KR102660050B1 - Device for supplying spoons - Google Patents

Abstract

The present invention relates to a spoon supply device, and more specifically, to a spoon supply device, which is mainly installed in restaurants such as cafeterias and buffet restaurants to store a large number of spoons in alignment, and at the same time automatically withdraws the stored spoons and supplies them to users one by one. This is about a spoon feeding device that allows feeding.
The present invention includes a spoon storage unit in which a plurality of spoons are stored in a stacked state, a spoon drawer installed in the lower part of the spoon storage unit to withdraw the stacked spoons one by one, and a spoon installed in the lower part of the spoon drawer and withdrawn. It is characterized by comprising a spoon supply unit that supplies a spoon to the user.

Description

{Device for supplying spoons}

The present invention relates to a spoon supply device, and more specifically, to a spoon supply device, which is mainly installed in restaurants such as cafeterias and buffet restaurants to store a large number of spoons in alignment, and at the same time automatically withdraws the stored spoons and supplies them to users one by one. This is about a spoon feeding device that allows feeding.

A spoon is an essential tool used when eating food, along with chopsticks and forks. In the case of general households, these spoons are used in a single storage container, but in restaurants with many visitors, they are stored separately in spoon storage containers.

These spoon storage bins can be broadly divided into a storage bin that is formed in a barrel shape without a cover so that it can be placed on a table, etc. with the spoon head facing upward, and a storage bin that is formed in a box shape with a cover so that it can be laid down on a table, etc. Storage bins with the same general structure are inconvenient because, in order to take out the spoons stored inside, one has to rummage around the spoons in the storage bins with one's fingers.

In addition, in the process of removing the spoon from the storage container, multiple spoons and chopsticks are touched, which is a hygienic problem.

In other words, in the case of coronavirus infection-19 (COVID-19, hereinafter referred to as 'COVID-19'), which has resulted in more than 22,000 cumulative confirmed cases and 350 cumulative deaths in Korea to date, droplets produced when coughing or sneezing ( Since it is known to be transmitted not only through saliva droplets, but also through contact, there is an urgent need for the supply of storage containers that can be used hygienically and safely in restaurants where an unspecified number of people enter.

As a prior art to solve this problem, a spoon withdrawal device is published in Korean Registered Utility Model Publication No. 20-0443510, the main technical components of which include a chopstick storage unit having a first outlet through which chopsticks are discharged; A spoon storage unit having a second outlet through which the spoon is discharged; An operation that is disposed below the first and second outlets to receive and support chopsticks and spoons discharged through the first and second outlets, and when one end is pressed by a user, it tilts and slides the supported chopsticks and spoons toward the one end. board; and disposed adjacent to the first and second outlets, respectively, opening the first and second outlets, and rotating when the operating plate is pressed to close the first and second outlets, respectively, to store the stored chopsticks and spoons. It consists of a chopstick dispenser and a spoon dispenser that prevent additional discharge.

In other words, the above prior art is characterized in that spoons and chopsticks can be conveniently withdrawn and used by pressing the operation plate. However, since the user can only withdraw spoons and chopsticks by pressing the operation plate, contamination occurs at the operation plate area. There is a risk of this occurring or the virus spreading, and if a set of cutlery is not pulled out correctly by pressing the operation panel, cutlery is wasted unnecessarily, or if additional spoons or chopsticks are put back into the storage compartment, hygienic conditions are still present. The downside is that problems may occur.

In addition, the prior art is not only installed on the upper part of the table, but also has a problem in that it is difficult to use in a relatively large restaurant with many users because the number of spoons and chopsticks that can be accommodated inside is not large.

1. Republic of Korea Registered Utility Model Publication No. 20-0443510 (announced on February 19, 2009)

The present invention was created to solve the problems of the prior art as described above. The purpose of the present invention is to enable a plurality of spoons to be aligned and stored, and at the same time to automatically withdraw the stored spoons and supply them to users one by one. The purpose is to provide a spoon feeding device that allows.

Another object of the present invention is to provide a spoon supply device that can minimize malfunction by supplying spoons exactly one by one at regular intervals through reciprocating motion using an eccentric cam.

