KR101201394B1 - Ant granule bait station - Google Patents

Abstract

An object of the present invention is to form a poison feed receiving space in the base member and the cover member to be rotated to each other and the receiving space when the cover member is rotated by a predetermined angle from the base member to form a mutually matching inlet It is possible to provide an inlet for removing ants to reduce the waste due to the spillage of poison feeds by preventing the poison feeds from leaking out by opening the inlet only and preventing the inlet when not in use.

Description

Ant granule bait station

The present invention relates to an inlet for removing ants, and more particularly, to form a dock-feeding receiving space in the base member and the cover member are coupled to each other rotationally and the receiving space is a cover member from the base member When rotated by a predetermined angle, the inlet is formed to coincide with each other so that the inlet can be opened only when it is in use, and the inlet can be blocked when not in use, thereby preventing the poisoning from leaking to the outside, thereby reducing waste caused by the leakage of poisoning. It relates to an ant removal inlet.

In general, ants, unlike cockroaches, are insects belonging to unpleasant pests rather than hygienic pests, and since their ants like sweets, oils, and starches, their diet is almost similar to that of humans.

These ants live in our homes, and the only way to combat them is by poisoning them with the proper food and pesticides in a cap and poisoning them in small cans. Smoke cans that ignite cans and smoke, insulate aerosol formulations by spraying liquids containing pyrethrin, propoxur, chlorpyrifos, and gel containing propoxel in ant's passages and consume them There are a variety of methods, such as gel formulations to kill.

However, even though 99% of ants kill insect ants due to the habit of worker ants, males, and queens gathering in the colony, there is no fighting effect. That is, the queen ant becomes a winged adult, then marries the same winged ant, then descends to the ground, burrows and spawns on the ground. The larvae hatched from the eggs grow to work as wingless ants, and the queen ant continues to spawn to increase the number of ants in the anthill.

Therefore, all or most of the ants in the anthill should be killed by the queen ants because they are generated from the queen ant, and poisoning is the most preferable method for killing the queen ant. The main ingredient of the ant attractant used in the poisoning method is hydrommethlon (Hydramethynon), and when such an attractant bites and accumulates in the habitat, queen ants and larvae eat and have a serial insecticidal effect. However, it is advisable not to use aerosol preparations when using poisoning, because killing an ant with a handout will not kill the queen.

Thus, in order to kill the ants by the poisoning method, the poisonous food is housed in the inside and is cut in use to form an entrance (ant entrance), which can be conveniently used. -2008-0001466) "and" ant attractant box (Registration Utility Model Registration No. 20-0306760). "

However, these prior arts have the disadvantage that the poisonous feed therein easily flows out through the cut inlet (ant entrance). That is, the entrance formed by cutting to use the ant killer and the ant attraction box is formed to be connected to the receiving space in which the poison feed is accommodated in a straight line, even if a small impact is applied to the ant killer and the ant attraction box. There is a disadvantage that the poisonous food in the receiving space easily flows out through the inlet.

In order to solve this disadvantage, the ant attracting box is formed with a protruding jaw, but there is a problem that can not prevent the poison feed is leaked only by the protruding jaw.

An object of the present invention is to form a poison feed receiving space in the base member and the cover member to be rotated to each other and the receiving space when the cover member is rotated by a predetermined angle from the base member to form a mutually matching inlet It is to provide an inlet for removing ants that can be opened only, and when not in use to block the inlet so that the poison feed does not leak to the outside to reduce the waste caused by the spill.

The present invention for achieving the above object is fixed to the base member and the cover member to be separated from the base member so as to rotate only in the circumferential direction in the base member to accommodate the poison feed therein Attraction body made of; And a cylindrical inner wall having only an upper portion opened in the base member so as to form an accommodation space in the inlet body, and forming a cylindrical outer wall having only a lower portion opened in the cover member so as to fit in the inner wall. In order to seal the accommodating space and to form inner and outer openings on the inner wall and the outer wall which can be coincident with the rotation of the cover member and the base member, the cover member is rotated by a predetermined angle from the base member. By the inner opening and the outer opening is characterized in that it comprises an ant attraction passage portion to form an inlet through which the ant can enter.

The inner and outer walls of the ant attraction passage portion are formed of a first inner and outer wall and a second inner and outer wall which are formed at a predetermined interval in a concentric manner, and can accommodate poison feed in a space formed inside of the first inner and outer walls. It is possible to form an accommodating space portion, and the space between the first inner and outer walls and the second inner and outer walls to form an ant attraction path, and the first inner and outer walls and the second inner and outer walls, respectively, a predetermined interval along the circumferential direction Forming the first and second inlet to form a, the first inlet and the second inlet is formed in a position deviated from each other in the circumferential direction characterized in that the poison feed is prevented from popping out .

The inside of the second inlet is provided with a trapezoidal ant attracting ramp so that there is no difficulty in moving the ant up or down from the ant induction path to the second inlet. It is characterized in that it does not leak into.

The second inlet is formed at a position spaced upward from the bottom by a predetermined distance to prevent the outflow of food through the second inlet and to prevent water from flowing through the second inlet. And, the outer circumferential surface of the base member so as to easily enter and exit through the second inlet is characterized in that the projections are formed so that there is no difficulty in going up or down ants.

Forming a poison feed hole in the bottom surface of the receiving space portion to fill the poisoning space in the receiving space portion and the poisoning filling hole is installed to block the poison filling hole by installing a blocking plate It is done.

