[0024] With reference to the accompanying drawings, the specific implementation of the present invention will be further described in detail through the description of the best embodiment.
[0025] A snake-breeding house. The snake-breeding house includes a snake-breeding house body 1 with a rectangular cross-section. The lower end of the snake-breeding house body 1 is provided with a sewage channel 14 for discharging sewage, and more than one is provided in the horizontal direction inside the snake-breeding house body 1. A layered placement board for the snake-breeding house 1. A blocking board 13 for the partition of the snake-breeding house 1 is arranged in the vertical direction of the snake-breeding house 1. 1 Divide into multiple layers to optimize the use of the entire area of the snake house 1, and at the same time breed a certain number of snake groups on each layer, so that the total number of snakes in the entire snake house 1 is even the same as the number in the traditional snake house The same, but the occupied space of each snake is optimized, which is conducive to the growth of snakes; because snakes are social animals, when the snake house is designed as a single layer, when there are more snakes in the group, it will cause snakes and snakes to interact with each other. Squeezing may increase the mortality rate of snakes. If the number of snakes in each snake house is reduced, the space of the snake house will be wasted. Therefore, the traditional snake house has many shortcomings, and the present invention adopts The placement of the board allows the vertical space of the snake house to be used, which is beneficial to increase the number of snakes in the snake house; at the same time, the area of the board here is the same as the inner area of the horizontal section of the snake house 1, that is, when the board is installed, The side surfaces around the placement board are in close contact with the four side walls of the snake-breeding house body 1, in order to prevent the snake from falling from the gap between the upper-level placement board and the inner wall of the snake-breeding room; and in the present invention The placement board is optimized. The placement board includes a first placement board 8 for snake group activities and a second placement board 7 for snake feeding. The first placement board 8 and the second placement board 7 are arranged in parallel, and Here, the placement board is divided into a first placement board 8 and a second placement board 7. The first placement board 8 is mainly used for snake life, mainly for activities and rest places, while the second placement board 7 is mainly for feeding and eating. In the water area, the area where the snakes eat is separated from the normal living area of the snakes, which reduces the cleanliness of the snakes’ living areas for a long time, basically achieves a certain degree of separation of dry and wet, and reduces the possibility of germs; here The separation of the first placement board 8 and the second placement board 7 is mainly achieved by the barrier board 13, where the barrier board 13 is arranged in the vertical direction in the snake house body 1. First, the barrier board 13 is vertical. Straightly arranged, the upper end of the blocking plate 13 is attached to the inner wall of the upper end of the snake house body 1, the lower end of the blocking plate 13 is at least attached to the lowermost placement plate, and the side of the blocking plate 13 is attached to the inner wall of the snake house body 1. Closely, the setting of the blocking plate 13 is to prevent the snakes on the first placement plate 8 and the second placement plate 7 from moving back and forth on each layer, which is not conducive to later cleaning; at the same time, the placement position of the blocking plate 13 in the present invention is also Specially set, because the functions of the first placement board 8 and the second placement board 7 are different, the lengths of the first placement board 8 and the second placement board 7 are different, and the setting position of the blocking board 13 is also different, generally The blocking board 13 is set at two-thirds of the length of the snake house, that is, the length of the first placement board 8 is two-thirds of the total length of the placement board, and the length of the second placement board 7 is three-thirds of the total length of the placement board. One part, this The purpose of this setting is to have a short feeding time and a relatively small range of activities for the snakes. Therefore, the feeding area can be relatively reduced. In addition to eating, many snakes are crawling. In order to avoid too small an activity space, so In the present invention, the size of the feeding space and the activity space of the snake group is changed, so as to optimize the space utilization of the snake group in the snake house and optimize the quality of life of the snake group; the first placement board 8 and the second placement board 7 are arranged relative to each other. They are blocked by the blocking plate 13, which makes it impossible for the two to communicate with each other. Therefore, the present invention is optimized. In the present invention, the blocking plate 13 is provided with a transfer groove 12, and the transfer groove 12 is on each layer. There are settings, the transfer slot 12 is a through slot, the transfer slot 12 is set to realize that the snake group can move on each layer, from the first placement plate 8 of each layer to the second placement plate 7 of each layer or Transfer from the second placement board 7 of each layer to the first placement board 8 of each layer. At the same time, the position of the transfer groove 12 must also be set. The bottom edge of the transfer groove 12 and the placement board of each layer The upper end faces are flat. This arrangement can ensure that the snake group does not need to consume too much capacity when moving back and forth on the first placement plate 8 and the second placement plate 7, which is conducive to the growth of the snake group. Snake swarms are tools for breeders during cleaning. After each layer of snake swarms goes to the first placement board 8 or the second placement board 7, we can close the transfer slot 12 to achieve the first placement board 8 area and the second placement The area of the plate 7 is separated, so as to realize the cleaning of the area on the side where the snakes are not. For the closing of the transfer groove 12, the closing plate 11 and the propelling cylinder 10 are used in the present invention to achieve, because the blocking plate 13 has a certain thickness, the present invention The middle closing plate 11 and the advancing cylinder 10 are arranged inside the blocking plate 13. This arrangement is to not affect the downward movement of the first placement plate 8 and the second placement plate 7 in the later stage. The closing plate 11 is in the advancing cylinder 10 when in use. Under the push, the transfer slot 12 is blocked.
