CN210900914U

CN210900914U - Energy-conserving chick takes off warm house

Info

Publication number: CN210900914U
Application number: CN201921608723.4U
Authority: CN
Inventors: 常建瑜; 李正丽; 常兴冉
Original assignee: Xingran Farm Jinning District Kunming City
Current assignee: Xingran Farm Jinning District Kunming City
Priority date: 2019-09-25
Filing date: 2019-09-25
Publication date: 2020-07-03
Anticipated expiration: 2029-09-25

Abstract

The utility model relates to an energy-saving chick temperature-removing house in the technical field of poultry breeding, which comprises a chick temperature-removing house body, a coal stove arranged outside the chick temperature-removing house body, and a heating mechanism which is used for heating through high-temperature flue gas generated by the coal stove and is arranged inside the chick temperature-removing house body; chick remove warm house body including the wall body that is equipped with the heat preservation, locate the inside smoke channel that leads of wall body, through the mechanism of heating and the ventilation mechanism of leading the heat dissipation of smoke channel to fresh air heating, locate the floor of the mechanism top of heating, locate the mechanism below of heating and be equipped with the bottom plate of heat preservation, locate the dry and wet temperature control device on the wall body, be equipped with solar cell panel and daylighting mouth's roof to and locate on the roof and with lead the chimney that the smoke channel links to each other. The utility model discloses saved raiser's cost spending greatly, and equipment low cost, the maintenance cost is low, has improved the chick survival rate simultaneously, has improved raiser's economic benefits.

Description

Energy-conserving chick takes off warm house

Technical Field

The utility model relates to a poultry farming technical field especially relates to an energy-conserving chick room of taking off temperature.

Background

Chicken is an indispensable food in modern life, so in poultry farming, broiler farming technology is more and more mature, chick farming is an important link in broiler farming industry all the time, but because the body temperature regulating capability and the digestion capability of chicks are poor, the adaptation capability of chicks to the environment and the resistance capability to pathogenic bacteria are poor, and death is often caused by various reasons, so the survival rate of chicks influences the development and the economic benefit of the chicken farming industry. In order to improve the survival rate of chicks, most farmers can remove the temperature of the chicks to enable the chicks to grow up smoothly, two temperature removing modes of flat removing and net removing are mainly adopted at present, the requirements of the chicks on temperature, humidity, light, drinking water and fresh air are all required to be met, the feathers of the chicks are not developed and mature, the requirement on the temperature is higher, the chicks can grow better only in an environment with low temperature difference and low temperature, the existing chicken houses with the temperature removing function mostly adopt a water pipe mode to heat the chicks, the mode is relatively high in energy consumption, continuous heating treatment of water is required, energy consumption of boiler equipment loss cannot be utilized, energy conservation and environmental protection are avoided, the equipment cost is relatively high, the breeding cost of the farmers is greatly increased, and the economic benefit of the farmers is reduced.

Disclosure of Invention

The features and advantages of the present invention are set forth in part in the description which follows, or may be obvious from the description, or may be learned by practice of the invention.

In order to overcome the problems in the prior art, the utility model provides an energy-saving chick temperature-removing house, which comprises a chick temperature-removing house body, a coal stove arranged outside the chick temperature-removing house body, and a heating mechanism which is used for heating by high-temperature smoke generated by the coal stove and is arranged inside the chick temperature-removing house body; chick remove warm house body including the wall body that is equipped with the heat preservation, locate the inside smoke channel that leads of wall body, through the mechanism of heating and the ventilation mechanism of leading the heat dissipation of smoke channel to fresh air heating, locate the floor of the mechanism top of heating, locate the mechanism below of heating and be equipped with the bottom plate of heat preservation, locate the dry and wet temperature control device on the wall body, be equipped with solar cell panel and daylighting mouth's roof to and locate on the roof and with lead the chimney that the smoke channel links to each other.

Preferably, the heating mechanism comprises a support column and a cigarette storage box which is arranged above the support column and is internally provided with a first partition plate; two ends of the smoke storage box are respectively connected with the coal stove and the smoke guide channel.

Preferably, the number of the first partition plates is at least 1, the first partition plates are arranged in the smoke storage box at equal intervals, and the first partition plates divide the interior of the smoke storage box into continuous S-shaped flues.

