CN203181779U - Hatching house air inflow and wind direction control system - Google Patents
Hatching house air inflow and wind direction control system Download PDFInfo
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- CN203181779U CN203181779U CN 201320144768 CN201320144768U CN203181779U CN 203181779 U CN203181779 U CN 203181779U CN 201320144768 CN201320144768 CN 201320144768 CN 201320144768 U CN201320144768 U CN 201320144768U CN 203181779 U CN203181779 U CN 203181779U
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- wind direction
- pulling
- intake
- fenestella
- air intake
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Abstract
The utility model relates to a hatching house air inflow and wind direction control system which comprises a plurality of small air inflow windows. Every small air inflow window is provided with an air quantity adjusting plate, the rear ends of the air quantity adjusting plates are hinged to lower window frames of the small air inflow windows, a main connecting rope with the vertical position fixed and capable of being pulled in a right-and-left mode is arranged on a wall above the plurality of small air inflow windows, one end of the main connecting rope is wound past a fixed pulley to be connected with a heavy object, the other end of the main connecting rope is connected with a pull mechanism, the air quantity adjusting plates are provided with pulling connecting ropes, one ends of the pulling connecting ropes are connected with the middle of the front ends of the air quantity adjusting plates, and the other ends of the pulling connecting ropes are connected with the main connecting rope. Every small air inflow window is further provided with a wind direction adjusting plate, the rear ends of the wind direction adjusting plates are hinged to upper ridges of embedded holes embedded in the small air inflow windows on the wall. Uniform control of air inflow of the small air inflow windows of a hatching house can be achieved; and due to wind direction differentiation control, temperatures of an air inlet of every incubator in the hatching house is stable, temperature difference between day and night is reduced, and temperature difference between the air inlets of the incubators is reduced.
Description
Technical field
The utility model relates to a kind of hatching house air intake control technology, relates in particular to the control system of a kind of hatching house intake and wind direction.
Background technology
Single air intake fenestella control technology is adopted in the air intake control of original hatching house, two corresponding air intake fenestellas of incubator, and relative populations is less, fenestella and blower fan matching are relatively poor, season in spring and autumn is wayward, easily forms dead corner, and the intake air temperature uniformity is relatively poor between incubator.Original air intake fenestella only has 4 gears, and intake changes greatly when regulating at every turn, and the environment control stability is relatively poor.
The utility model content
For overcoming the above-mentioned defective of prior art, the purpose of this utility model is to provide a kind of hatching house intake and wind direction control system, can guarantee hatching house's ventilation abundance, guarantees that each incubator intake air temperature is uniform and stable, and convenient control.
The technical solution adopted in the utility model is: a kind of hatching house intake and wind direction control system, comprise several air intake fenestellas that are embedded on the wall of the same side, hatching house, each described air intake fenestella is provided with an air-flow plate, the following window frame of the rear end of described air-flow plate and described air intake fenestella is hinged, the wall of the top of several described air intake fenestellas be provided with upper-lower position fixing can about the main connection cord of pulling, one end of described main connection cord is walked around the auxiliary fixed pulley of weight and is connected weight, the other end connects pulling mechanism, described air-flow plate is provided with the pulling connection cord, the one end connects the front center of described air-flow plate, and the other end connects described main connection cord.
Can be fixed with a locating part with holes on the wall between each described air intake fenestella and the described main connection cord or on the upper window frame of described air intake fenestella, the position of described locating part is preferably corresponding up and down with the link position of the described pulling connection cord corresponding with it and air-flow plate, and described pulling connection cord passes the hole of the described locating part corresponding with it.
