KR101137965B1 - A ventilative system of a pigpen - Google Patents

Abstract

The present invention equally and stably supply external fresh air to pigs, pigs and piglets and pigs (hereinafter referred to as pigs) to prevent breeding pigs from damage caused by temperature differences and harmful gases and dust generated in pigs. The present invention relates to a ventilation system of pigs, which enables rapid discharge of back to provide an optimal growth environment.

The present invention also further improves the growth conditions by providing an optimal environment for the pig house where pigs live by making the construction simpler and more stable and preventing the temperature change in piglets and exhausting the odor generated. The purpose is to.

As a solution to the problem of the present invention comprises a pig room (111) constituting the flooring 111, the pigs dwelling, and the money distribution chamber 120, where the money is collected under the flooring (110). , Divided into an inner wall 112 on both sides of the stair 130 for entering and exiting the pig house 100 and the secondary preheating room 132 and the management corridor 133 connected to the door 131 and the door 131. The first exhaust fan 200, the second exhaust fan 201, and the third exhaust fan 202 for exhausting the contaminated air in the conventional pig house 100 constituting the lost loin 111 are provided on the outer wall 113. In the winter, the minimum exhaust air is discharged through the air intake hole 211 by the negative pressure formed by exhausting air in the exhaust duct 210 configured to be connected to the first exhaust fan 200 by operating the first exhaust fan 200. Exhaust air into the odor collection chamber (300),

The second exhaust fan 201 is operated during the spring and autumn seasons, and the third exhaust fan 202 is operated during the summer to discharge the polluted air of the piglet 111 to the odor collecting chamber 300;

The air is raised to the bottom of the flooring material 110 by the negative pressure formed by exhausting the contaminated air in the piglet 111, the air is raised into the piglet 111, and the piglet collecting chamber 120 is an underslot fit exhaust 121. A mouth for sucking and supplying fresh air from the tertiary preheating chamber 142 above the ceiling 140 connected to the vertical feet 123 through the air passage 122 penetrated thereto;

The third preheating chamber 142 heat-exchanges the fresh air from outside through the mouth window 134 under the stairs 130 formed outside the pig house 100 in the first preheating chamber 135 to heat the second preheating chamber. 132 and the third preheating chamber composed of a secondary preheating chamber 132 and a through ceiling 140 and the roof 141 through the air flow hole 136 and the upper secondary preheating chamber 132 It is to provide a ventilation system of pig house made of fresh air supplied to (142).

Pigs: homes to raise pigs in bulk and mass, under slot feet, cooling doors and piglets

Description

A ventilative system of a pigpen

The present invention equally and stably supply external fresh air to pig breeders, changchang pigs and piglets and delivery companies (hereinafter referred to as pigs) to prevent breeding pigs from damage caused by temperature differences and harmful gases, dust, etc. generated in pigs. It is related to the ventilation system of pig company that can achieve a rapid discharge to provide the optimum growth environment.

As the standard of living in line with economic development continues to increase in meat consumption, along with the increase in productivity resulting from livestock development, the price and quality of competition are increasing in the livestock sector.

In livestock farming, the mass farming and breeder's automation facility will be established to improve productivity and quality. However, the automated farming house will be equipped with cooling, heating and heating based on more systematic studies on money, temperature, ventilation and heat loss. It is managed by ventilation and feed.

However, the data of the cooling, heating and ventilation system in the pig house is designed based on the approximate data without satisfying the conditions of the livestock farmers' conditions, the size of the pig house, the number of pigs and the temperature change according to the season, region, etc. There is a problem that is difficult to apply to livestock farmers.

Therefore, in each livestock farm, it is cumbersome for the manager to manually manage the pig's system. Especially in the ventilation system, it is more difficult to manage when the difference is large due to the four seasons with severe temperature difference, day and night temperature difference and recent abnormal temperature as in Korea. It is happening.

For example, heating and ventilation are achieved at the minimum cost with minimal wear and exhaust during winter in winter, and cooling and ventilation is required with maximum wear and exhaust during the hot summer during summer.