Preferably, be equipped with the second baffle in leading the cigarette passageway, the quantity of second baffle be 1 at least and the equidistance locate in leading the cigarette passageway, the second baffle separates into continuous S type flue with the inside of leading the cigarette passageway.

Preferably, ventilation mechanism is including locating on the chick takes off the temperature house body wall body and the ventilation hole of adjustable amount of wind, locate the mechanism below of heating and through the pillar of the mechanism of heating with the chick takes off the temperature house body the bottom plate of the formation hold the gaseous storehouse of heating that the chamber constitutes to and be equipped with first draught fan and with the trachea that gaseous storehouse links to each other of heating.

Preferably, the dry and wet temperature control device comprises a dry and wet thermometer provided with a display screen, an atomizer, a second induced draft fan arranged on the chimney, a ventilation fan and a PLC (programmable logic controller).

Preferably, the automatic sun-shading curtain is arranged above the daylight opening.

Preferably, the solar cell panel also comprises a storage battery matched with the solar cell panel.

Preferably, the scraper also comprises a protective net erected above the floor, and a scraper arranged between the protective net and the floor.

The utility model has the advantages that: in the process of raising the chicks, as the chicks are weak in physique and can help to absorb, a lot of foods need to be cooked and then fed to help digestion, and meanwhile, drinking water of the chicks needs to be boiled and then supplied to the chicks for drinking, therefore, in the process of feeding, the chicks often need to be heated by using equipment such as a coal stove and the like, but most of farmers at present only use equipment such as the coal stove and the like for heating, and the heat generated by the coal stove in the combustion process is greatly wasted; the chicken coop can be heated by the heating mechanism, and meanwhile, fresh air flows into the gas heating bin, so that the heat of the heating mechanism is fully utilized to heat cold air, and then the hot fresh air is introduced into the chicken coop through the induced draft fan, so that the heat energy is utilized more thoroughly, and the condition that the chickens are sick due to the fact that the cold air is directly blown to the chickens during air exchange is avoided; the humidity condition and the temperature condition in the chick temperature-releasing house are effectively monitored through the dry-wet temperature control device arranged on the wall body, manual monitoring at any time is not needed, the environment of the chick temperature-releasing house is controllable, and the chick temperature-releasing house is suitable for growth of chicks; through the lighting port arranged on the roof, the body of the chick can be enhanced through sunlight irradiation, electric energy is saved, and electric energy loss caused by long-term uninterrupted lighting is avoided; by the protective net and the scraper arranged on the floor, the excrement of the chicks can be removed in time and effectively disinfected, so that the breeding of bacteria is avoided; through the combination of the solar cell panel and the storage battery arranged on the roof, the daily electricity utilization requirement of the chicken coop is met, and the chicken coop is more energy-saving and environment-friendly; the chick greenhouse has the advantages that cost of farmers is greatly saved, equipment cost is low, maintenance cost is low, operation procedures of breeders are simple, time and labor are saved, the survival rate of chicks is increased, and economic benefits of the farmers are increased.

Drawings

The advantages and realisation of the invention will become more apparent hereinafter by describing in detail the invention with reference to the attached drawings, wherein the content shown in the drawings is only for explaining the invention without constituting any significant limitation thereof, and in which:

FIG. 1 is a sectional view of a novel energy-saving chick hatching house according to an embodiment of the present invention

FIG. 2 is a schematic view of a novel middle energy-saving chick greenhouse

In the drawings, the corresponding relationship between the component names and the reference numbers is as follows:

the chicken cooling house comprises a chick cooling house body-100, a wall body-110, a heat insulation layer-111, a smoke guide channel-120, a second partition plate-121, a ventilation mechanism-130, a ventilation hole-131, an adjusting plate-1311, a gas heating bin-132, a gas pipe-133, a first induced draft fan-134, a floor-140, a bottom plate-150, a dry and wet temperature control device-160, a dry and wet thermometer-161, an atomizer-162, a second induced draft fan-163, a roof-170, a solar cell panel-171, a lighting port-172, a chimney-180, a protective net-190, a scraper-191, a handheld frame-192, a coal stove-200, a heating mechanism-300, a support column-310, a smoke storage box-320, a first partition plate-330, a door-400 and a disinfection foot pad-410.

