KR100339676B1 - Semi device - Google Patents

Abstract

The semi-measured rice is jetted with jet water to remove rice debris, the semi-deposited water is added to the pot while being surely placed, and the washing in the semi-bath is reliably performed over the entire surface. It is a semi-apparatus provided with the semi tank 2 which has the tail hole 12 in the bottom part, and the tail valve 16 which enables opening and closing of the said semi tank 12 in the state which closed the said tail hole 12, The discharge valve 16 is slidably moved up and down in the semi bath 2 through the nozzle unit 17 and the rice dropping port 18, and suctions the jet flow of water from the nozzle unit 17. It circulates in the up-down direction in the semi bath 2 through.

Moreover, the lid 7 which has the top opening of the said semi-tub 2 to be opened and closed is provided, The said lid 7 has the part which follows this opening-and-closing operation, The said water supply-reduction water supply means 50, and the water supply means The cover 7 is provided with a blower for inserting rice by suction into the semi-tank 2 while providing (10).

Description

Semi device

The present invention relates to, for example, a semi-apparatus, which is used to repeat semi-measurement of weighing rice in response to mass cooking such as restaurants, sushi restaurants, and hotels.

And a semi-trough having a tailing hole at the bottom, and a semi-measuring means for circulating and semi-circulating water flow in the semi-tight tank in a state in which the tailing ball is closed, and having a tailing valve for opening and closing the tailing opening. The automatic semi device (hydraulic semi device) is proposed in Japanese Patent Application Laid-Open No. 4-277034, and automatically semi-processes rice, sushi, and lunch box rice used as raw materials for rice confectionery, rice crackers, and rice cakes. It is supposed to help save energy.

In addition, this hydraulic semi-apparatus is superior in that it is possible to reduce the occurrence of rice debris because it is a semi-flow due to water flow, compared to rotating and stirring the stirring blade (see Japanese Patent Application Laid-Open No. H5-220409, for example). There is this.

Since the above-mentioned conventional hydraulic semi-rigid apparatus is a bait belt having a nozzle, which is a butterfly valve and rotates with the bait opening closed, the bait valve becomes a bait resistance at the time of banishing, and smooth and quick bait is difficult.

In addition, the water supply hose must be removed from the seam valve at the time of seam feeding, and on the other hand, the water supply hose must be connected to the seam valve at the time of semi-sealing, detachment work of the water supply hose becomes indispensable, and the removal work is very cumbersome, It has been an obstacle to automation in multiple semis performed in combination.

In addition, the above-mentioned conventional hydraulic semi-semi device is closed in the upper part of the semi-tub, and it is difficult to clean the tank, and if sugar remains in the tank, the quality of cooked rice is deteriorated and there is a problem in terms of hygiene. .

In addition, if a window is opened in the tub of the semi-tub and the inside of the tank is to be cleaned, the sealing of the window in the semi becomes a problem, and the window cannot be enlarged, and thus there is a problem that the cleaning cannot be uniformly performed in the entire tank. .

Therefore, the present invention provides a semi-manufacture device, particularly for commercial use, in which a dropping port of rice is formed in a seam valve having a nozzle portion, and the seam valve is slidably moved on a horizontal plane, so that smooth and rapid seawatering is possible and smooth and uniform semis are provided. It is a primary purpose to do so.

Therefore, the present invention provides a semi-apparatus capable of hermetically sealing the upper part of a semi-trough with a cover that can be opened and closed to supply rice by negative pressure, and to uniformly and accurately clean the inside of the bath. 2 purpose.

In order to achieve the above-mentioned first object, the present invention provides a semi-thickness 2 having a tailing hole 12 at its bottom and a vertical direction in the semi-tighting force 2 in a state in which the tailing hole 12 is closed. In the semi-apparatus provided with the semi-means 26 which circulate and semi-circulate the water flow, and the seam valve 16 which enables the opening / closing opening 12 to be opened and closed, the following technical means is calculated | required.