In addition, another object of the present invention is to provide a spoon supply device that can be used in large restaurants by allowing a plurality of devices for automatically supplying spoons to be connected and installed in series, thereby speeding up the supply speed of spoons. there is.

The present invention to achieve the above objectives,

A spoon storage unit in which a plurality of spoons are stored in a stacked state, a spoon extraction unit installed in the lower part of the spoon storage unit to withdraw the stacked spoons one by one, and a spoon installed in the lower part of the spoon extraction unit to withdraw the spoons from the user. It is characterized in that it includes a spoon supply unit for supplying to.

At this time, the spoon storage unit includes a support part fixed to the upper part of the spoon withdrawal unit, and a receiving part provided in a vertical direction at the top of the support part to support a plurality of spoons received inside, and the support part includes a spoon at the bottom of the receiving part. It is characterized in that a first penetration part through which this discharge is formed is formed.

In addition, the spoon withdrawal part includes an installation frame installed on the ground, a fixing part provided on the upper part of the installation frame to allow the spoon storage part to be installed and fixed, and a fixed part to be located on one side of the fixing part and fixed to the installation frame. It is characterized by comprising a driving part that discharges the spoon accommodated in the spoon storage part and a discharging part provided at the lower part of the fixing part and moving the spoon supplied by driving the driving part to the spoon supply part.

Here, the fixing part is fixedly installed on the upper part of the installation frame to support the lower end of the spoon storage part, a support frame fixed to the upper part of the fixing frame to support the lower ends of both sides of the spoon storage part, and an upper part of the support frame. It includes a fixing bracket that is fixedly installed to prevent the spoon storage part from being separated, and the fixing frame is characterized in that a second penetration part through which a spoon can pass is formed.

In addition, the driving unit includes a first driving motor fixed to the installation frame, a first driving shaft connected to the first driving motor, an eccentric cam coupled to the first driving shaft, and a reciprocating motion by rotation of the eccentric cam. It is characterized in that it includes a reciprocating movement unit that supplies the spoon withdrawn from the spoon storage unit to the discharge unit.

At this time, the reciprocating motion part is coupled to a driving member that reciprocates in the forward and backward directions by the rotation of the eccentric cam, and is coupled to the upper part of the driving member and is inserted into the lower part of the fixed part to press and discharge the spoon when the driving member is driven forward. It is characterized in that it includes a pressing member supplied to the unit and an elastic member connected between the installation frame and the driving member to move the driving member rearward by a restoring force.

In addition, the discharge part is fixedly installed on an installation frame located below the fixing part, and has a discharge frame formed with a third penetration part through which the spoon supplied by the drive unit is discharged, and is provided to be inclined downward at the lower part of the discharge frame, so that the third It is characterized in that it includes a guide member that moves the spoon discharged through the penetration part to the upper part of the spoon supply part.

In addition, the installation frame is characterized in that two or more fixing parts, driving parts, and discharge parts are installed in series.

In addition, the spoon supply unit is characterized in that it includes a conveyor means installed at the lower part of the spoon withdrawal unit, and a second drive motor connected to one end of the conveyor means.

According to the present invention, a large amount of spoons can be stored hygienically and safely through a relatively simple configuration, and at the same time, the stored spoons can be automatically withdrawn and supplied to users one by one, thereby preventing hygiene problems such as virus spread. It has an excellent blocking effect.

In addition, according to the present invention, malfunctions can be minimized by allowing spoons to be supplied exactly one by one at regular intervals through reciprocating motion using an eccentric cam, and the device for automatically supplying spoons one by one is modularized and connected in series. By allowing installation, it has the additional effect of speeding up the supply speed of the spoon.

Figure 1 is a side view showing a spoon feeding device according to the present invention.
Figure 2 is a front view showing a spoon feeding device according to the present invention.
Figure 3 is a plan view showing a spoon feeding device according to the present invention.
Figure 4 is a perspective view showing the spoon storage part of the present invention shown in Figure 1.
Figure 5 is a plan view showing another embodiment of the spoon pullout part of the present invention shown in Figure 1.
Figure 6 is a view showing the combined state of the spoon storage part of the spoon supply device according to the present invention.