Described pulling mechanism can comprise movable pulley, the auxiliary fixed pulley of pulling, stator, pulling rope and rocking bar, the pulley yoke of described movable pulley connects the other end of described main connection cord, the auxiliary fixed pulley of described pulling and stator are separately fixed at away from the wall on the direction of described main connection cord, the position of the auxiliary fixed pulley of described pulling is positioned at the oblique upper of described movable pulley, the position of described stator is positioned at the oblique below of described movable pulley, described rocking bar be positioned at the auxiliary fixed pulley of described pulling under, its stiff end is fixed on the wall, one end of described pulling rope is fixedlyed connected with described stator, and the other end is wrapped on the described rocking bar after walking around movable pulley and the auxiliary fixed pulley of pulling respectively.
Described weight can be solid concrete column.
Described main connection cord can be parallel with the upper window frame of several described air intake fenestellas.
Preferably, each described air intake fenestella also is provided with a wind direction adjusting plate, inlays with the last rib of the inlaid hole of the corresponding described air intake fenestella of described wind direction adjusting plate hinged on the rear end of described wind direction adjusting plate and the wall.
Described wind direction adjusting plate can be provided with the position limiting structure of fixing the angle between itself and the described air intake fenestella.
Preferably, the adjustable range of the angle between described wind direction adjusting plate and the described air intake fenestella is 60 °-180 °.
Described air-flow plate and wind direction adjusting plate all can be the flat plastic plate.
Preferably, the long 62cm of described air intake fenestella, the wide 3cm of window frame between the inlaid hole on the wide 24cm, itself and wall, the degree of depth of described inlaid hole is 24cm, the long 60cm of described air-flow plate, wide 21cm, the long 63.5cm of described wind direction adjusting plate, wide 7.5cm.
The beneficial effects of the utility model: air-flow plate of the present utility model and main connection cord and two ends are connected the setting of the pulling connection cord of main connection cord and air-flow plate respectively, when the main connection cord of pulling, can realize the unified control of the intake of each air intake fenestella, the setting of wind direction adjusting plate and position limiting structure thereof, can realize the differentiation control of the wind direction of each air intake fenestella, by the control to each air-flow plate and wind direction adjusting plate, can make the temperature of air inlet of incubator more stable, the day and night temperature gap is dwindled, the temperature contrast of air inlet is dwindled between each incubator, and simple to operate, reduced staff's workload.
Practice through the applicant, before not using the utility model, the temperature maximum disparity of air inlet is 2 ℃ between different incubators, the day and night temperature of the air inlet of incubator is 4.3 ℃ on the same stage, use after the utility model, the maximum disparity of the temperature of air inlet only is 0.5 ℃ between different incubators, and the day and night temperature of the air inlet of incubator only is 1.5 ℃ on the same stage, the uniformity of the temperature of air inlet obviously improves between each incubator, and the temperature stability of the air inlet of incubator also obviously improves on the same stage.
In addition, use after the utility model, contemporaneity promotes 1.6% with kind with age in days section hatching of breeding eggs rate is the highest, and strong poult rate is the highest to promote 1.3%, and production target is obviously promoted.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the partial structurtes schematic diagram of air intake fenestella of the present utility model.
Embodiment
Referring to Fig. 1 and Fig. 2, the utility model provides a kind of hatching house intake and wind direction control system, comprise several air intake fenestellas 1 that are embedded on the wall of the same side, hatching house, preferably several described air intake fenestellas are divided into many groups, every group of air intake fenestella that comprises two next-door neighbours, leave spacing between the two adjacent groups air intake fenestella, make in the hatching house every incubator can aim at one group of (two) air intake fenestella, help the stability control of temperature of the air inlet of incubator, and the uniformity of the temperature of the air inlet of each incubator control, in addition, when breaking down for one in one group of air intake fenestella, another still can realize the control to intake and the wind direction of the incubator corresponding with it.Each described air intake fenestella is provided with an air-flow plate 2, the following window frame of the rear end of described air-flow plate and described air intake fenestella is hinged, the wall of the top of several described air intake fenestellas be provided with upper-lower position fixing can about the main connection cord 3 of pulling, one end of described main connection cord is walked around the auxiliary fixed pulley 4 of weight and is connected weight 5, the other end connects pulling mechanism, described air-flow plate is provided with pulling connection cord 6, the one end connects the front center of described air-flow plate, described pulling connection cord can be connected with described air-flow plate by connector, described connector is fixed on the front center of described air-flow plate by glue or screw, be provided with and can be used for the hole that described pulling connection cord connects, groove or suitable syndeton, the other end of described pulling connection cord connects described main connection cord, and the two also can connect by suitable connector.
