CN105746483A - Automatic vacuum mousetrap - Google Patents

Abstract

The invention discloses an automatic vacuum mousetrap. Including temptation box, vacuum pump box and mouse trap; the temptation box is equipped with a revolving door, bait drawer II, photoelectric sensor II; A rotating ball is installed in the hole, and the rotating ball is connected to the motor Ⅰ; there is an air passage on the rotating ball, and the air passage is connected to the vacuum pump in the vacuum pump box through the bronchus and the main air pipe; the mouse trap is equipped with a cylinder; one end of the cylinder is open The seal is pressed on the rotating ball, and the other end of the cylinder is closed; a plastic bag is installed in the cylinder, and the opening end of the plastic bag is pressed between the rotating ball and the opening of the cylinder; there is also a photoelectric sensor Ⅰ in the cylinder; the rotating ball After rotating at a certain angle, the ball hole on the back plate is sealed, and at this time, the airway on the rotating ball is connected to the bronchi and the inside of the cylinder. Compared with the prior art, the invention adopts a new mouse-catching method, the device is safe to use, environment-friendly, does not cause secondary pollution, and has high mouse-catching efficiency.

Description

automatic vacuum mousetrap

technical field

The invention relates to the technical field of hunting instruments, in particular to an automatic vacuum mousetrap.

Background technique

There are many kinds of mice, and there are more than 450 kinds in the world. Mice are one of the most primitive mammals in existence. They are vigorous, numerous, and reproduce very fast. They have strong adaptability, eat almost anything, and can live in any place. Rats can dig holes, climb trees, and can spread plague, epidemic hemorrhagic fever, leptospirosis and other disease sources. Therefore, it is very necessary to capture mice to avoid the generation of disease sources. The mouse has a high IQ, is quite clever, is very flexible and cunning, is afraid of people, and moves around in a sneaky way. When it comes out of the hole, it crawls with its two front paws around the hole, looking left and right to ensure safety before leaving the hole; it likes to build its nest in a certain place Between food and water sources, establish a fixed route to avoid danger; a slight movement or change will immediately arouse its vigilance, and dare not move forward, and dare to move forward after repeated familiarization; rats have strong memory and food refusal , if attacked, it will avoid this place for a long time, which makes it difficult to effectively catch mice. Existing mouse-catching method mainly contains two kinds: 1. drug mouse-catching; 2. equipment mouse-catching. The first method is efficient, but it is easy to cause secondary disasters, causing other beneficial animals that eat mice to be injured, and it is easy to pollute the environment. The second method is also a mouse-catching method with a long history, but the existing mouse-catching equipment is poor in environmental protection, and it is difficult to deal with the captured mice in the later stage. They are either bloody or drowned in water, which is not environmentally friendly and extremely observable. Poor, easy to cause secondary pollution, affect people's psychological feelings. Therefore, it is particularly important to design an environmentally friendly and efficient mousetrap.

Contents of the invention

In order to solve the above technical problems, the present invention provides an automatic vacuum mousetrap.

The present invention is realized through the following technical solutions: an automatic vacuum mousetrap, comprising a temptation power box and a mouse trap detachably connected to the rear side of the temptation power box; A vacuum pump box on one side; a revolving door and a bait drawer II are arranged on the temptation box, and a photoelectric sensor II is also arranged in the temptation box; a motor II is connected to the door shaft of the revolving door; A plurality of ball holes connecting the inside and outside of the temptation box are arranged on the back plate near the side of the mouse trap; a rotating ball is installed in the ball hole on the back plate, and the rotating ball is provided with a through hole connecting the inside and outside of the temptation box; One of the rotating balls is connected with a motor I for driving the rotating ball; a vacuum pump is installed in the vacuum pump box; a main air pipe connected with the vacuum pump is arranged in the said temptation box; There is an airway; the main air pipe is connected to one end of the airway through the bronchus; the mouse trap is provided with cylinders with the same number as the rotating balls; one end of the opening of the cylinder is sealed and pressed against the rotating balls The other end of the cylinder is closed; a plastic bag is installed in the cylinder, and the opening end of the plastic bag is pressed between the rotating ball and the opening of the cylinder; a photoelectric sensor I is also arranged in the cylinder; the rotating ball rotates for a certain Seal the ball hole on the back plate after the angle, and at this time, the airway on the rotating ball communicates with the bronchi and the inside of the cylinder.

