KR20090102915A - Automatic apparatus for mixing of kimch and sauce - Google Patents

Abstract

PURPOSE: An apparatus for automatically mixing filling ingredients and filling a cabbage with the mixed filling ingredients for Kimchi are provided to automate whole processes and to secure little damage to cabbages. CONSTITUTION: An apparatus(100) for automatically mixing filling ingredients and filling a cabbage with the mixed filling ingredients for Kimchi comprises a carrier(110), metering unit(120), transferring unit(130), mixing unit(140), discharging unit(150), filling compensation unit(160), and metal sensing unit(180). The carrier has a receiving portion in it. A fixing bar is installed on the both sides of the carrier. The metering unit is positioned on the end of the carrier in a direction to which the carrier moves. The metering unit has a board, and a plurality of load cells. The transferring unit moves the carrier in a vertical direction and rotates it at certain height. The mixing unit is located on the other side of the transferring unit. The discharging unit comprises a discharging frame and guide. The filling compensation unit comprises a first frame, second conveyor belt, second frame, and second conveyor belt. The metal sensing unit senses metals.

Description

AUTOMATIC APPARATUS FOR MIXING OF KIMCH AND SAUCE}

The present invention relates to a mixing automation device in aeration kimchi seasoning, more specifically, by mixing the supplied cabbage and seasoning at the same time to automate the process of manufacturing kimchi by filling the cabbage, hygienic manufacturing is possible by improving the working environment The present invention relates to a mixing automation device for abandoning kimchi seasoning with improved productivity.

In general, salting food is a food having increased shelf life by adding salt, and there are kimchi, pickled radish, salty paper, cucumber, and the like, especially kimchi.

In order to produce kimchi, a typical representative pickled food, after receiving the whole cabbage is wrapped in dozens of layers, each one cut into two or four segments to facilitate pickling and washing operation. The cabbage cut in this way is soaked in salted salted water for a certain time, and then the cabbage, which is moderately simple, is washed with clean water to remove saline and foreign matter. After the cabbage is washed, the cabbage is rolled up from the washing container, mixed with various seasonings and vegetables, and then packed or discarded for kimchi.

In the process of manufacturing abandoned kimchi as described above, the process of cutting, pickling, and washing the supplied whole Chinese cabbage is partially automated.

However, a series of processes, such as transferring pickled cabbage, mixing seasonings and vegetables, putting in the cabbage, and putting in the kimchi seasoning to check the abandonment kimchi, are not automated. Transfer or inlay manually. Therefore, a small number of kimchi soaked in a small number of people in the home or small business owners. However, in order to mass produce for feeding, delivery and sale, a large number of manpower is required for each of the above processes. Therefore, a considerable amount of labor is required for each process, the labor intensity is high, and especially during winter, it is more difficult to work because the job avoidance phenomenon to avoid each other, there is a problem that productivity is low.

In addition, since the labor is injected into each process by hand, the accident occurrence frequency is high due to carelessness, and there is another problem that the risk of musculoskeletal disease is increased by a long working time due to high labor intensity.

In addition, since the work is carried out by the workforce, a large amount of labor, the work does not proceed uniformly according to the condition of the worker or working conditions, the failure rate is high. As described above, when the supply to the customer in the state of failure occurs, there is another problem that the complaints continue to fall and the reliability is low.

The present invention is to solve the above problems, by mixing the supplied pickled cabbage and seasoning at the same time by filling the cabbage in the process of manufacturing abandoned kimchi to improve the work environment hygienically, labor and productivity can be improved It is aimed to provide an automatic kimchi spice inlay mixing automation device.

In addition, the present invention, because the whole process by the automated process, less damage of abandon kimchi during mixing and can be quickly put into cabbage so that a uniform and hygienic high-quality kimchi seasoning mixing automation device that can be produced To provide a different purpose.

In another aspect, the present invention, to accurately measure the cabbage and seasoning and then automatically mixed into the cabbage into the cabbage so that the mixing ratio is constant to provide a kimchi spice seasoning mixing automation device capable of producing abandon kimchi with the same taste The purpose.

In addition, the present invention can be automatically mixed with seasoning food (salting food, such as bachelor radish, kakdugi, as well as abandon kimchi), so flexible and compatible with a variety of varieties, regardless of size, weight and shape, the genus It is another object to provide a loading mixing automation device.