Can be fixed with a locating part 7 with holes on the wall between each described air intake fenestella and the described main connection cord or on the upper window frame of described air intake fenestella, the position of described locating part is preferably corresponding up and down with the link position of the described pulling connection cord corresponding with it and air-flow plate, described pulling connection cord passes the hole of the described locating part corresponding with it, so that the pulling connection cord between described locating part and air-flow plate all the time with the edge-perpendicular of the front end of described air-flow plate, be convenient to the pulling control to described air-flow plate.
Because the air intake fenestella is embedded in the wall, be subjected to the restriction of the inside side walls of inlaid hole, when the air intake fenestella is opened fully, air-flow plate and air intake fenestella are 90 ° of angles, when spurring described main connection cord by described pulling mechanism, under the cooperation of described locating part, pulling connection cord between described locating part and the described air-flow plate shortens, described air-flow plate is upwards upset under the pulling of described pulling connection cord, reduce and described air intake fenestella between angle, reduce intake, when putting described main connection cord by described pulling mechanism, under the gravity effect of described weight, described main connection cord moves to described weight direction, and the pulling connection cord between described locating part and the described air-flow plate increases, and described air-flow plate overturns downwards, angle between described air-flow plate and the air intake fenestella increases, and intake increases.Because each described air intake fenestella is equipped with the pulling connection cord that is connected with described main connection cord, therefore, in pulling or when loosening described main connection cord, control when can realize the air quantity of several described air intake fenestellas, difference between the air inlet of each incubator is dwindled, the workload that can also reduce a staff simultaneously.
Described pulling mechanism can comprise movable pulley 8, the auxiliary fixed pulley 9 of pulling, stator 10, pulling rope 11 and rocking bar 12, the pulley yoke of described movable pulley connects the other end of described main connection cord, the auxiliary fixed pulley of described pulling and stator are separately fixed on the direction away from described main connection cord, an end that is connected the pulley yoke of described movable pulley with main connection cord has on the wall of certain distance, the position of the auxiliary fixed pulley of described pulling is positioned at the oblique upper of described movable pulley, the position of described stator is positioned at the oblique below of described movable pulley, described rocking bar be positioned at the auxiliary fixed pulley of described pulling under, its stiff end is fixed on the wall, one end of described pulling rope is fixedlyed connected with described stator, the other end is wrapped on the described rocking bar after walking around movable pulley and the auxiliary fixed pulley of pulling respectively, for the pulling of described main connection cord with loosen by rotating described rocking bar, make described pulling rope be wrapped on the rocking bar or discharge from described rocking bar and control.
Described weight can be solid concrete column.
Described main connection cord can be parallel with the upper window frame of several described air intake fenestellas, so that pulling or when loosening described main connection cord, the equal in length that pulling connection cord between each described locating part and the corresponding described air-flow plate shortens and increases, thus the unified of intake size of realizing each air intake fenestella controlled.