However, ventilation can not be achieved by simply opening and closing the pig's open door.In the closed pig house, the turbidity is increased due to the increase of carbon dioxide and odor caused by the breeding of pigs and the odor of the pigs. Problems that interfere with the environment are generated, such as carbon dioxide and odors and dust is a very fatal damage to pigs, with the lungs difficult to manage pigs and infectious diseases.

In order to improve the above problems, the applicant's prior registration No. 20-0352121 of "Applicant's ventilation window automatic opening and closing device of Muchang pigs", No. 20-0333829 "Don's ventilation system", No. 10- No. 0388265, "Swine's Ventilation System", No. 20-0351889, "Swine's Ventilation System", No. 10-0790345, "Wuchang's Ventilation System", No. 10-0693071 "Valentine's Ventilation System," You can see many.

In the preceding invention, a preheating chamber in which air from the outside is temporarily formed is formed on one side of the pig house, which is composed of a pig room, a pig flour collecting chamber, and a flooring material, and a vent is provided for discharging the indoor air to the outside. The flap keeps the temperature difference within the pig house to a minimum, thereby reducing the damage caused by the temperature difference, while reducing the cooling and heating costs, and controlling the air discharge amount and speed according to the pig's conditions, seasons, and temperatures to prevent conventional closure. I have.

However, there are many differences in temperature, wind speed, and season depending on the structure of the pigs, the mountains, fields, etc., which makes it impossible to achieve optimal temperature and oxygen supply, and when heat waves and tropical nights occur due to abnormal temperature in summer. If you do not achieve a large number of incubators, breeding pigs eat heat and slow down the listing due to increased stress or cold air directly, respiratory diseases and skin roughness, lack of gloss and gloss, there is also a disadvantage of poor commerciality.

By keeping the internal temperature of pig house at 18 ~ 20 ℃ in the cold winter season, the pigs only need the minimum oxygen demand and exhaust the minimum gas so that they can be adjusted to the proper temperature without additional heating. As it is the most suitable cold and not hot season, it controls excessive amount of inflow and outflow. In the hot summer, the inside of the room is heated with maximum ventilation, so make a lot of air and make the wind speed 0.5 ~ 1m / sec. The situation is required to achieve the flow of air to lower the body heat by passing through.

In order to satisfy the above conditions, the applicant has been developing a technology filed with the above-described pre-invented invention, but the prior art does not satisfy the optimal condition because it cannot be determined as the best configuration. .

Particularly, in the conventional dressing system, as cold air flows down rapidly as the blowing air is injected from the air, a falling flow rate is generated, and the sensation temperature is lowered as it rubs with the pig. It only affects the development, and respiratory diseases such as pleurisy and bronchitis rhinitis occur, causing the risk of death.

In addition, the applicant's pre-registration No. 10-0901756 has a method of removing malodor by spraying diluted sodium hypochlorite to the pig house to supply the air to one side of the pig house in the preheating chamber after preheating in the preheating chamber. A primary odor removal step of adsorbing and removing odors by spraying the generated malodorous gas into the collection chamber between the inner wall and the outer wall with an exhaust fan and spraying the diluted sodium hypochlorite supplied from the sodium hypochlorite generator;

The second odor removal step with dilute sodium hypochlorite sprayed by the spray nozzle of the pipeline connected from the sodium hypochlorite generator by exhausting the odor which has not been adsorbed in the first odor removal step to the odor removal chamber partitioned by a blocking film on the outer wall outside the collection chamber. And

The dilution sodium hypochlorite is dropped by a spray nozzle of a pipeline connected from the sodium hypochlorite generator to the filter between the cover device and the cover body of the filtering device formed in the barrier of the odor removal chamber to adsorb the odor of odor gas passing through the filter. As a third step of removing odors, the company also created odor removal methods that remove odors.

