KR101962595B1 - Apparatus for manufacturing sauce - Google Patents

Abstract

Provided on an upper surface of the dustproof pad is a first frame body, a first dustproof pad provided on the upper surface of the first frame body, A first base frame having a first frame body formed on a surface thereof; A boiler means having a first boiler seated in the first seating groove, a second boiler seated in the second seating groove, and a safety pin member provided at an upper end of the second boiler; A hot water mixed feeder having one end communicated with the first and second boilers; A second base frame; A high temperature water receiving portion provided on an upper surface of the second base frame and formed with a recessed portion on an upper surface thereof and having one end communicated with the high temperature water mixer and feeder, An agitating member disposed inside the agitator main body and having a plurality of agitating blades and an upper end exposed through an upper surface of the agitator main body; An agitator having a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, and a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, ; A water collecting unit provided on an upper surface of the first base frame and communicating with the other end of the high temperature water receiving part of the stirrer at one side and communicating with the first and second boilers at the other side; A recovery control valve provided in a flow path for communicating the other end of the recoverer and the first and second boilers; And a controller provided on an upper surface of the first base frame for controlling the first and second boilers, the hot water mixed feeder, the stirrer, the recoverer, and the recovery control valve, And the desired high temperature water can be smoothly supplied to each of the agitators, thereby achieving mass production of spices.

Description

{Apparatus for manufacturing sauce}

The present invention relates to an apparatus for mass production of sauce.

As shown in FIG. 5, Korean Patent No. 1282583 (date of registration: 2013.6.28., Name of invention: mixing and inverting device for seasoning) The right and left vertical frames 20 are provided to mix the various spices supplied to the mixing container 20 by the stirring wings 25 of the stirring shaft 21 rotated by the first driving motor M1, The chains are engaged with the sprockets 42 and 42 on both sides of the rotary drive shaft 41 installed horizontally on the upper and lower sides of the first and second drive motors 12 and 12 ' A spice mixer and an inversion device for moving up and down a container (20) and discharging mixed spices by reversing a mixing container when the mixing container (20) is lifted up, characterized in that the spice (42) The chains 45 and 45 to be installed have free ends at both ends thereof, one end of which is connected to the side of the mixing vessel 20 And the other end is connected to the weight 55 so that the mixing vessel 20 and the weight 55 are moved up and down in opposite directions according to forward and reverse rotation of the second driving motor The guider 50 of the mixing vessel 20 is guided up and down along the guide grooves 13 formed on the upper and lower vertical frames 12 and 12 ' A guide roll 60 and inclined guide grooves 65 guiding the guide rolls 60 on both sides of the mixing container 20 are vertically formed inside the vertical frames 12 and 12 ' 20) is moved to a worker's work position during a descending movement, and is reversed when ascending and descending.

Such conventional techniques are applied to a mixing vessel for moving up and down various kinds of seasonings for manufacturing kimchi, mixed by a stirring blade of an agitating shaft, and then discharged in a reversed manner to improve the guide structure for ascending and descending the mixing vessel. In addition, it is possible to improve the durability of the driving motor and to improve the moving up and down movement efficiency of the mixing container by dispersing by the weight and minimizing the operation load of the driving motor. In addition, the upper part of the mixing container is lowered to the waist of the worker, In addition to providing the optimum working position for feeding, it is claimed that there is an effect of effectively discharging mixed spices by reversing the mixing container by the simple structure by the guide roll and the inclined guide groove at the time of rising, while the simple mixing and reversing And there is no heating means.

