Intelligent environment-control totally-closed pigeonry and production management method thereof

Abstract

The invention discloses an intelligent environment-control totally-closed pigeonry which comprises a pigeonry body and an intelligent environment-control system, the pigeonry body is of a cuboid building structure, a plurality of rows of combined pigeon cages are arranged in the middle of the pigeonry body, the two ends of each combined pigeon cage are a clean channel and a dirty channel respectively, and a walkway is arranged between every two adjacent rows of combined pigeon cages. The outer end walls close to the clean passage and the dirty passage are a clean passage end gable wall and a dirty passage end gable wall respectively, a gas pipeline is mounted on the aisle, a wet curtain is mounted on the clean passage end gable wall, a ventilation fan is arranged on the dirty passage end gable wall, and a heater is mounted on the dirty passage; the intelligent environment control system comprises a sensor system, an equipment system and a software control system which are installed on the pigeonry body. Through the intelligent environment control system, environment parameters such as temperature and humidity in the pigeonry are controlled, and a proper growth and development environment is provided for the meat pigeons. Through the intelligent meat pigeon management system, the labor intensity and the management difficulty are reduced while the production efficiency is improved.

Description

Technical Field

[0001] The invention belongs to the field of meat pigeon breeding, and in particular relates to an intelligent environment-controlled fully enclosed pigeon house and a production management method thereof. Background Art

[0002] Meat pigeon is a late-maturing bird, and the young pigeons at birth do not have the ability of feeding and exercise. Its whole growth process needs to be accompanied and fed by parent pigeons. After more than 20 days of rapid development into squabs in a suitable environment, it can be sold. After the squabs leave the nest, the parent pigeons in pairs begin to lay a nest of eggs, generally 2 eggs, and the eggs are hatched by the parent pigeons after 18 days, and the squabs are fed by the parent pigeons to be squabs before they can be sold again, and the cycle is repeated. Most of the existing technologies will be placed in a pigeon house in batches by a male and a female single pigeon cage, so that the life, egg laying and hatching of parent pigeons and the feeding and growth of squabs are all completed in the same cage, which will not only cause a large number of meat pigeons of different ages to exist in the same pigeon house at the same time, but also need to spend a lot of time in daily production to inspect the health of breeding pigeons, egg production, hatching and squab feeding every day, and the pigeon house is difficult to adapt to climate change, and can not provide a suitable development environment for squabs, and often cause the death of squabs, resulting in large labor intensity, low production efficiency and high management difficulty in the large-scale breeding of meat pigeons. Summary of the invention

[0003] The invention discloses an intelligent environment-controlled fully enclosed pigeon house and a production management method thereof to overcome the shortcomings of existing pigeon houses, such as difficulty in adapting to climate change, failure to provide a suitable growth environment for young pigeons, and high difficulty, high labor intensity, and low production efficiency in pigeon house management methods.

[0004] To achieve the above object, the present invention adopts the following technical solution:

[0005] A fully enclosed pigeon house with intelligent environmental control, comprising a pigeon house body and an intelligent environmental control system, wherein: the pigeon house body is a rectangular building structure, with a plurality of rows of combined pigeon cages arranged in the middle, the two ends of the combined pigeon cages are respectively a clean passage and a dirty passage, the middle of adjacent rows of combined pigeon cages is a walkway, the outer end walls close to the clean passage and the dirty passage are respectively a clean passage end gable and a dirty passage end gable, a gas pipeline is installed on the walkway, a wet curtain is installed on the clean passage end gable, a ventilation fan is installed on the dirty passage end gable, a heater is installed on the dirty passage, and the gas pipeline is connected with the ventilation fan and the heater;

[0006] The intelligent environmental control system includes a sensor system installed in the pigeon house body for monitoring the pigeon house environment, an equipment system for adjusting the pigeon house environment, and a software control system for controlling the start and stop of the equipment system; the signal ends of the sensor system and the equipment system are connected to the signal end of the software control system.