The present invention improves the problems as described above, and also provides an optimum environment for pigs dwelling pigs by making the configuration simpler and more stable and prevent temperature changes in piglets and exhausting the odor generated. The purpose is to improve the growth conditions.

As a solution to the problem of the present invention comprises a pig room (111) constituting the flooring material (110) constituting the pig dwelling, and the money distribution chamber (120) where the money is collected under the flooring material 110, , The inner wall 112 on both sides of the stair 130 for entering and exiting the pig 100, and the secondary preheating chamber 132 and the management corridor 133 connected to the door 131 and the door 131 are formed. The first exhaust fan 200, the second exhaust fan 201, and the third exhaust fan 202 for exhausting the contaminated air in the conventional pig house 100 constituting the lost loin 111 are provided on the outer wall 113. In the winter, the minimum exhaust air is discharged through the air intake hole 211 by the negative pressure formed by exhausting air in the exhaust duct 210 configured to be connected to the first exhaust fan 200 by operating the first exhaust fan 200. Exhaust air into the odor collection chamber (300),

The second exhaust fan 201 is operated during the spring and autumn seasons, and the third exhaust fan 202 is operated during the summer to discharge the polluted air of the piglet 111 to the odor collecting chamber 300;

With the negative pressure formed by exhausting the contaminated air in the piglet 111, the bottom of the bottom ash 110, the piglet collecting chamber 120, the air is raised and entered into the piglet 111, and the piglet collecting chamber 120 is an underslot fit exhaust 121. A mouth for sucking and supplying fresh air from the tertiary preheating chamber 142 above the ceiling 140 connected to the vertical feet 123 through the air passage 122 penetrated thereto;

The third preheating chamber 142 heat-exchanges the fresh air from the outside through the mouth window 134 under the stairs 130 formed outside the pig house 100 in the first preheating chamber 135 to heat the second preheating chamber. 132 and the third preheating chamber composed of a secondary preheating chamber 132 and a through ceiling 140 and the roof 141 through the air flow hole 136 and the upper secondary preheating chamber 132 A ventilation system of pig house made of fresh air supplied to (142),

Fresh and cold air blowing outside by the negative pressure caused by the exhaust of the first exhaust fan 200 or the second exhaust fan 201 flows into the entrance window 134, and the heat exchange by the geothermal heat of the primary preheating chamber 135 And heated by the heated heater 137 of the secondary preheating chamber 132 and the heat exchange due to the high temperature in the pig house 100 in the tertiary preheating chamber 142 and dressed as warmed air.

The primary preheating chamber 135 is configured as a lower ring primary preheating chamber 135 having a dressing window 134 under the stair 130 outside the pig yarn 100 to form an external cold or hot air. Heat exchange and supply to the secondary preheating chamber (132)

The pig room 111 is configured to penetrate the air flow path 122 by forming an underslot fit exhaust pipe 121 in the piglet collecting chamber 120 is composed of a bottom ash 110, the pig dwells under the under slot fit exhaust In addition to the vertical fitting 123 in the furnace 121 to communicate with the upper third preheating chamber 142 of the ceiling 140, the underslot fitting exhaust 121 is constructed by embedding a heating heater 137.

In addition, by forming a swing-type cooling door 150 on the left and right outer wall 113 of the pig sand 100 to supply a large amount of external air at a high temperature at an abnormal temperature, the cooling water minutes punctured the spray hole from the top of the cooling door 150 Cold water is sprayed into the tube 151 to supply the cooling air to the cups 152 for supplying the cooling water and the sprayed water to the bottom to circulate to the water tank 153 and to open and close the cooling door 150. Sliding door 160 opened and closed by a towing rope 163 which is moved on a pair of transfer rails 161 passing through the center of the ceiling 140 of the pig sand 100 and towed by the winch 164 configured on the inner wall 112. It is to provide a ventilation system of pig company characterized in that).

