CN201022309Y

CN201022309Y - Fly catching device

Info

Publication number: CN201022309Y
Application number: CNU2007200062427U
Authority: CN
Inventors: 陈昱甫
Original assignee: SHISHI JINGBAO OPTICAL EQUIPMENT CO Ltd
Priority date: 2007-01-30
Filing date: 2007-01-30
Publication date: 2008-02-20
Anticipated expiration: 2017-01-30

Abstract

The utility model aims at providing a flytrap, including a base, a round grid net, an interception cover and a collector; wherein the base is provided with a rotation device; the round grid net is arranged on the base and driven by the rotation device, and the top is provided with a plurality of palisades; the interception cover incompletely covering the round grid net is provided with a channel for the palisades to pass through in turn, the center part of the interception cover is provided with an opening hole connected with the channel; the collector is sleeved on and surrounding the opening hole of the interception cover. When staying on the round grid net, the fly or the drosophila will goes into the interception cover by the round grid net rotating, since the palisades will restrict the fly or the drosophila inside the interception cover to move, the fly or the drosophila will fly upward to the collector when being rotated to the opening hole position, so as to further reach the purpose of capturing the fly or the drosophila.

Description

A kind of flytrap

Technical field

The utility model relates to catching grabs the mosquitos and flies utensil, particularly a kind of flytrap of grabbing fly or fruit bat of catching.

Background technology

Along with the lifting with standard of living popularized of knowledge, general popular also more and more higher to sanitary requirement.But the hygienic conditions of present traditional market, since its peddle the place difficulty keep neatly, and next door putrid and deteriorated and that the vegetables and fruits in time not clearing up as yet, handle or meat product are placed in the street pedlar is often arranged, therefore, often cause a lot of flies or fruit bat easily, further make environment seem more dirty and messy and unclean, and reduce buyer's consumption wish.

At present, occurred on the market multiplely being used to drive, catching flies or the fruit bat instrument, for example put glutinous fly plate on the table with stickiness, and then reduce dancing in the air of fly or fruit bat, but glutinous fly plate does not have to cover directly places sticking easily on the table glutinous dust, after glutinous fly plate uses a period of time, its stickiness will decline to a great extent and reduce and catch the effect of grabbing fly or fruit bat, and service life is short; Glutinous fly plate hinders refined after sticking fly or fruit bat being arranged.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of flytrap is provided, fly or fruit bat etc. can be attracted in the particular space, and be difficult for flying out by this particular space, further reach and catch the effect of grabbing fly or fruit bat, and a clean environment is provided.

The utility model is by the following technical solutions:

A kind of flytrap is characterized in that, comprising:

One pedestal has a whirligig;

One circular graticule mesh, this circle graticule mesh is located on the pedestal rotationally, and is connected with described whirligig and drives, and the top of this circle graticule mesh convexes with a plurality of fence generally along radial arrangement, has most equally spaced spaces between each fence two ends;

One interception lid, non-intactly the covering on the described circular graticule mesh of this interception lid, interception is covered with the passage that can supply fence to pass through, interception covers correspondence and is provided with the perforate that connects with passage, the perforate peritreme of channel outlet one side is provided with spaced apart stop tab, and the space of fence is complementary on this catch and the described circular graticule mesh;

One gatherer covers in described perforate top, and surrounds described perforate.

When the flytrap that utilizes the utility model to provide as the user is arrested fly or fruit bat, whirligig on the startup pedestal drives circular graticule mesh and rotates, when fly or fruit bat rest on this circle graticule mesh, will enter to the rotation of this circle graticule mesh in the passage of this interception lid, it is movable that fence subsequently will make fly or fruit bat be limited in this interception lid, and after the perforate of this fence by this interception lid, catch is positioned on the space of this fence just, therefore, this circle graticule mesh can be rotated further and can not be subjected to stopping of this catch, but when fly or fruit bat rotation and close this catch, after being subjected to the stopping of this catch, the perforate that forces fly or fruit bat up to fly up and cover by this interception enters in the gatherer, catches the purpose of grabbing fly or fruit bat thereby reach.

Description of drawings

Below in conjunction with accompanying drawing the utility model is described in further detail.

Fig. 1 is the stereoscopic figure of the utility model first embodiment.

Fig. 2 is the component decomposition map of Fig. 1.

