KR101789579B1

KR101789579B1 - Piggery ventilation system of underground channels

Info

Publication number: KR101789579B1
Application number: KR1020150149000A
Authority: KR
Inventors: 신일식
Original assignee: 신일식
Priority date: 2015-10-26
Filing date: 2015-10-26
Publication date: 2017-10-25
Also published as: KR20170048086A

Abstract

The present invention relates to an apparatus and a method for providing ventilation in accordance with the provision of air suited to each pond when the pond is made up of various kinds of ponds or large ponds, And the supply air can be easily supplied by the positive pressure formed in the underground positive pressure pipe so that the supply amount can be controlled by opening and closing the door.

Description

[0002] Piggery ventilation system of underground channels [0003]

The present invention can provide ventilation according to the provision of air suited to each of the ponds when the puzzles of a large size are composed of various kinds of ponds or a large amount of money ponds and heat exchange of the entrained air from the underground heat, And the supply air is easily supplied by the positive pressure formed in the underground positive pressure pipe so that the supply amount can be controlled by opening and closing the door.

Pigs raised in pig farms are very susceptible to growth rate and various diseases of respiratory diseases depending on the growth environment according to temperature difference.

In order to solve this problem, the pig house ventilation system is preheated and cooled according to the seasonal temperature difference when the outside cold air or hot air is applied, and the supplied air is distributed evenly in the pig house, By adjusting the amount of ventilation so that the polluted air can be discharged quickly, it is possible to provide an optimum growth environment in the money enterprise.

In order to achieve this purpose, the livestock farms will breed a large number of pigs to improve productivity and quality. These breeding facilities have been systematically studied for the number of pigs, temperature, ventilation and heat loss in the automated housing The cooling, heating and ventilation systems in the automation house are controlled by data, such as cooling, heating and ventilation, and feeding of feed. However, according to the condition of the house, the number of seasons, There is a problem that is very difficult to apply.

Especially, when the temperature difference between day and night is severe with the four seasons in which the temperature difference is great as in Korea, the corresponding system causes incomplete problems, and also there is a disadvantage that the automation facility consumes enormous cost.

In other words, it is possible to obtain a cooling effect by natural ventilation by opening the zookeepers as much as possible in the summer, and to obtain a heating effect by closing the air in the winter when the heating is necessary. In this case, The increase of carbon dioxide and the odor and toxic gas generated from the excrement make it difficult to manage the house and cause the incidence of infectious disease.

In addition, the temperature difference between day and night and the intensity of wind are remarkable in each season with the season, and it is inevitable to apply the system suitable for the season and day and night.

In order to solve the above problems, applicants of the present application have registered a number of patented domestic patents on ventilation systems and pigs for pigs.

Patent Registration No. 10-0388265 discloses a method of supplying air to a pit which is a discharging tube formed in a pig from a preheating chamber after firstly preheating the outside air on the ceiling of a pilgrim, By providing a controlled supply of air through the discharge hole to provide an even supply of fresh air to the entire pension company has been provided to achieve even supply.

Patent No. 10-1407472 discloses a method for supplying air from a window formed on an outer wall of a pig house to a first heat exchange chamber formed at a predetermined distance and depth and heat exchanged air through a second heat exchange chamber, Underground pavilion is built underground so that the roof surface is horizontal with the ground or below the level so that it is not exposed to the outside. And

The exhaust duct in the longitudinal direction is formed so as to be in close contact with the outer wall portion and the bottom material of the money bag of the registered patent 10-0790345 or to maintain the minimum distance, and the exhaust duct is provided with an exhaust fan, The proposed ventilation system is a ventilation system for the ventilation fan and the ventilation system of the mchang python that does not have a window to supply outside fresh fresh air by the rotating body which is hinged to the housing of the pendulum in the pendulum ceiling or the air supply duct to be sucked and discharged. 10-0693071, Patent No. 200351889, No. 200333829, and the like.

In addition, Patent Registration No. 10-1137965 discloses that a money bag is communicated with an under-slatted-foot exhaust path formed in a pig-money collection chamber under a floor material and a third preheating chamber in an upper portion of the ceiling with a vertical pit, Shaped cooling door on the right and left side outer walls of the cigarette lighter so that outside air at a high temperature with an abnormal temperature can be cooled by the cooling door and supplied to the cigarette lighter.