The present invention provides a ventilation system of pigs that can be made in step by step dressing and step-by-step exhaust and the maximum summer or maximum stage exhaust in the pig house as described above to provide an optimal environment according to the season, wearing in cold winter season In the hot summer months, the pigs are heated in the hottest season to lower the temperature in the pig house to keep the environment optimal for the pigs from being stressed, and the pigs in the pig house are balanced and evenly ventilated. By stably supplying fresh oxygen, the effect of promoting the growth and disease prevention of pigs is increased, and the effect can be conveniently used in livestock farms.

The present invention was created in consideration of the high temperature and humidity environment change of the abnormal temperature due to the recent global warming and the correlation between the seasonal characteristics of Korea and pigs, and in particular, satisfying the conditions by the temperature and ventilation required for pigs in each season. In addition, it is possible to control the optimum temperature with sufficient ventilation at a high temperature in the summer due to the abnormal temperature, and also to meet the ventilation amount and ventilation conditions according to the size, location and material of pigs.

Because of the cold weather in winter when wearing a lot of cold air outside the pig house, the pig room is cold, the cough, diarrhea and respiratory diseases easily catch a lot of death occurs.

And because pigs are economically expensive, they can maintain the proper temperature with minimal heating and heat generation from pigs.

In the case of hog pigs, in order to keep the temperature at about 18 ~ 20 ℃, minimization of cold outside air is prevented from losing temperature by injecting only the minimum oxygen required for pigs.

The best season for pigs to grow in spring and autumn is neither cold nor hot. However, the excessive amount of breathing may cause stress and a slight respiratory tract when the wind speed exceeds 0.15 ~ 0.3 m / sec.

In the hot summer months, the maximum ventilation should not allow the pigs and the inside of the pigs to heat up, preventing pigs from losing appetite and reducing feed intake, preventing them from growing.

In order to satisfy the above conditions, the present inventors have provided a ventilation amount calculation and a ventilation configuration and a system thereof of the prior invention, which have been further improved to create the present invention.

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

1 is a front view of the present invention pig yarn, Figure 2 is a side view of the piglet of the present invention, Figure 3 is a front cross-sectional view of the present invention pig yarn and Figure 4 is a flat cross-sectional view of the present invention pig yarn.

5 is an enlarged view of a portion “A” of FIG. 4 of the present invention, FIG. 6 is an enlarged view of a portion “B” of FIG. 4 of the present invention, and FIG. 7 is a sectional view of a portion “A” of FIG. 4 of the present invention, and FIG. Fig. 9 is a partial cross-sectional view of Figure 9, Figure 9 (a), (b) is a diagram illustrating the operation of the slide-in window of the present invention.

The present invention, as shown in Figures 1 to 4 above, a plurality of pig rooms 111 divided into a reticulated flooring material 110 in which pigs dwell in pigs 100, and a room in which access money doors are configured; Money collection room 120 is configured to collect the money under the flooring 110, the money room 111 is a plurality of money rooms separated by two rows by the inner wall 112 limiting the space in the pig company 100 to a certain number Piglet (111) is composed of (111) piglet (100) is composed of one or two of piglets (A) for raising pups or delivery threads (B) for delivering pups are each revolved into the inner wall (112) It consists of.

And as shown in Figure 4, the stench collecting chamber 300 is configured in a predetermined size on the outside front and rear side of the pig yarn 100, the stench collecting chamber 300 is the first, second of the pig yarn 100 to be described later In addition to the primary odor removal to adsorb and remove odors in the odor collection chamber 300 by spraying sodium hypochlorite diluted with polluted air such as gas and odor exhausted into the three exhaust fans (200, 201, 202) to the injection tube (310). Adsorbed malodor is discharged to the outside from the malodor collection chamber 300 to the malodor exhaust fan 320 is configured to remove the secondary malodor filtered in the exhaust through the filtering device 330.

This odor elimination structure is the invention preceded by the applicant No. 10-0901756, so detailed configuration and effect thereof will be omitted.

