KR100798122B1 - Automatic rice popper device - Google Patents

Abstract

An apparatus for popping rice is provided to reduce the scattering distance of the popped rice when the popped rice is discharged and to omit an additional device for preventing the malfunction. An apparatus for popping rice comprises a drive motor; first, second, third and fourth cams(10) which are arranged on a slave axis(C) rotating by the drive motor; a working arm which is pressurized by the first cam so as to seesaw up and down with the center of the first axis; a lower mold(100) which is connected with the terminal part of the working arm; a fixed upper mold which is geared with the lower mold; and a heater which heats the lower mold, the upper mold or the both.

Description

Automatic rice popper device guarantees a short flying distance

1 is a perspective view of a splash apparatus for ensuring a short flying distance according to the present invention

2 is a partially exploded perspective view of FIG. 1 in accordance with the present invention;

Figure 3 is a side view for explaining the upper, lower mold according to the present invention.

Figure 4 is a schematic perspective view for explaining the first grain loading section according to the present invention.

Figure 5 is a schematic diagram for explaining the discharge angle of the sputter discharged in accordance with the present invention.

<Description of Major Numbers in Drawing>

1: Front cover 2: Rear cover

3: side cover 10: first cam

11: 1st axis 12: working arm

13: pressure surface 14: blank surface

15: signal part 16: corresponding signal part

20: second cam 21: second axis

22: spring 24: lever

25: grain input portion 26: the guide object

27a: feed roller 27: guide body

28: capacity control cylinder 30: the third cam

31: third axis 32: spring

35: Chapter 1 cancer 37: through tray

40: 4th cam 41: 4th axis

42: spring 45: chapter 2 cancer

47: opening and closing disk 50: shock absorbing member

52: guide rod 53: shock absorbing spring

60: locking means 70: control unit

100: lower mold 200: upper mold

300: loading the first grain 400 400: loading the second grain

C: driven shaft H: heater

M: drive motor

The present invention relates to a sprinkling apparatus, and more particularly, to arrange a plurality of cams on a driven shaft that is rotated by a drive motor and to ensure a short flying distance during discharge of the sputter produced by a component operated by the cam. As the lower mold is raised and lowered to pressurize and heat, a means for preventing a separate malfunction can be eliminated, thereby reducing the manufacturing cost and simplifying components, thereby reducing the failure and providing a simple splashing device.

In general, the frying apparatus uses the principle that the grains expand more than several times when the grains such as rice, barley and corn are heated and pressurized and the pressure released is momentarily released. The splatters produced in this way become porous, and the manufacturing method is relatively simple, and the price is low, and the demand is rapidly increasing in recent years, and various production methods have been suggested.

Among them, the prior art Patent Publication No. 10-2005-55578 (published date: June 13, 2005, Applicant: Delis Co., Ltd.) has been presented a 'splatter manufacturing apparatus, the conventional invention is a' body frame having a support plate; A drive motor provided in the main body frame and having a speed reducer; A first drive shaft receiving power from the drive motor; A second drive shaft installed at a rear of the first drive shaft and having a malfunction preventing cam for preventing a malfunction; First and second actuating cams provided on the first driving shaft; A lever pivotally coupled to the central axis of the main body frame; A buffer bar coupled horizontally to the lever; A guide bar connected to the first operating cam in a state coupled to the lever and the buffer bar; An upper mold connected to the lever 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 powered by the first drive shaft to discharge a predetermined amount of grain; 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 on the main body frame to control driving of each component.

That is, the conventional invention is the upper mold is provided with a heating means, the lower mold is located directly below the upper mold to put grain into the fixed lower mold and the upper mold and the lower mold is heated and pressurized to produce hot water splashes. In this case, in order to prevent a malfunction of the upper mold, a second driving shaft provided with a malfunction preventing cam and the malfunction preventing cam is installed at a rear of the first driving shaft and installed at a position other than the first driving shaft and the driven shaft. It can be seen that each drive shaft is driven by being connected to the drive motor and the sprocket wheel.

However, the conventional invention as described above requires excessive driving force when the upper mold is raised to release the pressure, and when the upper mold malfunctions, the malfunction preventing cam of the second driving shaft is operated to close the pressing piece of the first operating cam. By preventing the malfunction by pressurizing the malfunction prevention cam is composed of a mandatory structure has a disadvantage in that the manufacturing cost increases.

In addition, the upper mold is raised and discharged when the bouncing is discharged, the compressed air is discharged to the outside at the moment the upper mold is raised, and the scattering distance is discharged because the bouncing generated by the suction force of the outside air is discharged toward the top. There was a disadvantage that the elongated discharged broken fritters and dizzy on the floor.

