CN203969001U - A kind of electronic pest sucking device - Google Patents

Abstract

The utility model discloses an electric insect sucker, which comprises a storage bottle, in which a drying filter is arranged, a bottle cap is screwed on the storage bottle, an equipment box is arranged on the bottle cover, and a There is a battery and a micro suction pump. The suction port a of the micro suction pump penetrates the bottle cap and communicates with the storage bottle. The exhaust port b of the micro suction pump is set outside the storage bottle. The plastic hard tube penetrates the bottle cap and connects it The upper port is connected with the fluke tube, the end of the fluke tube is connected with the fluke mouth, the control switch is placed at the fluke mouth, the control switch, the battery and the micro suction pump are connected by wires, the utility model is simple in structure, easy to operate, and the fluke effect is obvious , Strong practicability.

Description

An electric insect extractor

technical field

The utility model relates to an electric insect sucker, which belongs to the technical field of test equipment.

Background technique

The commonly used tools for insect collection are various, and for small insects, especially those with fast movement and fragile bodies, they can be collected with a sucker. Existing insect suckers usually consist of a storage tube and a rubber hose connected thereto. When collecting specimens, the insects are manually drawn into the storage tube, or insects are drawn into the storage tube using an electric device. Such flukes have some disadvantages. First of all, when flukes are artificially sucked, the fluke channel is an open gas circulation mode, and the fine particles in the environment and various substances carried by the insect body are directly connected with the human respiratory system, which is easy to cause harm to human health.

Secondly, when using the electric device fluke, although the problem of direct contact between the human body and harmful substances has been solved, the following problems will occur in the existing device when the specimen is collected and stored. One, when collecting insects, because the control switch is behind, the fluke With the mouth in front, the fluke mouth often cannot be accurately and quickly aimed at the insects, thereby missing a good opportunity to catch insects. Second, when a large number of insects are sucked into the storage bottle, due to the activities of the insects and the insects themselves will discharge some liquid, it is easy to accumulate liquid in the storage bottle, and some insects are easily attached to the wall of the storage bottle, or adhere to each other. Together, this would result in a greatly reduced integrity of the specimen. Three, although the fluke can be operated with one hand, it is also extremely laborious, which is not conducive to working in a field environment.

Therefore, there is a great need for such an insect sucker in production practice, which can not only collect insects very conveniently, but also improve the collection efficiency and the integrity of insect specimens, while avoiding harm to the human body.

Contents of the invention

The purpose of the utility model is to provide a safe and convenient electric insect sucker to overcome the deficiencies of the prior art.

Technical scheme of the utility model

An electric insect sucker, comprising a storage bottle, a drying filter is arranged in the storage bottle, the bottle cap is connected to the storage bottle through threads, a device box is arranged on the bottle cap, and a battery and a micro suction device are respectively arranged in the device box. Air pump, the suction port a of the micro suction pump penetrates the bottle cap and communicates with the storage bottle, the exhaust port b of the micro suction pump is set outside the storage bottle, the plastic hard tube penetrates the bottle cap and its upper port connects with the fluke tube connection, the end of the suction tube is connected with a suction mouth, the control switch is placed at the suction mouth, and the control switch, the battery and the miniature suction pump are connected through wires.

In the aforementioned electric insect sucker, a rubber pad is provided between the bottle cap and the storage bottle, and the rubber pad in the bottle cap can effectively ensure airtightness.

In the aforementioned electric insect sucker, the device box is provided with an open mouth, which is convenient for moving the insect sucking tube and replacing the battery.

In the aforementioned electric insect sucker, the storage bottle is open at both ends, and both ends are threaded.

In the aforementioned electric insect sucker, a desiccant can be stored in the drying filter screen.

Due to the adoption of the above-mentioned technical scheme, compared with the prior art, the control switch of the present invention is arranged at the mouth of the fluke. Inhalation of other sundries; there is a drying filter in the storage bottle, which can store desiccant. After the insects are sucked into the storage bottle, they can be dried quickly under the action of the desiccant, avoiding the adhesion of insects caused by moisture, thus ensuring The integrity of the insect body is ensured; and most of the insects inhaled will accelerate their death due to drying. Compared with other methods of killing insects, this method is better at maintaining the shape of the insect body; in addition, the drying filter can It is easy to take out, and the desiccant can be replaced in time to ensure the drying capacity of the desiccant; the electric insect sucker has a simple appearance, and the main part can be placed in a waist bag or pocket when in use, and the insect sucking process can be completed by only holding the mouth of the insect sucker with one hand , It undoubtedly provides great convenience for field collection. Fourth, due to the uniform opening of the storage bottle, each component can be used in common, which increases the reliability of the electric insect sucker. The utility model is simple in structure, easy to operate, and has obvious fluke effect. Strong practicality.

Description of drawings

Accompanying drawing 1 is a structural representation of the utility model.

The marks in the accompanying drawings are: 1-control switch; 2-sucker mouth; 3-sucker tube; 4-plastic hard tube; Rubber mat; 10-bottle cap; 11-storage bottle; 12-drying filter. a- suction port of the micro aspirator; b- exhaust port of the micro aspirator.

Detailed ways

The utility model is used as a further detailed description below in conjunction with the accompanying drawings, but not as any limitation to the utility model.