[0007] Further, the sensor system is used to monitor the pigeon house environment and generate monitoring data, which is composed of several sensors installed inside the pigeon house body, including a temperature sensor, a humidity sensor, a dust sensor, and several gas sensors for monitoring the concentration of gases such as carbon dioxide and ammonia in the pigeon house;

[0008] The equipment system includes a wet curtain, a ventilation fan, and a heater; the software control system includes a data receiving module for receiving monitoring data, an equipment instruction transmission module, and a comparison operation module that has a preset environmental parameter range and processes the monitoring data to generate equipment control instructions.

[0009] Furthermore, the equipment system also includes an ozone generator arranged in the pigeon house body, and the ozone generator is connected to the gas pipeline for disinfecting the pigeon house.

[0010] Furthermore, the intelligent environment-controlled fully enclosed pigeon house also includes an intelligent pigeon management system;

[0011] The intelligent pigeon management system includes an infrared image module for generating and transmitting infrared images, a central data module for processing the infrared images and issuing manual operation instructions, and a mobile terminal module for receiving manual operation instructions;

[0012] The infrared image module is connected to the signal end of the central data module, and data is transmitted between the central data module and the mobile terminal module via a network.

[0013] Furthermore, the infrared image module includes an infrared scanner installed in the combined pigeon cage for scanning and generating infrared images, and an image transmission module for transmitting the infrared images;

[0014] The central data module includes a data generation system for generating cage information data, a data processing system for processing the cage information data and deriving manual operation instructions, and a manual instruction transmission system;

[0015] The mobile terminal module includes a handheld terminal device and mobile terminal software installed in the handheld terminal device.

[0016] An intelligent pigeon production management method comprises the following steps:

[0017] S1: using an infrared scanner to perform infrared scanning on the combined pigeon cage and generate an infrared image;

[0018] S2: The infrared image is transmitted to the data generation system through an image transmission module;

[0019] S3: The data generation system performs data processing on the infrared image to generate cage information data such as the body temperature and number of young pigeons in the corresponding pigeon cage and the number of pigeon eggs;

[0020] S4: The data processing system processes the information data in the cage and obtains corresponding manual operation instructions;

[0021] S5: The manual instruction transmission system transmits the manual operation instruction to the mobile terminal software installed in the handheld terminal device;

[0022] S6: The manager performs corresponding operations according to the manual operation instructions displayed on the handheld terminal device.

[0023] Furthermore, when the intelligent pigeon management system detects that a pigeon cage is in a single-bird state, the central data processing module searches for the most similar pigeon cage that is also in a single-bird state, and issues a merge instruction.

[0024] Furthermore, when the intelligent pigeon management system detects that the young pigeons in a certain pigeon cage are fully grown and ready to be marketed, it issues a marketing instruction and markets the pigeons for sale.

[0025] Furthermore, when the intelligent pigeon management system detects that eggs are laid in the pigeon cage, it notifies the management personnel to perform the egg-candling operation, and uploads the manual egg-candling data to the central data module through the handheld terminal device for tracking and recording.

[0026] Compared with the prior art, the beneficial effects of adopting the above technical solution are:

[0027] (1) Through the intelligent environmental control system, the temperature and humidity in the pigeon house are controlled to provide a suitable growth and development environment for meat pigeons.

[0028] (2) The intelligent pigeon management system not only reduces the need for daily manual inspections of the health of parent pigeons in daily production, but also allows for the use of human-machine collaboration to perform pigeon production management operations such as blending and egg-candling, thereby improving production efficiency and reducing labor intensity and management difficulty. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a structural schematic diagram of the pigeon house body in the present invention.

[0030] Figure 2 This is a working principle diagram of the intelligent environmental control system in the present invention.

[0031] Figure 3 It is the working principle diagram of the intelligent pigeon management system in the present invention.

