KR200359277Y1 - Apparatus for producing crakers - Google Patents

Abstract

Disclosed is a frying apparatus having a grain opening and closing valve. Disclosed in the present invention, the apparatus for manufacturing a frying apparatus, a grain opening and closing valve is additionally installed in the grain supply unit, and the grain opening and closing valve is fixed between the hopper and the discharge module and formed in a direction perpendicular to the hopper mounting hole and the hopper mounting hole on which the hopper is installed. A valve body including a guide groove, a slide opening and closing piece which is installed to move horizontally in the guide groove and is provided with an opening hole and a stopper, and one end is connected to the slide opening and closing piece, and the other end thereof protrudes in front of the body frame. It consists of an operating lever.

Description

Deep frying apparatus with grain opening and closing valve {APPARATUS FOR PRODUCING CRAKERS}

The present invention relates to a frying apparatus, and more particularly, a frying apparatus having a grain opening / closing valve in the hopper for supplying grains to selectively supply / block grains when the power is turned on or off. It is about.

In general, frying is fried by heating a variety of grains, such as rice or corn, and is provided to consumers in various forms. In recent years, fried foods have carbohydrates as the main ingredient, and even if you eat a little bit, appetite is lowered.

The manufacturing principle of such frying is that when the grain is put into a sealed container and heated, the water vapor inside the grain expands, the pressure inside the container rises, and the grain has a force to push in to withstand the pressure. When the pressure is lowered instantaneously, the pressure is lowered, and the force of the grain, which endured the high pressure, breaks the shell and expands several times. Thus prepared fry is porous, starch contained in the grain is changed to dextrin, so there is an advantage that the digestion is good even if eaten.

On the other hand, the Republic of Korea Patent Registration Application 2004-15966 by the present applicant is connected to the operation cam to raise and lower the upper mold through the operation unit operated by the seesaw, the grain in the lower mold corresponding to the rising and lowering step of the upper mold Disclosed is a sprinkling production apparatus capable of supplying continuously frying. The frying apparatus of the pre-applying invention further includes a grain supply unit and a grain conveying unit for supplying grain to the upper mold, the grain supply unit intermittently discharging the grain of the hopper and a hopper for storing grain; It is configured to include a discharge module, the grain transfer unit serves to receive the grain from the discharge module and supply to the lower mold. Accordingly, the upper and lower molds are opened, and grains are supplied. After the upper and lower molds are closed, the upper molds are opened sharply, thereby producing a boil-off.

However, the pre-applied frying apparatus does not have a means for selectively supplying / blocking grains so that when the apparatus is stopped, grains are contained in the lower mold, or the grain transfer unit supplied with grains from the grain supply unit is a lower mold. It can be stopped from above. When the grain is contained in the lower mold as described above, since the grain is burned and pressed, a considerable amount of time is wasted due to the problem of cleaning the device when it is restarted, and when the grain supply unit is stopped on the lower mold, The grains dry out and lack moisture, so they will not be fried during the next operation and will cause failure.

Thus, the present invention was devised to solve the general problems of the pre-applied invention splatter manufacturing apparatus,

The technical problem to be achieved by the present invention is to provide a grain opening and closing valve in the grain supply unit, by opening and closing the grain opening and closing valve to correspond to the on / off of the power supply, the grain is pressed in the lower mold and the grain transfer module It is to provide a frying apparatus having a grain opening and closing valve to prevent the remaining phenomenon in advance.

Figure 1 is a perspective view for explaining a sputtering apparatus with a grain opening and closing valve according to the present invention.

Figure 2 is a side cross-sectional view for explaining the internal configuration of the deep fried manufacturing apparatus with a grain opening and closing valve according to the present invention.

Figure 3 is an exploded perspective view for explaining the configuration of the grain opening and closing valve in the sputtering apparatus with a grain opening and closing valve according to the present invention.

Figure 4a is a cross-sectional view of the operation state for explaining the open state of the grain opening and closing valve of the grain supply unit in the frying apparatus with a grain opening and closing valve according to the present invention.

Figure 4b is a cross-sectional view of the operation state for explaining a state in which the grain opening and closing valve of the grain supply unit in the frying apparatus with a grain opening and closing valve according to the present invention.

