KR100536081B1 - a cookies making apparatus - Google Patents

Abstract

The present invention sprinkles the malt in the front of the mold, which is molded to a certain size in the process of molding the fruit, and automates a series of processes for soaking the fruit, so that a large amount of fruit can be efficiently produced within a short time. The present invention relates to a high stuffing device for manufacturing, which is equipped with a symptom embedding means for transporting a syrup onto the surface thereof while conveying a bandage that is introduced through the inlet, and a syrup is sewed on the surface while passing through the means. In forming the pasting device for manufacturing flour made of a high coating means that can be applied to the solids,

A syrup storage member having a supply pipe and a discharge pipe in a state where it is mounted on a support frame, and having a reservoir having an upper surface open so that the syrup can be contained therein, and having a heating heater for heating the syrup inside the bottom surface of the reservoir; A bandage conveying member having a chain which is rotated by driving of a motor in a state where it is located at both sides of the upper surface of the storage bin, and which is provided with a connecting rod for placing a bandage between the chains; Equipped with a circulating pump connected to the front end of the supply pipe for forcibly supplying the malt, the malt spray member is provided with a spray nozzle for injecting the malt on the upper and lower surface of the bandage to be transported by extending from the circulation pump Containment means consisting of

The transport member is provided at each corner of the upper end of the support frame to be coupled to the buffer part in a downwardly inclined state so as to sort the old materials according to the size, and to transport the old dumplings. ; A vibration member for vibrating the transfer member up and down; A high filling member which is positioned at an upper end side of the conveying member so as to apply a solid substance to the wadded wort while freely moving back and forth due to the vibration of the vibrating member; It is characterized in that it consists of a solid material supply means consisting of a solid material supply member for supplying only the solid material that has removed the fine powder while passing through the conveying member.

Description

Heavy stuffing device for pastry manufacturing {a cookies making apparatus}

The present invention relates to a high-density coating device for manufacturing confectionery, and in particular, in the process of forming confectionery, sprinkles the malt on the front of the mold, which is molded to a certain size, and automates a series of processes in which a large amount of water is soaked in a short time. The present invention relates to a high-density coating device for manufacturing confections that enables the production of confectionery products efficiently.

In general, Yucca is a kind of traditional sweets mainly used for ceremonial occasions and on our own holidays, and recently, it is not only used for events and holidays. Since it is being sold as a gift to the present situation, the sales volume is soaring.

This confection is a main ingredient is glutinous rice, soaking the glutinous rice in water for a certain period (about 7 to 15 days) to allow fermentation, and then pulverized into powder powder through a grinder.

Processed dough with steamed (seed) and steamed dough in a state in which the dough is made by mixing the subsidiary materials (soybean, shrimp, mugwort, ginseng, citron powder, etc.) with the ground glutinous rice powder as described above. After spreading with a bandage to make the thickness suitable for the type of fruit, cut it to a certain size, and after drying, the bandage is expanded by the frying process, and the fruit is completed by coating malt and solids on its surface.

In the manufacturing process of the above-mentioned confectionery, the bandage which has been cut according to the type of confectionery is completed to remove the grease by natural drying, and after cooling, the syrup is dried on the surface of the swollen bandage. It is coated with old materials (single flour, persimmon, black grain, pine powder, etc.). Currently, the process of burying the syrup on the surface of the pupa and applying it to it is done by hand. Falling, of course, has a disadvantage that does not maintain hygiene.

Recently, as the demand of confectionery is soaring, confectionery manufacturing equipment that can be produced by automation to produce a large amount of confectionery in short time has been introduced and used, but such confectionery manufacturing equipment is mixed with finely ground fermented glutinous rice from fine grinding. And the processed dough can be finished only to the thickness and cutting process suitable for the type of confectionery. The process of burying the syrup on the surface of the swollen swelling by frying and coating the junk on it is not automated. Until now, the worker has soaked the moth into the syrup, so that the syrup can be buried on the surface, and then put the sebum in the sediment storage container containing the sediment so that the sediment is coated by the syrup. Falling, of course, did not keep clean.