That is, in the present invention according to claim 1, the rear valve 16 is provided with a nozzle portion 17 and a rice dropping port 18 so as to be able to slide on a horizontal plane,

The semi-means 26 are suction cylinders 22 which are provided in the longitudinal center of the semi bath 2 in the longitudinal direction, and the suction cylinders in a position in which the rear end opening 12 is closed by the valve valve 16. It consists of the said nozzle part 17 which opposes up and down from below 22,

It is characterized by including the semi-water supply means 25 which is connected to the said nozzle part 17, and blows off the semi-water to the said suction cylinder 22 via the said nozzle part 17. It is characterized by the above-mentioned.

Moreover, in order to achieve the 1st objective mentioned above, this invention has the semi tank 2 which has the tailing opening 12 and the drain opening 13 in the bottom part, and the said semi-bath (with the said tailing opening 12 closed). 2) a semi means 26 for circulating and semi-circulating the water flow in the up and down direction, and having an end valve 16 for opening and closing the end opening 12, and the drain opening 13 The following technical means are calculated | required in the semi apparatus provided with the drain valve 31 which can open and close.

That is, in the present invention according to claim 2, the rear valve 16 is provided with a nozzle portion 17 and a rice drop port 18 so as to be able to slide on a horizontal plane,

The semi-means 26 are suction cylinders 22 which are provided in the longitudinal center of the semi bath 2 in the longitudinal direction, and the suction cylinders in a position in which the rear end opening 12 is closed by the valve valve 16. It consists of the said nozzle part 17 which opposes up and down from below 22,

It is provided with the semi-water supply means 25 connected to the said nozzle part 17, and spraying the semi-water to the said suction cylinder 22 via the said nozzle part 17,

In addition, when the nozzle unit 17 and the rice drop port 18 are separately positioned at the rear end hole 12, the drain valve 31 is closed, and the nozzle part 17 and the rice drop port 18 are disposed. And an interlocking means 38 of the drain valve 16 and the drain valve 31 for opening the drain valve 31 at the position away from the sphere 12.

Moreover, in this invention which concerns on Claim 1.2, it is preferable that the said nozzle part 17 is equipped with the air introduction part 27 which introduces air by jet of semi-water (claim 3).

Moreover, in order to achieve the 2nd objective mentioned above, this invention has the semi-barrel 2 which has the tailing hole 12 in the bottom part, and the up-and-down in the said semi-tub 2 in the state which closed the said tailing ball 12. A semi-means 26 for circulating and semi-circulating the water flow in the direction, and having an end valve 16 for opening and closing the rear end hole 12, and at the top of the semi bath 2; In the semi apparatus provided with the means 50 and the blower 9 which injects rice into the negative pressure in the semi bath 2, the following technical means is calculated | required.

That is, this invention which concerns on Claim 4 is provided with the lid | cover 7 which enables opening and closing of the upper opening of the said semi tank 2, and has the part which follows opening-closing operation | movement in the said lid | cover 7, and the said water retardation water supply means The blower 9 is provided on the lid 7 while the 50 and the feeding means 10 are provided.

Moreover, it is preferable that the said semi means 26 blows off jet stream from the bottom part of the semi bath 2 (claim 5).

According to the present invention according to the above-described claims 1 to 3, when the rice X weighed in the semi-bath 2 is put in and semi-finished, the tailing hole 12 at the bottom of the semi-bath 2 is opened by the open valve 16. In the closed state, the nozzle unit 17 is disposed below the suction cylinder 22, and the drain port 13 is closed by the drain valve 31 (see FIGS. 1 and 5 (A)).

When the pressurized water (tap water) is supplied by the semi-water supply means 25 in this state, it is ejected as shown by arrow a through the nozzle portion 17, and the rice X is shown by arrows b and c in FIG. As described above, the water is circulated in the vertical direction by water flow, and semi-circulated by this circulation.

At this time, air can be introduced from the air introduction portion 27, and semi by gas-liquid mixing (jet water) can be performed.

After the semi-finish ends, the seam valve 16 shown in FIG. 5 (B) is slid on the horizontal plane, and the nozzle unit 17 and the rice drop port 18 are both separated from the seam port 12. The drain valve 31 is opened by the 38, and the semi-finished water is discharged to the outside of the apparatus at once with the deceit.