[0032] In the figure:

[0033] 100-pigeon house, 200-intelligent environmental control system, 300-intelligent pigeon management system;

[0034] 111-combined pigeon cage, 112-clean passage, 113-sewage passage, 114-gable wall at the end of clean passage, 115-gable wall at the end of sewage passage, 116-walkway, 117-gas pipeline;

[0035] 210-sensor system, 220-equipment system, 230-software control system;

[0036] 211-monitoring data, 221-wet curtain, 222-ventilation fan, 223-heater;

[0037] 231-data receiving module, 232-comparison operation module, 233-device instruction transmission module, 234-device control instruction;

[0038] 310-infrared image module, 320-central data module, 330-mobile terminal module;

[0039] 311-infrared scanner, 312-image transmission module, 314-infrared image;

[0040] 321-data generation system, 322-data processing system, 323-manual instruction transmission system, 324-in-cage information data, 325-manual operation instructions;

[0041] 331-handheld terminal device, 332-mobile terminal software, 333-manual egg candling data. DETAILED DESCRIPTION

[0042] The technical solution of the present invention is described clearly and completely with specific embodiments in conjunction with the accompanying drawings. It should be understood that the described embodiments are only used to illustrate the present invention, but not to limit the scope of the present invention.

[0043] The intelligent environment-controlled fully enclosed pigeon house of this embodiment includes a pigeon house body 100 and an intelligent environment-controlled system 200;

[0044] according to Figure 1As shown, the pigeon house body 100 is preferably a rectangular building structure, in the middle of which a plurality of rows of combined pigeon cages 111 are arranged, the two ends of the combined pigeon cages 111 are respectively a clean passage 112 and a dirty passage 113, and the middle of adjacent rows of combined pigeon cages 111 is a walkway 116, and the outer end walls close to the clean passage 112 and the dirty passage 113 are respectively a clean passage end gable 114 and a dirty passage end gable 115, and a gas pipeline 117 is installed on the walkway 116; a wet curtain 221 is installed on the clean passage end gable 114, a ventilation fan 222 is installed on the dirty passage end gable 115, and a heater 223 is installed on the dirty passage 113; the gas pipeline 117 is connected to the ventilation fan 222 and the heater 223.

[0045] according to Figure 2 As shown, the intelligent environmental control system 200 includes a sensor system 210 installed in the pigeon house body 100 for monitoring the pigeon house environment, an equipment system 220 for adjusting the pigeon house environment, and a software control system 230 for controlling the start and stop of the equipment system 220; the signal ends of the sensor system 210 and the equipment system 220 are connected to the signal end of the software control system 230.

[0046] Furthermore, the sensor system 210 is used to monitor the pigeon house environment and generate monitoring data 211, which is composed of a number of sensors installed inside the pigeon house body 100, including a temperature sensor, a humidity sensor, a gas sensor for monitoring the concentration of gases such as carbon dioxide and ammonia in the pigeon house, and a dust sensor (not shown in the figure); the equipment system 220 includes a wet curtain 221 for humidification, a ventilation fan 222 for ventilation, and a heater 223 for heating; the software control system 230 includes a data receiving module 231 for receiving the monitoring data 211, a comparison operation module 232 that is preset with an environmental parameter range and processes the monitoring data 211 to generate a device control instruction 234, and a device instruction transmission module 233.

[0047] Furthermore, the equipment system 220 also includes an ozone generator (not shown) disposed in the pigeon house body 100, and the ozone generator is connected to the gas pipeline 117 for disinfecting the pigeon house.

[0048] Further, according to Figure 3As shown, the present invention also includes an intelligent pigeon management system 300, which includes an infrared image module 310 that generates and transmits an infrared image 314, a central data module 320 that processes the infrared image 314 and issues a manual operation instruction 325, and a mobile terminal module 330 that receives the manual operation instruction 325; the infrared image module 310 is connected to the signal end of the central data module 320, and data is transmitted between the central data module 320 and the mobile terminal module 330 through a network.

[0049] Furthermore, the infrared image module 310 includes an infrared scanner 311 installed in the combined pigeon cage 111 for scanning and generating the infrared image 314, and an image transmission module 312 for transmitting the infrared image 314; the central data module 320 includes a data generation system 321 for generating cage information data 324, a data processing system 322 for processing the cage information data 324 and deriving manual operation instructions 325, and a manual instruction transmission system 323; the mobile terminal module 330 includes a handheld terminal device 331, and a mobile terminal software 332 installed in the handheld terminal device 331.