<Explanation of symbols for major parts of drawing>

1: Hot frying apparatus 2: Body frame

3: drive unit 4: first actuating cam

5: second operation cam 6: operation unit

7: upper mold 8: lower mold

9: grain supply unit 10: grain transfer unit

21: side frame 22: front cover

23: rear cover 24: top cover

25: working table 26: support plate

27: center axis 28: control box

31: drive motor 32: first drive shaft

33: second drive shaft 61: lever

62: buffer bar 63: guide lever

71,81: heater rod 72,82: insulation

91: hopper 92: discharge module

93: grain opening and closing valve 281: control switch

311: reducer 611: first bend

612: second bent portion 921: circular feed rod

922: discharge groove 931: valve body

932: slide opening and closing 933: operating lever

934: Hopper installation hole 935: Guide groove

936: opening hole 937: stopper

938 handle 939 packing

As a specific means for solving the above technical problem;

Main frame; A drive unit provided in the main body frame, the drive unit including a first drive shaft coupled with a first and a second actuating cam and a second drive shaft coupled with a forced mold extracting cam; An operation unit connected to the first operation cam and operated by a seesaw; An upper mold connected to the operation unit and operated up and down and provided with a heating means; A lower mold installed directly under the upper mold and provided with a heating means; A grain supply unit provided in the main body frame, the grain supply unit including a hopper for storing grain and a discharge module power-connected to the first drive shaft to intermittently discharge grain of the hopper; A grain transfer unit connected to the second operation cam to transfer grains supplied from the grain supply unit to the lower mold; And a control box provided in the main body frame to control driving of each component.

The grain supply unit is provided with a frying apparatus including a grain opening and closing valve.

In a preferred embodiment, the grain opening and closing valve is fixed between the hopper and the discharge module and the valve main body including a hopper mounting hole and the guide groove formed in a direction orthogonal to the hopper mounting hole is installed, the guide groove The slide opening and closing piece is installed to be movable horizontally in the opening and the stopper is provided, and one end is connected to the slide opening and closing piece and the other end is composed of an operating lever protruding in front of the main body frame.

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

1 is a perspective view for explaining a sputtering apparatus having a grain opening and closing valve according to the present invention.

Referring to Figure 1, the main body frame (2) of the splashing apparatus 1 is provided with an installation space by installing a side frame 21 spaced apart, the front cover 22 and through the side frame 21 The rear cover 23 and the upper cover 24 are fixedly installed. In addition, a front surface of the main body frame 2 is provided with a work plate 25 on which a support plate 26 and a lower mold 8 are installed, on which an upper mold 7 is installed, and one side surface of the main body frame 2. The control box 28, for example, is provided with a control box 28 that is provided with various switches 281 (including a power switch) for controlling the driving of each component.

Figure 2 is a side cross-sectional view for explaining the internal configuration of the deep fried manufacturing apparatus with a grain opening and closing valve according to the present invention.

Referring to FIG. 2, in the installation space formed by the side frame 21 as described above, each component, for example, the driving unit 3, the first and second operating cams 4 and 5, and the operating unit 6. And the grain supply unit 9 and the grain transfer unit 10 is installed.

The drive unit 3 transmits the decelerated rotational force provided from the drive motor 31 having the reducer 311 to the first and second drive shafts 32 and 33 as a power transmission structure using a chain and a sprocket wheel. . The first and second actuating cams 4 and 5 are installed on the first driving shaft 32 in a key coupling manner, and the upper and lower molds are not separated from the second driving shaft 33. Forced mold minus cam 331 is installed to prevent that.

The operation unit 6 is composed of a lever 61, a buffer bar 62 and a guide lever 63. The lever 61 is provided with two bent portions, the first bent portion 611 is rotatably coupled to the central axis 27 provided in the main body frame 2, the second bent portion 612 ) Is coupled to the buffer bar 62 horizontally. In addition, one end of the guide lever 63 is connected to the shock absorbing bar 62, and a central part thereof is connected to one end of the lever 61, and the other end of the guide lever 63 has an outer circumference of the first actuating cam 4; The roller 631 is in close contact with the installation. Accordingly, the actuating unit 6 has a guide lever 63 connected to the first actuating cam 4 to operate the lever 61, and the lever 61 is centered on the central axis 27. Seesaw works.

