Installation requirements for ventilation windows in chicken coops
Recently, a livestock breeding company experienced airbag inflammation and bronchial obstruction. It has caused significant losses to our farming friends and eliminated the cause of congestion caused by internal influenza viruses. It is necessary to find out the reason from the management. A large part of the reason is that our ventilation is not good. Next, let’s take you to understand the installation requirements for breeding ventilation windows for your reference: Take the chicken house as an example:
First, standard cage chicken houses and cages should be equipped with breeding ventilation windows. Ventilation windows are installed 20-40cm below the eaves. The angle of the ventilation window is parallel to the direction of the roof. Type: (strong wind, long pipe, small wind, short pipe, calm, fully open; chicken open small, chicken open many). It is recommended to use ventilation windows throughout the chicken house, with a 3cm round hole every 30cm. The hole is at a 45 degree angle to the wall and faces the roof (the key is to ensure ventilation and oxygen supply to achieve high cage density). Install the air deflector to the side window.
The second is that only ensuring temperature can ensure ventilation. “Wind” and “danger” are dangerous in the wind. “Wind” here refers to the “wind” of ventilation. Due to the risk of ventilation, we need to consider the wind direction, wind speed, and wind stagnation point, combined with a negative pressure gauge, to provide a stable environment for the chicken house. This can be visually measured and continuously adjusted through smoke experiments to achieve better negative pressure.
In fact, using ventilation windows for ventilation cannot be explained in a few simple words. This depends on the actual breeding process. According to the situation of your own chicken farm, you should constantly “blend in” with the chicken farm to identify the strengths, weaknesses, and changes of your own chicken farm. Like falling in love, it takes a long time to break in.
Different widths of farms require different wind speeds. The wider the breeding farm, the higher the requirement for inlet wind speed, so that fresh cold air can flow to the top of the middle of the farm without falling prematurely. When the opening of the ventilation window is the same, regardless of how long the fan is open, the larger the opening of the breeding ventilation window, the lower the intake speed.
Background technology: In livestock farms, it is well known that farms usually have ventilation windows for ventilation to reduce infectious diseases and promote livestock growth.
At present, ventilation windows installed on farms include window frames and window panels, with one side of the window frame hinged to the other side of the window panel. When in use, the ventilation device can be opened outward along the hinge joint. This type of ventilation window only has ventilation function. When it is opened, there is no insect and rain protection function. Used during mosquito prone seasons or rainy seasons, it has a significant impact on the healthy growth of livestock.
The technical problem to be solved by the present invention is to provide a ventilation window for the farm. The ventilation window has the function of preventing insects and rain. It can be used during mosquito prone seasons or rainy days, with little impact on the healthy growth of livestock.
To address the above issues, the following technical solutions have been provided:
The breeding ventilation window includes a window frame and a window panel, characterized in that the window frames are arranged horizontally, and the window panel is composed of two windows of the same size and shape. Two window frames are hinged on both sides of the window frame, and the bottom inner edge corresponding to the hinged edge is fixed with a stopper; The outer side of the window frame is covered with insect proof mesh, and the four sides of the insect proof mesh are fixed at the top of the window frame. When the side of the window sash opens outward, the window sash is connected to the hinge without touching the insect net; There is a liquid collection cover under the window frame, and the bottom of the liquid collection cover is connected to the liquid collection pipe, and the lower end of the liquid collection pipe is connected to the barrel.
That’s all for sharing the technical background of breeding ventilation windows, hoping to be helpful to everyone.
Windows will appear in buildings of all sizes and play an important role. They can not only increase lighting, but also increase air circulation. So next, let’s take you to understand the product features of side wall ventilation windows:
Dimensions: 600mm wide, 320mm high, 160mm thick.
It is made of relatively good engineering plastics with high durability and strong aging resistance.
Close tightly, open flexibly, and have a bird proof net installed at the outer opening;
Fill 20mm thick polystyrene insulation board;
High quality and affordable, suitable for standardized livestock and poultry houses.Side wall ventilation window control device: Automatic control: According to the pressure difference set in the chicken coop, the environmental controller controls the motor to work, pull the opening of the small air inlet window and air door, and automatically achieve the pressure difference set in the chicken coop. Manual control: The operator should observe the negative pressure gauge of the chicken coop and manually operate the winch until the set value of the pressure gauge is reached or controlled by the operator’s experience.