Next, as shown in FIG. 5C, when the rice dropping port 18 slides on the horizontal plane such that the rice dropping port 18 faces the rearing ball 12, the drain valve 31 is closed. The weighing rice in the semi bath 2 is dropped below, and at this time, the semi bath 2 is discharged while being flushed by blowing the water-subtracted water from the supply means 50.

In addition, according to the present invention according to the above-mentioned claims 4 to 5, when the blower 9 is started while the inside of the semi-bath 2 is sealed, the inside of the semi-bath 2 from the feeding means 10 by negative pressure. Rice is poured into.

By jetting the jet stream from the bottom of the semi bath 2, the stream of water in the up and down direction is generated, and the semi which reduces rice debris is formed.

When cleaning (cleaning), such as removal of the sesame powder in the semi bath 2, can be performed by opening the lid 7 entirely, and bellows 10A of the feeding means 10 for opening and closing of the lid 7. ) And the bellows 50A of the water supply means 50 follow, and the front opening in the state attached to the cover 7 together with the blower 9 can be performed without any problems.

1 is a front sectional view showing an embodiment of the present invention.

2 is a cross-sectional view taken along the line Y-Y of FIG.

3 is a perspective view of a main portion.

4 is the overall configuration diagram

FIG. 5 is a plan view of the operation of the sea valve, in which (A) shows semi-sea, (B) shows drainage, and (C) shows sea-breeding.

6 is a plan view of the back valve.

7 is a cross-sectional view taken along line T-T of FIG.

8 is a plan view of the lid portion.

9 is a side view when the cover is opened.

<Explanation of symbols for the main parts of the drawings>

2 semi-zo

7: cover

9: floor

10: seasoning means

12: Bae Gu Gu

13: drain

16: back end valve

17 nozzle part

18: rice drop

22: suction tube

25: semi-water supply means

26: semi means

31: drain valve

38: interlocking means

50: water addition and subtraction means

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

In FIG. 4 which shows the whole structure, the semi apparatus 1 which concerns on this invention is the cylindrical semi tank 2 which formed the lower part into the funnel shape, the pot 3 of the cooking apparatus below this, It is made by arranging the slicing mills 5 having the weighing unit 4 at the lower portion in the up and down direction, the weighing unit 4 is a rotary type and the weighing rice can be held in the supporting box 6 once.

The upper part of the semi bath 2 is closed by the cover 7, and the cover 7 is provided with a suction blower 9 via a bracket 8, and when the blower 9 is activated, the semi bath is under negative pressure. Weighing rice can be put into this, for this purpose, the semi-bath (2) and the supporting box (6) is connected by a sharp hose (10).

Moreover, the feed hose 10 can be built in the longitudinal post in the frame which comprises the semi apparatus 1.

Referring to FIG. 1, the bottom of the semi-tank 2 is provided with a circular tailing hole 12 and a drain on the side of the pipe 13 through a cylindrical cylinder 11, and inside the cylinder 11. The filter cylinder 14 which has many holes is detachably provided.

The bottom surface of the tailing opening 12 is provided with a backing valve 16 which slides and pivots about the longitudinal axis 15 shown in FIG. 3 on a horizontal plane. As shown in A), (B), (C), and FIG. 6, the nozzle part 17 and the rice dropping hole 18 are substantially flat in the shape of a fan, and have a circumference around the longitudinal axis 15. Have

As shown in FIG. 3, the motor mounting base 19 is provided in the shape which protrudes long on one side of the cylinder part 11, and a spool bolt (as shown in FIG. 9) is attached to the mounting base 19 of this motor. 20) and the like, the electric drive motor 21 is mounted, and the motor shaft is connected to the longitudinal axis 15.

On the longitudinal center of the semi-tub 2, a suction cylinder 22 is installed longitudinally via the radial arm 23, and the lower end of the suction cylinder 22 slightly rises from the tail hole 12 and has a gap. The upper end extends to the vicinity of the overflow outlet 24.