In addition, the only means for pausing the hot-spray manufacturing apparatus is a method of controlling the power supply, which has a disadvantage in that it takes a long time until the heater is heated up and the waste of power lost when restarting.

In addition, since the first drive shaft and the second drive shaft are connected to the drive motor and the sprocket wheel by axial coupling, there is a problem in that noise is greatly generated during operation.

The present invention proposed to solve the above problems is that the lower mold is raised, lowered, and heated and pressurized in close contact with the fixed upper mold, so that the lower mold does not require a separate driving force, and the manufactured short splash It is an object of the present invention to provide a spatter manufacturing apparatus that guarantees a short flying distance that is lowered from a distance.

In addition, there is another object to provide a sputtering apparatus for guaranteeing a short flying distance that is prevented from malfunction even without a separate malfunction prevention means.

The first to fourth cams are connected to one driven shaft to reduce noise during operation, simplify the components of the product, reduce the occurrence rate of the product, and ensure a short flying distance for easy maintenance. Another object is to provide a spatter manufacturing apparatus.

In addition, it is another object to provide a splash manufacturing apparatus that can guarantee a short scattering distance that can be produced immediately when re-operation can not be easily produced even without shutting off the power separately when paused.

Another object of the present invention is to provide a splashing apparatus for guaranteeing a short scattering distance to easily adjust the thickness of the splashing according to a user's need.

The present invention drive motor to achieve the above object; First to fourth cams arranged on a driven shaft rotated by the drive motor; An actuating arm pressurized by the first cam to perform a vertical seesaw movement about a first axis; A lower mold connected to an end of the working arm; A sputtering part including a fixed upper mold engaged with the lower mold and a heater for heating the lower mold or the upper mold, or both; A lever pressurized by the second cam and pivoted about a second axis and supported by a spring to ensure a return; a guide body pressurized by the lever to reciprocate linearly and provided with a vertically penetrating grain input portion; and A first grain loader comprising a guide for guiding the guided body and blocking the grain input unit and opening the grain to be discharged at the maximum forward point of the grain input unit; And a first loading arm provided at the end of the first loading arm, the first loading arm being pressed by the third cam and pivoting about a third axis and being supported by a spring to ensure a return. A second loading arm that is pressurized and pivoted about a fourth axis and is supported by a spring to ensure a return; an opening / closing disc provided at an end of the second loading arm and blocking the through tray, wherein the first grain loading part And a second grain loading portion having a fourth cam shape so that the opening and closing disk is returned before the through tray so that the grain received from the grain-inserting portion of the guide object is placed in the lower mold of the frying portion.

In addition, the guide body of the first grain loading unit is further provided with a capacity adjusting cylinder which is mounted and separated to enable the capacity adjustment of the grain input unit.

In the description of the manufacturing apparatus for the splashing, which guarantees a short scattering distance according to the present invention, the direction reference is specified with reference to FIG. 1 for convenience of understanding.

In the state of being upright and installed on the floor in the same direction as the gravity direction,

The direction in which the generated hot dip is discharged is called front or front,

The direction in which the drive motor is located is called back or rear,

The grain storage unit where the grain is stored is called the upper part,

The side provided with the shock absorbing member is designated as the lower part.

1 is a perspective view of the present invention, Figure 2 is a schematic exploded perspective view of Figure 1, Figure 3 is a side view for explaining the upper, lower mold, Figure 4 is a schematic perspective view for explaining the first grain loading section 5 is a schematic view for explaining the discharge angle of the spout to be discharged.

As shown, the front cover (1), the rear cover (2), the left and right side cover (3) to prevent the foreign material is introduced while protecting the components and increase the aesthetics, the driving motor (M) located in the rear The first to fourth cams are arranged on the driven shaft (C) which is rotated by the power transmitted by the power is pressed by the first cam 10 to move the seesaw movement in the vertical direction about the first shaft (11) Is provided with an operating arm 12, the lower mold 100 is connected to the end of the operating arm 12 by the seesaw movement of the operating arm 12, the lower mold having a heater (H) therein Is provided, the upper mold 200 is located in the upper portion corresponding to the lower mold 100 and is provided with a heater (H) therein, the control unit on one side of the left and right side cover (3) abuts 70 is provided to control and operate each of the above components.

