CN208783461U - Fresh air system for cultivation - Google Patents
Fresh air system for cultivation Download PDFInfo
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- CN208783461U CN208783461U CN201821465971.3U CN201821465971U CN208783461U CN 208783461 U CN208783461 U CN 208783461U CN 201821465971 U CN201821465971 U CN 201821465971U CN 208783461 U CN208783461 U CN 208783461U
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Abstract
The utility model discloses a kind of fresh air system for cultivation, it include: shell and poultry house ozone generating-device, shell is a closed cavity, 2 first partitions and 2 second partitions are fixed in the cavity of shell, for the intracorporal cavity of shell to be separated to form 4 closed vented cavities, first vented cavity is connected to third venting chamber, second vented cavity is connected to the 4th vented cavity, an air inlet is formed on the shell of the first vented cavity, an air outlet is formed on the shell of third venting chamber, poultry house is packed in outside the air outlet with ozone generating-device and is connected to the air outlet, a return air inlet is formed on the shell of the 4th vented cavity, an exhaust outlet is formed on the shell of the second vented cavity；The poultry house ozone generating-device of the utility model can directly be connect with ventilation shaft existing in poultry house, without separately setting blower, not will cause declining to a great extent for temperature in poultry house.
Description
Technical field
The utility model belongs to cultural technique field, relates in particular to a kind of fresh air system for cultivation.
Background technique
The development of current scale high-density rearing's mode, makes pig house microenvironment that huge variation have occurred, has in air
Malicious pernicious gas, dust, microorganism equal size are significantly increased, and especially door and window closes due to keeping the temperature needs during the cold season, make
Injurious factor is further assembled, and air quality constantly deteriorates, and seriously affects the performance of the swinery general level of the health and genetic potential.
Air pollution has become stealthy " killer " in giving up, specific as follows:
1, it produces in breeding process, only payes attention to the work of summer ventilation, heat preservation and Winter protection, and ignore winter ventilation work
Work rises rapidly so as to cause the disease incidence and the death rate of winter pig；
2, because existing in pig house containing a large amount of pernicious gas, such as ammonia, hydrogen sulfide, carbon dioxide, these pernicious gases
Pig house is largely accumulated, can health to pig and production level generation seriously affect；
3, a large amount of dust and pathogenic microorganism are mixed as pollution level is aggravated, in air, seriously threaten the life of swinery
Produce the health of performance and poultry raiser.
Summary of the invention
In view of the deficiencies of the prior art, the purpose of the utility model is to provide a kind of fresh air system for cultivation, the use
It can be connected to, and then fresh air is discharged into, waste air discharge with breeding house in the fresh air system of cultivation.
For this purpose, the utility model is achieved by following technical proposals.
A kind of fresh air system for cultivation, comprising: shell and poultry house ozone generating-device, the shell are one close
The cavity closed is fixed with 2 first partitions and 2 second partitions in the cavity of the shell, for the shell is intracorporal
Cavity is separated to form 4 closed vented cavities, 4 vented cavities be the first vented cavity, the second vented cavity, third venting chamber and
4th vented cavity, first vented cavity are connected to the third venting chamber, second vented cavity and the 4th vented cavity
Connection, be formed on the shell of first vented cavity one for the air inlet that is connected to outside breeding house room, in the third
Be formed on the shell of vented cavity one for the air outlet that is connected in breeding house room, the poultry house is solid with ozone generating-device
It is connected to outside the air outlet and with the air outlet, so that the air being discharged from the air outlet passes through the poultry house ozone
Generating device enters in breeding house room；Be formed on the shell of the 4th vented cavity one for be connected in breeding house room
Return air inlet, be formed on the shell of second vented cavity one for the exhaust outlet that is connected to outside breeding house room；
Wherein, the poultry house ozone generating-device includes: the tube body that one end is connected to the air outlet, in the pipe
It is formed at least one installing port on the side wall of body, one is installed on each installing port for being passed through ozone into tube body
Ozone generator, the ozone generator include: that inside is formed with the shell of cavity and is mounted on the inner wall of the shell
Multiple chip ozone generators, wherein be formed on the intracorporal shell of the pipe multiple for by the ozone
Ventilation hole, the chip ozone generator being located in the shell are set on the inner wall of the shell along rectangular array or annular array
It sets.