In other words, you can take out the pupa in a state in which a large amount of pupa is put into the storage container containing the syrup in order to coat the syrup on the surface of the pupa after the frying is completed. When sediment is absorbed, it is absorbed a lot of syrup, and there is a disadvantage that the pulp is damped by a large amount of syrup.The worker has to sediment one by one in the syrup to take out the syrup and then apply it to the surface. Not only was it less efficient, it was not possible to maintain cleanliness because the workers had to perform it manually.

Accordingly, an object of the present invention is to boil the malt on the surface of the swollen pupa through the frying process, and to produce a large amount in a short time by performing a series of processes to coat the solids by automation. In addition, it is intended to be produced in a state that keeps clean without going through the hands of the worker, and the purpose is to coat the solids in a state where a certain amount of syrup is always buried on the surface of the pupa, Its purpose is to ensure that the sweetness of the confection is kept constant so that you can always eat a certain flavor of confection.

Hereinafter, the configuration of the embodiment of the present invention by the accompanying drawings as follows.

1 is a schematic side cross-sectional view for illustrating the configuration of the present invention. Yeast buried means (100) for immersing the syrup on the surface of the pupa by the syrup that is sprayed from the top and bottom while the confectionery introduced through the inlet is conveyed by the transfer unit; It is made of a high filtration means (200) to pass through the malt squeezing means to apply a junk to the surface of the dumplings.

The yeast buried means 100 is located in the upper side of the support frame 110, as shown in Figures 2 and 3 to store the syrup to be able to maintain a constant temperature at all times by heating in the state containing the syrup Member 120; A bandage transfer member 130 positioned at the upper end side of the malt storage member so that the bandage may be transferred while being driven by the driving of the motor 131 in a state of receiving the introduced bandage; It is made of a syrup injection member 140 so as to be positioned on the upper and lower intermediate points of the bandage conveying member to spray the syrup supplied from the syrup storage member to the bandage.

The yeast storage member 120 has a reservoir 121 for storing the yeast by opening the upper surface on the upper end of the support frame; A heating heater 122 for heating the malt in the bottom of the reservoir and a supply pipe 123 and an outlet tube 124 for allowing the syrup to flow in a lower portion of the front side of the reservoir are formed.

At this time, the supply pipe is connected to the malt injection member to be described later to allow the lye to be circulated, and the discharge pipe 124 is to allow the lye and the washing water to be drained during the cleaning of the storage container, which is made according to the operation of the valve. The bottom surface of the storage reservoir 121 is inclined downward toward the supply pipe and the discharge pipe so that the syrup contained in the storage can flow smoothly to the supply pipe and the discharge pipe by the inclined surface.

In addition, the bandage transfer member 130 and the chain 132 is rotated by the drive of the motor 131 on both sides of the support frame which is located on the upper surface of the reservoir 121; Forming the connecting rod 133 to have a gap enough to be placed between the chain, the connecting rod 133 is formed in the connecting rod 133 by forming a protruding pin 134 to support the bandage by point contact The bandage placed on the upper surface is placed in the point contact state by the protruding pins so that the starch sprayed from the malt spray member does not get caught between the bandage and the connecting rod, and the chain transporting the bandage is in a horizontal state. While maintaining the inclined surface inclined to the rear side from the point passing through the malt injection member 140 to keep the syrup sprayed on the pupa flows down by the inclination angle.

In order to be able to incline the chain that was horizontally maintained as described above, the rear portion of the chain is inclined upward while fixing the support piece 135 holding the upper surface of the chain 132 located on the rear side of the injection member. When it is fixed in a state, the chain is maintained in a bent state with the support piece 135 as a starting point.

And, the syrup injection member 140 is connected to the supply pipe 123 extending from the storage tank 121 is stored with the syrup is discharge pipe for spraying the syrup forcibly circulated by the driving of the circulation pump 141 ( 142) and: to form a spray nozzle 143 for injecting the malt in the upper and lower surfaces of the bandage, which is connected to the connecting pipe from the distribution pipe and transported by the connecting rod, wherein the spray nozzle is the connecting rod 133. It is installed on the upper and lower sides of the upper and lower ends so that the malt can be evenly sprayed on the upper and lower surfaces of the bandages that are transferred in the state of being placed on the connecting rod.