It further includes: one side of the mouse trap is connected to the temptation power box by a hinge, and the opposite side is connected by a lock.

Described main trachea is horizontally installed on the lure box rear plate, is respectively provided with a row of ball holes on the upper and lower sides of the main trachea, and every row of ball holes has five.

The closed end of the cylinder communicates with the outside of the mouse trap, and the cylinder is transparent.

The opening end of the plastic bag is provided with an annular shrapnel matching the arc of the rotating ball, and the annular shrapnel is tightly pressed between the rotating ball and the opening of the cylinder.

Described mousetrap box is provided with bait drawer I.

When in use, the mouse enters the temptation box through the half-open revolving door. When the mouse passes the photoelectric sensor II, it means that it has completely entered the temptation box. At this time, the motor II works and the revolving door closes; The rotating ball enters the plastic bag in the cylinder through the hole. When it touches the photoelectric sensor Ⅰ1, the corresponding motor Ⅰ works to drive the rotating ball to rotate 90 degrees. , the vacuum pump works to evacuate the air entering the rat's plastic bag or cylinder through the main duct and the bronchus corresponding to the rotating ball entering the rat.

The rotating ball that does not enter the mouse does not move, and the corresponding vent is still sealed in the ball hole on the back plate, waiting for the next mouse to enter. After a period of time, open the mouse trap, take out the plastic bag that has caught the mouse and fill it up, which is safe and environmentally friendly.

Compared with the prior art, the invention adopts a new mouse-catching method, the device is safe to use, environment-friendly, does not cause secondary pollution, and has high mouse-catching efficiency.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is a schematic diagram of the structure of the present invention when the power box and the mouse trap box are opened front and rear.

Fig. 3 is a front view of the present invention;

Fig. 4 is a schematic structural view of the back plate of the lure power box in Fig. 3;

Fig. 5 is a structural schematic diagram of a plastic bag;

Fig. 6 is a plastic bag and cylinder assembly drawing;

Fig. 7 is the assembly drawing of plastic bag, cylinder and rotating ball.

In the figure: 1. Lure power box; 1.1. Vacuum pump box; 1.2. Lure box; 1.2.1. Bait drawer Ⅱ; 1.2.2. Photoelectric sensor Ⅱ; 1.2.3. Revolving door; 1.2.4. Motor Ⅱ; 1.2 .5, rear plate; 1.2.6, ball hole; 1.3, vacuum pump; 1.4, main air pipe; 1.4.1, bronchus; 1.5, rotating ball; 1.5.1, through hole; 1.5.2, airway; Motor Ⅰ; 2. Rat trap; 2.1. Bait drawer Ⅰ; 2.2. Plastic bag; 2.2.1. Ring shrapnel; 2.3. Cylinder; 2.3.1. Photoelectric sensor Ⅰ;

detailed description

The following is a specific embodiment of the present invention, and the present invention will be further described in conjunction with the accompanying drawings.

As shown in Figure 1 and Figure 2, an automatic vacuum mousetrap, the temptation power box 1 and the mouse trap box 2 connected separately thereafter are rectangular boxes respectively, the front and rear of the temptation power box 1 and the mouse trap box 2 Fitting together, the whole is a rectangular body; one side of the mouse trap 2 and the temptation power box 1 is connected by a hinge 3 , and the opposite side is connected by a lock 4 .