[0050] like Figure 3 As shown, the production management method based on the fully enclosed pigeon house with intelligent environmental control in this embodiment includes the following steps:

[0051] S1: The infrared scanner 311 performs infrared scanning on the combined pigeon cage 111 and generates an infrared image 314;

[0052] S2: The infrared image 314 is transmitted to the data generation system 321 through the image transmission module 312;

[0053] S3: The data generating system 321 performs data processing on the infrared image 314 to generate cage information data 324 such as the body temperature and number of the young pigeons in the cage and the number of pigeon eggs;

[0054] S4: The data processing system 322 processes the cage information data 324 and obtains corresponding manual operation instructions 325;

[0055] S5: The manual instruction transmission system 323 transmits the manual operation instruction 325 to the mobile terminal software 332 installed in the handheld terminal device 331;

[0056] S6: The manager performs corresponding operations according to the manual operation instruction 325 displayed on the handheld terminal device 331.

[0057] Furthermore, when the intelligent pigeon management system 300 detects that a pigeon cage is in a single-bird state, the central data processing module 320 searches for the most similar pigeon cage that is also in a single-bird state, and issues a merge instruction. The management personnel merge the two single-birds into the same pigeon cage according to the instruction, so that the parent pigeons without young pigeons can lay eggs and hatch earlier, which can not only improve their reproductive capacity, but also prevent the young pigeons from having food accumulation due to excessive feeding.

[0058] Furthermore, when the intelligent pigeon management system 300 detects that the young pigeons in a certain pigeon cage are fully grown and ready to be marketed, a marketing instruction is issued to market the pigeons for sale.

[0059] Furthermore, when the intelligent pigeon management system 300 detects that eggs are laid in the pigeon cage, it notifies the management personnel to perform the egg-candling operation, and uploads the manual egg-candling data 333 to the central data module 320 through the handheld terminal device 331 for tracking and recording.

[0060] The specific working principle of the present invention is as follows:

[0061] (1) The principle of the intelligent environmental control system 200 regulating the environment in the pigeon house is as follows: first, the environmental parameter range suitable for the growth and development of young pigeons is preset in the software control system 230; second, the sensor system 210 monitors the environment in the pigeon house body 100, generates monitoring data 211, and transmits the monitoring data 211 to the software control system 230, and the software control system 230 compares the preset environmental parameter range with the monitoring data 211 and obtains the device control instruction 234; finally, the corresponding equipment in the device system 220 is started and stopped according to the device control instruction 234. When the temperature in the pigeon house body 100 is higher than the preset environmental parameter range, the ventilation fan 222 is started to cool the pigeon house. When the temperature in the pigeon house body 100 is lower than the preset environmental parameter range, the heater 223 is started to heat the pigeon house. When the humidity in the pigeon house body 100 is lower than the preset environmental parameter range, the wet curtain 221 is started to humidify the pigeon house.

[0062] (2) The principle of the intelligent pigeon management system 300 for the production management of pigeons is as follows: first, the infrared image module 310 performs an infrared scan on the combined pigeon cage 111 to generate an infrared image 314, and transmits the infrared image 314 to the central data module 320; secondly, the central data module 320 performs digital processing on the infrared image 314 to generate cage information data 324 such as the body temperature, number, and number of eggs of the corresponding pigeons in the pigeon cage, and obtains corresponding manual operation instructions 325, and transmits the manual operation instructions 325 to the mobile terminal module 330 through the network; finally, the management personnel perform corresponding production management operations according to the manual operation instructions 325 displayed by the mobile terminal module 330.