Preferably, each described air intake fenestella also is provided with a wind direction adjusting plate 13, inlay with the last rib of the inlaid hole of the corresponding described air intake fenestella of described wind direction adjusting plate hinged on the rear end of described wind direction adjusting plate and the wall, described wind direction adjusting plate can be provided with the position limiting structure of fixing the angle between itself and the described air intake fenestella, so that after regulating described wind direction adjusting plate, can be by the angle between the fixing described wind direction adjusting plate of position limiting structure and the air intake fenestella, keep the air intake wind direction, described position limiting structure can be the structure that is used for fixed head type objects position suitable under the prior art.During use, according to the temperature conditions in the incubator, artificially regulate the angle between described wind direction adjusting plate and the air intake fenestella, then by the angle between the fixing described wind direction adjusting plate of described position limiting structure and the air intake fenestella.For setting and the adjusting that makes described wind direction adjusting plate do not influence the described pulling connection cord corresponding with it to the control of corresponding described air-flow plate, suitable position can be provided with the hole that can supply described pulling connection cord to pass on the described wind direction adjusting plate, so that when regulating described wind direction adjusting plate, do not make the position change of described pulling connection cord.
Described wind direction adjusting plate can be regulated the air intake trend according to the needs in the hatching house, and the wind direction adjusting plate of each described air intake fenestella can control separately, can realize the differentiation management of wind direction between different incubators in the unified control of intake.When described wind direction adjusting plate upwardly opens, after fresh air enters the hatching house, directly blow to the air inlet of incubator, the intake air temperature of incubator reduces; When described wind direction adjusting plate is opened downwards, after fresh air enters the hatching house, blow to the hatching wall, fully mix the back temperature with the hatching room air and rise to some extent, and then entered in the described incubator by the incubator air inlet, can prevent that the intake air temperature of incubator from reducing suddenly.For rapidly reduce temperature incubator in, can upwardly open described wind direction adjusting plate when using summer.
Preferably, the adjustable range of the angle between described wind direction adjusting plate and the described air intake fenestella is 60 °-180 °, be described wind direction adjusting plate when closing and the air intake fenestella be 60 ° of angles, when upwardly opening, and the maximum angle between the air intake fenestella can be 180 °, when the angle that changes between described wind direction adjusting plate and the air intake fenestella, do not influence the adjusting of described air-flow plate, do not influence the size that air-flow plate is opened, do not influence intake, can only influence the air intake wind direction.
Described air-flow plate and wind direction adjusting plate all can be the flat plastic plate.
Preferably, the long 62cm of described air intake fenestella, wide 24cm, the wide 3cm of window frame between the inlaid hole on itself and the wall, the degree of depth of described inlaid hole is 24cm, the long 60cm of described air-flow plate, wide 21cm, when closing, shutoff air intake fenestella fully, the long 63.5cm of described wind direction adjusting plate, wide 7.5cm, the design of the length and width of the degree of depth of described inlaid hole, the length and width of air-flow plate and wind direction adjusting plate has further guaranteed not impact each other when corresponding air-flow plate and wind direction adjusting plate are regulated respectively.
Claims (10)
1. hatching house's intake and wind direction control system, comprise several air intake fenestellas that are embedded on the wall of the same side, hatching house, it is characterized in that each described air intake fenestella is provided with an air-flow plate, the following window frame of the rear end of described air-flow plate and described air intake fenestella is hinged, the wall of the top of several described air intake fenestellas be provided with upper-lower position fixing can about the main connection cord of pulling, one end of described main connection cord is walked around the auxiliary fixed pulley of weight and is connected weight, the other end connects pulling mechanism, described air-flow plate is provided with the pulling connection cord, the one end connects the front center of described air-flow plate, and the other end connects described main connection cord.
2. hatching house's intake as claimed in claim 1 and wind direction control system, it is characterized in that being fixed with on the wall between each described air intake fenestella and the described main connection cord or on the upper window frame of described air intake fenestella a locating part with holes, the position of described locating part is corresponding up and down with the link position of the described pulling connection cord corresponding with it and air-flow plate, and described pulling connection cord passes the hole of the described locating part corresponding with it.