Hereinafter, preferred embodiments of the spoon feeding device according to the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a side view showing a spoon feeding device according to the present invention, Figure 2 is a front view showing a spoon feeding device according to the present invention, Figure 3 is a plan view showing a spoon feeding device according to the present invention, and Figure 4 is Figure 1 It is a perspective view showing the spoon storage part of the present invention shown in, Figure 5 is a plan view showing another embodiment of the spoon withdrawal part of the present invention shown in Figure 1, and Figure 6 shows the combined state of the spoon storage part of the spoon supply device according to the present invention. It is a drawing.

The present invention is a spoon supply device (10) that is mainly installed in restaurants such as cafeterias, buffet restaurants, etc. to allow a plurality of spoons to be aligned and stored, and at the same time to automatically withdraw the stored spoons and supply them to users one by one. As shown in Figure 1, the configuration includes a spoon storage unit 100, a spoon withdrawal unit 200, and a spoon supply unit 300.

First, the spoon storage unit 100 serves to store a plurality of spoons 20 stacked in the upper and lower directions, and includes a support unit 110 and a receiving unit 120.

In more detail, the support portion 110 is formed in a horizontal direction at the bottom of the spoon storage portion 100 and serves to enable the spoon storage portion 100 to be installed and supported on the spoon withdrawal portion 200, which will be described later. It can be made into a rectangular shape by doing .

In addition, the receiving portion 120 is provided in a vertical direction at the top of the supporting portion 110 and serves to support a plurality of spoons 20 accommodated inside, and includes a head portion 22 and a handle portion 24. Spoons 20 including may be formed in a shape that can be accommodated in a horizontally stacked state.

At this time, as shown in FIG. 4, the receiving portion 120 may be formed in a shape with one side open so that the amount of the spoon 20 accommodated inside can be checked. Heads are installed at the front and rear ends of the opened portion, respectively. The support portion 122 and the handle support portion 124 may be bent to prevent the spoon 20 accommodated inside from being separated.

In addition, a first penetration part 112 may be formed in the support part 110, and the first penetration part 112 is formed in a spoon shape so that the spoon 20 received inside the receiving part 120 is lower. It plays a role in allowing it to be discharged, and a more detailed description of this will be provided later.

In addition, a plurality of through holes 114 may be formed in the support portion 110, and the through holes 114 connect the spoon storage portion 100 to the spoon withdrawal portion by fastening means such as bolts or separate fixing means. (200) It serves to fix it on the image.

In addition, a slit-shaped insertion hole 116 may be formed at one end of the support portion 110, and the bottom of the first penetration portion 112 in an open state may be formed through the insertion hole 116. A cover plate 130 for closing may be inserted and coupled.

That is, as will be described later, the spoon storage unit 100 is installed in a detachable manner on the spoon withdrawal unit 200 of the spoon supply device 10, and the spoon storage unit 100 is attached to the spoon supply device 10. When the spoon 20 is inserted into the receiving part 120 in an uninstalled state, the spoon 20 exits downward through the first penetration part 112, so the insertion hole 116 formed in the support part 110 ) by sliding the cover plate 130 to close the bottom of the first penetration part 112, so that the spoon storage part 100 is inside the receiving part 120 even when it is not installed in the spoon supply device 10. It is configured so that it can be stored with the spoon (20) inserted.

At this time, a handle portion may be formed at one end of the cover plate 130 to allow the user to easily attach and separate the cover plate 130 to the bottom of the spoon storage unit 100 using hands or other tools. When the spoon storage unit 100 with the cover plate 130 coupled thereto is installed on the spoon supply device 10 and the cover plate 130 is removed, the spoon 20 can be supplied immediately. The time required to install or replace the spoon storage unit 100 can be minimized.

Next, the spoon withdrawal unit 200 is installed at the lower part of the spoon storage unit 100 to withdraw the spoons 20 located at the bottom one by one among the stacked spoons 20 and supply them to the spoon supply unit 300. It may include an installation frame 210, a fixing part 220, a driving part 230, and a discharge part 240.

First, the installation frame 210 is installed on the ground and serves to support the remaining components constituting the spoon draw-out portion 200, and wheels (not shown) may be provided at the lower part thereof. .

Next, the fixing part 220 is provided on the upper part of the installation frame 210 and serves to allow the spoon storage part 100 to be fixedly installed on the upper part. The fixing frame 222 and the support frame 224 ) and a fixing bracket 226.