In the prior art as described above, there is a problem that fresh air is externally applied to a large-sized pig house, air supplied after pre-heating according to season or outside temperature is not uniformly supplied throughout the pig house, And in the case of a monster in a pregnancy stall, labor, automatic warfare, and military room (isolated from sows), there is a problem that it can not supply properly to each one.

Patent Registration No. 10-0388265. Patent Registration No. 10-1407472. Registration No. 10-0790345. Patent No. 10-0693071. Utility Model Registration No. 200351889, Registered Utility Model No. 200333829. Patent Registration No. 10-1137965.

The present invention provides a ventilation system that can provide ventilation according to the provision of air suited to each of a plurality of types of ponds or a large amount of ponds,

In order to reduce the cooling and heating costs by exchanging the incoming air from the underground heat and to supply the supplied air by the positive pressure formed in the underground positive pressure pipe, it is possible to control the supply amount by opening and closing the door, To provide an underground channel ventilation system for a pilgrimage company.

The solution means of the present invention is characterized in that the piggy banks 120 are formed on both sides of the money bank management path 130 connected to the central management path 110 in which the manager moves within the pilgrim bank 100 and the bottom portion of the money bank 120 is connected to the concrete floor 121 And a money collection chamber 140 for collecting manure to the lower part of the plate-like bottom material 122 having a porous structure,

An exhaust fan duct 152 having an exhaust fan in the python 100 through the roof 150 and the ceiling 151 of the pythagorecee 100 and a python 100 constituting the illumination lamp 153 ,

A positive pressure line 10 constituted by a length of a cigarette 100 in the bottom of the central management path 110 of the pythm 100 and constituting a door 11 with a size that can be passed by the operator,

An air supply passage 20 connected to the positive pressure line 10 and formed below the plate material 131 of the money bag management path 130 to be clogged at the end of the last money bag 120,

An air inlet conduit 40 communicating with the positive pressure conduit 10 constitutes an air inlet conduit 30 for constructing a concrete bottom 121 of the donkey bank 120 and introducing outside air,

Wherein the air inlet conduit (30) is connected to an air supply conduit (40) formed as a retaining wall (41) from the front and rear side bases of the pythagoras (100) to supply fresh outside air to the outside. A channel ventilation system,

The air supply pipe path 40 constitutes a cooling pad 42 and an intake amount control curtain 43 for controlling the temperature of contaminants in the air to be air-conditioned by heat exchange,

The air supply path 20 is formed by connecting a floor material 122 of a porous sheet material to an air inlet path 30 forming a concrete floor 121 of a money bag 120, ), And

An opening / closing door selected from among a vertical opening / closing door 51 or a sliding door opening / closing door 55 for controlling the air supply amount is formed at the inlet side of the air supply passage 20 communicating with the positive pressure duct 10,

A rectangular or cylindrical duct 60 and a fan 61 for forcibly supplying a necessary amount of air are provided in the lower air supply passage 20 of the furnace plate 131 forming the money bag management furnace 130 And a discharge air guide plate (63) for guiding the air blown out from the money bag management path (130) into the money bag (120).

The present invention has the effect of enabling the ventilation according to the provision of the air suitable for each of the pockets when the puzzles are made up of various kinds of puzzles or a large number of puzzles,

It is possible to control the ventilation and the management of the pilgrimage by the heat exchange of the entrained air from the underground heat and the effect of saving the cooling and heating cost and the supplied air can be easily supplied by the positive pressure formed in the underground positive pressure pipe, So that the effect can be achieved.