As shown in Figures 1 to 4, a partition is set in the middle of the temptation power box 1, and the left and right are divided into a vacuum pump box 1.1 and a temptation box 1.2. There is a revolving door 1.2.3 on the right side of the front plate of the temptation box 1.2, a bait drawer II 1.2.1 is arranged on the left side, and a photoelectric sensor II 1.2.2 is arranged near the bait drawer II 1.2.1 inside the front panel; the revolving door 1.2. 3. A motor II 1.2.4 is connected to the door shaft, and the motor II 1.2.4 is controlled by the photoelectric sensor II 1.2.2. A vacuum pump 1.3 is installed in the vacuum pump box 1.1, as shown in FIG. 3 . On the rear plate 1.2.5 of the temptation box 1.2 near the mousetrap box 2 side, there are two rows of horizontally arranged ball holes 1.2.6 connected to the inside and outside of the temptation box 1.2, and there are five ball holes 1.2.6 in every row; There is a main air pipe 1.4 fixed on the back plate 1.2.5 between the two rows of ball holes 1.2.6, and the main air pipe 1.4 is connected with the vacuum pump 1.3. The rear plate 1.2.5 ball hole 1.2.6 is equipped with a rotating ball 1.5, and as shown in Figure 7, the rotating ball 1.5 has a through hole 1.5.1 connecting the inside and outside of the temptation box 1.2, and each of the rotating balls 1.5 It is connected with a motor I1.6 for driving the rotating ball 1.5 to rotate; the rotating ball 1.5 also has an air passage 1.5.2; the main air pipe 1.4 is connected to one end of the air passage 1.5.2 through the bronchus 1.4.1.

In conjunction with Fig. 2, and rabbit 5 to Fig. 7, the mousetrap box 2 is provided with the cylinder 2.3 with the same number as the rotating ball 1.5. One end of the opening is sealed and pressed on the rotating ball 1.5; the other end of the cylinder 2.3 is closed and connected to the outside of the mouse trap 2, and the seal of the cylinder 2.3 is transparent, so that external light can enter the cylinder 2.3, and the cylinder 2.3 A photoelectric sensor I 2.3.1 is also provided, and the photoelectric sensor I 2.3.1 controls the corresponding motor I 1.6 and vacuum pump 1.3. A plastic bag 2.2 is installed in the cylinder 2.3, and the open end of the plastic bag 2.2 is provided with an annular shrapnel 2.2.1 that matches the arc of the rotating ball 1.5, and the annular shrapnel 2.2.1 is tightly pressed between the rotating ball 1.5 and the opening of the cylinder 2.3. Also be provided with a bait drawer I 2.1 on the mousetrap box 2.

Under normal circumstances, the through hole 1.5.1 of the rotating ball 1.5 is connected to the inside and outside of the temptation box 1.2, that is, it is connected to the inside of the temptation box 1.2 and the cylinder 2.3; when the motor Ⅰ 1.6 drives the rotating ball 1.5 to rotate a certain angle, the rotating ball 1.5 is sealed. Live the rear plate 1.2.5 ball hole 1.2.6, now the air passage 1.5.2 on the rotating ball 1.5 communicates with the bronchi 1.4.1 and the inside of the cylinder 2.3.

Instructions:

Open the lock 4, and open the temptation power box 1 and the mouse trap box 2, put the plastic bag 2.2 into the cylinder 2.3, reset the photoelectric sensor I 2.3.1, then close the temptation power box 1 and the mouse trap box 2, and pass The lock 4 is locked, and at this time, the inlet of the plastic bag 2.2 is tightly pressed on the rotating ball 1.5 through the inlet edge of the cylinder 2.3 and the annular shrapnel 2.2.1, and the through hole 1.5.1 of the rotating ball 1.5 is coaxial with the cylinder 2.3 , Air vent 1.5.2 is enclosed in the back wall plate 1.2.5, and revolving door 1.2.3 is half-opened, at last bait is placed in bait drawer II 1.2.1 and bait drawer 2.1I and gets final product.