In addition, the supply pipe 123 located at the tip side of the circulation pump is formed with a hopper 144 to allow the water to be supplied from the outside to supply the water through the hopper after use is completed to the remaining residue in the circulation pump It can be washed clean, and to form a discharge pipe 145 to be discharged to the outside the washing water passing through the hopper to allow to discharge the washing water is completed to the outside.

The solid material applying means 200 is coupled to the buffer unit 220 located at the upper end of the support frame 210 in an inclined downward direction toward the rear as shown in FIGS. A conveying member 230 capable of feeding and conveying the dumplings of the junk; Vibration member 240 to vibrate the transfer member up and down; A high stuffing member 250 positioned at the top of the tip side of the conveying member so as to coat the puddle with the syrup attached while freely moving back and forth due to the vibration of the vibrating member; It consists of a solid water supply member 260 to supply only the solids that remove the fine powder while passing through the conveying member to the bandage conveying member.

The conveying member 230 is a diaphragm 231 coupled to the buffer portion 220 at each corner of the bottom surface in an open state, and the inner bottom of the diaphragm is supplied from the water supply hopper 232 Only the fine powder of the granules mixed with the granules and the malt in the upper part of the powder sorting panel 233 for sorting so that only the fine powder mixed in the solids can escape to the lower part is dropped to the lower part. A sorting net 234 to allow them to be sorted; It is made of a bandage transfer rod 235 to receive a bandage coated with the solid material from the solid material applying member directly on the top of the sorting net board to be transported by vibration.

At this time, on the rear side of the diaphragm 231 to form a powder powder discharge port 231a to be discharged to the outside through the powder powder screening plate 233.

The sorting of the powdered powder mixed with the solids as described above is carried out when the puddle with the malt simmered in the solids is mixed with the powdered powder in the solids. In the part where it is splattered, the solids are not crushed, which reduces the value of the commodity, thereby removing the powder powder mixed in the solids so that only pure solids can be coated on the surface of the pupa.

In addition, the vibration plate, which is the end position of the powder screening mesh 233, forms a solids transport path 233a to allow the solids to be supplied to the solids supply member 260, and the vibration plate, which is the end position of the solids screening mesh 234. It will form a lump transport path (234a) to be discharged to the outside of the lumps of mass collected by the malt.

In addition, the vibrating member 240 is connected to the motor 241 and the chain in the middle of the bottom surface of the diaphragm 231 and the rotating shaft 242 to rotate; It consists of an eccentric cam (243) to vibrate up and down the diaphragm 231 supported by the buffer unit 220 by its own rotary centrifugal force at both ends of the rotating shaft.

And, the solid material member 250 is a solid material is put in the state that is allowed to move freely before and after by the fixed stand 251 and the link 252, which is built on the upper end of the diaphragm, when the dumplings are squeezed by the vibration of the pulp It forms a solid coating plate 253 which is dug inside and allows the solids to be evenly coated on the front of the pupa. In this case, the solids coating plate is mounted in duplicate so that the solids can be completely coated on the surface of the pupa. do.

In addition, the solids supply member 260 is a solids collecting unit 261 for receiving and collecting the solids transported through the solids transport path as shown in Figure 6; A solids sump 264 which is erected vertically in the solids collection part and transfers the solids at regular intervals to the chain 263 which rotates due to the driving of the motor 262; The bottom side of the solids collecting part is formed of a solids supply pipe 265 to supply the solids pouring from the solids collecting container to the solids holding plate.

According to the present invention having the configuration as described above by the operation of the control box and the buried means 100 and the solid immersion means 200 together to make the malt smashed in the puddle, the molten splattered high pulp means While passing through the puddle is to be coated in the puddle, until the solids to remove the fine powder powder mixed in the solids piled on the solid-bed plate 253, without the operation of the sieve buried means (100) Only 200).

That is, when driving the vibration member 240 and the motors of the solid water supply member 260 due to the operation of the control box in the solid water supply hopper 232, the vibration member 240 first. The rotating shaft 242 connected to the chain is rotated by the motor drive of the rotation, the eccentric cap (243) coupled to both ends of the rotation due to the rotation of the rotation shaft is rotated, the rotation of the eccentric cam (243) Due to the centrifugal force, the vibration plate 231 vibrates up and down based on the buffer unit 220.