In addition, as shown in Figures 3, 7, 8 and 8 is provided with a stair 130 for entering and exiting the pig 100, a secondary preheating room 132 connected to the door 131 and the door 131, Through the secondary preheating chamber 132 and the inner door can be entered into the pig house 100 and inside the pig house 100 as the inner wall 112 on both sides to form a management corridor 133 as described above. The divided piglet (A) and the delivery company (B) will be composed.

The first exhaust fan 200 and the second exhaust fan 201 are stepwise exhaust fans for inhaling and exhausting contaminated air such as odors and gases generated from breathing and manure of pigs in the pig house 100 configured as described above. And the third exhaust fan 202 is configured on the outer wall 113, the exhaust fan is selected and operated under the conditions described below to suck and exhaust the odor and contaminated air, such as gas in the pig sand 100, such a pig sand ( Sound pressure is formed in 100).

That is, the first exhaust fan 200, when the ventilation in order to remove the odor, supply fresh air to the outside with maintaining the proper temperature in the pig 100 as a minimum inlet during winter, the first exhaust fan 200 It will run.

This operation is performed by exhausting the air in the exhaust duct 210 connected to the first exhaust fan 200 configured on the outer wall 113 of the pig sand 100, as shown in FIG. 5, so that a negative pressure is formed in the exhaust duct 210. As shown in FIG. 7 through the plurality of intake holes 211 drilled through the exhaust duct 210, the odor and polluted air are sucked in through the first exhaust fan 200 through the first exhaust fan 200. Will be discharged.

As the odor and polluted air are exhausted, the pneumonia 111 is formed with a negative pressure, and the air in the lower plow distribution chamber 120 is raised between the reticulated flooring material 110 configured by the pneumma 111 by such a negative pressure. It is dressed as.

In addition, as the air in the money distribution chamber 120 is raised, the money distribution chamber 120 wears external air while the negative pressure is formed again.

Accordingly, the air of the under slot feet exhaust passage 121 penetrated through the under slot feet exhaust passage 121 provided in the pig collecting chamber 120 receives air from the under slot fitting exhaust passage 121 and The pit exhaust passage 121 is supplied to the tertiary preheating chamber 142 on the ceiling 140 in a state of being connected to the vertical pit 123 formed through the ceiling 140 at a position close to the outer wall 113. The fresh and preheated air is sucked into the underslot feet exhaust 121.

Cold air is introduced into the tertiary preheating chamber 142 on the ceiling 140 through the entrance window 134 formed under the stairs 130 configured outside the pig house 100 and the fresh and cold air is introduced therethrough. The second preheating chamber 132 through the air passage hole 136 through the preheated in the secondary preheating chamber 132 after being preheated in the lower ring-shaped primary preheating chamber 135 under the stairs (130) And supplied to the secondary preheating chamber 132 and the heated air 137 buried in the bottom of the secondary preheating chamber 132 is heated to a predetermined temperature, so that the heated air forms an upward airflow to the upper portion of the secondary preheating chamber 132. The preheated air is supplied to the tertiary preheating chamber 142 formed between the elevated preheating chamber 132 and the ceiling 140 and the roof 141. The heated air is supplied to the vertical feet 123. It is dressed as the underslot feet exhaust 121 and the money room 111 is to be dressed.

Therefore, when the first exhaust fan 200 is operated, the fresh air is heated at a predetermined temperature as a negative pressure as described above, and the exhaust air is exhausted by polluting air such as odor and gas generated in the piglet 111. By supplying high quality air to the pig room 111 to meet the growth requirements of pigs, and also to remove the odor, such as odor exhausted by the exhaust odor collecting chamber 300 is configured outside the pig company 100 to remove the odor ) It is to help improve the surrounding environment.

The upper plate portion of the underslot fit exhaust 121 is composed of the flooring 110 of the present invention is preferably provided with a heating heater 137 is buried for improving welfare or to prevent cold according to the animal welfare method.

This embodiment has been described for the embodiment of one mortise 111 and one mortise 111 is configured with two first exhaust fan 200 of the same structure as shown in FIG. The pig company 100 is divided into a plurality,

Ventilation in the spring and autumn is to supply more cold air at room temperature than in the winter, the ventilation of warmed air and polluted air in the pig room 111 is required.