Detailed Description

The following describes embodiments of the present invention in further detail with reference to the accompanying drawings and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

In the description of the present invention, "a plurality" means two or more unless otherwise specified; the terms "upper", "lower", "inner", "outer", "top", "bottom", and the like, indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the device or element referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and therefore should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" are to be interpreted broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meaning of the above terms in the present invention can be understood according to specific situations by those skilled in the art.

As shown in fig. 1 to 2, the utility model provides an energy-saving chick thermal-insulation house, which comprises a chick thermal-insulation house body 100, a coal stove 200 arranged outside the chick thermal-insulation house body 100, and a heating mechanism 300 which heats by high-temperature smoke generated by the coal stove 200 and is arranged inside the chick thermal-insulation house body 100; chick remove warm house body 100 including the wall body 110 that is equipped with heat preservation 111, locate the inside smoke channel 120 that leads of wall body 110, through the ventilation mechanism 130 of heating mechanism 300 and the heat dissipation of leading smoke channel 120 to fresh air heating, locate the floor 140 of heating mechanism 300 top, locate the bottom plate 150 of heating mechanism 300 below and being equipped with heat preservation 111, locate the wet and dry temperature control device 160 on the wall body 110, the roof 170 that is equipped with solar cell panel 171 and daylighting mouth 172, and locate on the roof 170 and lead the chimney 180 that the smoke channel 120 links to each other.

Furthermore, the chicken incubator further comprises a heat insulation layer 111 arranged in the wall 110 of the chicken incubator, so that heat loss can be effectively prevented.

Further, the warming mechanism 300 includes a pillar 310, a smoke storage box 320 disposed above the pillar 310 and having a first partition 330 disposed therein; the two ends of the smoke storage box 320 are respectively connected with the coal stove 200 and the smoke guiding channel 120. High temperature flue gas through coal stove 200 burning production flows into and leads cigarette passageway 120 behind storing up the smoke box 320, in high temperature flue gas flow process with heat conduction to chick room of removing the temperature, supports simultaneously through pillar 310 and rises heating mechanism 300, can effectively avoid heat direct transfer to give the bottom plate 150 of room of removing the temperature, played heat retaining function, avoided thermal a large amount of losses.

Further optimize above-mentioned technical scheme, the quantity of first baffle 330 is 1 at least and the equidistance is located in storing up the smoke box 320, first baffle 330 separates into continuous S type flue with the inside of storing up smoke box 320. Through the setting of first baffle 330, effectively increased the dead time of high temperature flue gas in storing up smoke box 320 to the high temperature flue gas takes off the warm house indoor with the better transmission of heat to chick, avoids thermal loss.

Further, be equipped with second baffle 121 in leading cigarette passageway 120, the quantity of second baffle 121 be 1 at least and the equidistance locate in leading cigarette passageway 120, second baffle 121 separates into continuous S type flue with the inside of leading cigarette passageway 120. Through the setting of second baffle 121, effectively increased the dead time of high temperature flue gas in leading cigarette passageway 120 to the high temperature flue gas takes off the warm house indoor with better transmission of heat, avoids thermal loss.

Further, as another selected embodiment of the present invention, the smoke storage box 320 and the smoke guiding channel 120 are respectively provided with the first partition 330 and the second partition 121, so as to increase the dead time of the high temperature smoke in the heating mechanism 300, of course, the first partition 330 may also be provided, or only the second partition 121 may be provided, that is, as long as the dead time of the high temperature smoke can be increased, and the auxiliary warming and heat preserving effects are achieved, which is not specifically limited herein.