As described above, in the state in which the diaphragm 231 vibrates up and down by driving the vibrating member, the solid powder supplied from the solids feed hopper 232 located on the side of the diaphragm 231 is located at the bottom of the diaphragm. The supply is made to the (233), the solids supplied to the powder screening mesh as described above is moved in the downward direction due to the vibration of the vibration plate while the powder powder mixed in the solid falls to the bottom of the mesh 233, the mesh Only the solids located on the upper surface of the stack is accumulated in the solids collecting unit 261 via the solids transport path 233a.

As described above, the solids accumulated in the solids collecting part are contained in the solids bucket 264 which is rotated by the driving of the motor 262, and then move upwards while passing over the upper end. The contained solids will be poured into the lower portion, and the solids spilled as described above will be accumulated in the solidifying plate 253 through the solids supply pipe.

When the solid matter from which powder powder has been removed in the above state is accumulated on the solid immersion plate 253, the malt buried means 100 is operated so that the wadded moth can be moved to the solid immersion plate.

That is, the syrup contained in the reservoir 121 is not solidified due to the heating of the heating heater 122 mounted on the bottom thereof, and maintains the syrup of the liquid that can be sprayed to maintain the symptom of the liquid to the operation of the circulation pump 141. By the supply pipe 123 through the forced injection to the injection nozzle 143, the malt is forcibly transported by the circulating pump is to be strongly injected from the injection nozzle (143).

In this state, when the puddle 1 is placed on the upper surface of the connecting rod 133 which is a bandage feeding member 130 that is rotated by the driving of the motor, the puddle is in point contact with the protruding pin 134 protruding from the connecting rod. When transported in a state to pass between the injection nozzle 143, the syrup injected from the injection nozzle 143 located on the upper and lower portions of the connecting table 133 is sprayed evenly on the front of the bandage,

As described above, the wadded moth is continuously transported according to the movement of the chain. The wand passed through the injection nozzle is transported in an inclined state by the inclined angle inclined upward toward the conveying direction, and the spoiled mole is buried. According to the inclination angle, the malt flows down to the lower part of the bandage that is transported in an inclined state, so that a certain amount of malt is evenly buried in the entire bandage.

The dumplings transported in the state in which the lye is buried are dropped into the tack plate 253 of the lumping member 250 which is located directly below the end of the bandage transfer part, and the junks accumulated thereon are buried in the surface of the bandage. To be stuck by.

In other words, if the wadded beetle is transported through the transfer part and falls into the solid material stacking plate 253, it falls to the upper part of the solids stacked on the solid material stacking plate, and the solid material stacking plate is shaken up, down, left, and right. , The solids supply pipe 265 is to be dug into the solids to be supplied, and in this state, the solids and bandages are moved forward by the shaking of the solid plate 253 shaking up, down, left, and right.

In more detail, the vibration plate 231 is transmitted by vibration centrifugal force of the eccentric cam 243 that is rotated by the driving of the motor in a state supported by the shock absorbing part 220 to thereby absorb the shock absorbing part 220. Vibration is to be made up and down through, and the solid-liquid plate 253 located on the upper side of the diaphragm is connected by the link 252, the vibration is generated up and down together with the diaphragm, and the link 252 Due to the shaking of the) is moved finely before and after, the movement of the bandage falling to the high lapping plate in the state of being dug into the water to move forward.

As described above, the pulp and the pulp coated with the solid in the solid plate are advanced due to the vibration of the diaphragm and the solid plate, and are continuously transferred to the bandage transfer rod 235 formed on the upper surface of the diaphragm 231. After being transported with a conveying conveyor (not shown) installed at the tip side of the diaphragm, the old materials conveyed together with the pupa are separated by the vane feeding rod 235 and dropped into the junk sorting board 234 located at the bottom. The granules of the granules pass through the sediment screen board 234 and fall to the powder powder screening board 233 located at the lower part thereof, and the powder mixed with them while passing through the mesh board together with the new solids supplied from the solids feed hopper 232. The powder falls to the lower part of the halftone panel, and only the solid matter is collected again into the sump through the solid conveying path 233a, by the same means as the former. It is to perform the circulation that the supply is made to the solid plate, and the junks agglomerated with each other in the process of being buried by the malt on the surface of the puddle cannot pass through the solids sorting board 234 to vibrate the vibration plate. By moving along the inclination angle is discharged to the outside along the lump discharge path (234a) for discharging the lump of mass communicated with the junk screen.