[0063] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. An intelligent environment-controlled fully enclosed pigeon house, characterized in that: It includes the pigeon house and intelligent environmental control system, including: The pigeon house body is a rectangular building structure, with several rows of combined pigeon cages arranged in the middle, the two ends of the combined pigeon cages are clean passages and dirty passages respectively, and the middle of adjacent rows of combined pigeon cages is a walkway, and the outer end walls close to the clean passage and the dirty passage are the clean passage end gable and the dirty passage end gable respectively, a gas pipeline is installed on the walkway, a wet curtain is installed on the clean passage end gable, a ventilation fan is installed on the dirty passage end gable, and a heater is installed on the dirty passage, and the gas pipeline is connected to the ventilation fan and the heater; The intelligent environmental control system includes a sensor system installed in the pigeon house body for monitoring the pigeon house environment, an equipment system for adjusting the pigeon house environment, and a software control system for controlling the start and stop of the equipment system; the signal ends of the sensor system and the equipment system are connected to the signal end of the software control system.

2. The intelligent environment-controlled fully enclosed pigeon house according to claim 1 is characterized in that: The sensor system is used to monitor the pigeon house environment and generate monitoring data. It is composed of several sensors installed inside the pigeon house body, including a temperature sensor, a humidity sensor, a dust sensor, and several gas sensors for monitoring the concentration of gases such as carbon dioxide and ammonia in the pigeon house; The equipment system includes a wet curtain, a ventilation fan, and a heater; the software control system includes a data receiving module for receiving monitoring data, an equipment instruction transmission module, and a comparison operation module that has a preset environmental parameter range and processes the monitoring data to generate equipment control instructions.

3. The intelligent environment-controlled fully enclosed pigeon house according to claim 2 is characterized in that: The equipment system also includes an ozone generator arranged in the pigeon house body, and the ozone generator is connected to the gas pipeline and is used for disinfecting the pigeon house.

4. The intelligent environment-controlled fully enclosed pigeon house according to claim 1 is characterized in that: It also includes an intelligent pigeon management system; The intelligent pigeon management system includes an infrared image module for generating and transmitting infrared images, a central data module for processing the infrared images and issuing manual operation instructions, and a mobile terminal module for receiving manual operation instructions; The infrared image module is connected to the signal end of the central data module, and data is transmitted between the central data module and the mobile terminal module via a network.

5. The intelligent environment-controlled fully enclosed pigeon house according to claim 4 is characterized in that: The infrared image module includes an infrared scanner installed in the combined pigeon cage for scanning and generating infrared images, and an image transmission module for transmitting the infrared images; The central data module includes a data generation system for generating cage information data, a data processing system for processing the cage information data and deriving manual operation instructions, and a manual instruction transmission system; The mobile terminal module includes a handheld terminal device and mobile terminal software installed in the handheld terminal device.

6. An intelligent pigeon production management method, characterized in that: The following steps are involved: S1: using an infrared scanner to perform infrared scanning on the combined pigeon cage and generate an infrared image; S2: The infrared image is transmitted to the data generation system through an image transmission module; S3: The data generation system performs data processing on the infrared image to generate cage information data such as the body temperature and number of young pigeons in the corresponding pigeon cage and the number of pigeon eggs; S4: The data processing system processes the information data in the cage and obtains corresponding manual operation instructions; S5: The manual instruction transmission system transmits the manual operation instruction to the mobile terminal software installed in the handheld terminal device; S6: The manager performs corresponding operations according to the manual operation instructions displayed on the handheld terminal device.

7. The intelligent pigeon production management method according to claim 6, characterized in that: When the intelligent pigeon management system detects that a pigeon cage is in a single-bird state, the central data processing module searches for the most similar pigeon cage that is also in a single-bird state and issues a merge instruction.

8. The intelligent pigeon production management method according to claim 6, characterized in that: When the intelligent pigeon management system detects that the young pigeons in a certain pigeon cage are fully grown and ready to be marketed, it will issue a marketing instruction and market the pigeons.

9. The intelligent pigeon production management method according to claim 6, characterized in that: When the intelligent pigeon management system detects that eggs are laid in the pigeon cage, it notifies the management personnel to perform the egg-candling operation, and uploads the manual egg-candling data to the central data module through the handheld terminal device for tracking and recording.

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