As shown in FIG. 6, Korean Patent No. 0891143 (registered on March 24, 2009, entitled "Apparatus and Method for Producing Aging Sources for Chicken") is a device for producing aged sauce for chicken A plurality of pulverizing blades 120 are provided on the rotating shaft, and one side of the upper part is opened to allow the object to be pulverized to flow in. The pulverizing blade 120 A grinder 100 provided with a discharge pipe 130 through which the pulverized pulverized material is discharged; The discharge tube 130 of the crusher 100 is connected to one side of the upper part so that the pulverized material flows into the inside of the rotary drum 230 and the rotary drum 230 rotates in connection with the motor. The stirring blade 240 is disposed at a distance from the rotary drum 230. The stirring blade 240 is connected to a discharge pipe 260 through which the contents stirred at one side of the rotary drum 230 are discharged. A mixer (200) having a powder material input door (212) for inputting a powder material on an upper side thereof; The cooling pipe 330, which is connected to an external cooling device while being spaced from the inner circumferential surface, is formed in a coil shape. An aging tank 300 in which a source exhaust pipe for discharging aged source manufactured at one side is installed and a gear 352 is installed around an upper inner circumferential surface; A motor 311 installed at the upper center of the outer side of the aging tank 300, a central rotation shaft 340 connected to the motor 311 and connected to the motor rotation axis 340, A first stirring blade 341 connected to the horizontal rotation shaft 351 and a lower portion of the central rotation shaft 340 and having an end spaced apart from the cooling pipe 330; An outer rotary shaft which is connected to the horizontal rotary shaft 351 in a freely rotatable manner and which is configured to rotate freely while being rotatably engaged with the gear 352 with an auxiliary gear 353 provided on the upper outer peripheral surface thereof, And an agitation device composed of a second stirring blade 354 installed therein.

Such conventional techniques have a tendency that, when they are produced in automation equipment, a material having a small specific gravity and a material having a large specific gravity are separated from each other due to the centrifugal force due to the rotation of the stirring blade in aging while agitating in an aging tank, In the present invention, the first agitating blade and the second agitating blade are provided at the center and the outer periphery of the aging tank to prevent the separation of the material due to the centrifugal force, so that the taste of the prepared sauce While it is merely a simple agitation and there is a fundamental problem that mass production of spice can not be produced.

An object of the present invention created to solve the above problems is to provide a seasoning mass production apparatus capable of preliminarily mixing hot water supplied from a plurality of boilers and supplying hot water of a desired specific temperature to each of the stirrers smoothly There is.

The object of the present invention can be achieved by providing a vibration damping pad comprising a first frame main body, a vibration damping pad provided on an upper surface of the first frame main body, a first vibration damping pad provided on the upper surface of the vibration damping pad, A first base frame having a frame body; A boiler means having a first boiler seated in the first seating groove, a second boiler seated in the second seating groove, and a safety pin member provided at an upper end of the second boiler; A hot water mixed feeder having one end communicated with the first and second boilers; A second base frame; A high temperature water receiving portion provided on an upper surface of the second base frame and formed with a recessed portion on an upper surface thereof and having one end communicated with the high temperature water mixer and feeder, An agitating member disposed inside the agitator main body and having a plurality of agitating blades and an upper end exposed through an upper surface of the agitator main body; An agitator having a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, and a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, ; A water collecting unit provided on an upper surface of the first base frame and communicating with the other end of the high temperature water receiving part of the stirrer at one side and communicating with the first and second boilers at the other side; A recovery control valve provided in a flow path for communicating the other end of the recoverer and the first and second boilers; And a controller provided on the upper surface of the first base frame to control the first and second boilers, the hot water mixed feeder, the stirrer, the recoverer, and the recovery control valve.

Preferably, the safety pin member of the present invention includes a safety pin insertion groove formed in an upper end portion exposed to the outside, a vertical channel communicated with the safety pin insertion groove, and a stainless steel pipe having a horizontal channel communicated with the vertical channel, A body portion of a material; A push plate provided on a bottom surface of the safety pin insertion groove; And a safety pin located on an upper surface of the push plate and forcedly press-fitted into the safety pin insertion groove.