Material: Form: Plastic, containing UV resistant material, non aging, long service life; PS (modified polystyrene) damper adopts polystyrene foam protective net (polypropylene) plastic pulley: good design, small opening and closing rolling friction, small resistance and convenient switching. Return spring: thick diameter stainless steel spring, durable and non rusting. Pulley accessories: Adopting rigid cold drawing, with accurate opening. The joint is rigid. The error is very small.Installation parameters of side wall ventilation windows: The installation of small windows and side walls must be in the same plane. Within the lower 375px height of the small window, a fixed expansion bolt structure is required. Hollow bricks are not allowed. In order to reduce the backflow of rainwater, the lower edge of the small window opening is higher than the outside.
Product description for ventilation fan for piggery
Introduction
In the realm of modern animal husbandry, creating optimal living conditions for livestock is paramount. Introducing the Ventilation Fan for Piggery—an innovative solution designed to revolutionize airflow dynamics in piggeries. In this comprehensive exploration, we delve into the attributes, functions, and unparalleled advantages of the Ventilation Fan for Piggery, a game-changer for enhancing air quality and maintaining ideal conditions for swine.
Attributes that Redefine Excellence: The Core of the Ventilation Fan for Piggery
The Ventilation Fan for Piggery boasts a meticulous fusion of cutting-edge engineering and precision design. These attributes collectively shape a product that stands as a testament to innovative ventilation solutions tailored specifically for piggeries.
Optimized Airflow: Designed to cater to the unique requirements of piggeries, this ventilation fan ensures optimized airflow that promotes consistent air exchange and exhaust. This contributes to improved air quality and a healthier environment for swine.
High-Efficiency Blades: The fan’s high-efficiency blades are specifically engineered to move substantial air volumes while consuming minimal energy. These blades ensure optimal ventilation efficiency, reducing humidity levels and enhancing pig comfort.
Customizable Speed Control: The Ventilation Fan for Piggery is equipped with customizable speed control, empowering farmers to tailor the fan’s operation to match specific climate conditions and the age of the pigs. This adaptability enhances energy conservation while maintaining optimal airflow.
Durable Construction: With piggeries subject to diverse environmental challenges, the fan is constructed from robust materials that withstand the rigors of pig farming. Its longevity contributes to reliable and consistent ventilation performance.
Functions that Transform Piggery Airflow: Nurturing Swine Welfare
Beyond its remarkable attributes, the Ventilation Fan for Piggery introduces functions that redefine the airflow dynamics within piggeries. By harnessing the power of its advanced design, this fan empowers farmers to create an environment that prioritizes swine health and productivity.
Air Quality Enhancement: The fan’s primary function is to enhance air quality within the piggery by facilitating proper air exchange. This function reduces the concentration of harmful gases, such as ammonia, and ensures the well-being of the pigs.
Temperature Regulation: The fan effectively mitigates temperature fluctuations within the piggery, maintaining an optimal temperature range that enhances pig comfort and minimizes stress.
Humidity Control: Proper ventilation plays a vital role in regulating humidity levels. By facilitating moisture removal, the fan prevents the buildup of excess humidity, reducing the risk of respiratory issues and promoting overall pig health.
Disease Prevention: Optimal ventilation helps prevent the spread of diseases and pathogens within the piggery, creating a healthier living environment for the pigs and reducing the need for antibiotics.
Advantages that Shape Piggery Progress: A Breath of Fresh Air for Swine
Embracing the Ventilation Fan for Piggery translates into a host of unparalleled advantages that resonate deeply within the world of pig farming. These advantages extend beyond mere functionality, encapsulating a commitment to swine welfare, farm productivity, and resource efficiency.
Improved Swine Health: The enhanced air quality and controlled environment directly contribute to swine health, leading to healthier pigs and improved productivity.
Enhanced Growth and Development: Optimized ventilation conditions ensure that pigs grow and develop in an environment that minimizes stress and maximizes their potential.
Energy Efficiency: The high-efficiency blades and customizable speed control result in energy-efficient operation, contributing to cost savings and sustainable pig farming practices.
Reduced Respiratory Issues: Proper ventilation reduces the risk of respiratory issues commonly faced by pigs, promoting respiratory health and minimizing the need for medical interventions.
Conclusion: Pioneering Swine Well-Being with Innovative Ventilation
In the dynamic landscape of modern pig farming, the Ventilation Fan for Piggery stands as an essential tool for farmers seeking to enhance swine well-being. Its attributes, functions, and unparalleled benefits position it as a transformative solution that redefines airflow dynamics within piggeries. By seamlessly integrating innovation with the unique requirements of swine farming, the Ventilation Fan for Piggery empowers farmers to create an environment that prioritizes pig health and productivity. With its high-efficiency blades, customizable speed control, and durability, this fan has the potential to revolutionize ventilation practices in piggeries. Embrace the future of swine ventilation with the Ventilation Fan for Piggery and experience the transformation it brings to your pig farming ecosystem.