In more detail, the fixing frame 222 is fixedly installed on the upper part of the installation frame 210 and serves to support the lower part of the spoon storage unit 100. The fixing frame 222 includes a support portion 110 A second penetrating portion 222a may be formed in a shape corresponding to the first penetrating portion 112 formed in .

At this time, although not shown, a through hole corresponding to the through hole 114 formed in the support part 110 is formed in the fixing frame 222 so that the support part 110 can be fastened and fixed to the fixing frame 222 by a fastening means. It can be configured so that

Next, the support frame 224 is fixedly installed on the upper part of the fixing frame 222 to support both sides of the support part 110 of the spoon storage part 100, and has a distance equal to the width of the support part 110. A pair is installed so that the spoon storage unit 100 can be fixedly installed in the correct position by supporting both sides of the support unit 110.

In addition, the fixing bracket 226 is fixedly installed on the upper part of the support frame 224 and supports the top of the support part 110 of the spoon storage part 100 installed on the fixing frame 222. It serves to prevent the spoon storage unit 100 installed in from being separated, and is made of a flat plate shape and is installed toward the center of the fixed frame 222 from the upper part of the pair of support frames 224.

In more detail, the spoon storage unit 100 can be slide-coupled between a pair of support frames 224 fixed to the upper part of the fixed frame 222, as shown in FIG. 6, and is formed on one side of the lower end. The lower end is closed by the cover plate 130 coupled through the insertion hole 116, so that the spoon storage part 100, which accommodates the spoon 20 inside, is slidably coupled to the upper part of the fixing frame 222.

Both sides of the support part 110 of the spoon storage part 100 installed as described above are supported by a pair of support frames 224, and the upper surface of the support part 110 is supported by a fixing bracket 226 to store the spoon. The unit 100 can maintain a stable fixed state.

At this time, the fixed state of the spoon storage unit 100 is maintained by combining a fastening means such as a bolt or a separate fixing means (not shown) through the through hole 114 formed in the support part 110 of the spoon storage unit 100. It can also be made more robust.

In addition, after installing the spoon storage part 100 on the fixing part 220, when the cover plate 130 coupled to the bottom of the spoon storage part 100 is removed, the spoon stored inside the spoon storage part 100 The spoon 20 located at the bottom of the spoons 20 is discharged through the first penetration part 112 formed in the support part 110 and the second penetration part 222a formed in the fixed frame 222, and is discharged through a discharge part (to be described later) It is located on the discharge frame 242 of 240).

Next, the driving unit 230 is located on one side of the fixing unit 220 and is fixed to the installation frame 210 to discharge the spoon accommodated in the spoon storage unit 100. It serves to move the spoons 20, which are discharged one by one through the lower part, to the discharge unit 240, which will be described later.

In more detail, the driving unit 230 may include a first driving motor 232, a first driving shaft 234, an eccentric cam 236, and a reciprocating movement unit 238, as shown in FIGS. 1 and 3. First, the first drive motor 232 is fixedly installed at one end of the installation frame 210 to generate a driving force to move the spoons 20 discharged to the lower part of the spoon storage unit 100. The first drive shaft 234 is connected to the first drive motor 232 and serves to transmit the driving force generated from the first drive motor 232 to the eccentric cam 236. One end of the first drive shaft 234 is connected to the motor shaft of the first drive motor 232, and the other end is fixedly installed on the other end of the installation frame 210 in a rotatable state by a bearing.

Next, the eccentric cam 236 is coupled to the first drive shaft 234 and transmits the rotational force of the first drive shaft 234 to the reciprocating part 238, which will be described later, so that the reciprocating part 238 reciprocates in the forward and backward directions. It serves to enable this, and two or more eccentric cams 236 can be installed to be spaced apart at regular intervals.

That is, the eccentric cam 236 is axially coupled to the first drive shaft 234 so that the outer surface of the front end is in contact with the drive member 238a of the reciprocating motion part 238, which will be described later. As shown in FIG. 1, When the distance between the first drive shaft 234 and the outer surface of the front end of the eccentric cam 236 increases due to rotation of the first drive shaft 234, the drive member 238a moves forward, and the first drive member 238a moves forward. When the distance between the drive shaft 234 and the outer surface of the front end of the eccentric cam 236 is shortened, the drive member 238a is configured to move rearward.