In the state in which the tail hole 12 is closed, the nozzle part 17 faces up and down under the suction cylinder 22 in the tail hole 12, and the semi-water supply means connected to the nozzle part 17 here. When the semi-water from 25 passes through the nozzle part 17 as shown by arrow a in FIG. 1, the water flow flowing downward through the suction tube 22 is generated and circulated in the up and down directions as shown by arrows b and c. The fine X is semi-finished, and the suction cylinder 22 and the nozzle part 17 comprise the semi means 26 here.

The nozzle part 17 is provided with the introduction part 27 which introduces air by the water discharged from this, The fine part 28 is connected to this introduction part 27, The upper end of the said pipe 28 is semi-tight. It is located slightly above the highest water level in (2), and circulates air together with water in the up and down direction, thereby enabling semi by gas-liquid mixing (jet flow with bubbles).

A drain box 29 extends in the drain port 13, and a drain valve 31 pressurized in the valve closing direction by the pressurizing means 30 shown as a coil spring in the drain box 29 is a holder 32. The drain box 29 and the overflow outlet 24 communicate with each other by the overflow pipe 34 having the float valve means 33 in the middle of the apparatus. Has a drain hose 35.

The float valve means 33 turns on the valve seat 36A of the valve box 36. A float valve 37 is formed by a pin ball to be turned off. When the blower 9 is activated to make the inside of the semi-tank 2 negative pressure, the float valve 37 closes the valve seat 36A and releases the negative pressure. The float valve 37 descends to its own weight to open the valve seat 36A.

As shown in FIG. 5 (A), (B), and (C), the back valve 16 and the drain valve 31 provide the nozzle part 17 and the rice drop opening 18 with the back opening 12, respectively. ), The drain valve 31 is closed by the pressurizing means 30, and on the other hand, the nozzle unit 17 and the rice dropping port (see Figs. 5A and 5C). 18 is provided with an interlocking means 38 so as to open the drain valve 31 against the pressurizing means 30 when the 18 is positioned away from the tailing hole 12 (see FIG. 5 (B)). .

This interlocking means 38 is pivotally supported by the longitudinal point shaft 39 on the drain box 29, as shown in Figs. 5A, 5B, and 1C. An arm 40 coupled to the hook 31A of the drain valve 31, a rod 41 pivotally connecting the cam 16A of the drain valve 16 and the other end of the arm 40; have.

That is, with the forward and reverse starting of the drive motor 21, the back valve 16 rotates forward and backward in the direction of the arrow d as shown in Figs. 5A, 5B, and 5C. Is switched to the semi position of FIG. 5, the drainage position of FIG. 5B, and the end position of FIG. 5C, respectively, and the drain valve 31 is opened when the drainage position is 31 is closed. For this purpose, the vertical axis 15 has an operation arm 42 and the detection switch 43 at the three positions is turned on and off to control the drive motor 21 so as to be reversed and stopped. .

Moreover, the back valve 16 which rotates about the vertical axis | shaft 15 has the circular guide groove 44 as shown in FIG. 6, FIG. 7 in order to make the rotation smooth, This groove 44 The swivel bolt 45, which is mounted on the stationary support plate 46, is inserted into the stationary support plate 46, and the stationary support plate 46 is provided with a rolling ball 47, and through the ball 47, the exhaust valve 16 is provided. Is rotatably supported.

The lid 7 of the semi-tans 2 can be opened and closed in the vertical direction by the point means 48 shown in the projection shape as shown in FIGS. 8 and 9, and at the same time as opposed to the point means 48. The lockable means 49 which can be dismounted is provided, and the water supply means 50 and the water supply nozzle means 51 of water immersion are provided in the center part of the cover 7. As shown in FIG.

The water supply nozzle means 51 is provided in the center of the lower surface of the lid 7, as shown in FIG. 1, and has a nozzle attachment table 53 having a plurality of nozzles 52 which can adjust the injection angle, 53, which is mounted on the outer periphery of 53 and surrounds the top of the suction tube 22, the water supply means 50 has a center hole () of the nozzle attachment table 53 having a branch passage 53A. 53B).