Further, ventilation mechanism 130 is including locating on chick thermal runaway house body 100 wall body 110 and the ventilation hole 131 of adjustable amount of wind, locate the mechanism 300 below of heating and through the pillar 310 of the mechanism 300 with the chick thermal runaway house body 100's bottom plate 150 forms hold the gaseous storehouse 132 that heats that the chamber constitutes to and be equipped with first draught fan 134 and with the trachea 133 that gaseous storehouse 132 links to each other that heats. The ventilation hole 131 is arranged on the external wall 110 of the chicken cooling house so as to facilitate the entry of fresh air, meanwhile, an adjusting plate 1311 capable of adjusting the air intake rate is arranged on the ventilation hole 131, two ends of the adjusting plate 1311 are movably arranged in two limiting strips (not shown in the figure), the limiting strips (not shown in the figure) are fixed on the wall 110, when less air volume is needed to enter the chicken cooling house, the adjusting plate 1311 can be inserted into the limiting strips (not shown in the figure) so as to adjust the size of an air inlet, and when the proper position is reached, the air inlet is stopped; when a large air quantity is needed to enter the chick desuperheating house, the size of the air inlet can be adjusted until the adjusting plate 1311 is removed, namely, the air inlet is completely opened to increase the air quantity; when air inlet is not needed, the adjusting plate 1311 is directly inserted into a limiting strip (not shown in the figure) until the air inlet is completely closed; through the cooperation with the mechanism 300 that heats, send into chick to take off the greenhouse after effectively heating fresh air in, avoid directly blowing cold wind to the chick and lead to the chick cold and cool and sick. This gaseous storehouse 132 of heating links to each other with ventilation hole 131, and the air gets into behind the gaseous storehouse 132 of heating through ventilation hole 131, along with the heat down conduction of mechanism 300 of heating, gives fresh air with the heat conduction, is about to fresh air heats into hot-air, flows into in the chick room of cooling through the trachea 133 that links to each other with gaseous storehouse 132 of heating again. The gas heating bin 132 not only heats fresh air, but also can play a role in heat preservation, prevents direct heat transfer from being transmitted to the ground, causes heat waste, prevents the heat from being lost too fast when making full use of the heat, and is more energy-saving and environment-friendly. This trachea 133 stretches into the one end that the chick takes off in the warm house and is equipped with first draught fan 134, for fresh air provides power, in taking off the warm house with hot-air drainage to the chick fast to outside fresh air's inflow is accelerated.

Further, the dry-wet temperature control device 160 includes a dry-wet thermometer 161 with a display screen, an atomizer 162, a second induced draft fan 163 disposed on the chimney 180, an air exchange fan (not shown in the figure), and a PLC controller (not shown in the figure). The PLC controller (not shown in the figure) may be connected to each component in a wired or wireless manner, as long as the humidity and dryness can be controlled, and is not limited herein. When the temperature in the chick temperature-removing house is higher than a set value, a ventilation fan (not shown in the figure) is started, and when the temperature reaches the set value, the ventilation fan (not shown in the figure) is closed; when the temperature in the chick temperature-removing house is lower than the set value, the second induced draft fan 163 is started to accelerate the flow of the flue gas in the heating mechanism 300, so that the coal furnace 200 burns vigorously, and further the heat is conducted to the floor 140, so that the temperature in the chick temperature-removing house rises, when the temperature in the chick temperature-removing house reaches the set value, the second induced draft fan 163 is closed, and the heating mechanism 300 enters a heat preservation state; when the humidity in the chick takes off the temperature house is less than the setting value, start atomizer 162, treat when the chick takes off the humidity in the temperature house and reaches the setting value, close atomizer 162, make the chick live in the environment of constant temperature and humidity, build an environment that is more suitable for the chick to grow, through the operation of each part of PLC controller (not shown in the figure), it is more accurate, the loaded down with trivial details step of having avoided manual monitoring and reduced artificial error, the labour has been practiced thrift, raiser's manufacturing cost has been practiced thrift greatly.

The protection of the dry and wet temperature control device 160 is the connection mode of the PLC controller (not shown in the figure) with the dry and wet temperature meter 161, the atomizer 162, the second induced draft fan 163 and the ventilation fan (not shown in the figure), and does not relate to the improvement of the program.

Further, the automatic sun-shading curtain is arranged above the daylight opening 172. This daylight opening 172 is equipped with energy-conserving glass, under the sealed circumstances of assurance, prevents that the heat from scattering and disappearing and the light transmissivity is good, and daylight opening 172's design is more energy-conserving, need not to open all lamps in daytime, only need according to the indoor light condition, the selectivity open the lamp that individual light is darker can, save a large amount of electric energy, can strengthen the disease-resistant ability of chick when increasing the sun illumination of chick simultaneously. Through the design of installing automatic sunshade screen additional at daylight opening 172, can avoid when the sunshine is too strong, burn the chick or lead to the chick to take off the quick rise of temperature in the greenhouse, not only can satisfy the demand of the different growth stages of chick to the illumination, and more energy-concerving and environment-protective, be fit for the growth of chick more.