Abandoned kimchi seasoning mixing automation device according to the present invention is provided with a receiving unit for transporting the contents and the transport means installed on each side fixed bars, and is installed at the end of the traveling direction of the transport means, the transport including the contents A plate member having an inclined surface at one end for measuring the means, a metering means having a plurality of load cells provided on the lower surface of the plate, a transfer means installed to move the conveying means vertically and rotate at a predetermined height; A discharging frame installed at the other end of the conveying means and provided with a mixing means installed to mix and discharge the contents discharged by the conveying means, and a discharging conveyor belt installed at the other end of the mixing means and rotated by a discharging motor; It is installed on the upper part of the discharge frame to guide the contents discharged by the mixing means A first frame having a guide having an installed guide, a first frame having one end installed at the other end of the discharge means and having a plurality of seasoning containers detachably installed at both sides in the longitudinal direction, and a first motor installed at the center of the first frame. A first conveyor belt rotated by a second frame, a second frame installed at a predetermined interval on the first frame, and a second conveyor belt installed at a center of the second frame and rotated by a second motor. And a metal detecting means installed at the other end of the inlet correcting means and a sensor for detecting a metal material at a predetermined position in the conveying direction.

In addition, the present invention, the conveying means is installed in parallel with a predetermined interval and the guide grooves formed in the inner longitudinal direction facing each other, and a transfer frame provided with a pair of fixed shafts protruding inward in the upper predetermined position and A pair of first insertion bars installed inside the transfer frame and protruding in the same direction at both ends of the support bar to be inserted and inserted into both side fixing bars of the transport means, and both sides of the pair of first insertion bars A pair of second insertion bars installed at an end and inclined to rotate the conveying means by being inserted into the fixed shaft of the transfer frame, hinge shafts formed at both sides of the pair of second insertion bars, respectively; A transfer bracket having a pair of guide bars connected to the hinge shafts of the guide shafts and corresponding to the guide grooves, and for moving the transfer bracket in a vertical direction; It includes a drive unit connected to the guide bar.

In addition, the present invention, the mixing means, the hopper having an impeller installed in the upper opening and rotatably for mixing the contents, and is installed at one end of both ends of the impeller extending to both sides of the hopper to rotate the impeller And a mixing frame having a first power unit provided for the second power unit and a second power unit installed at the other end and installed to rotate the hopper.

In addition, the present invention, the impeller includes a shaft and at least one rotating portion provided on the outer peripheral surface of the shaft, the rotating portion, a pair of extension bars each one end is provided at a predetermined angle at a predetermined interval on the outer peripheral surface of the shaft, It is installed on each other end of the pair of extension bars and includes a connecting bar bent in a curved shape.

In another aspect, the present invention, the second power unit, the worm wheel is provided on the other end of the shaft, the worm meshed with the worm wheel, and the reverse motor is connected to the end of the worm by a belt and installed to transmit power.

The present invention further includes a cover to block the hopper opening of the mixing means.

In another aspect, the present invention, the conveyor belt which is installed at the end of the conveying direction of the first frame of the inlet correction means and driven by a motor to collect the contents transferred along the first conveyor belt, and the frame for supporting the conveyor belt And, it further comprises a seasoning collection means having a collection box installed at the end of the conveyor belt.

According to the present invention, by supplying the pickled cabbage and condiments at the same time to automate the process of filling the cabbage to produce abandoned kimchi, there is an effect that the overall work environment is improved and thereby the labor and productivity.

In addition, since the whole process is performed by automation, less damage of abandoned kimchi during mixing and can be quickly put into the cabbage, it is possible to produce a high quality abandoned kimchi uniform and hygienic. Therefore, high-quality kimchi can be delivered to the customer, thereby improving the reliability of the product.

In addition, cabbage and seasoning accurately weighed and then automatically mixed into the cabbage because the mixing ratio is constant, it is possible to produce abandon kimchi of the same taste.

In addition, in seasoned foods such as shredded radish and radish as well as abandoned kimchi, seasonings can be automatically mixed, so it is flexible and compatible with various types regardless of size, weight and shape.