Therefore, when water is supplied from the water supply means 50, it flows to each nozzle 52 through 53 A of branch passages, and water flows into the middle part of the inner wall of the semi-tub 12, and the lower part of the inner wall by each nozzle 52. As shown in FIG. Is sprayed (e, f) and the inside of the suction cylinder 22 is also washable.

Both the semi-water and the water-submerged water are connected via a basic pipe 55 to a monastery or a reservoir with a pressure pump, and the supply means 25 and water supply to the basic pipe 55 via a flow sensor 56. The means 50 are branch-connected, respectively, and the opening-closing valves 57 and 58 shown as electromagnetic automatic valves are provided in the middle.

In addition, it is preferable that the basic pipe 55 is internally fitted in the hollow longitudinal frame of the apparatus frame, and the feeding valve 25 rotates (slides), so that the supply means 25 has a bellows pipe 25A in the middle thereof. It can follow the rotation via the lid, and since the lid 7 is opened and closed in the up and down direction, it has a bellowed 50A in the middle of the water supply means 50 on the side of the point means 48 and at the same time the bellows in the middle of the feed hose 10. It has a tube 10A, and can follow the opening / closing operation of the lid 7, and the suction port 9A of the suction blower 9 is located at an eccentric position than the center of the lid 7 as shown in FIG. Formed.

When the operation | movement of the above structure is demonstrated, the weighing rice accommodated in the support box 6 by the metering part 4 of the storage tank 5 passes through the hose 10 by the start of the suction blower 9, and the semi-thickness 2 Is supplied from the top of the.

At this time, the tailing opening 12 is closed by the backing valve 16, while the float valve 37 is closing the valve seat 36A by the negative pressure, and the semi-trough 12 is made into the negative pressure reliably and predetermined amount is carried out. The weighing rice (X) is reliably supplied to the semi-tub 12.

As described above, according to the air quality of rice, the occurrence of rice debris in the rice is reduced, and dust and the like become difficult to be mixed.

Next, the process proceeds to a semi-process, in which the back valve 16 is rotated (slided) on the horizontal plane so that the nozzle portion 17 of the back valve 16 is located below the suction cylinder 22 (fifth) (A)), the rice drop opening 18 is disengaged from the rear end opening 12, and the drain opening 31 is closed.

When the on-off valve 57 is automatically opened in this state, the pressurized water indicated by the arrow a in FIG. 1 is ejected to the nozzle unit 17 via the water supply means 25, and the air inlet unit 27 accompanies this ejection. Air enters from the air), and the gas-liquid mixed stream (jet water) is introduced into the suction tube 22, and circulating water flows in the vertical direction as shown by arrows b and c. The trick is washed.

At this time, since the semis are water flow and air bubbles, the occurrence of rice debris is small, and the deceased powder becomes foam and flows down to the drain box 29 through the float valve 37 through the overflow outlet 24, and the drain hose ( It is released outside the device via 35).

It is preferable to restrict the quantity at this time by the overflow valve F. As shown in FIG.

When the predetermined semi-process is completed, the water supply from the water supply means 25 is stopped, and the back valve 16 is rotated as shown in FIG. 5B by the start of the motor 21. The drain valve 31 is opened, and once the water is supplied from the water supply means 50 to the semi-trough 12, the sewage flows from the drain port 13 at once, and then the water supply from the water supply means 50 is once It stops and it moves to a suction process.

When the predetermined dryness process is completed, the drain valve 31 is closed by rotating the bae valve 16 and bringing the rice dropping port 18 into the bae mouth 12 as shown in FIG. 5C. , The weighing of the semi-tub 12 is put into the pot (3).

At this time, through the nozzle means 51, the water flow is blown out as shown by arrows e and f, so that the inner wall of the semi-tub 12 and the rice attached to the suction pipe 22 flow down into the water stream, and support the suction pipe 22. Since the arm 23 is a plate material, there is not much resistance, and the whole amount comes from the rear end hole 12 with water.