In addition, the second exhaust fan 201 or the second exhaust fan 201 is operated together with the first exhaust fan 200 in order to increase the air circulation in the pig house 100 in order to increase the activity of the pig and provide the optimum temperature according to the temperature rise. Only the fan 201 ventilates the air.

Owing to the operation of the second exhaust fan 201, a plurality of second exhaust fans 201 formed on the outer wall 113 side of the pig house 100 are operated to generate odors and gases generated in the pig house 100 in the pig house 100, and The heated polluted air is exhausted to the odor collecting chamber 300 configured outside the pig yarn 100.

The odorous air exhausted is not adsorbed together with the primary odor removal to spray and remove the odor in the odor collection chamber 300 by spraying the sodium hypochlorite diluted in the odor collection chamber 300 to the injection tube 310 as described above. The odor is discharged to the odor exhaust fan 320 to the outside of the odor collecting chamber 300 to remove the secondary odor by the filtering device 330.

Then, as the negative pressure is formed in the piglet 111 by the exhaust of the polluted air, the air in the piglet collecting chamber 120 under the piglet 111 is raised, and the piglet collecting chamber 120 is again formed with a negative pressure, so that the piglet collecting chamber 120 3) the upper preheating chamber 142 of the ceiling 140 by the vertical pit 123 formed in the underslot fit exhaust 121 through the air flow passage 122 penetrated through the underslot fit exhaust 121 provided in the Inhaling fresh air of the) will be put into the room 111 through the underslot feet exhaust 121.

As described above, fresh and cold air is introduced into the tertiary preheating chamber 142 at the upper part of the ceiling 140 through the entrance window 134 configured as the lower part of the stairs 130. After being preheated, the second preheating chamber 132 is supplied to the upper secondary preheating chamber 132 through the air flow path 136 which is penetrated to both sides, and the secondary preheating chamber 132 and the ceiling having a penetrating shape ( The fresh and heated air supplied to the tertiary preheating chamber 142 constituted between the 140 and the roof 141 is sucked into the vertical feet 123 to pass through the under-seat exhaust path 121 to the pig compartment 111. Will be supplied.

At this time, the heating heater 137 configured in the secondary heating chamber 132 is adjusted to a state in which the heating is turned on or stopped.

In other words, it is more difficult to limit the temperature of the warming phenomenon and the temperature difference according to the region and the temperature difference according to the region.

In addition, in the summertime, the first exhaust fan 200 and the second exhaust fan 201 and the third exhaust fan 202 formed on the outer wall 113 of the pig house 100 or all selected fans and the third exhaust fan 202 In this case, the summer pigs 100 in order to lower the high temperature in the large amount of cold air and exhaust to reduce the temperature in the pigs 100 as a large amount of cold air to prevent the pigs from stress due to the heat It requires a large amount of exhaust and dressing.

Accordingly, by operating the third exhaust fan 202, a large amount of contaminated air in the pig room 111 is exhausted to the odor collecting chamber 300 as described above, and the odor collecting chamber 300 is adsorbed and removed from the odor collecting chamber 300. Done.

The third exhaust fan 202 has a large exhaust capacity and uses a large fan capable of achieving a large amount of exhaust.

The fan is preferably 250 for the first exhaust fan 200, 350 for the second exhaust fan 201, and 500 for the third exhaust fan 202.

And the negative pressure is formed by exhausting the contaminated air in the pig room 111 and the ceiling 140 to the money distribution chamber 120 and the under-slot pits exhaust 121 and vertical feet 123 at the bottom of the flooring material 110 with such negative pressure. The cold fresh air in the tertiary preheating chamber 142 of the first and second exhaust fans 200 and 201 are sequentially dressed as in the above-described driving.