Next, the reciprocating movement unit 238 moves forward or backward by rotation of the eccentric cam 236 and serves to supply the spoon 20 withdrawn from the spoon storage unit 100 to the discharge unit 240. As such, it may include a driving member 238a, a pressing member 238b, and an elastic member 238c.

In more detail, the driving member 238a is installed to contact the outer peripheral surface of the front end of the eccentric cam 236, and converts the rotational motion of the eccentric cam 236 into a reciprocating motion to rotate the eccentric cam 236. It can be configured to move back and forth forward and backward.

Next, the pressing member 238b is coupled to the upper end of the driving member 238a and pressurizes the spoon 20 pulled out from the spoon storage unit 100 when the driving member 238a moves forward and supplies it to the discharge unit 240. It plays a role.

That is, one end, i.e. the rear end, of the pressing member 238b is fixedly installed at the upper end of the driving member 238a, and the other end, i.e. the front end, is installed to be located at the lower part of the fixing part 220, so that the driving member (238b) When 238a) moves forward, the spoon 20, which is drawn out to the lower part of the spoon storage unit 100 through the first and second penetrating parts 112 and 222a and positioned on the discharge unit 240, is pressed, as described later. The spoon 20 can be moved to the third penetration portion 242a formed in the discharge frame 242.

Next, the elastic member 238c is connected to the driving member 238a and serves to move the driving member 238a backward, that is, in the direction of the eccentric cam 236, by restoring force. One end is fixed to the installation frame 210, and the other end is connected to the driving member 238a.

That is, when the distance between the first drive shaft 234 and the outer surface of the front end of the eccentric cam 236 is shortened by rotation of the first drive shaft 234, the drive installed to contact the front end of the eccentric cam 236 The member 238a can move backward, that is, in the direction of the eccentric cam 236, by the restoring force of the elastic member 238c.

Next, the discharge part 240 is provided at the lower part of the fixing part 220 and serves to move the spoon 20 supplied by the driving part 230 to the spoon supply part 300, and the discharge frame ( 242) and a guide member 244.

In more detail, the discharge frame 242 is fixedly installed on the installation frame 210 by being located at the lower part of the fixing part 220, and the first penetration part 112 formed at the bottom of the spoon storage part 100 ) The spoon 20 drawn out is lowered through the second penetration part 222a formed at the bottom of the fixing part 220 and placed on the discharge frame 242.

At this time, a third penetrating part 242a is formed in the discharge frame 242, and the third penetrating part 242a is a guide member installed at the bottom of the spoon 20, which moves by driving the driving part 230. It is configured so that it can be discharged to the top of (244).

That is, the third penetrating part 242a is formed on the discharge frame 242 at a position spaced a certain distance forward from the first and second penetrating parts 112 and 222a, and is the pressing member of the driving part 230. When the spoon 20 placed on the discharge frame 242 moves forward due to pressure by 238b, it may be configured to be discharged downward through the third penetration portion 242a.

Next, the guide member 244 is positioned at the lower part of the discharge frame 242 and is fixedly installed on the installation frame 210, and is formed to be inclined downwardly toward the front to discharge through the third penetration portion 242a. It serves to move the spoon 20 to the spoon supply unit 300.

That is, when the spoon 20 discharged through the third penetration part 242a of the discharge frame 242 is dropped directly into the spoon supply unit 300, the spoon 20 is thrown outward or returns to its original position due to impact. Since there is a risk that it may not be dropped neatly, the spoon 20 dropped from the third penetration part 242a through the guide member 244 must be guided so that it can be dropped at the upper position of the spoon supply unit 300. It is structured so that it can be done.

Next, the spoon supply unit 300 serves to supply the spoon 20 drawn out through the spoon withdrawal unit 200 so that the user can use it, and uses a conveyor means 310 and a second drive motor 330. It is done including.

First, the conveyor means 310 serves to continuously supply the spoon 20 discharged through the spoon withdrawal unit 200 to the user, and the second drive motor 330 serves as a conveyor means 310. ) is connected to one end and serves to provide driving force to drive the conveyor means 310.