1 is a plan view of one embodiment of abandon kimchi seasoning mixing automation device according to the present invention

2 is a side view of FIG. 1

Figure 3 is a front view of the conveying means of abandon kimchi seasoning mixing automation device according to the present invention

4 is a side view of FIG. 3

5 is a state diagram used of the transport means according to the present invention

Figure 6 is a side view of the mixing means of the abandoned kimchi seasoning mixing automation device according to the present invention

FIG. 7 is a front view of FIG. 6

8 is a perspective view of the impeller of FIG.

<Short description of drawing symbols>

100 Automation 110 Vehicle

111 Fixed bar 120 Weighing means

121 Slope 122 Load Cell

130 Transport means 131 Transport frame

132 Guide groove 133 Fixed shaft

134 Transfer Bracket 134a Support Bar

134b first insertion bar 134c second insertion bar

134d Hinge Shaft 134e Guide Bar

135 Drive 135a Drive motor

135b Drive Shaft 135c Upper Sprocket

135d lower sprocket 135e chain

140 Mixing means 141 Mixing frame

142 Hopper 143 Impeller

144 axes 145 turns

145a extension bar 145b connection bar

146 First Power Unit 147 Second Power Unit

148 Cover 150 Ejection means

151 Output frame 152 Guide

153 Discharge Conveyor Belt 154 Discharge Motor

160 In-feed correction means 161 First frame

162 1st Conveyor Belt 163 Spice Container

164 First Motor 165 Second Frame

166 2nd Conveyor 167 2nd Motor

170 Spice Collection 171 Frames

172 conveyor belt 173 motor

174 Waste Box 180 Metal Detector

181 Signal board 190 Working platform

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is a plan view of one embodiment of abandon kimchi seasoning mixing automation apparatus according to the present invention, Figure 2 is a side view of FIG.

Abandoned kimchi seasoning mixing automation device 100 according to the present invention, the conveying means 110 and the metering means 120 and the conveying means 130 and mixing means 140 and the discharge means 150 and the inlet correction Means 160, seasoning collecting means 170 and the metal detecting means (180).

The conveying means 110 is for conveying contents, such as pickled cabbage and seasoning necessary to manufacture abandoned kimchi, and has a receiving portion, and a plurality of wheels are installed at the lower part so as to be easily transported by an operator. In addition, the fixing bar 111 having a predetermined length is provided on both sides of the conveying means 110, it is preferable that the fixing bar 111 is installed horizontally on the same line.

The measuring means 120 is installed at the other end of the conveying means 110 in order to measure the weight in the state in which the contents are contained in the receiving portion. Therefore, the carrier member 110 includes a plate member 121 having an inclined surface at one end thereof, and a plurality of load cells 122 installed between the lower surface of the plate member 121 and the ground. The plurality of load cells 122 are generally used to measure the weight, and a detailed description thereof will be omitted. In the present invention, the load cells 122 are preferably installed on four sides of the plate member 121 so that they can be accurately measured. . In addition, the plurality of load cells 122 to adjust the height, it is easy to maintain the horizontal and can be used to adjust the height universally according to the conveying means 110 or the work environment.

As described above, each content measured by the conveying means 110 is sequentially supplied to the hopper 142 of the mixing means 140. At this time, the conveying means 130 is used to raise the heavy conveying means 110 vertically and rotate it to be supplied to the hopper 142 of the mixing means 140 at a predetermined height.

The conveying means 130, the conveying frame 131, the conveying bracket 134 is installed inside the conveying frame 131 and moved in the vertical direction, and the driving unit 135 for operating the conveying bracket 134 It includes.