Preferably, the hot water mixing feeder of the present invention comprises: a mixer in communication with the first and second boilers; A feeder main body having a feeder body having a hollow structure in which the mixer and a lower surface are communicated with each other, a feeder body having a plurality of through-holes formed therein and having a plurality of diaphragm members provided across the inside of the feeder body; A first control valve provided in a flow path for communicating the first boiler and the mixer; A second control valve provided in a flow path for communicating the second boiler with the mixer; A third control valve provided in a flow path communicating the mixer and the feeder body; And a fourth control valve provided in a flow path for communicating the upper surface of the feeder body with the agitator.

Preferably, the first and second seating grooves of the present invention further include at least one key groove on the outer periphery of the first and second seating grooves, and the key member forcibly press-fitted into the key groove, A base plate made of a metal and each having a thread groove; A first member made of a synthetic resin material having a first vertical groove into which one end of the base plate is inserted and a first fixing screw groove communicating with the first vertical groove and aligned with one side screw groove of the base plate; A second member of synthetic resin material having a second vertical groove in which the other end of the base plate is inserted and a second fixing screw groove communicating with the second vertical groove and aligned with the other side screw groove of the base plate; And a plurality of fixing screws fastened to the screw grooves aligned through the first and second fastening screw grooves.

More preferably, the second boiler of the present invention further comprises a bushing into which the outer periphery of the body of the safety pin member is inserted.

The present invention as described above has an effect of mass production of seasonings by mixing high temperature water of different temperature from a plurality of boilers and rapidly supplying desired high temperature water to each of the stirrers.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a configuration diagram showing an apparatus for mass production of sauce according to the present invention. Fig.
2 is a perspective view showing a first base frame and a boiler.
3 is a configuration diagram showing a first base frame, a boiler, and a hot water mixed feeder.
4 is a sectional view showing an agitator.
5 is a cross-sectional view showing a conventional seasoning mixing and inverting apparatus.

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

1 to 4, an apparatus 100 for mass-producing sauce according to the present invention includes a first base frame 10, a boiler unit 20, a hot water mixer 30, a second base frame 40, A stirrer 50, a key member 60, a collecting unit 80, and a control unit 90.

The first base frame 10 is provided with a first frame body 13, a vibration pad 15 provided on the upper surface of the first frame body 13 and an upper surface of the vibration pad 15, And a first frame body 11 having second seating grooves 11a and 11b formed on the upper surface thereof.

Here, the first base frame 10 of this embodiment is provided for securely securing the boiler means 20.

At least one keyway (KH) is provided on the outer periphery of the first and second seating grooves (11a, 11b).

The boiler means 20 includes a first boiler 21 seated in the first seating groove 11a, a second boiler 23 seated in the second seating groove 11b, And a safety pin member 25 provided on the base member 25.

Here, since the first and second boilers 21 and 23 are well-known means for heating the water or the heating medium, detailed description or explanation thereof will be omitted. In the present embodiment, the heat source for heating the stirrer 50 described below is limited to the high temperature water. However, the present invention is not limited to this, and the heat medium can be deformed by heating. As described above, the hot water supplied by the first and second boilers 21 and 23, which are known means, is supplied to the outer surface of the stirrer 50 to heat the stirrer 50, Since the constitution conforms to a publicly known constitution commonly known to a general food machine or a food manufacturing facility, a detailed description or illustration thereof will be omitted.

The second boiler 23 supplies hot water to the first boiler 21, and a safety pin member 25 is provided at the upper end for safety.

The safety pin member 25 has a safety pin insertion groove 25a1 formed at an upper end portion exposed to the outside and has a vertical passage 25ah communicated with the safety pin insertion groove 25a1, A body portion 25a made of stainless steel and provided with horizontal flow paths 25av; A push plate 25b provided on a bottom surface of the safety pin insertion groove 25a1; And a safety pin 25c which is located on the upper surface of the push plate 25b and is forcedly inserted into the safety pin insertion groove 25a1.

Here, the horizontal flow passage 25av of the safety pin member 25 is normally located inside the second boiler 23, and when the pressure rises rapidly to increase the risk of explosion, the flow passage is opened.