As described above, when the solids are mixed with powdered powder and the pupa on the surface of the pulp, the solids aggregated together with the syrup are separated from the solids of the granules and discharged to the outside, and only the pure algae solids are supplied. It will be put on the surface of this coated bandage.

When the coating of the solids on the surface of the bandage is completed as described above, in order to clean and prevent the failure of the circulation pump, the syrup in the syrup buried means 100 is washed clean, wherein the reservoir 121 and the supply pipe 123 are cleaned. When water is supplied to the water supply hopper 144 in a state in which only the valves of the discharge pipes 124 and 145 formed at each are locked, the water supplied by the driving of the circulation pump 141 is supplied through the circulation pump. Forced circulation is used to clean the supply pipe, the circulation pump, and the syrup remaining in the injection nozzle.

When the washing of the syrup is completed as described above, only the valve on the discharge pipe 124 and 145 side is opened, and when the other valve is locked, the washing water and the syrup remaining in the reservoir 121 are discharged to the outside through the discharge pipe 124. In addition, the washing water remaining on the supply pipe 123 side is not circulated to the circulation pump and is discharged to the outside through the discharge pipe 145 to maintain cleanness, and the syrup remains in the circulation pump and the injection nozzle. It will not be able to prevent failure due to the solidification of the malt.

As described above, in the present invention, in order to coat the puddle with the puddle buried means in order to coat the pulp on the surface of the pulp, which has undergone a drying and frying process in a state of having a constant size and thickness in order to manufacture a confectionery If you just put it on the conveying part through the feeder, while transporting the puddle to the conveying part of the feeder, the malt sprayed from the spray nozzle located at the intermediate point is sprayed evenly on the front of the bandage transported by the feeder so that the malt is coated. , The moth buried in the malt is supplied to the solid swelling plate, which is a solid swelling means, selects the powder and the lumps of powder mixed in the solids due to the vibration of the diaphragm. And moulding by the malt while passing through the solid plate where shaking is performed before and after If there are only two workers who feed the pulp and the worker who collects the dried fruit, the means to bury the malt and the means to coat the pulp in a timely manner. It can reduce the number of manures and secure a large amount of production, and the amount of syrup that is squeezed on the surface of the pupa is always constant as the pupa passes through the spray nozzles in which the syrup is sprayed at a constant speed. The same will be able to maintain the rational taste of yogurt.

In addition, the solids coated on the surface of the chrysalis are coated with the powder of powder mixed with the chrysalis and the chunks of the solids stuck together by the yeast are moved by vibrating with the chrysalis by the vibrating member so that the sorting is carried out. By only supplying the solids of the solids can be supplied to the plate, so that only the solids can be coated on the surface of the pupa, it is possible to increase the commercial quality of the fruit.

1 is a schematic side view for showing the configuration of the present invention.

Figure 2 is a perspective view for showing the configuration of the shim buried means in the present invention.

Figure 3 is a side cross-sectional view showing the configuration of the buried means in the present invention.

Figure 4 is a perspective view showing the configuration of the high coating means in the present invention.

Figure 5 is a side cross-sectional view showing the configuration of the high coating means in the present invention.