In the above-mentioned technical solutions, the cross section of the tube body is rectangle or circle.
In the above-mentioned technical solutions, the quantity of the installing port is 2 and is oppositely arranged.
In the above-mentioned technical solutions, the installing port is rectangle or circle.
In the above-mentioned technical solutions, the shell includes: the open longitudinal casing of one side and covers in the opening
Bottom plate, the longitudinal casing is located in the tube body and is fixedly mounted with the bottom plate, and the ventilation hole is located at described rectangular
On shaped case.
In the above-mentioned technical solutions, mounting portion, the mounting portion are respectively formed in the opening for being located at the tube body both ends
For ring slice, the inside edge of the ring slice connect and is integrally formed with the edge of the opening of the tube body.
In the above-mentioned technical solutions, the bottom plate is insulator.
In the above-mentioned technical solutions, sealing strip is installed on one side what 2 ring slices were located remotely from each other.
In the above-mentioned technical solutions, further includes: electric control structure, the electric control structure include: controller for timing switch and with
The power supply of the controller for timing switch electrical connection, the chip ozone generator are electrically connected with the controller for timing switch
It connects.
In the above-mentioned technical solutions, each described ozone generator is electrically connected an electric control structure.
In the above-mentioned technical solutions, further includes: turn wind apparatus, first vented cavity and the third venting chamber pass through institute
It states and turns wind apparatus connection, second vented cavity turns wind apparatus described in the 4th vented cavity and is connected to.
In the above-mentioned technical solutions, the wind apparatus that turns includes: rectangular frame and in the rectangular frame
Interior to be spaced the multiple third partitions being fixedly mounted with, every two adjacent third partition forms a wind guide chamber, at two of the wind guide chamber
Opposite side is respectively fixed with a sealing plate, other two opposite side of the wind guide chamber is wind guide chamber ventilation opening, each
A corrugated sheet is placed in a wind guide chamber, the length direction of the waveform of the corrugated sheet is perpendicular to described close on the wind guide chamber
Sealing plate.
In the above-mentioned technical solutions, the rectangular frame is placed vertically, and multiple third partitions are along described rectangular
The short transverse of bodily form frame is arranged, and the top for turning wind apparatus and the inner wall of the housing tip are fixedly mounted with, and described turn
The bottom end of wind apparatus and the inner wall of the housing bottom are fixedly mounted with, and four sides for turning wind apparatus are respectively protruding into the first~the
Four vented cavities, 2 opposite inclines of the rectangular frame are respectively tightly connected with a first partition, the cuboid
Other 2 opposite inclines of shape frame are respectively tightly connected with a second partition, so that described turn wind apparatus opposite side
The air circulation in face and the air of adjacent side is not communicated with.
In the above-mentioned technical solutions, the rectangular frame transversely and horizontally place and the bottom surface of the rectangular frame with
Angle between horizontal plane is 45 °, and multiple third partitions arrange in the horizontal direction in the rectangular frame.
In the above-mentioned technical solutions, be respectively equipped on being located at the intracorporal air inlet of the shell and air outlet a forward tilt from
Heart blower.
In the above-mentioned technical solutions, the motor of the forward tilt centrifugal blower is packed in outside the shell, the forward tilt
The rotary shaft of centrifugal blower extend out to outside the shell and is fixed with a gear, and motor output shaft is connected by chain and the gear
It connects, is rotated for the indirect drive forward tilt centrifugal blower.