In addition, since the nozzle means 51 feeds water in a state where no metering rice is added, the inner wall of the semi-tub 12 can be cleaned, but the inner wall of the semi-tub 12 is opened by opening the cover 7 entirely. Since the inside and outside of the suction container 22 can be cleaned quickly and reliably by a human hand, this can contribute to more reliable cleaning compared with the case where the cleaning window was formed in the cylinder part of the semi-tub 2.

As described above, according to the present invention, the generation of rice debris can be eliminated by the flexible semi-circuit due to the circulating water flow, and the seam valve is less resistant during the batching, and the semi-and unsealed as it is, including the nozzle part It is possible to perform a plurality of semi consecutively.

In addition, since semi-cleaning can be performed by opening the cover completely, removal of the sesame powder is sure and does not impair the taste of rice, which is advantageous in terms of hygiene.

Moreover, even if a water supply means and a water supply means are connected to a cover, since it follows the opening / closing operation | movement of a cover, there is no problem, it can be accommodated compactly with a blower, and it is really advantageous for business use.

Claims (5)

Semi-assembly 2 which has a backhole 12 in the bottom part, and the semi-measure 26 which circulates and semi-circulates water flow in the up-down direction in the said semi-bath 2 in the state which closed the said backhole 12. In the semi-apparatus provided with a back valve 16 for enabling the opening and closing of the tail opening 12, The back valve 16 has a nozzle portion 17 and a rice dropping port 18, and is provided to be slidable on a horizontal plane, The said semi-means 26 are the suction cylinder 22 provided in the longitudinal center of the said semi tank 2, and the said suction cylinder (at the posture which closed the said back opening 12 by the said back valve 16). 22 is made up of the nozzle portion 17 to face up and down, And a semi-water supply means (25) connected to said nozzle portion (17) and for ejecting semi-water through said nozzle portion (17) toward said suction cylinder (22). Semi-assembly (2) having a bottom end 12 and the drain port 13 in the bottom, and semi means for circulating and semi-circulating water flow in the semi-top (2) in the state in which the tail end 12 is closed Semi-equipment which is provided with 26, the back valve 16 which opens and closes the said opening port 12, and is equipped with the drain valve 31 which enables opening and closing of the said drain port 13. To The back valve 16 is provided with a nozzle portion 17 and the rice drop port 18 so as to be able to slide on a horizontal plane, The semi-means 26 are suction cylinders 22 provided in the longitudinal center of the semi bath 2, and the suction cylinders 22 in a position in which the batter opening 12 is closed by the valve valve 16. Consisting of the nozzle unit 17 facing up and down from below), It is provided with the semi-water supply means 25 connected to the said nozzle part 17, and spraying the semi-water to the said suction cylinder 22 via the said nozzle part 17, In addition, when the nozzle unit 17 and the rice drop port 18 are separately positioned at the rear end hole 12, the drain valve 31 is closed, and the nozzle part 17 and the rice drop port 18 are disposed. And a linking means (38) of the drain valve (16) and the drain valve (31) for opening said drain valve (31) when it is in the position away from the ball (12). 3. The semi- apparatus as claimed in claim 1 or 2, wherein the nozzle portion (17) is provided with an air introduction portion (27) for introducing air by jetting of semi-water. Semi-assembly 2 which has a backhole 12 in the bottom part, and the semi-measure 26 which circulates and semi-circulates water flow in the up-down direction in the said semi-bath 2 in the state which closed the said backdoor 12 And an end valve 16 capable of opening and closing the end opening 12, and at the top of the semi bath 2, the water supply / receive water supply means 50 and the inside of the semi bath 2 under negative pressure. In the semi apparatus provided with the blower 9 which injects rice, The lid 7 is provided to enable opening and closing of the upper opening of the semi-bath 2, and the lid 7 has a portion following the opening and closing operation, and the water supply / receive water supply means 50 and the water supply means 10 are provided. And a blower (9) in the cover (7). The semi apparatus according to claim 4, wherein the semi means (26) is configured to eject jet streams from the bottom of the semi bath (2).