Embodiment of the present utility model: a kind of electric insect sucker, as shown in the accompanying drawing, comprises storage bottle 11, is provided with drying filter screen 12 in storage bottle 11, and bottle cap 10 is connected on the storage bottle 11 by thread, and in A rubber pad 9 is provided between the bottle cap 10 and the storage bottle 11, and an equipment box 5 is arranged on the bottle cap. The suction port a of the suction pump 8 penetrates the bottle cap 10 and communicates with the storage bottle 11, the exhaust port b of the miniature suction pump 8 is arranged outside the storage bottle 11, and the plastic hard tube 4 penetrates the bottle cap 10 and connects to the upper port. Connect with the fluke tube 3, the end of the fluke tube 3 is connected with the sucker mouth 2, the control switch 1 is placed at the sucker mouth 2, the control switch 1, the battery 7 and the miniature suction pump 8 are connected through a wire 6.

The battery and the micro suction pump are placed in the equipment box. The micro suction pump can adopt different models with a rated voltage of 6V\12V\24V, depending on the specific needs. The battery should be matched with it. The air port goes deep into the storage bottle through the plastic hard tube through the bottle cap and rubber pad to discharge the air in the storage bottle. The control switch is set at the fluke mouth. When holding the fluke mouth at the insect, the suction can be started in time. Pump.

The fluke tube is a silicone tube, one end of which is connected to the mouth of the fluke, and the other end goes deep into the storage bottle through a plastic hard tube. The silicone tube is flexible and free, and the length can be determined according to actual needs. Since the control switch is arranged at the mouth of the fluke, the wires are arranged along the fluke tube.

The control switch is set at the mouth of the fluke, so that the hands and eyes can be integrated during the fluke, and the fluke process is fast and sensitive. Due to the enhanced targeting, the inhalation of other sundries is avoided as much as possible. Since the control switch is arranged at the mouth of the fluke, the wires are arranged along the fluke tube.

There is a drying filter in the storage bottle, and the diameter of the opening of the drying filter is the same as that of the lower port of the storage bottle. It is fixed on the lower end of the storage bottle through the bottle cap, which is convenient for taking out and fixing. A desiccant can be placed in the drying filter.

The storage bottle is open at both ends, and both ends are threaded, which is convenient for the removal of insects and the replacement of the drying filter.

The storage bottle of the storage device has upper and lower openings, and has the same caliber, and is threaded to be threadedly connected with the bottle cap, and rubber pads are arranged inside the bottle cap to ensure airtightness. The upper end of the storage bottle is connected with an electric suction device, and a drying filter is arranged inside the lower end.

When in use, first aim the sucking mouth at the target insect, and then press the control switch, because the micro-suction pump sucks out the air in the storage bottle through the suction port a of the micro-suction pump, so that a negative pressure is generated in the storage bottle, so that the The insects located at the mouth of the fluke pass through the fluke tube and are sucked into the storage bottle, thereby completing insect collection.

The unique advantages of the utility model are as follows: 1. The control switch of the electric suction device is arranged at the mouth of the fluke, so that the hand and the eye can be integrated during the fluke, and the fluke process is fast and sensitive; due to the enhanced targeting, the inhalation is avoided as much as possible. Miscellaneous. 2. There is a drying filter in the storage bottle, which can store a desiccant. After the insects are sucked into the storage bottle, they can be dried quickly under the action of the desiccant, which avoids the adhesion of the insects caused by moisture, thus ensuring the protection of the insects. Integrity; and most of the insects inhaled will accelerate their death due to drying. Compared with other methods of killing insects, this method is better at maintaining the shape of insects. In addition, the drying filter can be easily taken out, which can Replace the desiccant in time to ensure the drying capacity of the desiccant; 3. The shape of the electric insect sucker is simple, and the main part can be placed in a waist bag or pocket when in use, and the process of sucking insects can be completed only by holding the mouth of the insect sucker with one hand. Field collection undoubtedly provides great convenience. Four, because the storage bottle opening caliber is unified, each component all can be used in common, has strengthened the reliability of this electric insect sucker.

In order to improve the collection efficiency, multiple storage devices can be prepared. According to the needs of the operator, the storage device can be replaced conveniently and quickly after the first stage of collection is completed. The storage device can be covered with a bottle cap to become a simple storage device for insect specimens. Drying, the storage time of insects will be greatly extended, which solves the problem that the specimens cannot be processed in time when collected in the field.

Claims (5)

1. An electric insect sucker, including a storage bottle (11), characterized in that: a drying filter (12) is provided in the storage bottle (11), and the bottle cap (10) is threadedly connected to the storage bottle (11) , a device box (5) is provided on the bottle cap, a battery (7) and a micro suction pump (8) are respectively provided in the device box (5), and the suction port (a) of the micro suction pump (8) The penetrating bottle cap (10) communicates with the storage bottle (11), the exhaust port (b) of the micro suction pump (8) is set outside the storage bottle (11), and the plastic hard tube (4) penetrates the bottle cap (10 ) and its upper port is connected with the sucker tube (3), the sucker mouth (2) is connected with the end of the sucker tube (3), the control switch (1) is placed at the sucker mouth (2), the control switch (1), the battery (7) is connected with the micro suction pump (8) through the wire (6). 2. The electric insect sucker according to claim 1, characterized in that a rubber pad (9) is provided between the bottle cap (10) and the storage bottle (11). 3. The electric insect sucker according to claim 1, characterized in that: the equipment box (5) is open. 4. The electric insect sucker according to claim 1, characterized in that: the storage bottle (11) is open at both ends, and both ends are threaded. 5. The electric insect sucker according to claim 1, characterized in that: a desiccant can be stored in the drying filter (12).