The conveying frame 131 is arranged in parallel in the vertical direction at regular intervals, and each of the guide grooves 132 formed along the longitudinal direction on the inner inner circumferential surface thereof facing each other, and as long as the conveying frame protrudes inward on the same line at an upper predetermined position. A pair of fixed shafts 133 are provided. In addition, the transfer bracket 134 is a pair of first insertion bars 134b protruding in the same direction from both ends of the support bar 134a so as to be inserted and inserted in correspondence to both fixing bars 111 of the transport means 110. Equipped with. The pair of first insertion bars 134b is smaller than the inner width of the transport frame 131 and preferably has a width that is equal to or slightly larger than the outer width of both fixing bars 111 of the transport means 110. In addition, a pair of second insertion bars 134c which are inclined are provided at both end portions of the pair of first insertion bars 134b, and hinge shafts are respectively provided at both sides of the pair of second insertion bars 134c. 134d is provided. In addition, a guide bar 134e is installed at each hinge shaft 134d to move along the guide groove 132 of the transfer frame 131 and to be rotatable based on the hinge shaft 134d. In addition, it includes a driving unit 135 connected to each guide bar 134e to operate the transfer bracket 134 in the vertical direction. The drive unit 135 includes a drive shaft 135b rotatably installed in conjunction with a drive motor 135a installed on the upper portion of the transfer frame 131, and a pair of upper sprockets 135c provided at both ends of the drive shaft 135b, respectively. And a pair of lower sprockets 135d installed at a lower portion of the transfer frame 131 corresponding to the upper sprocket 135c, and a pair of chains 135e connected to the same line as the upper and lower sprockets 135c and 135d. ). The pair of chain 135e is connected to the guide bar 134e of the transfer bracket 134.

The mixing means 140 is installed at the other end of the conveying means 130 in the traveling direction to mix and discharge the contents discharged by the conveying means 110, a hopper 142 having an impeller 143, and A first power unit 146 installed at one end of both ends of the impeller 143 extending to both sides of the hopper 142 and installed to rotate the impeller 143, and a hopper for discharging contents mixed and installed at the other end The second power unit 147 installed to rotate 142 includes a mixing frame 141 provided on the inside. In addition, a cover 148 is further provided to close the open top of the hopper 142 to prevent the contents from scattering upon mixing. The cover 148 is preferably opened and closed automatically by the auxiliary power unit for ease of use.

In addition, the side of the mixing means 140, the working step 190 is installed separately so that the worker can go up to check the mixed state or other work. Then, when the stomach is filled in the cabbage supplied by the mixing means 140 to discharge the contents to the discharge means 150.

The discharge means 150, the discharge frame 151 is installed, the discharge conveyor belt 153 is rotated by the discharge motor 154, is installed on the discharge frame 151 and discharged by the mixing means 140 The guide 152 is installed to guide the contents to be stably transported through the discharge conveyor belt 153. Guide 152 preferably has a shape that is wider toward the upper direction in the discharge frame (151).

As described above, the contents of the abandoned kimchi is inspected by the discharging means 150, and when the cabbage is not properly filled, it is supplied to the entrainment correction means 160 in order to re-inject.

The incorporation correcting means 160 is installed at the other end of the discharging means 150 in the traveling direction, and includes a first frame 161 and a second frame 165 installed on the first frame 161. In addition, the first frame 161 is provided with a first conveyor belt 162 is rotated by the first motor 164 in the center, a plurality of at regular intervals along both longitudinal directions of the first conveyor belt 162. The seasoning container 163 is provided. In addition, the second frame 165 has a second conveyor belt 166 which is installed at the center and rotated by the second motor 167, and at the end of the second conveyor belt 166 in the advancing direction, only abandoned kimchi is provided. Of course, a scraper may be installed to transfer to the next stationary and filter out the remaining by-products such as seasonings or debris.

In addition, it further includes a seasoning collection means 170 to re-collect the seasoning conveyed by the first conveyor belt 162 to be used again.

The seasoning collecting means 170 is installed at the end of the conveying direction of the first frame 161 of the inlet correction means 160 and the motor 173 to collect the contents transferred along the first conveyor belt 162. Conveyor belt 172 driven by, a frame 171 for supporting the conveyor belt 172, and a collection box 174 installed at the end of the conveyor belt 172.

Abandoned kimchi corrected by the inlet correction means 160 is transported for packaging or storage, and the metal detecting means 180 is installed to detect whether a metal material is added to the contents.

Metal detecting means 180, the conveyor belt is installed in the center and the sensor is installed to detect the kimchi passing through the conveyor belt, when the metal is detected by the sensor interlocked with the sensor through the warning light or alarm to the outside The signal unit 181 is provided to warn.

When describing a specific operating state, the contents for producing abandoned kimchi by using the conveying means 110 includes pickled cabbage and pickled vegetables, radish and other vegetables and pepper powder, garlic and the like sequentially transport.