Compared with the prior art, the advantageous effects of the fresh air system of the utility model are as follows:
1, the poultry house ozone generating-device of the utility model can directly be connect with ventilation shaft existing in poultry house,
Without separately setting blower, it not will cause declining to a great extent for temperature in poultry house, occupy little space, at low cost, the ozone of generation is from wind
Road is sent into poultry house, and disinfection dead angle is not likely to produce；
2, the oxygen sources of poultry house ozone generating-device are ozone in ventilation shaft, compared in poultry house
Air humidity is small, and the pollutants such as dust are few, compared to the ozone generating-device longer life expectancy being directly installed in poultry house；
3, poultry house ozone generating-device can reduce ammonia and powder while killing the pathogenic microorganism in poultry house
The concentration of dirt provides good environment for the growth of livestock and poultry, by comparative test, using only the pig of conventional ventilation sterilization method
At the death rate of pig 5% in house, using in the pig house of the poultry house ozone generating-device of the utility model, at pig, none is dead
It dies；
4, the motor of forward tilt centrifugal blower is located at outside shell, reduces influence of the moisture in air to motor.
Detailed description of the invention
Fig. 1 is the cross-sectional view of the utility model fresh air system (embodiment 3 is overlooked)；
Fig. 2 is the perspective view of the utility model fresh air system；
Fig. 3 is the perspective view of the utility model fresh air system；
Fig. 4 is the perspective view (embodiment 3) of the utility model fresh air system transfer wind apparatus；
Fig. 5 is the structural schematic diagram of poultry house ozone generating-device in the utility model fresh air system；
Fig. 6 is the structural schematic diagram of poultry house ozone generating-device middle tube body in the utility model fresh air system；
Fig. 7 is the structural representation of ozone generator in poultry house ozone generating-device in the utility model fresh air system
Figure；
Fig. 8 is the structural schematic diagram of ozone generator in poultry house ozone generating-device in the utility model fresh air system
(being not shown on longitudinal casing and open opposite one side)；
Fig. 9 is the perspective view (embodiment 4) of the utility model fresh air system transfer wind apparatus；
Figure 10 is the cross-sectional view of the utility model fresh air system (embodiment 4 is overlooked).
Wherein, 1 is poultry house ozone generating-device, and 1-1 is tube body, and 1-2 is ozone generator, and 1-2-1 is cuboid
Shape shell, 1-2-2 are bottom plate, and 1-2-3 is ventilation hole, and 1-3 is mounting portion, and 1-4 is installing port, and 1-5 is chip ozone generator,
2 be return air inlet, and 3 be the 4th vented cavity, and 4 be forward tilt centrifugal blower, and 4-1 is motor, and 4-2 is chain, and 4-3 is gear, and 4-4 is
Lean forward multiple wing type centrifugal impeller, and 5 be the first vented cavity, and 6 be air inlet, and 7 be first partition, and 8 is turn wind apparatus, and 8-1 is waveform
Plate, 8-2 are third partition, and 8-3 is sealing plate, and 8-4 is rectangular frame, and 9 be exhaust outlet, and 10 be the second vented cavity, and 11 are
Shell, 12 be third venting chamber, and 13 be second partition.
Specific embodiment
The fresh air system of the utility model is described in detail with reference to the accompanying drawing.
In the following embodiments, the model western kg316t of moral power of controller for timing switch, the type of chip ozone generator
Number be heavenly steed ozone cy100.
Embodiment 1
As shown in attached drawing 1~8, comprising: shell 11 and poultry house ozone generating-device 1, shell 11 are a closed chamber
Body is fixed with 2 longitudinally disposed second partitions of the first partition being laterally arranged 7 and 2 13 in the cavity of shell 11, is used for
Cavity in shell 11 is separated to form 4 closed vented cavities, 4 vented cavities be the first vented cavity 5, the second vented cavity 10,
Third venting chamber 12 and the 4th vented cavity 3, the first vented cavity 5 are connected to third venting chamber 12, the second vented cavity 10 and four-way
Wind chamber 3 is connected to, be formed on the shell 11 of the first vented cavity 5 one for the air inlet 6 that is connected to outside breeding house room, in third
Be formed on the shell 11 of vented cavity 12 one for the air outlet that is connected in breeding house room, poultry house ozone generating-device 1
It is packed in outside the air outlet and is connected to the air outlet, so that the air being discharged from air outlet is filled by poultry house ozone
1 is set to enter in breeding house room；Be formed on the shell 11 of the 4th vented cavity 3 one for the return air inlet that is connected in breeding house room
2, be formed on the shell 11 of the second vented cavity 10 one for the exhaust outlet 9 that is connected to outside breeding house room；One ventilation shaft
One end is connected to poultry house with ozone generating-device 1 far from one end of air outlet, and ventilation shaft is located in breeding house, in ventilation duct
Multiple hole (not shown)s for ventilating into breeding house are formed on road.