The tertiary yale room 142 is supplied with fresh air from the outside while passing through the secondary preheating room 132 and the primary preheating room 135, but the air is the hot air outside the pig house 100 The primary preheating chamber 135 is put into the primary preheating chamber 135 through the fitting window 134, and the primary preheating chamber 135 is formed at a lower side of the entry stairs 130 of the pig house 100 in a ring-like fashion, thereby significantly lowering external temperature. To maintain the temperature.

Therefore, the hot air is kept at a low temperature of the primary preheating chamber 135, that is, about 6 to 7 degrees lower than the atmospheric temperature in the case of 2 to 3 m underground, so that it is fresh and cold after being exchanged with the cold air. Supplied by air.

By using such an inflator, the incubator in a large amount of high temperature, high humidity and contaminated air in the pig house 100 in summer will prevent the stress caused by the pig heat.

On the other hand, when the temperature is approximately 30 degrees due to the abnormal high temperature and tropical night phenomenon due to the abnormal temperature caused by the recent global warming, the first, second, and third exhaust fan (200, 201, 202) together with the selected exhaust fan As shown in FIG. 2, a plurality of cooling doors 150 formed on the left and right outer walls 113 of the pig sand 100 are opened.

The cooling door 150 is composed of a swing-type door to be able to wear a large amount of external air and also to cool the supply air to the cooling water spray pipe 151 through the spray hole passing through the top of the cooling door 150 Cooling water is sprayed to cool the air supplied through the cooling door 150 and the cooling door 150 to be supplied.

And the lower portion of the cooling door 150 is recruited to the recruitment cup 152 of the "Ｕ" type to recruit the sprayed water to circulate to the water tank 153, the water tank 153 to the water pipe 151 Connected to the pressurized pump for pumping the coolant is configured to supply the coolant to the spray pipe 151.

In addition, at such a high temperature, in order to supply and exhaust more air to the pig compartment 111 in the pig house 100, as shown in (a) (b) of FIG. 9, the center of the ceiling 140 of the pig house 100 passes. A plurality of sliding doors 160 moving on a pair of transfer rails 161 are provided at regular intervals and are supplied to the tertiary preheating chamber 142 of the ceiling 140 by opening the sliding doors 160. The fresh and cold air was supplied to the large room 111 through the opening 162 opened by the opening of the sliding door 160.

The sliding door 160 is mounted on a pair of conveying rails 161, and the sliding door 160 is connected to a plurality of sliding doors 160 by a towing rope 163, while the towing ropes 163 on both sides. ) Is to be moved to the winch (164) configured in the inner wall 112 to allow the sliding door 160 to move left and right to open and close the opening 162 to control the opening and closing.

In the drawings of the present invention, piglets (A) and delivery company (B) are configured together in one pig company 100 in parallel, but the present invention does not distinguish between the piglets (A) and delivery company (B) Of course, any one or a parallel configuration can be achieved.

In addition, the delivery yarn (B) comprises a first exhaust fan 200, a second exhaust fan 201, and a third exhaust fan 202 on the outer wall 113 to exhaust the contaminated air to pass through the exhaust duct 210. Naturally, it is possible to discharge the polluted air directly into the odor collection chamber 300 without.

This embodiment is intended to be carried out in a high temperature state for a long time by the high temperature and humidity abnormal temperature in the summer, and in particular, the description of the present invention and the prior patent of the present invention can be divided into approximately four seasons to adjust the inlet Unlike the four seasons, which are well known in Korea, due to the recent global abnormalities, they cause abnormal high temperatures so that pigs in pigs 100 can be optimally supplied with optimal fresh and cold air at stable temperatures. In order to provide the best environment, it is intended to provide an appropriate environment as needed, not limited to seasonal or sequential operations.

In addition, by allowing stable freshness, circulation and preheating of external fresh air, it is possible to quickly maintain polluted air such as odors and gases within the pig house 100 by easily and effectively maintaining the optimum temperature according to the season and temperature. Therefore, pigs can meet the growing conditions.