The second boiler 23 further includes a bushing 23bt into which the outer periphery of the body portion 25a of the safety pin member 25 is inserted. Here, when the safety pin member 25 is provided so as to be forcedly press-fitted into the second boiler 23, the bushing 23bt can not raise the body portion 25a of the safety pin member 25 in the event of an emergency due to a pressure rise The bushing 23bt made of copper is provided.

When the pressure in the second boiler 23 suddenly rises and there is a risk of explosion, the body 25a of the safety pin 25 rises along the bushing 23bt, And then the hot water supplied from the vertical passage 25ah is drained through the horizontal passage 25av. When the high temperature water is drained through the horizontal flow path 25av, the pressure of the second boiler 23 is remarkably lowered to prevent the explosion.

However, when the pressure continues to rise despite the drainage or exhaustion, the push plate 25b is pressed by the hot water supplied from the vertical passage 25av, and finally the push plate 25b and the safety pin 25c are safely It is possible to cut off the risk of explosion due to pressure rise of the second boiler 23 by discharging a large amount of high temperature water while completely separating from the pin insertion groove 25a1.

The key member 60 is forcibly press-fitted into the key groove KH and strongly grips the outer peripheral edge of the lower end of the first and second boilers 21 and 23.

Here, the key member 60 includes a base plate 61 made of a metal and having screw grooves 61a formed on one side surface and the other side surface thereof; A first vertical groove 63a into which one end of the base plate 61 is inserted and a second vertical groove 63b communicating with the first vertical groove 63a and aligned with one side screw groove 61a of the base plate 61, A first member 63 made of synthetic resin having a thread groove 63b; A second vertical groove 65a in which the other end of the base plate 61 is inserted and a second engagement groove 62a communicating with the second vertical groove 65a and aligned with the other side screw groove 61a of the base plate 61, A second member 63 made of synthetic resin having a thread groove 65b; And a plurality of fixing screws 67 fastened to the screw grooves 61a aligned through the first and second fastening screw grooves 63b and 65b.

The hot water mixing feeder 30 includes a mixer 35 communicating with the first and second boilers 21 and 23, respectively; A feeder body 31a having a hollow structure in which a mixer 35 and a lower surface are communicated and a plurality of diaphragm members 31b provided with a plurality of through holes (not numbered) and provided across the inside of the feeder body 31a A feeder main body 31 having a plurality of feed rollers 31; A first control valve (V1) provided in a flow path for communicating the first boiler (21) and the mixer (35); A second control valve V2 provided in a flow path for communicating the second boiler 23 and the mixer 35; A third control valve V3 provided in a flow path communicating the mixer 35 and the feeder body 31a; And a fourth control valve V4 provided in a flow path for communicating the upper surface of the feeder body 31a with each of the stirrers 50. [

The second base frame 40 is seated on the lower surface of each stirrer 50.

The agitator 50 is provided on the upper surface of the second base frame 40 and has a recessed portion formed on the upper surface thereof. The agitator 50 includes a high-temperature water receiving portion 51 having one end communicated with the high- A cover 53 provided on the upper surface of the agitator main body 52 so as to be openable and closable and provided in the inside of the agitator main body 52; A stirring member 55 having a plurality of stirring wings (no number) and having an upper end exposed through the upper surface of the cover 53 and an upper part of the upper part of the cover 53 so that the upper end of the stirring member 55 can rotate A driving motor controller 57 interlocked with the upper end of the stirring member 55 and a driving motor controller 57 provided on the outer surface of the agitator main body 52 to control the driving motor 54. [ Lt; / RTI >

Here, the seasoning material is introduced by opening the cover 53.

In addition, the seasoning material provided in the seasoning mass production apparatus 100 of the present embodiment can be either liquid or powder.

The collector 80 is provided on the upper surface of the first base frame 10 and has one side communicating with the other end of the hot water receiving portion 51 of the stirrer 50 and the other side communicating with the boilers 21 and 23 It is communicated.

Here, the collector 80 communicates with each of the stirrers 50 as a recovery tank to be recovered after heating the stirrer 50.