Fresh air outside breeding house enters fresh air system by air inlet 6, and air passes through the outlet air of third venting chamber 12
Mouth discharge, the air being discharged from air outlet enter in breeding house room by poultry house ozone generating-device 1.On the other hand, it supports
The dirty air grown in house enters fresh air system by return air inlet 2, enters back into the second vented cavity 10 and from the row of the second vented cavity 10
Air port 9 is expelled to outside breeding house.
Wherein, poultry house ozone generating-device 1 includes: the tube body 1-1 that one end is connected to air outlet, tube body 1-1's
It is formed at least one installing port 1-4 on side wall, one is installed on each installing port 1-4 for being passed through ozone into tube body 1-1
Ozone generator 1-2, ozone generator 1-2 includes: internal to be formed with the shell of cavity and be mounted on the inner wall of shell
Multiple chip ozone generator 1-5, wherein be formed on the shell in tube body 1-1 multiple for by the logical of ozone
Air holes 1-2-3, the chip ozone generator 1-5 in shell are set on the inner wall of the shell along rectangular array or annular array
It sets.
The application method of poultry house ozone generating-device: poultry house ozone generating-device, which utilizes, flows through the fresh of tube body
Oxygen in air generates ozone, and fresh air enters shell by ventilation hole to form ozone, and ozone expands from ventilation hole again
It is scattered in tube body, as tube body enters in ventilation shaft, hence into pig house.
Embodiment 2
On the basis of embodiment 1, the cross section of tube body 1-1 is rectangle or circle；The quantity of installing port 1-4 is 2
And it is oppositely arranged；Installing port 1-4 is rectangle or circle；
Shell includes: the open longitudinal casing 1-2-1 of one side and covers the bottom plate 1-2-2 in opening, cuboid
Shell 1-2-1 is located in tube body 1-1 and is fixedly mounted with bottom plate 1-2-2, and longitudinal casing can be fixedly mounted with bottom plate by bolt, work as poultry
When pouity dwelling place is broken down with ozone generating-device, the bolt between longitudinal casing and bottom plate is removed, by longitudinal casing
Entirety is removed, and maintenance is facilitated.Ventilation hole 1-2-3 is located on longitudinal casing 1-2-1；In the opening for being located at the both ends tube body 1-1
On be respectively formed with mounting portion 1-3, mounting portion 1-3 is ring slice, the side of the opening of the inside edge and tube body 1-1 of ring slice
Edge is connected and is integrally formed；Bottom plate 1-2-2 is insulator.
The sealing strip (not shown) of sealing performance is improved in the one side installation that 2 ring slices are located remotely from each other.
Further include: electric control structure, electric control structure include: controller for timing switch and are electrically connected with controller for timing switch
Power supply, chip ozone generator 1-5 are electrically connected with controller for timing switch.Each ozone generator 1-2 is electrically connected one
Electric control structure.Ozone generator 1-2, which can be set, by the controller for timing switch of electric control structure produces ozoniferous frequency.