BRIEF DESCRIPTION OF THE DRAWINGS Fig.
2 is a side view of the pig of the present invention.
3 is a plan sectional view showing the composition of the money inside the pig of the present invention.
4 is a cross-sectional view taken along line AA of FIG. 3 of the present invention.
Fig. 5 is a cross-sectional view taken along line BB of Fig. 4 of the present invention. Fig.
6 is a cross-sectional view taken along line CC of Fig. 5 of the present invention.
7 is a cross-sectional view taken along line DD of Fig. 5 of the present invention.
Fig. 8 is a sectional view taken along the line EE of Fig. 3, and Fig. 8 (a) is an explanatory view of the opening / closing door for controlling the amount of air supplied into the open / Fig. 8 (b) is an explanatory view of an enlarged operation of Fig. 8 (a). Fig.
9 is a view for explaining the control of the minimum air amount supplied into the money bag of the present invention and the embodiment for guiding the supply air to the money paddle,
(a) is an embodiment using a tubular duct, (b) is an embodiment using a duct of a rectangular tube, and (c) is an explanatory view showing an embodiment using the duct.
10 (a) and 10 (b) are cross-sectional views showing a slat window of another embodiment of opening and closing adjustment of the present invention.

The present invention takes into consideration the seasonal characteristics of Korea and the correlation with pigs, and recent high temperature and high humidity environment changes due to global warming,

When a large pension is composed of various types of money prizes such as pregnancy stall, postpartum, automatic warfare, military room (after hunger or pigs that are isolated from sows), or money piles constituting a large amount of money pockets, Providing a fresh, even air suitable for

It is able to control the optimum temperature by the sufficient temperature and the amount of ventilation in each season and sufficient ventilation in the high temperature in summer and it is possible to control the cold and cough It is easy to get caught in diarrheal respiratory illnesses, and it is possible to meet the conditions of ventilation and ventilation according to the size, position and material of the pig, Therefore, it is possible to maintain the appropriate temperature by the amount of heat generated from the minimum heating and the pig.

For example, in the case of non-fattening pigs, to keep the temperature at about 16 ~ 20 ℃, minimize the intake of cold outside air to prevent the loss of temperature by entering and exhausting only the minimum oxygen requirement needed for pigs.

In the spring and autumn season, pigs are the best season to grow, not cold or hot. However, if the excess intake is over 0.15 ~ 0.3 m / sec, it may cause some respiration. Therefore, it is desirable to give proper intake and exhaust, Should prevent the pigs from losing their appetite and preventing the growth of their feed due to the decrease in feed intake by keeping the inside of the pigs' pens and the money box warm.

In order to satisfy the above conditions, the inventor of the present invention has provided the ventilation amount calculation and the ventilation performance and system thereof in the prior invention, and further improved the present invention to create the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

1 to 4, the present invention can be applied to both sides of the central management path 110 along which a manager moves in a central portion of a python 100. The present invention can be applied to a stomach, stomach, intestine, And is connected to the central management path 110 and connected to the money bank 120 and the money bank 120. The money bank 120 is connected to the central management path 110, (130), a money-line management server

The cashboxes 120 formed on both sides of the money bag management path 130 are composed of a concrete bottom 121 forming a bottom portion and a plate-like bottom material 122 having a perforated perforation, A swirl pool 140 for collecting manure where the swine 200 and the like fall down,

A plurality of exhaust fan ducts 152 passing through the roof 150 and the ceiling 151 of the piggy 100 and not shown in the pig 100 and having different lengths, The accessories of which are designed.

The money bag management furnace 130 of the python 100 having the above-described structure is constituted by a furnace plate material 131 made of a porous plate material and the fresh outside air supplied to the air supply path 120, respectively,

As shown in FIGS. 4 and 5, the air inlet passage 30 for constructing the concrete floor 121 of the pig money box 120 on both sides of the air supply passage 20 and for receiving outside air is formed.

The floor 120 of the perforated plate is connected to the concrete floor 121 so that the pig is allowed to stand on the floor 120. The pig 200 can store excrements such as pigs, A money collection chamber 140 is formed by dropping down through the pores of the bottom material 122. The money deposit 120 is formed of a conventional partition plate or a stall 123.

As shown in FIG. 5, the air supply path 20 and the air inlet path 30 are formed in the entire length of the python 100 in the bottom of the floor of the central management path 110 of the python 100, And communicates with the positive pressure pipe 10 constituting the door 11,

The air supply passage 20 is clogged at the lower end of the end pot 120 of the pig 100 and the air inlet passage 30 is connected to the air supply passage 40, 5 and 6 and 7 so as to be communicated with each other.