3. hatching house's intake as claimed in claim 2 and wind direction control system, it is characterized in that described pulling mechanism comprises movable pulley, the auxiliary fixed pulley of pulling, stator, pulling rope and rocking bar, the pulley yoke of described movable pulley connects the other end of described main connection cord, the auxiliary fixed pulley of described pulling and stator are separately fixed at away from the wall on the direction of described main connection cord, the position of the auxiliary fixed pulley of described pulling is positioned at the oblique upper of described movable pulley, the position of described stator is positioned at the oblique below of described movable pulley, described rocking bar be positioned at the auxiliary fixed pulley of described pulling under, its stiff end is fixed on the wall, one end of described pulling rope is fixedlyed connected with described stator, and the other end is wrapped on the described rocking bar after walking around movable pulley and the auxiliary fixed pulley of pulling respectively.
4. hatching house's intake as claimed in claim 3 and wind direction control system is characterized in that described weight is solid concrete column.
5. hatching house's intake as claimed in claim 4 and wind direction control system is characterized in that described main connection cord is parallel with the upper window frame of several described air intake fenestellas.
6. as claim 1,2,3,4 or 5 described hatching house intakes and wind direction control system, it is characterized in that each described air intake fenestella also is provided with a wind direction adjusting plate, inlay with the last rib of the inlaid hole of the corresponding described air intake fenestella of described wind direction adjusting plate hinged on the rear end of described wind direction adjusting plate and the wall.
7. hatching house's intake as claimed in claim 6 and wind direction control system is characterized in that described wind direction adjusting plate is provided with the position limiting structure of fixing the angle between itself and the described air intake fenestella.
8. hatching house's intake as claimed in claim 7 and wind direction control system, the adjustable range that it is characterized in that the angle between described wind direction adjusting plate and the described air intake fenestella is 60 °-180 °.
9. hatching house's intake as claimed in claim 8 and wind direction control system is characterized in that described air-flow plate and wind direction adjusting plate are the flat plastic plate.
10. hatching house's intake as claimed in claim 9 and wind direction control system, it is characterized in that the long 62cm of described air intake fenestella, wide 24cm, the wide 3cm of window frame between the inlaid hole on itself and the wall, the degree of depth of described inlaid hole is 24cm, the long 60cm of described air-flow plate, wide 21cm, the long 63.5cm of described wind direction adjusting plate, wide 7.5cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320144768 CN203181779U (en) | 2013-03-28 | 2013-03-28 | Hatching house air inflow and wind direction control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320144768 CN203181779U (en) | 2013-03-28 | 2013-03-28 | Hatching house air inflow and wind direction control system |
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| Publication Number | Publication Date |
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| CN203181779U true CN203181779U (en) | 2013-09-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320144768 Expired - Lifetime CN203181779U (en) | 2013-03-28 | 2013-03-28 | Hatching house air inflow and wind direction control system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109892231A (en) * | 2019-03-19 | 2019-06-18 | 嵊州陌桑高科股份有限公司 | The control method of side feeding system in a kind of large-scale farming environment |
| CN111827853A (en) * | 2020-07-27 | 2020-10-27 | 北京建企动力科技工程有限公司 | Ventilation equipment for building energy conservation and emission reduction |
| CN112773132A (en) * | 2021-01-08 | 2021-05-11 | 青岛海尔空调器有限总公司 | Control method of air conditioner based on intelligent chair and intelligent chair |
-
2013
- 2013-03-28 CN CN 201320144768 patent/CN203181779U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109892231A (en) * | 2019-03-19 | 2019-06-18 | 嵊州陌桑高科股份有限公司 | The control method of side feeding system in a kind of large-scale farming environment |
| CN109892231B (en) * | 2019-03-19 | 2021-04-23 | 嵊州陌桑高科股份有限公司 | Control method of lateral air supply system in large-scale cultivation environment |
| CN111827853A (en) * | 2020-07-27 | 2020-10-27 | 北京建企动力科技工程有限公司 | Ventilation equipment for building energy conservation and emission reduction |
| CN112773132A (en) * | 2021-01-08 | 2021-05-11 | 青岛海尔空调器有限总公司 | Control method of air conditioner based on intelligent chair and intelligent chair |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130911 |