Fig. 2 A is the enlarged diagram of the square among Fig. 2.

Fig. 3 is the exploded view of looking up of Fig. 1.

Fig. 4 is the local outside drawing that amplifies.

Fig. 5 is to use the state schematic appearance.

Fig. 6 is to use the state generalized section.

Fig. 7 is the partial exploded view of the utility model second embodiment.

Fig. 8 is that outside drawing is amplified in the part of the utility model second embodiment.

Embodiment

Embodiment 1: as shown in Figure 1 to Figure 3, a kind of flytrap, it comprises:

One pedestal 10, be hollow form, and be provided with a bottom 17 and form an accommodation space in these pedestal 10 bottoms, its inside is provided with a whirligig and a power supply device 14, this power supply device 14 can select to utilize direct current or alternating current with the source as electric power, in the present embodiment, adopt direct current as power source, above-mentioned whirligig is made up of an one speed reducer motor 11 and a rotating disk 13, decelerator motor 11 is electrically connected with power supply device 14, the top of pedestal 10 is passed in the rotating shaft 12 of decelerator motor 11, rotating disk 13 is located at the top of pedestal 10 and combines with rotating shaft 12 transmissions, decelerator motor 11 drives its rotation, and pedestal 10 rear sides extend to form a fixed part 15, and the two ends of this fixed part 15 form a holddown groove 16 respectively;

One circular graticule mesh 20, be located on the rotating disk 13 of this pedestal 10, and can together rotate with this rotating disk 13, these circle graticule mesh 20 tops form several fence of radially arranging 21, this fence 21 is extremely central by the periphery of circular graticule mesh 20, have most equally spaced spaces (among the figure not label) between the two ends of each fence 21, in addition, can be between this circle graticule mesh 20 and this rotating disk 13 for the sponge (not shown) of placing a thinner thickness, this sponge can absorb liquid glucose etc. and have the liquid that attracts fly or fruit bat;

One interception covers 30, this interception lid 30 is a non-complete circle cover that is fixed on the pedestal, it covers on this circle graticule mesh 20, interception is covered and is provided with the passage that can pass through successively for the fence 21 of rotation in 30,30 passage inner top surface and the matched of the distance between circular graticule mesh 20 end faces with fence 21 covers in interception, make the fence 21 of circular graticule mesh 20 to cover 30 and can not be stuck in this interception and cover outside 30 or should tackle and cover 30 jack-up by tackling smoothly along passage.Interception is covered 30 ora terminalis and is formed two fixing holes 31, this fixing hole 31 is located at the holddown groove 16 groove edge of this pedestal 10, the interception of channel entrance end one side lid 30 has a transparency cover 32, avoids fly or fruit bat to enter to interception and covers the moment of 30 passages and get a fright and fly away from circular graticule mesh 20.In addition, interception cover and is formed with one and the perforate 33 that connects of passage on 30 top boards, this perforate 33 is fan-shaped, and forms a plurality of catch 34 (seeing Fig. 4 for details) on perforate 33 peritremes of channel outlet one side, and fence 21 spaces on this catch 34 and the circular graticule mesh 20 are complementary;

One gatherer 40, comprise a square 41 and a transparent vessel 42, this square 41 is covered in perforate 33 tops, and this perforate 33 is encased, square 41 locates to form a through hole 43 directly over perforate 33, and these through hole 43 peritremes form most stop tab 44 (seeing Fig. 2 A), to prevent that entering these gatherer 40 interior fly or fruit bats by this through hole 43 flies out once again.In addition, the ora terminalis place of square 41 has two fixed legs 45, and fixed leg 45 can directly be inserted in the holddown groove 16 of this pedestal 10, and wherein a fixed leg 45 is a hollow form, and its bottom has a gag 46, so that clean transparent vessel 42 inside of this gatherer 40.Transparent vessel 42 directly is set on this square 41, because fly or fruit bat have the optical activity of becoming, when light is radiated at through hole 43 places of this square 41 through this transparent vessel 42, will attract fly or fruit bat to move and further fly in the transparent vessel 42 toward through hole 43 places.