The recovery control valve (RV) is provided in a flow path communicating the other end of the recoverer (80) with each of the boilers (21) and (23).

The controller 90 controls the first and second boilers 21 and 23, the hot water mixer 30, the stirrer 50, the recoverer 80 and the recovery control valve RV, 10).

Here, the controller 90 can control the amount of the hot water supplied from each of the boilers 21 and 23 by controlling the control valves V1 to V3 of the high-temperature water mixer /

The controller 90 controls the first and second boilers 21 and 23 to adjust the temperature of the hot water so that the hot water having a difference between the temperature deviation and the flow rate is mixed with the hot water through the mixer 35 Respectively.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: first base frame
20: Boiler means
21: first boiler 23: second boiler
30: high temperature water mixing feeder
40: second base frame
50: stirrer
60: key member
80: Recovery period
90:
100: Spice mass production equipment

Claims (5)

And a first frame body provided on an upper surface of the dustproof pad and having first and second mounting grooves formed on an upper surface thereof, A base frame;
A boiler means having a first boiler seated in the first seating groove, a second boiler seated in the second seating groove, and a safety pin member provided at an upper end of the second boiler;
A hot water mixed feeder having one end communicated with the first and second boilers;
A second base frame;
A high temperature water receiving portion provided on an upper surface of the second base frame and formed with a recessed portion on an upper surface thereof and having one end communicated with the high temperature water mixer and feeder, An agitating member disposed inside the agitator main body and having a plurality of agitating blades and an upper end exposed through an upper surface of the agitator main body; An agitator having a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, and a driving motor controller provided on the outer surface of the agitator main body so as to control the driving motor, ;
A water collecting unit provided on an upper surface of the first base frame and communicating with the other end of the high temperature water receiving part of the stirrer at one side and communicating with the first and second boilers at the other side;
A recovery control valve provided in a flow path for communicating the other end of the recoverer and the first and second boilers;
And a controller provided on an upper surface of the first base frame to control the first and second boilers, the hot water mixed feeder, the stirrer, the recoverer, and the recovery control valve.
The method according to claim 1,
Wherein the safety pin member comprises a stainless steel body portion having a safety pin insertion groove formed in an upper end exposed to the outside and having a vertical channel communicated with the safety pin insertion groove and a horizontal channel communicated with the vertical channel; A push plate provided on a bottom surface of the safety pin insertion groove; And a safety pin located on an upper surface of the push plate and forcedly press-fitted into the safety pin insertion groove.
The method according to claim 1,
The hot water mixer comprises: a mixer communicating with the first and second boilers; A feeder main body having a feeder body having a hollow structure in which the mixer and a lower surface are communicated with each other, a feeder body having a plurality of through-holes formed therein and having a plurality of diaphragm members provided across the inside of the feeder body; A first control valve provided in a flow path for communicating the first boiler and the mixer; A second control valve provided in a flow path for communicating the second boiler with the mixer; A third control valve provided in a flow path communicating the mixer and the feeder body; And a fourth control valve provided in a flow path for communicating the upper surface of the feeder body with the agitator.
The method according to claim 1,
Wherein at least one key groove is provided on an outer circumference of the first and second seating grooves,
And a key member forcedly press-fitted into the key groove,
The key member may include a metal base plate having threaded grooves formed on one side surface and the other side surface; A first member made of a synthetic resin material having a first vertical groove into which one end of the base plate is inserted and a first fixing screw groove communicating with the first vertical groove and aligned with one side screw groove of the base plate; A second member of synthetic resin material having a second vertical groove in which the other end of the base plate is inserted and a second fixing screw groove communicating with the second vertical groove and aligned with the other side screw groove of the base plate; And a plurality of fixing screws fastened to the screw grooves aligned through the first and second fastening screw grooves.
The method according to claim 1 or 4,
Wherein the second boiler further comprises a bushing into which the outer periphery of the body of the safety pin member is inserted.

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