The contents carried in this way are mixed by the metering means 120 to produce abandon kimchi, it is possible to produce a uniform and delicious abandon kimchi while reducing material costs. When weighing, it is preferable that the weight of the transport means 110 is set to measure only the contents contained in the receiving portion. The weight is measured by the measuring means 120 and then the conveying means 110 containing the contents is supplied to the mixing means 140 using the conveying means 130.

3 is a front view of the conveying means of the aeration kimchi seasoning mixing automation apparatus according to the present invention, Figure 4 is a side view of FIG.

The moving means 130, when a pair of the first insertion bar (134b) of the transfer bracket 134 is inserted into the fixed bar 111 of the transport means 110, the drive motor 135a of the drive unit 135 is The drive shaft 135b is rotated by the operation. Then, as the pair of upper sprockets 135c provided at both ends of the drive shaft 135b rotate, the respective chains 135e meshed with the lower sprockets 135d installed at the lower side thereof rotate. As described above, when the chain 135e rotates, a pair of guide bars 134e of the transfer bracket 134 engaged with each chain 135e moves along the guide groove 132 of the transfer frame 131. . At this time, since the guide bar 134e is slid along the guide groove 132 in the vertical direction, there is no shaking to allow stable movement, thereby preventing contents from being discharged to the outside during movement. Therefore, it is possible to prevent the loss of the contents and sanitary operation to produce high-quality abandoned kimchi.

If the conveying means 110 is moved upward by the conveying bracket 134, a pair of second insertion bars of the conveying bracket 134 on the fixed shaft 133 installed at the upper predetermined position of the conveying frame 131 134c is inserted. As shown in FIG. 5, when the transfer bracket 134 moves upward in the state where the second insertion bar 134c is inserted, the guide bar 134c moves upward along the chain 135e, and the moving bracket ( 134 rotates toward the opening of the mixing means 140 with respect to the hinge axis (134d). At this time, since the fixed shaft 133 is fitted in the second insertion bar 134c, the transport means 110 can be stably rotated without being separated.

As described above, when the conveying means 110 rotates to discharge the contents to the mixing means 140 and then rotates the driving motor 135a of the driving part 135 in reverse, the conveying means 110 in the upper portion is lowered again. Has a standby state to carry the contents.

Figure 6 is a side view of the mixing means of the aeration kimchi seasoning mixing automation apparatus according to the present invention, Figure 7 is a front view of Figure 6, Figure 8 is a perspective view of the impeller of Figure 6.

When the contents are supplied to the hopper 142 by the conveying means 130, the mixing means 140 is mixed so that the seasoning in the cabbage. That is, the contents supplied to the hopper 142 having the upper opening are mixed by the rotation of the impeller 143. The impeller 143 includes a shaft 144 and at least one rotating part 145 provided on the outer circumferential surface of the shaft 144, and the rotating part 145 has a predetermined interval in the longitudinal direction on the outer circumferential surface of the shaft 144. Each end is provided with a pair of extension bars 145a, one end of which is installed at the other end of the pair of extension bars 145a, and a connecting bar 145b bent in a curved shape. Therefore, the pickled cabbage can be inserted into the cabbage without being damaged by the rotating portion 145 having a pair of extension bars 145a and a connecting bar 145b bent into a curved shape connecting the same.

In the present invention, a pair of rotating parts 145 are fitted to the outer circumferential surface of the shaft 144, but the present invention is not limited thereto. One end of the pair of extension bars 145a of the rotating part 145 is an outer circumferential surface of the shaft 144. It may be installed by welding. In addition, the pair of extension bars 145a of the rotating part 145 are arranged at 90 ° intervals, respectively, and are connected by the connection bar 145b, but are bent in a curved shape in a state formed at an angle greater than or smaller than 90 °. Of course, it can be connected to the bar (145b).

In addition, the first power unit 146 is installed at one end of both ends of the impeller 143 extending to both sides of the hopper 142 and installed to rotate the impeller 143, and the other end is installed to discharge the mixed contents And a mixing frame 141 provided with a second power unit 147 for rotating the hopper 142.

The first power unit 146 is provided with a sprocket at one end of the shaft 144 supported by the bearing to rotate the impeller 143 to mix the contents. Then, a first belt 146d is installed to rotate the sprocket, the first belt 146d is engaged with the power transmission means 146c, and the first power transmission 146c is connected to the stirring motor 146a. It is connected to the second belt 146b. That is, when the stirring motor 146a is driven, the second belt 146b is transmitted to the first power transmission 146c, and the power thus transmitted is transmitted to the first belt 146d, which is the shaft 144. Passed to rotate the impeller 143 to mix the supplied contents.