6, a plurality of air supply passages 40 communicating with the positive pressure conduit 10 are formed in the length of the poultry 100 from outside the pig 100, and are connected to the retaining wall 41 protruding to the ground A cooling pad 42 for controlling the temperature of contaminants in the air entering the outside air inlet of the retaining wall 41 by the heat exchange,

An intake amount control curtain 43 interlocked with the upper and lower cooperating winches for the purpose of controlling the air introduced into the cooling pad 42 in a large amount and protecting the cooling pad 42 from wind and wind, To be controlled.

In the present invention configured as described above, fresh air outside under the control of the curtain 43 passes through the cooling pad 42 to remove foreign substances and heat the entrained air to cool or warm the entrained air to a predetermined temperature And supplies the air to the air supply pipe 40 formed in front of and behind the pig 100,

The air supplied to the air supply pipe 40 is introduced along a plurality of air inlet ducts 30 formed in the longitudinal direction of the pythm 100 and then interlocked with the air inlet ducts 30, A large amount of fresh air is supplied to the positive pressure pipeline 10 to form a positive pressure.

This positive pressure air flows into the pythagorecee 100 through the openings of the plate material 131 from the air supply passage 20 composed of the lower part of the money bag management path 130 through the air amount supply control opening and closing control door 50 to be described later do.

The air supplied into the python 100 through the plate member 131 is supplied to the surrounding pond 120 while being sprayed between the ponds 120. The air is supplied to the python 100 at a constant temperature Exchanged fresh air is uniformly supplied to supply fresh air at a proper temperature to the pig placed in the bowl 120.

The supply of fresh air and the temperature of the fresh air are set so as to optimally provide the living environment of the pigs raised in the pork 100 in such a supply, so that the seasonal characteristics and the tropical night phenomenon due to the recent frequent abnormal temperature And an air supply path (20) connected to a positive pressure duct (10) which can minimize the damage due to low temperature in winter and the temperature difference of pig due to high temperature or low temperature due to sudden temperature change, The opening / closing control door 50 for controlling the air supply is configured as shown in Fig.

8, in the case of a pregnancy stall yarn or the like having a large air supply amount, the opening / closing control door 50 is constituted of one or two at the entrance side of the air supply passage 20 which constitutes the supply of air from the positive pressure duct 10, As shown in Fig.

The upper and lower opening and closing door 51 controls the opening degree of the upper and lower opening and closing door 51 by vertically moving and fixing the wire 53 interlocked with the operating part 52 to the upper and lower opening and closing door 51 via the plurality of guide rolls 54 The operating portion 52 is composed of one or two connecting wires 53. Each interlocking wire 53 vertically moves one or both of the upper and lower opening and closing doors 51 to open and close the inlet of the air supply passage 20, Thereby controlling the supply amount of the fuel.

8, a plurality of the sliding door open / close doors 55 may be arranged in a plurality of two or more to adjust the air supply amount according to the degree of opening of the sliding door open / close door 55, ) Has a plurality of opening / closing doors for a more detailed control of the amount of air, so that detailed control can be achieved during summer and winter.

In addition, the present invention is disadvantageous in that when only a very small amount of air is supplied in the winter season, the supply of air can not be limited by the air supply path 20 alone, and the size of the air supply path 20 is too large, There is a problem in that a uniform pressure can not be generated in the air inlet 20 and a uniform air supply is difficult due to a deviation between the inlet side and the end portion.

9, a rectangular or cylindrical duct 60 is formed in the lower side air supply passage 20 of the furnace plate 131 forming the money bag management path 130, A fan 61 is provided for forcibly supplying a fresh air to the syringe 120 only by a necessary amount.

The duct 61 can be controlled by the air inlet side to be controlled by the open / close control door 50. The air inlet side of the duct 61 is controlled by the open / close control door 50, The air duct 61 may be formed with a plurality of air discharging holes 62 to control the jetting speed and the amount of the air to be discharged. Do.

Also, the air supplied in the above-described manner is configured in the money bag management path 130, and a guide plate 63 for guiding the discharged air to the left and right money pockets 120 is formed.