Embodiment 3
On the basis of embodiment 2, further includes: turn wind apparatus 8, the first vented cavity 5 is with third venting chamber 12 by turning wind
Device 8 is connected to, and the second vented cavity 10 is connected to the 4th vented cavity 3 by turning wind apparatus 8.Turning wind apparatus 8 includes: cuboid frame
Frame 8-4 and the multiple third partition 8-2 being fixedly mounted with, every two adjacent third partition 8-2 are spaced in rectangular frame 8-4
A wind guide chamber is formed, is respectively fixed with a sealing plate 8-3 in two opposite sides of wind guide chamber, other two is opposite for wind guide chamber
Side is wind guide chamber ventilation opening, and a corrugated sheet 8-1, the length direction of the waveform of corrugated sheet 8-1 are placed in each wind guide chamber
Perpendicular to the sealing plate 8-3 on the wind guide chamber.
Such as Fig. 1~8, first partition and second partition are each perpendicular to horizontal plane, and 4 closed vented cavities are in same level
The cavity (i.e. 4 vented cavities are located at same level) divided equally in shell 11, rectangular frame 8-4 is placed vertically, Duo Ge
Three partition 8-2 are arranged along the short transverse of rectangular frame 8-4, turn the interior of the top of wind apparatus 8 and 11 top of shell
Wall is fixedly mounted with, and the inner wall for turning the bottom end and 11 bottom end of shell of wind apparatus 8 is fixedly mounted with, and four sides for turning wind apparatus 8 are respectively protruding into
One vented cavity 5, the second vented cavity 10, third venting chamber 12 and the 4th vented cavity 3, in order to keep the mutual of 4 vented cavities
Leakproofness or circulation, rectangular frame 8-42 opposite inclines are respectively tightly connected with a first partition 7, cuboid
Other 2 opposite inclines of shape frame 8-4 are respectively tightly connected with a second partition 13, so as to turn 8 opposite flank of wind apparatus
Air circulation and the air of adjacent side be not communicated with.
In the present embodiment, on each side for turning wind apparatus 8, along the sealing plate 8- turned in wind apparatus short transverse
3 are spaced setting on wind guide chamber, i.e., on each side for turning wind apparatus 8, set between every 2 adjacent wind guide chamber ventilation openings
It is equipped with a sealing plate 8-3.
A forward tilt centrifugal blower 4 is respectively installed on the air inlet 6 and air outlet being located in shell 11.Forward tilt centrifugation
At the air inlet 6 (or air outlet) that the multiple wing type centrifugal impeller that leans forward of blower 4 is located in shell 11, forward tilt centrifugal blower 4
Motor 4-1 is packed in outside shell 11, and the rotary shaft for rotating the multiple wing type centrifugal impeller that leans forward extend out to outside shell 11 and is fixedly mounted with
There is a gear 4-3, motor 4-1 output shaft is connect by chain 4-2 with gear 4-3, is centrifuged wind for the indirect drive forward tilt
Machine 4 rotates.The motor of forward tilt centrifugal blower is located at outside shell, reduces influence of the moisture in air to motor.
Embodiment 4
On the basis of embodiment 2, further includes: turn wind apparatus 8, the first vented cavity 5 is with third venting chamber 12 by turning wind
Device 8 is connected to, and the second vented cavity 10 is connected to the 4th vented cavity 3 by turning wind apparatus 8.Turning wind apparatus 8 includes: cuboid frame
Frame 8-4 and the multiple third partition 8-2 being fixedly mounted with, every two adjacent third partition 8-2 are spaced in rectangular frame 8-4
A wind guide chamber is formed, is respectively fixed with a sealing plate 8-3 in two opposite sides of wind guide chamber, other two is opposite for wind guide chamber
Side is wind guide chamber ventilation opening, and a corrugated sheet 8-1, the length direction of the waveform of corrugated sheet 8-1 are placed in each wind guide chamber
Perpendicular to the sealing plate 8-3 on the wind guide chamber.
Such as Fig. 9 and 10,2 first partitions are generally aligned in the same plane and each parallel to horizontal planes, and 2 second partitions are in vertical side
To being generally aligned in the same plane and being each perpendicular to horizontal plane, rectangular frame 8-4 is transversely and horizontally placed and rectangular frame 8-4
Bottom surface and horizontal plane between angle be 45 ° (are illustrated in figure 9 and turn the state diagram that wind apparatus 8 is mounted in shell 11), it is more
A third partition 8-2 is arranged in the horizontal direction in rectangular frame 8-4.