In addition, the second power unit 147, for mixing the contents by the first power unit 146 is to rotate the hopper 142 to discharge it to the discharge means 150, the reverse motor 147a When driven, it is transmitted to the worm 147c by the third belt 147b connected thereto, which is transmitted to the worm wheel 147d engaged with the worm 147c. The worm wheel 147d is connected to the other end of the shaft 144. As described above, more precise control is possible by using a worm gear having a worm 147c and a worm wheel 147d. Thus, even when the hopper 142 is rotated, it is impossible to reverse the worm gear to maintain a stable position. Can be.

In addition, the two ends of the shaft 144 of the impeller 143 are assembled in the same configuration, and the flange A2 is provided between the contact surfaces of the shaft 144 extending outwardly of the hopper 142, and the flange ( In the state inserted into A2) and the hopper 142, it is welded along the boundary surface of an inner side and an outer side. By welding in this way, the contents can be effectively blocked from being caught or leaked to the outside. In addition, the housing A1 is provided so as to be detachably fixed to the outside of the flange A2 by the bolt A6 and to surround the outside of the shaft 144. In addition, at least one bushing A3 is fitted inside the housing A1 at regular intervals, and the bearing A4 is smoothly rotated between the flange A2 and the housing A1 so that the shaft 144 can rotate smoothly. A5) is installed. Accordingly, when the shaft 144 is rotated, the contents may be prevented from being caught between the shaft 144 and the contact surface of the hopper 142 or the contents may leak, and sufficient strength may be maintained due to mixing.

In addition, a separate cover 148 is installed to open and close the upper surface of the opened hopper 142, and the cover 148 is to prevent the outside from scattering when the contents supplied to the hopper 142 are mixed. to be.

In the present invention, a cover 148 that is automatically opened and closed is described, and the present invention is not limited thereto, and may be configured in various forms.

The cover 148 is a bracket 149a provided at an upper portion of the mixing frame 141 at a predetermined distance, and is rotatably installed at both ends of the bracket 149a by a rotation shaft 149b, and an upper surface of the cover 148 is provided. It includes a cover bracket (149c) fixed to. A cover sprocket 149d is provided at one end of the rotating shaft 149b, and the cover sprocket 149d is connected to the second power transmission 149f and the fifth belt 149e. In addition, the second power transmission 149f is connected to the motor 149h by the fourth belt 149g. Therefore, when supplying the contents from the conveying means 130 to the hopper 142, the motor 149h is operated to rotate the fourth belt 149g to be transmitted to the connected second power transmission 149f, which is a rotary cover sprocket ( 149d) to rotate the rotating shaft 149b. Then, the cover 148 is opened to secure the opening of the hopper 142 while the cover bracket 149c fixed to the rotation shaft 149b is rotated. As such, when the supply of the contents from the transfer means 130 is completed, the open cover 148 may be closed by operating the motor 149h on the contrary so as to prevent scattering during mixing.

Abandoned kimchi produced in the mixing means 140 is discharged to the discharge means 150, and is conveyed to the inlet correction means 160 along the discharge conveyor belt 153.

The intake correcting means 160 is to inspect the prepared abandoned kimchi and to replenish the seasoned kimchi when it is not sufficiently filled with the seasoning in the cabbage by the mixing means 140. It is conveyed along the first conveyor belt 162. At this time, if the inspector does not need to fill a separate filling while checking the abandonment kimchi, put it on the second conveyor belt 166, and if the conversely to fill the inside of the seasoning container 163 installed in the first frame (161) After filling using the inside, put it on the second conveyor belt (166). The abandoned kimchi placed on the second conveyor belt 166 is transferred to the metal detection sensor 180 to detect the metal material.

In addition, the seasoning collecting means 170 is installed at the end of the first frame 161 of the inlet correction means 160, and the contents such as seasonings conveyed along the first conveyor belt 162 is collected. The collection unit 174 passes through the conveyor belt 172 of the means 170. The contents collected in this way can be reused when being put in, thereby reducing material costs and effectively preventing the work environment from being contaminated by the discarded contents.