In addition, the opening / closing control door 50 of the present invention can be constituted by a normal slat window 70 together with the upper and lower opening / closing door 51 and the sliding door opening / closing door 55.

A plurality of slats 71 are hinged to the window frame 72 so that the opening and closing of the slats 71 are controlled according to the flow of the air so that the open air can be supplied do.

Reference numeral 210 denotes a drainage pipe, and 220 denotes a separation wall separating the money money and the money money.

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

The present invention is the season which is the best season for growing pigs in spring and autumn in Korea due to the characteristics of the climate, and it is a cold and hot season. However, in the summer, when the temperature is high, a large amount of intake to control the temperature exceeds the appropriate wind speed of 0.15 ~ 0.3 m / sec passing to pigs, which can cause stress and respiratory diseases, In the present ventilation system, there is a disadvantage in that it does not provide the optimal conditions for living conditions of pigs, which are not hot or cold inside the pig house and the money room due to the disadvantage of suppressing the growth.

In order to solve the above-mentioned problems, the present invention has been advanced to improve ventilation amount and ventilation performance by improving the prior art of the present invention in order to solve the above-mentioned disadvantages and meet growth conditions. Thereby creating the present invention.

When fresh air from the outside is supplied to the python 100 of the present invention and ventilation for discharging the polluted air in the python 100 is performed, The exhaust fan not shown receives a necessary operation signal among a plurality of exhaust fan ducts 152 passing through the roof 150 of the roof 100 and the ceiling 151 and having different lengths in the pilger's 100.

With this operation, contaminated air in the python 100 is sucked by the suction force of the exhaust fan duct 152, exhausted to the outside, and discharged to the outside of the python 100.

The negative pressure is formed in the pythagorecee 100 by the discharge of the polluted air and the air in the pneumatic feed path 20 to be described later is sucked into the pythagorecee 100 and supplied to the pythagorecee 100 having the negative pressure, The supply path 20 receives the air from the positive pressure pipeline 10 and the air supply path 40, and supplies the air as shown in FIG.

The ducts, which are basically constructed from the movement of air, supply air heated by heat exchange in the winter according to a predetermined temperature of the underground, and cool down to cool temperatures by heat exchange in the summer. Therefore, A positive pressure is formed in the positive pressure pipeline 10 due to a difference in that a large amount of air is supplied to the air passage 40 and a large amount of air is not discharged in the pig 100, To be supplied in proportion to the natural supply and the pressure in the pig 100, thereby minimizing the damage to the pig.

The fresh outside air supplied into the pythagorecee 100 by the negative pressure in the pythagorecee 100 is supplied to the upper and lower retractable curtains 43 ) To adjust the opening amount.

The fresh air from outside is supplied to the air supply pipe 40 through the opening and closing part of the curtain 43. The fresh air passes through the cooling pad 42 formed on the inlet side of the air supply pipe 40, So that the foreign substances in the air and the hot air are heated or cooled to supply air into the air supply line 40.

The air supplied to the dressing is connected to the air supply pipe 40 and is supplied to the positive pressure pipe 10 formed at the central portion of the pig 100 through a plurality of air inlet pipes 30 having a lower portion 120.

The positive pressure duct 10 is supplied with a large amount of air from a plurality of air inlet ducts 30 to form a positive pressure, and at the same time, the hot air is cooled or cooled by heat exchange according to a constant temperature of the underground .

The positive pressure air enters the plurality of air supply passages 20 connected to the positive pressure conduit 10 and flows through the openable and closable door 50 or the sliding door opening / The air is supplied to the air supply path 20 formed at the lower side of the money money management path 130 between the money piles 120 and the money piles 120, Fresh outside air is supplied at the appropriate temperature and wind speed.

6, the heat exchanged air from the cooling pad 42 of FIG. 6 flows through the positive pressure pipeline 10 through the air inlet passage 30 to the positive pressure generated in the positive pressure pipeline 10, The air supply passage 20 is opened and the air supply passage 20 is closed and the air supply passage 20 is closed and the air supply passage 20 is opened. And supplies them to the python 100 and the money bank 120. [

The opening / closing control door 50 and the sliding door opening / closing door 55 are provided to adjust the supply air amount in a configuration selected according to the condition of the pig money box 120 and the breeding pig.