Second vented cavity 10 and third venting chamber 12 are located at the same horizontal plane, the first vented cavity 5 and the 4th vented cavity 3
It in the same horizontal plane, is fixedly mounted with positioned at the rib of rectangular frame 8-4 top and the inner wall on 11 top of shell, is located at cuboid
The rib of shape frame 8-4 lowermost end and the inner wall of 11 bottom end of shell are fixedly mounted with, and are sealed on the same wind guide chamber of rectangular frame 8-4
2 opposite ribs between plate 8-3 and wind guide chamber ventilation opening are respectively fixedly mounted with a first partition 7.
Four sides for turning wind apparatus 8 are respectively protruding into the first vented cavity 5, the second vented cavity 10,12 and of third venting chamber
4th vented cavity 3, the air circulation for turning 8 opposite flank of wind apparatus and the air of adjacent side are not communicated with.
Turning the transverse width of wind apparatus 8 in the horizontal direction can be identical as 11 transverse width of shell, can also be slightly short (such as
Figure 10 show slightly short).
In the present embodiment, on each side for turning wind apparatus 8, it is spaced setting on sealing plate 8-3 and wind guide chamber, i.e.,
On each side for turning wind apparatus 8, a sealing plate 8-3 is provided between every 2 adjacent wind guide chamber ventilation openings.
A forward tilt centrifugal blower 4 is respectively installed on the air inlet 6 and air outlet being located in shell 11.Forward tilt centrifugation
At the air inlet 6 (or air outlet) that the multiple wing type centrifugal impeller that leans forward of blower 4 is located in shell 11, forward tilt centrifugal blower 4
Motor 4-1 is packed in outside shell 11, and the rotary shaft for rotating the multiple wing type centrifugal impeller that leans forward extend out to outside shell 11 and is fixedly mounted with
There is a gear 4-3, motor 4-1 output shaft is connect by chain 4-2 with gear 4-3, is centrifuged wind for the indirect drive forward tilt
Machine 4 rotates.The motor of forward tilt centrifugal blower is located at outside shell, reduces influence of the moisture in air to motor.
In pig farm, adjacent position, building structure and the identical pig house of stocking density 2 are selected, wherein 1 conduct pair
According to group, door and window is closed and stuffy during experiment；Another be used as test group, and door and window is closed with the utility model during test
Fresh air system ventilation.Respectively to ammonia, titanium dioxide in the production performance of swinery (death and culling rate, daily gain, feed weight gain ratio), air
Concentration of carbon, dust in air concentration compare test, and the period is 30 days.Specific data are as follows:
Table 1
2 pernicious gas results of comparison of table
As shown in Table 2, at 0.3 meter of terrain clearance (influence swinery health), ammonia and gas concentration lwevel be most in air
The high range of decrease is respectively up to 71.24% and 52.48%；(feeding management personnel health is influenced) at 1.5 meters of terrain clearance, ammonia in air
Gas and the gas concentration lwevel highest range of decrease are respectively up to 51.86% and 43.50%.
3 dust results of comparison of table
4 pig house production performance of table
As shown in Table 4, swinery daily gain improves 25%, and death and culling rate reduces by 95%, and meat feed ratio reduces by 20%.During test,
The pig house of fresh air system is not used there are typical respiratory disease, when morning and evening temperature is lower and feeding, cough sound repeatedly,
It breathes obvious.Use the accidental cough pig of the pig house of fresh air system.
From above-mentioned data:
Fresh air system improves the integrated environment in pig house, and poultry house is whole to having carried out in house with ozone generating-device
Sterilization improves the living environment of swinery, reduces the disease incidence of swinery, to reduce the chemical consumption in cultivation.