The upper mold 7 is connected to the lever 61 of the operation unit 6 to move up and down, and the lower mold is located directly below the upper mold 7. In the upper and lower molds 7 and 8, heater rods 71 and 81, which are heating means, are inserted to perform heat generation, and heat insulating materials 72 and 82 are stacked in the upper and lower molds 7. Prevents heat generated from conducting to other sites.

The grain supply unit 9 is composed of a hopper 91 for storing grain and a discharge module 92 in which the hopper 91 is installed. This discharge module 92 is installed in the support plate 26, the horizontal supply rod 921 is provided with a discharge groove 922 horizontally inserted directly below the discharge portion of the hopper 91, such a circular One end of the supply rod 921 is chained with the first drive shaft 32 so that the circular supply rod 921 rotates to intermittently discharge a predetermined amount of grain through the discharge hole 922. In addition, a discharge port 923 is formed at the lower portion of the circular supply rod 921 to discharge the grain to the grain transfer unit 10.

At this time, the grain opening and closing valve 93 is additionally installed in the grain supply unit 9, such a grain opening and closing valve 93 may be a mechanical or electronic grain opening and closing valve. Hereinafter will be described a mechanical grain opening and closing valve as a preferred embodiment to help the understanding of the present invention.

Figure 3 is an exploded perspective view for explaining the configuration of the grain opening and closing valve in the fry splashing apparatus according to the present invention.

3, the grain opening and closing valve 93 may be composed of a valve body 931, the slide opening and closing piece 932 and the operating lever 933, the hopper 91 and the discharge module 92 It is installed in between.

The valve body 931 is bolted to the upper portion of the discharge module 92 as a square plate-like body, the upper surface of the hopper mounting hole 934 for installing the hopper 91 is formed protruding, Guide grooves 935 are formed on the surface in a direction orthogonal to the hopper mounting holes 934.

The slide opening and closing piece 932 is composed of a rectangular plate-like body, for example, a rectangular plate-like body having a width that can be accommodated in the guide groove 935. Such a slide opening and closing piece 932 is perforated with an opening hole 936 for communicating the hopper mounting hole 934 and the discharge module 92 on the central side, the other side of the hopper mounting hole 934 and the discharge module Sufficient surfaces to isolate the 92 are secured, and one end thereof is provided with a stopper 937 formed wider than the guide groove 935.

One end of the operation lever 933 is horizontally connected to the slide opening and closing piece 932, and the other end thereof protrudes in front of the main body frame, for example, in front of the upper cover 22. Thus, it is preferable to minimize the friction between the upper cover 22 and the actuating lever 933 by installing a packing 939 on the portion projecting to the upper cover 22. In addition, it is preferable to have a handle 938 on the portion protruding forward of the upper cover 22 as described above so that the operator can easily operate the same.

Thus, in the fry fried manufacturing apparatus according to the present invention having the configuration as described above, it will be described with respect to the operating state of the grain supply unit.

First, the overall operation of the sprinkler manufacturing apparatus will be briefly described with reference to FIG. 2, and the discharge module 92 of the grain supply unit 9 may be used to control the grains loaded in the hopper 91 in the operation of the circular feed rod 921. By discharge. At this time, the grain transfer unit 10 receives the grain discharged and supplies it to the chamber of the lower mold (8). In addition, the operation unit 6 has a guide lever 63 moving along the outer circumferential surface of the first operation cam 4 so that the lower mold 8 and the upper mold 7 can be opened at a bottom dead center, and corresponding thereto. Since the lever 61 is located at the top dead center through the seesaw movement, the upper mold 7 is raised to provide a space for supplying grain through the grain transfer unit 10 as described above. When the grain is supplied to the lower mold 8, the operating unit 6 moves the guide lever 63 along the first operating cam 4 to lower the upper mold 7 and seal the lower mold 8. It is located at the top dead center, and the corresponding lever 61 is located at the bottom dead center through the seesaw movement so that the upper mold 7 is operated to press the lower mold 8.

Accordingly, the upper and lower molds 7 and 8, in which the heater rods 71 and 81 are installed, manufacture hot dips by applying heat and pressure to the grains so that the grains are expanded several times or more. ) Is discharged in two times by a predetermined interval to discharge the gas generated in the grain, the upper mold (8) is the guide lever 63 of the operating unit (6) is past the sharply curved outer periphery of the first operating cam As the lever 61 rises rapidly as it descends rapidly, it is quickly released from the lower mold 8 in conjunction with the operation of the lever 61.