When the pressing surface 13 of the first cam 10 presses the operating arm 12, the lower mold 100 is raised to be engaged with the upper mold 200 and by the heater H provided therein. The lower mold 100 connected to the operation arm 12 that is heated by the pressing portion S of the lower mold 100 and the upper mold 200 and pressed by the pressing surface 13 of the first cam 10 is When the pressure rises and the first cam 10 rotates once the signal unit 15 reaches the corresponding signal unit 16 provided in the operation arm 12, the lower mold 100 is instantaneously lowered. Pressurized sputtering part (S) is opened instantly.

The first cam 10 has a semicircular shape with a pressing surface 13 and a blank surface 14, the blank surface 14 is a working arm 12 at the time of re-operation after the hot air is discharged Idle the first cam 10 without operating.

In addition, a lever 24 pressurized by the second cam 20 and pivoted about the second shaft 21 and supported by a spring 22 to ensure a return is provided, and by the lever 24 The reciprocating linear motion and guides the guide body 26 and the guide body 26, which is provided with a vertically penetrating grain input portion 25, and prevents the grain input portion 25, the grain input portion ( The grains discharged from the first grain loading unit 300 are located below the first grain loading unit 300 including a guide body 27 opening to enable the discharge of grain at the maximum forward point of 25). All of the second grain field 400 to be transferred to the sputtering portion S of the mold 100 is pressed by the third cam 30 and pivoted about the third shaft 31 and is driven by the spring 32. A first loaded arm 35 is provided, which is secured to be returned, and is provided at an end of the first loaded arm 35 to provide the guide 27. The upper and lower through trays 37 through which the discharged grains pass are provided, and are pressed by the fourth cam 40 to be pivoted about the fourth shaft 41 and supported by the springs 42 to ensure the return. The second loading arm 45 is provided, and the opening and closing disk 47 is provided at the end of the second loading arm 45 to block the through tray 37, the first grain loading portion 300 Cereals delivered from the portion (25) to the grain input portion 25 of the) is transferred to the deep fried portion (S) of the lower mold (100).

At this time, the opening and closing disk 47 provided at the end of the second loading arm 45 is the first loading arm 35 so as to return to the first after discharging the grain to the splatter (S) of the lower mold (100). To prevent the first loaded cancer 35.

The guide body 26 of the first grain loading unit 300 is provided with a capacity adjusting cylinder 28 which is mounted and separated to allow the capacity of the discharged grains to be adjusted so as to adjust the thickness of the deep fried according to the needs of the user. It is possible to replace the, the capacity adjusting cylinder 28 to adjust the path through the grain, to adjust the capacity of the grain according to the size of the inner diameter of the capacity adjusting cylinder 28.

In addition, the lever 24 provided in the first grain loading unit 300 is able to fix the advanced state by using the locking means 60 provided in the rear cover 2 in the state that the pivot is advanced to the maximum. When the user wants to pause, can be paused without shutting off the power can reduce unnecessary power loss due to the reheating of the heater (H) provided in the upper mold 200 and the lower mold 100 during the re-operation. Allow for quick reactivation.

At this time, the plurality of feed rollers (27a) provided on the side of the guide body 27 is in close contact with the slide groove (26a) of the guide body 26 to ensure smooth movement during the reciprocating linear motion, and temporarily stop the product It is possible to move without using a large force even during the motion of moving forward with maximum turning during stop.

In addition, the first cam to the fourth cam can be manufactured by simplifying the structure of the product by operating by sharing one driven shaft (C) can reduce the manufacturing cost, low failure rate, convenient maintenance Will be.

When the splash generated in the splash portion S is discharged, the lower mold 100 descends to the lower side. In order to prevent the product from being damaged by the impact generated, a separate shock absorbing member 50 is provided. The shock absorbing member 50 may include a conventional shock absorber.

The shock absorbing member 50 is positioned below the lower mold 100 to form guide rods 52 on the left and right sides of the shock absorber 50, and further adds a shock absorbing spring 53 to the guide rod 52. It is provided to prevent the free vibration of the lower mold 100 and at the same time to further absorb the impact to prevent damage to the product.

The lower mold 100 has an inclination 100a toward the front lower part when the horizontal mold is referenced to the horizontal plane, and faces the front lower part when the splash generated in the splash part S is discharged to the outside. The direction is determined by the external suction input generated when the air is discharged to the outside to ensure a short flying distance.

Looking at the operating state of the present invention made as described above are as follows.

First, the first loading arm 35 coupled to the hopper (not shown in the drawing) in which the grains are stored and discharged along the guide body 27 for discharging a predetermined amount of the grains stored in the hopper and positioned below the guide body 27. In order to prevent the stored grains from being temporarily stored, and the stored grains are separated from the lower part, the second loaded arm 45 is provided with a closed disk 47 under the first loaded arm 35. When the loading arm 35 turns, it is possible to turn at the same time.