As shown in Figure 5.When fly 50 is subjected to that liquid glucose on this sponge attracts and when resting on this circle graticule mesh 20, will rotate with this circle graticule mesh 20 and enter in these interception lid 30 passages, because adjacent fence 21 will make fly 50 be limited in interception and cover activity in 30, making fly 50 to change these interception lid 30 1 ends over to by circular graticule mesh 20 flies out, and the catch 34 of this interception lid 30 will block fly 50, it can't be rested on this circle graticule mesh 20 again, again because fly 50 itself has the physiological property of light, therefore in the time of when extraneous light is radiated at this through hole 43 by this transparent vessel 42 near, to make fly 50 be subjected to light attracts, and up Photon is crossed perforate 33 (see figure 7)s of this interception lid 30, through hole 43 through square 41 enters in the transparent vessel 42, because the peritreme of this through hole 43 is provided with stop tab 44, make the fly 50 that enters to this transparent vessel 42 to fly out once again, and has bright light in the transparent vessel 42, and make that fly 50 is easier to continue to treat to dance in the air or rest on the wall of footpath in this transparent vessel 42, catch the purpose of grabbing fly thereby reach.

Embodiment 2: as Fig. 7, shown in Figure 8, what present embodiment and the foregoing description 1 were different is: formation a junction 35 on 30 perforate 33 1 sides cover in interception, form most jacks 351 and fixed leg 352 on this connecting portion 35, a connecting piece 36 is arranged on this connecting portion 35, this brace 36 is provided with most fixing hole 362, and on the sheathed fixed leg 352 that is fixed on this connecting portion 35, these brace 36 bottoms form most slightly rubber-like catch 361 downwards, this catch 361 passes this jack 351, and the space of fence 21 coupling on catch 361 and this circle graticule mesh 20, and can stop that fly or fruit bat are with these circle graticule mesh 20 rotations and this interception lid 30 that flies out once again.All the other structures are identical with embodiment 1, do not repeat them here.

Claims

1. a flytrap is characterized in that, comprising:

One pedestal has a whirligig;

One circular graticule mesh, this circle graticule mesh is located on the pedestal rotationally, and is connected with described whirligig and drives, and the top of this circle graticule mesh convexes with several fence generally along radial arrangement, has most equally spaced spaces between each fence two ends;

One interception lid, non-intactly the covering on the described circular graticule mesh of this interception lid, interception is covered with the passage that can supply fence to pass through, interception covers correspondence and is provided with the perforate that connects with passage, the perforate peritreme of channel outlet one side is provided with spaced apart catch, and the space of fence is complementary on this catch and the described circular graticule mesh;

One gatherer covers in described perforate top, and surrounds this perforate.

2. flytrap according to claim 1, it is characterized in that: described gatherer comprises a square and a transparent vessel, and this square is covered in described perforate top, and perforate is encased, square locates to form a through hole directly over perforate, this transparent vessel directly is set on the square.

3. flytrap according to claim 2 is characterized in that: the peritreme of described through hole forms most stop tab.

4. flytrap according to claim 3 is characterized in that: the interception of described channel entrance end one side is covered with a transparency cover.

5. flytrap according to claim 4 is characterized in that: the matched of the passage inner top surface of described interception lid and the distance of circular graticule mesh end face and described fence.

6. flytrap according to claim 5 is characterized in that: described fence is extremely central by the periphery of described circular graticule mesh.

7. flytrap according to claim 6 is characterized in that: an end of described pedestal forms a fixed part, and the top of this fixed part forms two holddown grooves, and the ora terminalis place of square has two fixed legs, and fixed leg can directly be inserted in the corresponding pedestal holddown groove; The ora terminalis of described interception lid forms two fixing holes, and fixing hole is located at the holddown groove groove edge of pedestal.

8. according to arbitrary described flytrap in the claim 1 to 7, it is characterized in that: described whirligig comprises: an one speed reducer motor and a rotating disk, this decelerator motor is electrically connected with a power supply device, the top of described pedestal is passed in the rotating shaft of this decelerator motor, and rotating disk is located at the top of described pedestal and combines with the rotating shaft transmission.

9. flytrap according to claim 8 is characterized in that: described circular graticule mesh is located on the rotating disk of described pedestal.

10. flytrap according to claim 1 is characterized in that: form a junction on perforate one side of described interception lid, form most jacks and fixed leg on this connecting portion; Described catch is located at the bottom of a connecting piece, and this catch passes the connecting portion jack, and brace is arranged on the described connecting portion, forms most fixing holes on this brace, and on the sheathed fixed leg that is fixed on this connecting portion.