As described above, the present invention provides the optimal living environment of the pigs raised in pigs, and the high temperature or low temperature due to the temperature change suddenly even in the tropical night phenomenon due to the seasonal characteristics and the recent abnormal temperature. It is possible to minimize the damage of pigs by the air, and the pigs are stabilized without stress because the pigs are supplied with the air of proper temperature heat exchanged through the circulation air of the air. You can manage money at low cost.

Embodiments described in the present invention have been described in the preferred embodiments of the present invention, which are different from the embodiment or the embodiment naturally generated by the present invention, and the case of increasing or decreasing the configurations according to the present invention. Will do.

1 is a front view of the present invention pig.

Figure 2 is a side view of the present invention.

Figure 3 is a cross-sectional view of the present invention pig company.

Figure 4 is a flat cross-sectional view of the present invention.

5 is an enlarged view of a portion “A” of FIG. 4 of the present invention;

Figure 6 is an enlarged view of the "Ｂ" of Figure 4 of the present invention.

7 is a partial cross-sectional view taken along line “A” of FIG. 4 of the present invention.

8 is a partial sectional view taken along the line "VIII" in FIG.

Figure 9 (a), (b) is an operation explanatory diagram of the slide-in window of the present invention.

Explanation of symbols on the main parts of the drawings

  100: pig company 110: flooring 111: money room

  112: inner wall 113: outer wall 120: money collection room

  121: underslot feet exhaust 122: air flow path 123: vertical feet

  130: stairs 131: door 132: secondary preheating room

  133: management corridor 134: dressing window 135: primary preheating room

  136: air flow path 137: heating heater 140: ceiling

  141: roof 142: tertiary preheating chamber 200: first exhaust fan

  201: second exhaust fan 202: third exhaust fan 210: exhaust duct

  211: intake air 300: odor collection chamber 310: injection pipe

  320: odor exhaust fan 330: filtering device 150: cooling door

  151: spray tube 152: recruitment cup 153: water tank

  160: sliding door 161: transfer rail 163: towing rope

  164: winch A: piglets Ｂ: delivery company

Claims (6)

delete delete delete Pig room 111, constituting the flooring material 110 is a pig dwelling, and the money collector 100 is composed of the money distribution room 120 where the money is collected under the flooring 110, but entering and exiting the money company 100 Comprising the stair 130 and the second pre-heating room 132 and the management corridor 133 connected to the door 131 and the door 131 to form a large room 111 divided into the inner wall 112 on both sides In the general pig company 100, The pig room 111 constitutes an underslot fit exhaust pipe 121 in the piglet collecting chamber 120 formed of the bottom ash 110 under which the pigs live, penetrates the air flow path 122, and the under slot fit exhaust pipe. And a heating heater 137 embedded in the underslot fitting exhaust 121 to communicate with the tertiary preheating chamber 142 on the ceiling 140 at a vertical pit 123 at 121. Don's ventilation system. Pig room 111, constituting the flooring material 110 is a pig dwelling, and the money collector 100 is composed of the money distribution room 120 where the money is collected under the flooring 110, but entering and exiting the money company 100 Comprising the stair 130 and the second pre-heating room 132 and the management corridor 133 connected to the door 131 and the door 131 to form a large room 111 divided into the inner wall 112 on both sides In the general pig company 100, A cooling-type spray pipe configured with a hinged cooling door 150 on the left and right outer walls 113 of the pig sand 100 to supply a large amount of external air at a high temperature with an abnormal temperature, and drilled a spray hole at the top of the cooling door 150. (151) by spraying the cold water in the ventilation system of the pig company so that the air supplied to the cooling cup and the recruitment cup 152 for recruiting the sprayed water to the bottom to circulate to the water tank (153). The method of claim 5, Towing rope 163 which is moved on a pair of transfer rails 161 passing through the center of the ceiling 140 of the pig sand 100 with the opening and closing of the cooling door 150 and towed by the winch 164 configured on the inner wall 112. Ventilation system of pig company, characterized in that the sliding door 160 is opened and closed by.

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