Grain conveyed by the first loading arm 35 is discharged to the sputtering portion (S) of the lower mold 100 and the lower mold 100 is pressed by the pressing surface 13 of the first cam (10). The operating arm 12 is raised and the lower mold 100 connected to the operating arm 12 is simultaneously raised to engage with the upper mold 200 fixedly coupled to the upper mold 200 and the lower mold ( Heated by the heater (H) provided in the 100 and pressurized by the operating arm 12 to generate a bouncing, the first cam 10 is rotated one time signal unit 15 is the operating arm ( When the corresponding signal unit 16 provided in 12 is supported, the pressure applied to the actuating arm 12 is momentarily released and the lower mold 100 connected to the actuating arm 12 is also lowered. The lower mold 100 is formed to be inclined toward the front lower part with respect to a horizontal plane, and is formed by external suction input. The splash is discharged toward the front lower part, and the shock absorbing member 50 is provided to alleviate the shock generated when the lower mold 100 is lowered to absorb the shock and the guide rod 52 is provided to the lower mold. In addition to preventing the free vibration of the 100, the shock absorbing spring 53 is further provided to further absorb the shock to be used more safely, and the first loaded arm 35 and the second loaded arm 45 are After discharging the grain to the lower mold 100 is returned to its original position by the spring (32) (42) to store a certain amount of grain again to repeat the operation.

In addition, when the user wants to produce a hot dip of different thickness according to the user's taste, it is possible to easily adjust the amount of grain discharged by having a capacity control cylinder 28 that can be easily adjusted and the capacity of the grain input portion can be replaced easily. will be.

In addition, when changing the type of grain or refilling the product according to the user's needs, such as refilling the rear cover (2) to advance by turning the lever 24 provided in the first grain loading unit 300 to the maximum By using the locking means (60) provided in the) prevents the lever 24 from retreating, it is possible to see the effect of stopping the product without interrupting the power supply.

As described above, according to the present invention, the conventional invention does not require excessive driving force generated when the upper mold moves up and down, and has a shock absorbing member so as not to transmit excessive shock to the product, thereby reducing damage to the product. In addition, the user can easily adjust the amount of grain provided so that the user can produce the desired thickness of frying, and can be used more conveniently. In addition, the first to fourth cams are shared on one driven shaft to simplify the components of the product. As a result, not only the manufacturing cost of the product is reduced, but also the size of the product is reduced, which improves mobility, reduces the failure rate, and facilitates maintenance.

Claims (6)

Drive motor; First to fourth cams arranged on a driven shaft rotated by the drive motor; An actuating arm pressurized by the first cam to perform a vertical seesaw movement about a first axis; A lower mold connected to an end of the working arm; A fixed upper mold engaged with the lower mold, and Heater heating lower mold or upper mold, or both Scooping part comprising a; A lever pressurized by the second cam and pivoted about a second axis and supported by a spring to ensure a return; A guide body pressurized by the lever to reciprocate linearly and having a vertically penetrating grain input portion, and A first grain loader comprising a guide for guiding the guided body and blocking the grain input unit and opening the grain to be discharged at the maximum forward point of the grain input unit; And A first loading arm pressurized by the third cam and pivoted about a third axis and supported by a spring to ensure a return; Upper and lower through trays provided at the end of the first loaded arm, A second loading arm pressurized by the fourth cam and pivoted about a fourth axis and supported by a spring to ensure a return; Includes an opening and closing disk provided at the end of the second loading arm and blocking the through tray, A second grain loading portion having a fourth cam shape such that the opening and closing disc is returned before the through tray so that the grain received from the grain feeding portion of the first grain loading portion is placed in the lower mold of the deep fried portion. A splashing device to ensure a short flying distance, including. According to claim 1, wherein the guide object of the first grain loading section It is equipped with a capacity adjusting cylinder which is mounted and separated so as to enable the capacity control of the grain input portion, the short splashing device to ensure a short flying distance. The method of claim 1, And a locking member for locking the lever of the first grain loading part to the maximum pivot position to secure the advanced state. The method according to any one of claims 1 to 3, And the first to fourth cams share a single driven shaft. The method according to any one of claims 1 to 3, The lower mold further includes a guide rod for preventing free vibration, and further comprising a shock absorbing member that is level with the guide rod and mitigates the impact caused by the lower mold. According to claim 5, The shock absorbing member is splashing apparatus to ensure a short flying distance, characterized in that further comprising a pressure adjusting member for adjusting the pressure.

Images