[0026] Preferably, in the present invention, both the first placement board 8 and the second placement board 7 are covered with a dry mixture suitable for the life of snakes. The dry mixture is to first lay a layer of sand on the bottom of the placement plate, and then to Lay a layer of sawdust on the layer, then a layer of rice husk on the sawdust, and finally a layer of rice stalks on the top end; the laying of dry mixture can achieve drying of the placed board to a certain extent, and it is also convenient When the snake dung accumulates to a certain extent, you can directly remove the dry mixture, and then lay a new dry mixture for easy cleaning; for the laying of the dry mixture, you can flexibly lay the dry mixture according to environmental needs. There is about one in the south. Months are the rainy season, the ground is wet, and the walls see water. Although the placement board does not directly contact the ground in the present invention, the moist air is likely to cause the snake to suffer from mildew. At this time, sawdust and rice can be laid on the placement board. Husks and rice stalks absorb the excess moisture in the air, increase the number of cleaning up snake dung according to the situation, and at the same time lay a layer of dry mixture on the ground to absorb the moisture on the ground and minimize the humidity in the snake house During the intense heat, you can directly let the snake move on the sand layer, properly spray some clear water, and the sand layer is cold, which is more conducive to the snake's heat dissipation and cooling, reducing the occurrence of acute pneumonia. At the same time, the dry mixture has a wide range of sources, low cost, and significant effect. The cleaned snake feces can be recycled and reused together with the dry mixture.
[0027] Preferably, in the present invention, the first placement board 8 and the second placement board 7 are respectively connected to the inner side wall of the snake house body 1 through adjustment components, and the adjustment components include a control module for controlling the first placement board 8 or the second placement. The moving part of the board 7 moving up and down and the supporting part used to support the first placement board 8 or the second placement board 7; here, the adjusting assembly is used in conjunction with the placement board. In the present invention, the supporting portion includes a support provided on the lower end surface of the placement board. The supporting beam 5 is connected with a sliding plate 6 at one end of the supporting beam 5 close to the inner side wall of the snake breeding house 1. The sliding plate 6 is adapted to the T-shaped slide 2 on the inner side wall of the snake breeding house 1. The moving part includes The sliding plate 6 is connected with a transmission chain 3 for controlling the up and down movement of the sliding plate 6, and the transmission chain 3 is connected with a driving component; firstly, a T-shaped slide 2 is provided on the inner wall of the snake house 1 to match the setting of the sliding plate 6. , To prevent the sliding plate 6 from detaching from the inner side wall of the snake house 1, and at the same time, the setting of the T-shaped slide 2 restricts the moving direction of the sliding plate 6 so that the sliding plate 6 can only move up and down, which is convenient Subsequent control of the movement of the sliding plate 6; first of all, the purpose of the adjustment component of the present invention is to facilitate the subsequent cleaning of each placement board, because the present invention is a multi-layer design, and the uppermost placement board has a high height, which is very inconvenient for manual cleaning. Therefore, an adjustment component is provided in the present invention so that the height of each placement board can be adjusted according to needs. When we need to clean the placement board in the snake breeding house 1, we can perform the following operations. Firstly, determine the location of the snake group, because In order to avoid confusion in the management of the snakes, the snakes in the present invention are required to be on the same side. For example, when the snakes need to eat, it is necessary to ensure that the snakes are all on the second placement plate 7 of the layer. The breeder must drive the snakes to the first placement board 8 to ensure that the snakes have a good space for movement; the method of repelling the snakes will be described later; because of the characteristics of the distribution of the snakes, the first step is to Make sure that the snake group is in the area where the board is placed. For example, if we want to clean the first placement board 8 of each layer, first determine the location of the snake group. When the snake group is not on the first placement board 8, this is the start The air cylinder 10 realizes the closing of the closing plate 11 to the transfer groove 12, and after determining that the closing plate 11 realizes the closing of the transfer groove 12, the driving components are controlled to further realize the first placement of each under the influence of the gravity of the first placement plate 8. Adjust the height of the board 8. When the height of all the first placement boards 8 drops to the height we require, we can clean the first placement boards 8, and at the same time re-lay the dry mix on each first placement board 8 to ensure For the cleaning of each board, when the first placement board 8 is cleaned, the first placement board 8 is reset by the drive component, and then the closing plate 11 is opened by pushing the air cylinder 10, and then the inside of each second placement board 7 The snakes rush into the corresponding first placement board 8. If you need to clean each second placement board 7, here you can operate the adjustment assembly connected to the second placement board 7, and the second placement board 7 is lifted and lowered to realize the cleaning of the second placement plate 7; at the same time, the cleaning When the dry mixture and sundries on the various placing boards are manually cleaned into the snake house body 1, there is a sewage channel 14 for sewage discharge. Here, the sewage channel 14 is flushed through a U-shaped groove and manually using a water pipe. Clean.