In more detail, the conveyor means 310 includes a second drive shaft 312, a driven shaft 314, first and second rollers 316 and 318, a conveyor belt 315, and a support frame 320. The second drive shaft 312 is connected to the motor shaft (not shown) of the second drive motor 330 and rotates the conveyor belt 315 by the driving force generated from the second drive motor 330. The driven shaft 314 is installed at a certain distance from the second driving shaft 312 and serves to continuously rotate the conveyor belt 315.

In addition, the first and second rollers 316 and 318 are coupled to the second drive shaft 312 and the driven shaft 314, respectively, and serve to allow the conveyor belt 315 to be wound around the outer peripheral surface, and the conveyor The belt 315 is wound between the first and second rollers 316 and 318 and serves to supply the user with the spoon 20 that is thrown upward by the guide of the guide member 244 through continuous rotation. , the support frame 320 is fixedly installed on a table or the ground and serves to support the conveyor means 310 at a predetermined height. The conveyor means 310 including this configuration has already transported various goods to the destination. Since it is widely used as a means to achieve this, a more detailed description of the configuration will be omitted.

That is, when the second drive motor 330 is driven, the second drive shaft 312 and the first roller 316 coupled to the outside thereof rotate, and the second drive shaft 312 and the first roller 316 ) As the conveyor belt 315 rotates, it is possible to continuously supply the spoons 20 dropped onto the top of the conveyor belt 315 to users.

Meanwhile, the spoon feeding device 10 according to the present invention may further include a control means (not shown) for controlling the driving of the first and second drive motors 232 and 330, where the control means is configured to control the first and second drive motors 232 and 330. and serves to control the driving speed of the second drive motors 232 and 330.

That is, the interval at which the spoon 20 is supplied can be adjusted by adjusting the driving speed of the first and second drive motors 232 and 330 according to the number of users in a restaurant, etc., where the spoon supply device 10 according to the present invention is installed. It is structured so that

In addition, the control means allows the first and second driving motors 232 and 330 to operate only one cycle, that is, one spoon 20 is withdrawn from the spoon storage unit 100 and supplied to the spoon supply unit 300. It may be controlled to do so, and in this case, an object detection sensor (not shown) may be installed on the conveyor belt 315 of the spoon supply unit 300.

That is, the object detection sensor serves to detect the presence of the spoon 20 at a specific position on the conveyor belt 315, that is, a position where the user can pick it up. The object detection sensor detects the presence of the spoon 20. When this is detected, the first and second driving motors 232 and 330 do not operate, and the user lifts the spoon 20 present at a specific position and operates only when the spoon 20 is not detected by the object detection sensor. It is possible to control the first and second drive motors 232 and 330 to be driven one cycle at a time.

Meanwhile, according to another embodiment of the spoon supply device 10 according to the present invention, as shown in FIG. 5, the installation frame 210 is provided with a plurality of fixing parts 220, a driving part 230, and a discharge part ( 240 may be configured to be arranged in series. In this case, spoon storage parts 100 can be installed on each of the plurality of fixing parts 220, so the supply speed of the spoons 20 can be made faster.

In other words, the fixing part 220, the driving part 230, and the discharging part 240 can each be configured in a modular manner so that multiple module sets can be installed in series on the installation frame 210. In this case, an error occurs in a specific module set. Alternatively, even in the event of a breakdown, the spoon 20 can be supplied smoothly using the remaining module sets, so it can be conveniently used in restaurants where many consumers use the spoon at the same time, such as cafeterias in large buildings or large restaurants.

Therefore, according to the spoon supply device 10 according to the present invention as described above, a large amount of spoons 20 can be stored hygienically and safely with a relatively simple structure, and at the same time, the stored spoons 20 are automatically withdrawn. By allowing users to supply them one by one, it is possible to fundamentally prevent hygiene problems such as virus spread, and by allowing spoons 20 to be supplied exactly one by one at regular intervals through reciprocating motion using the eccentric cam 236. Not only can malfunctions be minimized, but the device that automatically supplies the spoons (20) one by one is modularized so that multiple spoons (20) can be connected and installed in series, thereby providing various advantages such as speeding up the supply speed of the spoons (20). have

Although the above-described embodiments describe the most preferred examples of the present invention, it is not limited to the above embodiments, and it is clear to those skilled in the art that various modifications are possible without departing from the technical spirit of the present invention.