As described above, according to the present invention, it is possible to control the temperature by heat exchange while adjusting the amount of air admission to the curtain 43, pass through the cooling pad 42, and control the temperature of the air introduced through the air supply pipe 40 to a plurality of air inlet / Pressure pipe 10 to the positive pressure pipe 10 through the air supply passage 30, and the positive pressure air generated by the air cooled and warmed by the heat exchange is supplied to the plurality of air supply passages 20 again, The opening and closing door 50 and the sliding door 55 are used to supply the air to the inside of the pig man by a necessary amount to improve the conventional problem and to adjust the temperature of the incoming air with the cooling pads 42, And the air supplied to the python 100 is heat exchanged from the air supply pipe 40 and the positive pressure duct 10 and the air inlet pipe 30 so that the proper temperature is maintained for each season, To save A.

In the present invention, the outside air of the pig 100 is introduced into the python 100 through the roof 150 of the pig 100 and the ceiling 151, The exhaust fan of the duct 152 is operated to discharge the polluted air in the python 100, thereby applying external air to the negative pressure generated in the python 100.

The present invention is configured to be divided into a large-sized pension fund 100 constituting the central management path 110 and the money bank management path 130, such as pregnancy stall, childbirth, automatic warfare, military battle (quarantine after sowing or isolation from sows) Closing control door 50 and the sliding door opening / closing door 55, each of which is made up of one or more bank notes 120, or one of the bank notes 120.

Also, the opening / closing control door 50 and the sliding door opening / closing door 55 can control the opening and closing of the opening / closing operation part 52,

In addition, when only a very small amount of air is to be supplied during a winter season, it is also preferable to apply the embodiment as shown in FIG. 9 in order to solve the disadvantage that supply of a very small amount can not be limited only by the air supply path 20 described above.

That is, in spring, autumn, and summer, a proper amount of oxygen can be supplied to the air supply path 20 that supplies air by the money bag 120. However, when a small amount of winter air is supplied, It is difficult to uniformly supply oxygen due to the occurrence of a deviation phenomenon in which a large amount of air rises from the inlet side without causing a large pressure difference.

Therefore, in the case where it is difficult to supply the best air to the piggy bank 120 by ventilating only the negative pressure within the python 100 without operating the exhaust fan duct 152 installed in the roof 150 for maintaining the temperature during the winter, So that only air corresponding to a very small amount can be forcibly supplied.

At this time, a rectangular or cylindrical duct 60 is formed in the air supply passage 20 at the lower side of the furnace plate 131 forming the money bag management path 130, and fresh air drawn into the duct 60 is introduced into the furnace The fan 61 forcibly supplies a necessary amount of the air to the outside of the guide plate 63 of the guide plate 63. In addition, So that a proper amount of air can be supplied to a position where a small amount of air is required even in winter.

Since the minimum air is supplied to the duct 60 in the air supply passage 20 and the air is supplied through the space opened to the opening degree of the opening / closing door 50 outside the duct 60, .

The guide plate 63 has a size larger than that of the separating wall 220 separating the left and right sidewalls 120, and is preferably about 400 to 900 cm.

The opening and closing door 50 according to the present invention can be configured as a normal slat window 70 as shown in FIG. 10 together with the upper and lower opening and closing door 51 and the sliding door opening and closing door 55, A plurality of slats 71 are hinged to the window frame 72 so that the opening and closing of the slats 71 are controlled according to the flow of air as shown in FIG. 10 (b) The weight of the slat 71 can be adjusted by adjusting the opening and closing amount of the air flow without adjusting the worker.

As described above, the present invention can provide an optimal living environment of a pig raised in a pig house, and also provides a high temperature or a high temperature due to a sudden temperature change even in a tropical night phenomenon due to seasonal characteristics, By minimizing the damage of the respiratory disease of the pig by the low temperature and by supplying the air of the proper temperature that has been heat exchanged by the recirculating flow of the intake air to the pig, the pig does not receive stable life and stress, And it is possible to manage the pension company with low cost and low cost.