Abandoned kimchi, the contents corrected by the inlet correction means 160, are transported for packaging or storage, and then transferred to the metal sensing means 180 to detect whether a metal material is added to the contents. That is, when the abandoned kimchi passes through the metal detecting means 180, if there is a metal material, it is detected by the sensor, which is alerted to the worker with a beacon or alarm by the signal unit 181 to promptly give up the kimchi added with the metal material. Can be removed.

In the present invention has been described for a typical pickled food, abandoned kimchi, but is not limited to this, of course, can be used to automatically mix the seasoning of hygiene during pickles, such as kakdugi, bachelor radish, shredded.

Embodiments of the present invention described above and illustrated in the drawings should not be construed as limiting the technical spirit of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention, as will be apparent to those skilled in the art.

Claims (7)

Carrying means provided with a receiving portion for carrying the contents and fixed bars on each side, respectively; It is provided at the end of the conveying means in the traveling direction, the measuring means having a plate member having an inclined surface at one end, and a plurality of load cells provided on the lower surface of the plate for measuring the conveying means including the contents; A conveying means installed to move the conveying means in a vertical direction and to rotate at a predetermined height; A mixing means installed at the other end of the conveying means and installed to mix and discharge the contents discharged by the conveying means; A discharging means having a discharging frame installed at the other end of the mixing means and installed with a discharging conveyor belt rotated by a discharging motor, and a guide installed at the top of the discharging frame and installed to guide the contents discharged by the mixing means. and, A first frame having one end installed at the other end of the discharge means and having a plurality of seasoning containers detachably installed at both sides in the longitudinal direction, and a first conveyor belt installed at the center of the first frame and rotated by the first motor; An inset correction means having a second frame installed at a predetermined interval on the first frame, a second conveyor belt installed at the center of the second frame and rotated by a second motor; Abandoned kimchi seasoning mixing automation device is installed on the other end of the inlet correction means and comprises a metal sensing means is installed sensor for sensing a metal material at a predetermined position in the conveying direction. The method of claim 1, The conveying means is installed in parallel with a predetermined interval and the guide grooves formed along the inner longitudinal direction facing each other, a transfer frame provided with a pair of fixed shafts protruding inward in the upper predetermined position; A pair of first insertion bars installed inside the transfer frame and protruding in the same direction at both ends of the support bar so as to be inserted into and fixed to both fixing bars of the transport means, and both ends of the pair of first insertion bars; A pair of second insertion bars installed on the fixed shaft of the transfer frame and inclined to rotate the conveying means, hinge shafts respectively formed at both sides of the pair of second insertion bars, A transfer bracket having a pair of guide bars connected to the hinge shafts and respectively installed to correspond to the guide grooves; Aeration kimchi seasoning mixing automation device comprising a drive unit connected to the guide bar to move the transfer bracket in the vertical direction. The method according to claim 1 or 2, The mixing means includes a hopper having an impeller open at an upper portion thereof and rotatably installed to mix the contents; A mixing frame having a first power unit installed at one end of both ends of the impeller extending to both sides of the hopper and having a first power unit installed to rotate the impeller, and a second power unit installed at the other end and installed to rotate the hopper; Abandoned kimchi seasoning mixing automation device, characterized in that. The method of claim 3, The impeller includes a shaft and at least one rotating part installed on an outer circumferential surface of the shaft, The rotating unit may include a pair of extension bars each one end of which is installed at a predetermined angle at predetermined intervals on an outer circumferential surface of the shaft, and a connection bar bent at each other end of the pair of extension bars and bent in a curved shape. Kimchi Seasoning Infusion Blending Automation Device. The method of claim 4, wherein The second power unit, the worm wheel is installed on the other end of the shaft, the worm meshed with the worm wheel, and a reversing motor connected to the end of the worm by a belt and installed to transmit power, characterized in that Mixed automation device. The method of claim 5, Aeration kimchi seasoning mixing automation device further comprises a cover for blocking the hopper opening of the mixing means. The method of claim 6, A conveyor belt driven by a motor to collect contents transferred along the first conveyor belt, the frame supporting the conveyor belt, and the conveyor belt installed at the end of the first frame of the inlet correcting means. Aeration kimchi seasoning mixing automation device further comprises a seasoning collection means having a collection box installed at the end of the.