Further, a storage battery (not shown) adapted to the solar cell panel 171 is also included. The electric energy is generated by solar energy and stored in a storage battery (not shown in the figure) so as to supply power to each device in the chick temperature-removing house, and the electric energy expenditure is saved.

Further, the utility model also comprises a protective net 190 erected above the floor 140, and a scraper 191 arranged between the protective net 190 and the floor 140. The both ends of scraper 191 are equipped with the handheld frame 192 that upwards extends, and this handheld frame 192 upwards extends along protection network 190 both sides to make things convenient for breeder to the faecal clearance of chick, need not to lift up protection network 190 and can accomplish faecal cleanness, this protection network 190 mesh specification should be greater than 1cm, so that chick excrement and urine drops smoothly to floor 140 on, avoids simultaneously the chick foot to be died by the damage that the card was lived and is brought even. The protective net 190 is provided with a support frame (not shown in the figure), and the bottom of the support frame (not shown in the figure) is provided with a heat-insulating anti-slip mat (not shown in the figure), so that the protective net 190 can be prevented from sliding, and the floor 140 can be prevented from being overheated to scald chicks. Can effectively clear up chick excrement and urine through scraper 191 of locating between protection network 190 and floor 140, also facilitate the use disinfection product simultaneously and take off the temperature house to the chick and effectively disinfect, avoided the chick because of directly bumping the damage that brings of touching the disinfection product.

Furthermore, the floor 140 is provided with a flow guiding device (not shown in the figure) to facilitate cleaning of the chick temperature-releasing house, the flow guiding device (not shown in the figure) can be the floor 140 arranged at a certain angle with the horizontal plane and flow guiding grooves (not shown in the figure) arranged at the peripheral edge of the floor 140, or the floor 140 with a high middle part and low periphery and flow guiding grooves arranged at the peripheral edge of the floor 140, that is, the device can be used for the chick temperature-releasing house as long as the cleaned garbage can flow out of the chick temperature-releasing house in time, and the device is not limited herein. When using liquid such as cleaning solution or disinfectant to take off the temperature house to clean the chick, from the eminence flow direction low on floor 140, cooperate scraper 191 to clear away excrement and urine simultaneously, make the cleaning and disinfection effect better, and clean liquid can not be infected with the chick on one's body, more can not be because of being infected with the emergence that wet chick leads to diseases such as chick cold and cool, the growth that is more fit for the chick.

Further, the chicken incubator further comprises a door 400 for enabling the breeding personnel to conveniently get in and out of the chicken incubator and a disinfection foot pad 410 arranged on the door, so that the personnel can be prevented from bringing outside bacteria into the chicken incubator to infect the chickens.

Further, the floor 140 and the wall 110 inside the chick incubator body 100 should be sealed and protected periodically to prevent the leakage of smoke.

