating block to move the elevating block, the elevating drive unit being fixed to a lower portion of the main keyboard body. The method of claim 5,
The pushing unit,
A push rod disposed toward the discharge port in the lifting block;
A front and rear moving rail part provided on the lifting block to move the pushing rod connected to the pushing rod, the front and rear moving rail part having a front and rear moving rail movable on the lifting block and the front and rear moving rail so as to be movable;
A moving chain fixed to the front and rear moving rails;
A chain gear for moving the moving chain; And
And a chain drive motor positioned and fixed to a lower portion of the loading unit to drive the chain gear. According to claim 1,
The outlet is provided with an opening and closing door unit that is opened and closed elastically,
The haunting fire plate unit,
A wrangling / unloading part disposed in the pushing unit toward the discharge port;
A wandering rail unit connected to the wandering unstable part and allowing movement of the wandering unstable part; And
Includes a sunk driving unit for moving the sunk plaque,
And an unrolled exposure type ramen vending machine having a contact roller in contact with the opening / closing door unit at an end portion of the protruding / unloading part.

Images