When the mouse must enter the temptation box 1.2 through the half-open revolving door 1.2.3 in order to obtain bait, when the mouse passes through the photoelectric sensor II 1.2.2, it means that it has completely entered the temptation box 1.2, and now the motor II 1.2.4 works and rotates The door 1.2.3 is closed, and the frightened mouse chooses the through hole 1.5.1 with bright light to enter the plastic bag 2.2. When it touches the photoelectric sensor Ⅰ 2.3.1, the corresponding motor Ⅰ 1.6 works to drive the rotating ball 1.5 to rotate 90 degrees , the air hole turns to the inlet of the plastic bag 2.2, the vacuum pump 1.3 works, and the air in the plastic bag or the cylinder 2.3 entering the mouse can be evacuated through the main pipe 1.4 and the bronchial pipe 1.4.1 corresponding to the rotating ball entering the mouse, so that the air does not enter the mouse The rotating ball 1.5 does not move, and the corresponding vent 1.5.2 is still sealed in the rear wall plate 1.2.5, waiting for the next mouse to enter. After a period of time, the mouse trap 2 is opened, and the plastic bags that have caught the mice are taken out to be buried, which is safe and environmentally friendly.

Claims (6)

1. An automatic vacuum mousetrap, characterized in that: it includes a temptation power box (1) and a mouse trap (2) detachably connected to the rear side of the temptation power box (1); the temptation power box ( 1) Including the temptation box (1.2) and the vacuum pump box (1.1) fixed on one side of the temptation box (1.2); The temptation box (1.2) is provided with a revolving door (1.2.3) and a bait drawer II (1.2.1), and a photoelectric sensor II (1.2.2) is also provided in the temptation box (1.2); Motor II (1.2.4) is connected to the door shaft of the door (1.2.3); On the back plate (1.2.5) of the temptation box (1.2) close to the mousetrap box (2), there are multiple ball holes (1.2.6) connected inside and outside the temptation box (1.2); A rotating ball (1.5) is installed in the ball hole (1.2.6) of the back plate (1.2.5), and the rotating ball (1.5) has a through hole (1.5.1) connecting the inside and outside of the temptation box (1.2); each The rotating ball (1.5) is connected with a motor I (1.6) for driving the rotating ball (1.5); The vacuum pump box (1.1) is equipped with a vacuum pump (1.3); the temptation box (1.2) is equipped with a main air pipe (1.4) connected to the vacuum pump (1.3); the rotating ball (1.5) has a an airway (1.5.2); said main trachea (1.4) is connected to one end of the airway (1.5.2) via a bronchi (1.4.1); The mousetrap box (2) is provided with cylinders (2.3) having the same number as the rotating balls (1.5); one end of the opening of the cylinders (2.3) is sealed and pressed on the rotating balls (1.5), and the cylinders (2.3) The other end is closed; a plastic bag (2.2) is installed inside the cylinder (2.3), and the open end of the plastic bag (2.2) is pressed between the rotating ball (1.5) and the opening of the cylinder (2.3); the cylinder (2.3) ) is also equipped with a photoelectric sensor Ⅰ (2.3.1); The rotating ball (1.5) is rotated at a certain angle to seal the ball hole (1.2.6) of the back plate (1.2.5), at this time the airway (1.5.2) on the rotating ball (1.5) is connected to the bronchus (1.4 .1) and inside the cylinder (2.3). 2. The automatic vacuum mousetrap according to claim 1, characterized in that: one side of the mousetrap box (2) is connected to the temptation power box (1) by a hinge (3), and the other side is connected by a hinge (3) The latch (4) connects. 3. The automatic vacuum mousetrap according to claim 1, characterized in that: the main air pipe (1.4) is horizontally installed on the back plate (1.2.5) of the temptation box (1.2), and the main air pipe (1.4) A row of ball holes (1.2.6) are respectively arranged on the upper and lower sides, and each row of ball holes (1.2.6) has five. 4. The automatic vacuum mousetrap according to claim 1, characterized in that: the closed end of the cylinder (2.3) is connected to the outside of the mouse trap (2), and the closure of the cylinder (2.3) is transparent . 5. The automatic vacuum mousetrap according to claim 1, characterized in that: the open end of the plastic bag (2.2) is provided with an annular shrapnel (2.2.1) that matches the arc of the rotating ball (1.5), and the The annular shrapnel (2.2.1) is tightly pressed between the rotating ball (1.5) and the opening of the cylinder (2.3). 6. The automatic vacuum mousetrap according to claim 1, characterized in that: the mousetrap box (2) is provided with a bait drawer I (2.1).