The bulk deposition of ammonia will lead to energy of the swinery for growing and producing and reduce in pig house, influence the feed of swinery
Utilization rate.Fresh air system largely degrades the ammonia given up in interior environment, substantially reduces the meat feed ratio of swinery, to reduce feeding
Expect cost.
Fresh air system improves the disinfection of environment in giving up, and greatly reduces in breeding process and nurses to artificial disinfection with swinery
The manpower consumption for the treatment of.
The morbidity and mortality of swinery most direct acting factor is exactly the environment in house, and the improvement of the environment in house is inevitable
Lead to the reduction of the swinery death rate, to improve the production performance in swinery cultivation.
The degradation of the pernicious gases such as ammonia, carbon dioxide in swinery reduces the feed ratio in swinery cultivation, greatly promotes
The speed of growth of swinery, the entirety for shortening swinery deliver the period for sale, to improve the production performance in swinery cultivation.
Illustrative description has been done to the utility model above, it should explanation, in the core for not departing from the utility model
In the case where the heart, it is any it is simple deformation, modification or other skilled in the art can not spend creative work etc.
The protection scope of the utility model is each fallen with replacement.
Claims (10)
1. a kind of fresh air system for cultivation characterized by comprising shell (11) and poultry house ozone generating-device
(1), the shell (11) is a cavity, and 2 first partitions (7) and 2 second are fixed in the cavity of the shell (11)
Partition (13), for the cavity in the shell (11) to be separated to form 4 vented cavities, 4 vented cavities are the first ventilation
Chamber (5), the second vented cavity (10), third venting chamber (12) and the 4th vented cavity (3), first vented cavity (5) and described the
Three vented cavities (12) connection, second vented cavity (10) is connected to the 4th vented cavity (3), in first vented cavity
(5) be formed on shell (11) one for the air inlet (6) that is connected to outside breeding house room, in the third venting chamber (12)
Be formed on shell (11) one for the air outlet that is connected in breeding house room, the poultry house is solid with ozone generating-device (1)
It is connected to outside the air outlet and with the air outlet, so that the air being discharged from the air outlet passes through the poultry house ozone
Generating device (1) enters in breeding house room；One is formed on the shell (11) of the 4th vented cavity (3) to be used for and breeding house
The return air inlet (2) of indoor connection, be formed on the shell (11) of second vented cavity (10) one for outside breeding house room
The exhaust outlet (9) of connection；
Wherein, the poultry house ozone generating-device (1) includes: the tube body (1-1) that one end is connected to the air outlet, in institute
It states and is formed at least one installing port (1-4) on the side wall of tube body (1-1), one is installed on each installing port (1-4) and is used
In the ozone generator (1-2) for being passed through ozone in Xiang Guanti (1-1), the ozone generator (1-2) includes: that inside is formed with chamber
The shell of body and the multiple chip ozone generators (1-5) being mounted on the inner wall of the shell, wherein be located at the tube body
Multiple ventilation holes (1-2-3) for by the ozone, the chip being located in the shell are formed on shell in (1-1)
Ozone generator (1-5) is arranged on the inner wall of the shell along rectangular array or annular array.
2. fresh air system according to claim 1, which is characterized in that the cross section of the tube body (1-1) be rectangle or
It is round；The quantity of the installing port (1-4) is 2 and is oppositely arranged；The installing port (1-4) is rectangle or circle；
The shell includes: longitudinal casing (1-2-1) open on one side and covers the bottom plate (1-2-2) in the opening,
The longitudinal casing (1-2-1) is located in the tube body (1-1) and is fixedly mounted with the bottom plate (1-2-2), the ventilation hole
(1-2-3) is located on the longitudinal casing (1-2-1)；It is respectively formed in the opening for being located at the both ends the tube body (1-1)
Mounting portion (1-3), the mounting portion (1-3) are ring slice, the inside edge of the ring slice and the tube body (1-1's)
The edge of opening is connected and is integrally formed；The bottom plate (1-2-2) is insulator.