Explanation of Signs of Major Parts of Drawings

Reference Signs List 100: syrup buried means 120: syrup storage member 121: reservoir

122: heating heater 130: transfer member 132: chain

133: connecting rod 134: protrusion pin 140: syrup injection member

143: spray nozzle 200: solid coating means 220: shock absorber

230: conveying member 231: vibration plate 233: powder powder screening plate

234: junk screen 240: vibration member 243: eccentric cam

250: solid cladding member 252: link 253: solid cladding plate

Claims (9)

It is equipped with a symptom embedding means (100) which allows the syrup to be squeezed on its surface while being transported through the inlet, and through which the sesame is scooped onto the surface while passing through the syrup. In forming a high filtration device for manufacturing a fruit made of a high filtration means 200, The heating heater 122 is provided with a reservoir 121 having an upper surface so that the syrup can be contained in the state in which it is placed on the upper surface of the support frame 110, and the syrup is contained therein. And a syrup storage member 120 provided; A bandage conveying member having a chain 132 which is rotated by the driving of the motor 131 in a state in which it is located on both sides of the upper surface of the reservoir, and which is provided with a connecting table 133 for allowing a bandage to be transferred between the chains. 130; A circulating pump 141 which is connected to the front end of the supply pipe 123 to forcibly supply the syrup, and is sprayed to inject the syrup into the upper and lower surfaces of the bandages which are extended from the circulation pump and placed on the connecting rod. Yeast buried means (100) consisting of a syrup injection member (140) provided with a (143); Equipped at each corner of the upper end of the support frame 210 to the buffer unit 220 to the rear inclined downward toward the rear so as to be able to sort the junk according to the size, and to transport the dumpling A conveying member 230 which can be stretched; Vibration member 240 to vibrate the transfer member up and down; A high filling member 250 positioned at an upper end side of the conveying member so as to coat the pulp of the pulp while the malt is swept while moving freely before and after due to the vibration of the vibrating member; Confectionery manufacturing apparatus characterized in that consisting of a solid material supply means (200) consisting of a solid material supply member 260 for supplying only the solid material that removes the fine powder while passing through the conveying member to the bandage conveying member. delete The method of claim 1, The outer circumference of the connecting table (133) is a high production apparatus for fruit production, characterized in that it further comprises a protruding pin (134) to be transported in a state in which the bandage is placed by the point contact. The method of claim 1, The support piece 135 on the rear end side of the spray nozzle 132, which was maintained in a horizontal state so that the syrup injected into the upper and lower surfaces of the bandage through the spray nozzle did not accumulate in the bandage, and flowed down during the transfer of the bandage. The high stuffing device for fruit manufacturing, characterized in that formed to be inclined upward toward the rear as a starting point. delete The method of claim 1, The conveying member 230 is a diaphragm 231 coupled to each corner portion of the bottom surface is placed on the shock absorbing portion 220 in an open state of the upper surface; A powder powder sorting board 233 for sorting only the fine powder powder mixed in the solid material supplied from the solid water supply hopper 232 at the lower end of the diaphragm to escape to the lower portion; A solids sorting board 234 for dropping only the solids of the grains of the mass agglomerated by the grains and the malt into the upper end portion of the powdered sorting board directly to the bottom; The high-density device for manufacturing a fruit cake, characterized in that consisting of a bandage transfer rod (235) to be received by the puddle in which the solids are coated from the solid material applying member on the top of the solids sorting mesh board. The method of claim 1, The vibration member 240 is connected to the motor 241 and the chain on the bottom surface of the diaphragm 231 and the rotating shaft 242 to rotate; High-density device for producing a fruit, characterized in that consisting of an eccentric cam (243) to vibrate up and down the diaphragm 231 supported by the buffer portion 220 by its own rotary centrifugal force at both ends of the rotating shaft. The method of claim 1, When the solid material member 250 is placed in a state in which the solid material is contained in the state in which it is freely moved forward and backward by the fixing stand 251 and the link 252 which are erected at the upper end of the diaphragm, the pulp is squeezed by the vibrating pulp in the solid material. Fragmentation apparatus for manufacturing flours, characterized in that formed on the front of the bandages, the solid coating plate 253 to be evenly coated with the solids. The method of claim 1, The solids supply member 260 may include a solids collecting part 261 for receiving and collecting the solids transported through the solids transport path; A solids sump 264 which is erected vertically in the solids collection part and transfers the solids at regular intervals to the chain 263 which rotates due to the driving of the motor 262; At the bottom side of the sewage collection unit is a solids stuffing device for producing a fruit characterized in that it is formed of a solids supply pipe 265 to supply the solids pouring from the solids collecting plate to the solids holding plate.