In addition, when the pizzerias that have recently become large-sized are composed of various kinds of pizzas or a large amount of pizzas, ventilation can be achieved by providing suitable air for each pizzai. It is known that the pellet is 27 ° C, the military room is 25 ° C, and the stall is 20 to 25 ° C. However, the present invention is not limited thereto and can be changed according to need.

The embodiment described in the present invention is a preferred embodiment of the present invention. It is to be understood that the present invention may be practiced otherwise than as specifically described herein. I will.

10: positive pressure line 11: door 20: air supply path
30: air intake pipe 40: air supply pipe 41: retaining wall
42: cooling pad 43: curtain 50: opening / closing control door
51: upper and lower opening / closing door 52: operating part 53: wire
54: guide roll 55: sliding door opening / closing door 60: duct
61: fan 62: air discharge hole 63: Signboard
70: Slat Window 71: Slat 72: Window Frame
100: Pig 110: Central administration 120: Piggy bank
121: Concrete floor 122: Flooring material 123: Stall
130: Money money management line 131: Row (road) plate material 140: Money collection room
150: Roof 151: Ceiling 152: Exhaust fan duct
153: light lamp 200:

Claims

The money bank 120 is constructed on both sides of the money bank management road 130 connected to the central management road 110 in which a manager moves within the pension company 100. The bottom of the money bank 120 is divided into a concrete floor 121 and a perforated plate A swirl pool 140 for collecting manure is disposed below the bottom material 122 of the swirl pool 120,
An exhaust fan duct 152 having an exhaust fan inside the pilger's 100 through the roof 150 and the ceiling 151 of the pythagorecee 100 and a python 100 constituting the illumination lamp 153 ,

A positive pressure line 10 constituted by a length of a cigarette 100 in the bottom of the central management path 110 of the pythm 100 and constituting a door 11 with a size that can be passed by the operator,

An air supply passage 20 connected to the positive pressure line 10 and formed below the plate material 131 of the money bag management path 130 to be clogged at the end of the last money bag 120,
An air inlet conduit 40 communicating with the positive pressure conduit 10 constitutes an air inlet conduit 30 for constructing a concrete bottom 121 of the donkey bank 120 and introducing outside air,

Wherein the air inlet conduit (30) is connected to an air supply conduit (40) formed as a retaining wall (41) from the front and rear side bases of the pythagoras (100) to supply fresh outside air to the outside. Channel ventilation system.

The method according to claim 1,
The air supply pipe path 40 is connected to the positive pressure pipe 10 and is formed as a retaining wall 41 on both sides of the pig 100 to receive external air and the temperature of the contaminant and entrained air in the air A cooling pad 42 for controlling the cooling pad 42,

Wherein an inlet amount control curtain (43) for interlocking with a winch fixed to the outer wall of the pythagoras (100) is formed above the cooling pad (42).

The method according to claim 1,
The air supply path 20 is constituted by an air intake path 30 constituting a concrete floor 121 of a money bag 120 and wearing outside air and a floor material 122 of a porous plate is connected And a pound (120) for allowing the pig to survive.

The method according to claim 1,
The pavilion has a length of a python 100 in the bottom of the central management path 110 of the python 100 and is connected to the air supply path 20 through a positive pressure line 10 constituting a door 11, And the air inlet passage (30) are communicated with each other.

The method according to claim 1,
Wherein the opening and closing door (55) for selecting the upper and lower door openings (51) or the sliding door openings (55) for adjusting the air supply amount is formed at the inlet side of the air supply passage (20) communicating with the positive pressure duct (10) system.

The method according to claim 1,
A rectangular or cylindrical duct 60 and a fan 61 for forcibly supplying a required amount of air are formed in the lower side air supply passage 20 of the furnace plate 131 forming the money bag management path 130 Underground channel ventilation system featured by a python.

The method according to claim 1,
And a discharge air guide plate (63) for guiding the air ejected from the money bag management path (130) into the donkey bank (120).

The method according to claim 1,
And is connected to the positive pressure line 10 and is disposed under the plate material 131 of the money bag management path 130 to be opened and closed to control the supply air to the air supply path 20 blocked at the end of the last money bag 120. [ Wherein the opening and closing control door comprises at least one of a vertical opening and closing door, a sliding door opening and closing door and a slat opening.