3. fresh air system according to claim 2, which is characterized in that in the one side that 2 ring slices are located remotely from each other
Sealing strip is installed.
4. fresh air system according to claim 3, which is characterized in that further include: electric control structure, the electric control structure packet
Include: controller for timing switch and the power supply being electrically connected with the controller for timing switch, the chip ozone generator (1-5) are equal
It is electrically connected with the controller for timing switch.
5. fresh air system according to claim 4, which is characterized in that each described ozone generator (1-2) electrical connection
One electric control structure.
6. fresh air system according to claim 5, which is characterized in that further include: turn wind apparatus (8), first ventilation
Chamber (5) turns wind apparatus (8) described in the third venting chamber (12) and is connected to, second vented cavity (10) and the described 4th
Vented cavity (3) turns wind apparatus (8) connection by described.
7. fresh air system according to claim 6, which is characterized in that the wind apparatus (8) that turns includes: rectangular frame
(8-4) and multiple third partitions (8-2) that interval is fixedly mounted in the rectangular frame (8-4), every two adjacent the
Three partitions (8-2) form a wind guide chamber, are respectively fixed with a sealing plate (8-3), institute in two opposite sides of the wind guide chamber
Stating other two opposite side of wind guide chamber is wind guide chamber ventilation opening, and a corrugated sheet (8- is placed in each described wind guide chamber
1), the length direction of the waveform of the corrugated sheet (8-1) is perpendicular to the sealing plate (8-3) on the wind guide chamber.
8. fresh air system according to claim 7, which is characterized in that the rectangular frame (8-4) is placed vertically, more
A third partition (8-2) is arranged along the short transverse of the rectangular frame (8-4), described to turn wind apparatus (8)
The inner wall on top and the shell (11) top be fixedly mounted with, the bottom end for turning wind apparatus (8) and the shell (11) bottom end
Inner wall is fixedly mounted with, and four sides for turning wind apparatus (8) are respectively protruding into the first vented cavity (5), the second vented cavity (10), third
Vented cavity (12) and the 4th vented cavity (3), described 2 opposite inclines of rectangular frame (8-4) respectively with one described first
Partition (7) be tightly connected, other 2 opposite inclines of the rectangular frame (8-4) respectively with a second partition
(13) it is tightly connected, so that the air of the air circulation for turning wind apparatus (8) opposite flank and adjacent side is not communicated with.
9. fresh air system according to claim 7, which is characterized in that the rectangular frame (8-4) is transversely and horizontally put
It sets and the angle between the bottom surface and horizontal plane of the rectangular frame (8-4) is 45 °, multiple third partitions (8-2) exist
It is arranged in the horizontal direction in the rectangular frame (8-4).
10. fresh air system according to claim 9, which is characterized in that in the air inlet (6) being located in the shell (11)
With a forward tilt centrifugal blower (4) is respectively installed on air outlet, the motor (4-1) of the forward tilt centrifugal blower (4) is packed in
Outside, the rotary shaft of the forward tilt centrifugal blower (4) extend out to the shell (11) outside and is fixed with a tooth shell (11)
It takes turns (4-3), motor (4-1) output shaft is connect by chain (4-2) with the gear (4-3), and the indirect drive forward tilt is used for
Centrifugal blower (4) rotation.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821465971.3U CN208783461U (en) | 2018-09-07 | 2018-09-07 | Fresh air system for cultivation |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821465971.3U CN208783461U (en) | 2018-09-07 | 2018-09-07 | Fresh air system for cultivation |
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| CN208783461U true CN208783461U (en) | 2019-04-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112432332A (en) * | 2020-11-30 | 2021-03-02 | 珠海格力电器股份有限公司 | Fresh air volume control method, device and equipment for farm and air conditioning system |
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2018
- 2018-09-07 CN CN201821465971.3U patent/CN208783461U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112432332A (en) * | 2020-11-30 | 2021-03-02 | 珠海格力电器股份有限公司 | Fresh air volume control method, device and equipment for farm and air conditioning system |
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