The present invention relates to a spoon supply device, and more specifically, to a spoon supply device, which is mainly installed in restaurants such as cafeterias and buffet restaurants to store a large number of spoons in alignment, and at the same time automatically withdraws the stored spoons and supplies them to users one by one. This is about a spoon feeding device that allows feeding.

10: spoon supply device 20: spoon
22: head part 24: handle part
100: spoon storage part 110: support part
112: first penetration part 114: penetration hole
116: Insertion hole 120: Receiving part
122: head support 124: shank support
130: Cover plate 200: Spoon withdrawal unit
210: Installation frame 220: Fixing part
222: Fixed frame 222a: Second penetration part
224: support frame 226: fixing bracket
230: driving unit 232: first driving motor
234: first drive shaft 236: eccentric cam
238: reciprocating part 238a: driving member
238b: Pressure member 238c: Elastic member
240: discharge unit 242: discharge frame
242a: Third penetrating part 244: Guide member
300: spoon supply unit 310: conveyor means
312: second driving shaft 314: driven shaft
315: conveyor belt 316: first roller
318: second roller 320: support frame
330: 2nd drive motor

Claims (9)

A spoon storage unit in which a plurality of spoons are stored in a stacked state, a spoon extraction unit installed in the lower part of the spoon storage unit to withdraw the stacked spoons one by one, and a spoon installed in the lower part of the spoon extraction unit to withdraw the spoons from the user. Including a spoon supply unit that supplies to,
The spoon withdrawal unit includes an installation frame installed on the ground, a fixing part provided on the upper part of the installation frame to allow the spoon storage part to be installed and fixed, and a spoon that is fixed to the installation frame by being located on one side of the fixing part. It includes a driving unit for discharging the spoon accommodated in the storage unit and a discharging unit provided at the lower part of the fixing unit to move the spoon supplied by driving the driving unit to the spoon supply unit,
The driving unit includes a first driving motor fixed to the installation frame, a first driving shaft connected to the first driving motor, an eccentric cam coupled to the first driving shaft, and a reciprocating movement by rotation of the eccentric cam. It includes a reciprocating movement unit that supplies the spoon withdrawn from the storage unit to the discharge unit,
The reciprocating part is coupled to a driving member that reciprocates in the forward and backward directions by the rotation of the eccentric cam, and is coupled to the upper part of the driving member and is inserted into the lower part of the fixed part to press the spoon when the driving member is driven forward and supply it to the discharge part. A spoon feeding device comprising a pressing member and an elastic member connected between the installation frame and the driving member to move the driving member rearward by a restoring force.
According to clause 1,
The spoon storage portion includes a support portion fixed to an upper portion of the spoon pullout portion, and a receiving portion provided in a vertical direction at the top of the support portion to support a plurality of spoons accommodated inside,
A spoon supply device, characterized in that the support part is formed with a first penetration part through which the spoon at the bottom of the receiving part is discharged.
delete According to clause 1,
The fixing part includes a fixing frame that is fixedly installed on the upper part of the installation frame to support the lower end of the spoon storage part,
A support frame that is fixedly installed on the upper part of the fixed frame to support the lower ends of both sides of the spoon storage section, and
It includes a fixing bracket fixed to the upper part of the support frame to prevent the spoon storage portion from being separated,
A spoon supply device, characterized in that the fixed frame is formed with a second penetration part through which a spoon can pass.
delete delete According to clause 1,
The discharge part is fixedly installed on an installation frame located below the fixing part, and has a discharge frame formed with a third penetration part through which the spoon supplied by the driving part is discharged, and is provided to be inclined downward at the lower part of the discharge frame to form a third penetration part. A spoon supply device comprising a guide member that moves the spoon discharged through the spoon to the upper part of the spoon supply unit.
According to clause 1,
A spoon supply device, characterized in that two or more of the fixing part, the driving part, and the discharging part are installed in series on the installation frame.
According to clause 1,
A spoon supply device characterized in that the spoon supply unit includes a conveyor unit installed at a lower portion of the spoon withdrawal unit, and a second drive motor connected to one end of the conveyor unit.