In the present invention, when supplying grain through the grain supply unit 9, when the power supply of the manufacturing apparatus 1 is ON / OFF, the grain opening and closing valve (93) is operated correspondingly to supply / block the grain .

Figure 4a is a cross-sectional view of the operation state for explaining the open state of the grain opening and closing valve of the grain supply unit according to the present invention, Figure 4b is a grain of the grain supply unit in the manufacturing apparatus according to the present invention It is sectional drawing of working state for demonstrating the closed state of a valve.

Referring to FIG. 4A, the grain opening / closing valve 93 is moved to the open position before turning on the power switch, for example, the power switch provided in the control box, to operate the manufacturing apparatus 1. When the opening operation is described in detail, the operator pushes the operating lever 933 inwardly of the main body frame while holding the handle 938 of the operating lever 933 protruding in front of the front cover 22. The slide opening and closing piece 932 connected to the operating lever 933 is moved horizontally. The slide opening and closing piece 932 moves along the guide groove 935 of the valve body 931 and is provided on the slide opening and closing piece 932 so that the grain of the hopper 91 can be supplied to the discharge module 92. The provided opening hole 936 is placed in a position where the hopper installation hole 934 and the discharge module 92 communicate with each other. Thereafter, the power supply of the manufacturing apparatus 1 is turned on to perform the above-mentioned manufacturing process.

Referring to FIG. 4B, when the power switch is turned off to stop the operation of the manufacturing apparatus 1, the grain opening and closing valve 9 is moved to the closed position before that. Referring to this sealing operation in detail, the operator pulls the operating lever 933 to the outside of the main body frame in a state of holding the handle 938 of the operating lever 933 protruding in front of the front cover (22). The slide opening and closing piece 932 connected to the operating lever 933 is moved horizontally. At this time, the horizontal opening and closing the slide opening and closing piece 932 is horizontally moved to the position where the stopper 937 is caught in the guide groove 935, as shown enlarged in FIG. Accordingly, the slide opening and closing piece 932 seals between the hopper installation port 934 and the discharge module 92 to block the grain of the hopper 91 from being supplied to the discharge module 92. In addition, it is possible to block the grain supply to the grain transfer module 10 and the lower mold 8 by blocking the grain supply to the discharge module 92, so that the grain transfer module 10 and the upper and lower molds 7 and 8 It is possible to fundamentally block the remaining grain in between. Thereafter, when the power supply of the manufacturing apparatus 1 is turned off and the manufacturing apparatus 1 is turned on again, the upper and lower molds 7 and 8 may be smoothly separated to perform a manufacturing operation.

As described above, the frying apparatus according to the present invention further comprises a grain opening and closing valve in the grain supply module, by opening and closing the grain opening and closing valve corresponding to the ON / OFF of the power supply, so that the grain is pressed between the upper and lower molds. The phenomenon and the phenomenon of grain remaining in the grain transfer module can be prevented in advance.

Claims (2)

Main frame; A drive unit provided in the main body frame, the drive unit including a first drive shaft coupled with a first and a second actuating cam and a second drive shaft coupled with a forced mold extracting cam; An operation unit connected to the first operation cam and operated by a seesaw; An upper mold connected to the operation unit and operated up and down and provided with a heating means; A lower mold installed directly under the upper mold and provided with a heating means; A grain supply unit provided in the main body frame, the grain supply unit including a hopper for storing grain and a discharge module power-connected to the first drive shaft to intermittently discharge grain of the hopper; A grain transfer unit connected to the second operation cam to transfer grains supplied from the grain supply unit to the lower mold; And a control box provided in the main body frame to control driving of each component. The grain supply unit is a frying apparatus having a grain opening and closing valve including a grain opening and closing valve. The valve body of claim 1, wherein the grain opening and closing valve is fixed between the hopper and the discharge module and includes a hopper mounting hole on which the hopper is installed and a guide groove formed in a direction orthogonal to the hopper mounting hole. The slide opening and closing piece is installed to move horizontally in the groove and is provided with an opening hole and a stopper, and one end is connected to the slide opening and closing piece, the other end of the grain opening and closing, characterized in that consisting of an operating lever protruding in front of the body frame Scooping apparatus with valve.