[0028] Preferably, the snake house in the present invention further includes a temperature control system, the temperature control system includes a first temperature control component and a second temperature control component; the first temperature control component includes the first placement plate 8 or the second placement plate 7 The water inlet pipe 9 on the lower end surface is used to provide heat energy for the snake breeding house. The water inlet pipe 9 is connected with water supply equipment. The second temperature control component includes an air inlet 15 arranged on the inner side wall of the snake breeding house 1. The air inlet 15 is connected with an air inlet pipe 16, and the air inlet pipe 16 is connected with a regulated air conditioner 17. The water source supply equipment may include a supply pipe for connecting with the water inlet pipe 9, and the supply pipe is connected with a water supply tank. The water supply tank is connected with a solar collector 18 for collecting heat. In the present invention, two heating methods are used. One is to add hot water to the water inlet pipe 9, and the hot water flows through the water inlet pipe 9 and passes through Heat transfer: diffuse the heat of the hot water in the water inlet pipe 9 into the snake breeding room to realize the regulation of the heat in the snake breeding room; when the temperature is low in a certain period of winter in winter, the hot water can not achieve good effect on the snake breeding Adjust the temperature in the room. At this time, the air temperature in the snake breeding room can be adjusted by adjusting the heating of the air conditioner 17. These two methods of adjustment can be turned on as needed, which makes the temperature adjustment more convenient and faster response. .
[0029] Preferably, in the present invention, the water inlet pipes 9 are distributed on the lower end surface of the first placement plate 8 or the second placement plate 7 in an S shape. At this time, the water channels are distributed in an S shape. 8 or the area of the lower end of the second placement plate 7 is conducive to more convenient control of the temperature of the snake house.
[0030] Preferably, in the present invention, the exhaust fan 4 used for air exchange in the snake breeding room on the inner side wall of the snake breeding room is beneficial to the circulation of air in the snake breeding room.
[0031] Preferably, the setting of the temperature control system in the present invention can be used to drive the snake group. When the snake group is placed on one side of the fixed part of the board, the air conditioner 17 can be adjusted to blow cool air on that side because the snake tends to be beneficial. With the characteristics of avoiding harm, the snakes will move to a relatively high temperature area, that is, the other side of the blocking plate 13 in the snake house 1.
[0032] Preferably, in the present invention, in order to facilitate the placement of the dry mixture on the board and the dumping of the sundries on the dry mixture, the support beam 5 is provided with a dumping assembly in the present invention, and the dumping assembly includes a dumping assembly set on the support beam 5 for lifting The jacking cylinder 20 of the placement plate is connected to the first placement plate 8 or the second placement plate 7 by a hinge, where the jacking cylinder 20 is arranged on the first placement plate 8 or the second placement plate 7 close to One end of the blocking plate 13 aims to realize the tilting of the first placement plate 8 and the second placement plate 7 by the jacking cylinder 20 through the activation of the jacking cylinder 20, and then to achieve the first placement plate 8 and the second placement plate 7. The dumping of the material that needs to be replaced; as a preference, in the present invention, the first placement board 8 or the second placement board 7 and the supporting beam 5 are connected by the tilting rotation shaft 19 to achieve the first placement board 8 or the second placement board 7 The fixing of one end enables the first placement plate 8 and the second placement plate 7 to rotate around the dumping rotation axis 19 when the jacking cylinder 20 is activated, thereby realizing the dumping of materials to be poured on the placement plate.
[0033] Obviously, the specific implementation of the present invention is not limited by the foregoing manners, as long as various non-substantial improvements made by adopting the method concept and technical solution of the present invention are within the protection scope of the present invention.