The utility model discloses a theory of operation does: after a farmer adds combustible materials into the coal stove 200, the second induced draft fan 163 is started, the combustible materials are combusted more vigorously under the action of the attraction force of the second induced draft fan 163, high-temperature flue gas generated by combustion flows into the heating mechanism 300, the stagnation time of the high-temperature flue gas in the heating mechanism 300 is prolonged through the S-shaped flue formed by the staggered design of the first partition plates 330, so that heat is better conducted into the chick temperature-removing house, the heat in the smoke storage box 320 is conducted to the floor 140 arranged above the smoke storage box 320, and the floor 140 conducts the absorbed heat to the air in the chick temperature-removing house, so that the temperature in the chick temperature-removing house is increased; the heat in the smoke guide channel 120 is conducted to the wall 110 and further conducted to the air in the chick temperature removal house, so that the temperature in the chick temperature removal house is increased; meanwhile, the heat of the smoke storage box 320 is also conducted into the gas heating bin 132 positioned below the smoke storage box 320, under the action of the first induced draft fan 134, fresh air flows into the gas heating bin 132 through the vent holes 131, and flows into the chick cooling house through the air pipe 133 after being heated, so that fresh air is provided for the chick cooling house, and the chick is prevented from being cooled; the temperature and the humidity of the chick temperature-removing house are controlled by a dry-wet temperature control device 160 arranged in the chick temperature-removing house, so that the chick can live in a constant-temperature and constant-humidity environment more suitable for the growth of the chick; before entering the chick cooling house, the breeding personnel firstly disinfect the chick through the disinfection rubber mat 410 to prevent bacteria from being brought into the chick cooling house, and when cleaning or disinfecting operation is performed, the handheld frame 192 is pushed to drive the scraper 191 to effectively clean excrement of the chick, so that time and labor are saved, and after the excrement is cleaned, liquid mixed with disinfectant is used for effectively disinfecting the chick cooling house to prevent bacteria from breeding and enable the chick to infect diseases; through the design of daylighting mouth 172, increase the chicken daily sunshine and shine, energy-conserving and can improve the resistance of chicken, through solar cell panel 171 and battery, take off the temperature house for the chicken and provide daily power supply, it is more energy-concerving and environment-protective, practice thrift electric power expense for raiser. The utility model discloses not only more can satisfy the chick and raise the demand, and can improve the chick survival rate, for raiser greatly increased economic benefits.

The preferred embodiments of the present invention have been described with reference to the accompanying drawings, and those skilled in the art can implement the present invention in various modifications without departing from the scope and spirit of the present invention. For instance, features illustrated or described as part of one embodiment, can be used with another embodiment to yield a still further embodiment. The above description is only a preferred and practical embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the specification and the drawings of the present invention are included in the scope of the present invention.

Claims

1. An energy-saving chick temperature-removing house is characterized by comprising a chick temperature-removing house body, a coal stove arranged outside the chick temperature-removing house body, and a heating mechanism which is used for heating through high-temperature smoke generated by the coal stove and is arranged inside the chick temperature-removing house body; chick remove warm house body including the wall body that is equipped with the heat preservation, locate the inside smoke channel that leads of wall body, through the mechanism of heating and the ventilation mechanism of leading the heat dissipation of smoke channel to fresh air heating, locate the floor of the mechanism top of heating, locate the mechanism below of heating and be equipped with the bottom plate of heat preservation, locate the dry and wet temperature control device on the wall body, be equipped with solar cell panel and daylighting mouth's roof to and locate on the roof and with lead the chimney that the smoke channel links to each other.

2. The energy-saving chick warming house according to claim 1, wherein the warming mechanism comprises a pillar, a smoke storage box which is arranged above the pillar and is internally provided with a first partition plate; two ends of the smoke storage box are respectively connected with the coal stove and the smoke guide channel.

3. The energy-saving chick greenhouse of claim 2, wherein the number of the first partition plates is at least 1, the first partition plates are equidistantly arranged in the smoke storage box, and the first partition plates divide the interior of the smoke storage box into continuous S-shaped flues.

4. The energy-saving chick warming house according to claim 1, wherein a second partition plate is arranged in the smoke guide channel, the number of the second partition plates is at least 1, the second partition plates are equidistantly arranged in the smoke guide channel, and the second partition plates divide the interior of the smoke guide channel into continuous S-shaped flues.

5. The energy-saving chick house of claim 1, wherein the ventilation mechanism comprises a ventilation hole which is arranged on the wall body of the chick house body and can adjust the air volume, a gas heating chamber which is arranged below the heating mechanism and is formed by a supporting column of the heating mechanism and a containing cavity formed by a bottom plate of the chick house body, and an air pipe which is provided with a first induced draft fan and is connected with the gas heating chamber.

6. The energy-saving chick greenhouse of claim 1, wherein the dry-wet temperature control device comprises a dry-wet thermometer with a display screen, an atomizer, a second induced draft fan with an induced draft fan arranged on a chimney, and a PLC controller.

7. The energy-saving chick greenhouse of claim 1, further comprising an automatic sunshade disposed above the daylight opening.

8. The energy-saving chick incubator as recited in claim 1, further comprising a battery cell adapted to the solar cell panel.

9. The energy-saving chick incubator according to any one of claims 1 to 8, further comprising a protective net erected above the floor, and a scraper provided between the protective net and the floor.