The cover member is characterized in that the eaves formed so that water does not enter the receiving space.

The present invention forms a poisoning receiving space in the interior of the base member and the cover member are coupled to each other while the receiving space is formed only when the cover member is rotated by a predetermined angle from the base member to form a mutually matching inlet By opening the, and when not in use to prevent the inlet to prevent the poison feed is not leaked to the outside has the effect of reducing the waste caused by the spilled poison feed. In addition, the present invention has the effect of having a commercial convenience by opening the inlet by rotating the cover member by a predetermined angle.

1 is a perspective view showing an inlet for ant removal according to the present invention,
Fig. 2 is a sectional view taken along line II in Fig. 1,
3 is a perspective view separately showing the base member and the cover member constituting the ant removal inlet according to the present invention,
4a to 4b is a view for explaining the opening and closing state of the inlet provided in the ant removal inlet according to the present invention.
5a to 5g is a view showing a base member constituting the inlet for removing ants according to the present invention,
5A is a perspective view of a base member,
5B is a plan view of the base member,
5C is a bottom view of the base member,
5D is a cross-sectional view taken along the line II-II of the display of FIG. 5B;
5E is an enlarged view of a portion “A” of FIG. 5D;
5E is an enlarged view of a portion “B” of FIG. 5D,
FIG. 5F is an enlarged view of a portion “C” of FIG. 5E.
6a to 6e is a view showing a cover member constituting the ant removal inlet in accordance with the present invention,
6A is a perspective view of a cover member,
6B is a front view of the cover member,
6C is a bottom view of the cover member,
FIG. 6D is a cross-sectional view taken along the line III-III of FIG. 6C;
FIG. 6E is a cross-sectional view taken along the line IV-IV of FIG. 6C.
7 is a cross-sectional view showing a modification of the ant removal inlet according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown, the ant removal inlet 100 according to the present invention is provided with a attracting body main body (110). The inlet body 110 has a base member 112 having a predetermined area and the cover member 114 fixedly coupled to the base member 112 so as not to be separated from the base member 112 so that the base member 112 can rotate only in the circumferential direction. Is made of.

The base member 112 and the cover member 114 of the inlet body 110 to be rotated only in the circumferential direction while being fixedly coupled so as not to be separated from each other, the base member 112 and the cover member 114 The mutually facing surfaces of the engaging protrusion 116a and the engaging groove 116b are formed in an annular shape so that they can rotate with each other in the circumferential direction.

In addition, the base member 112 and the cover member 114 is composed of a resin material, it is possible to accommodate the poison (에) feed therein. In particular, the cover member 114 may have an upper surface to form a predetermined curved surface as shown in FIG. 2, or an upper surface may be formed in a plane as shown in FIG. 7.

The cover member 114 is preferably formed in a cornice to prevent water from entering the inside where the poisonous food is accommodated. This has the advantage that can be used to locate the ant removal inlet of the present invention to be adjacent to the pollen in which the ants inhabit a lot.

As shown, the ant removal inlet 100 according to the present invention is provided with an ant attraction passage portion 120. The ant attracting passage portion 120 has a cylindrical inner wall 122a and 122b having only an upper portion opened in the base member 112 so that the receiving space portion 102 can be formed inside the main attraction body 110. Is formed to protrude upward and the cylindrical outer walls 124a and 124b having only a lower portion opened in the cover member 114 so as to be fitted to the inner walls 122a and 122b so as to protrude downward. ).

At this time, the inner wall (122a, 122b) and the outer wall (124a, 124b) is formed with the inner opening (128a) and the outer opening (128b) that can be matched with each other so that the cover member 114 is the base member 112 By rotating by a predetermined angle from the inner opening (128a) and the outer opening (128b) to form a mutually matching inlet (126a, 126b), the ants through the inlet (126a, 126b). That is, the ant communicates to a colleague through a chemical called pheromone, goes to the place where the food is, and also returns to the house, so the poisonous food accommodated in the receiving space 102 is the entrances 126a and 126b. By spreading through the ants can enter and exit through the inlet (126a, 126b).

The inner and outer walls of the ant attraction passage portion 120 are formed of the first inner and outer side walls 122a and 124a and the second inner and outer side walls 122b and 124b which are formed at a predetermined interval in a concentric manner. In the space formed inside the side walls 122a and 124a, an accommodating space 102 for accommodating poison is formed, and the first inner and outer walls 122a and 124a and the second inner and outer walls ( An ant attraction path 104 is formed in the space between 122b and 124b. The ant attracting path 104 is formed in a shape concaved by the first inner and outer walls 122a and 124a and the second inner and outer walls 122b and 124b.

In addition, the first inlet and outer walls 122a and 124a and the second inner and outer walls 122b and 124b are respectively formed with a first inlet 126a and a second inlet 126b at regular intervals along the circumferential direction. The first inlet 126a and the second inlet 126b are formed at positions deviated from each other along the circumferential direction.

In particular, the second inlet 126b formed on the second inner and outer side walls 122b and 124b is formed to have a step (t) so as to form a lower width and a wider upper portion, and the second inlet 126b. ) Is preferably formed to achieve a predetermined height from the bottom surface. That is, when the second inlet 126B is formed at a position spaced upward from the bottom by a predetermined distance, food can be prevented from flowing out through the second inlet 126b and water is introduced. Can be prevented.

In addition, the ant is raised or lowered on the outer circumferential surface of the base member 112 so that the ant can easily enter and exit through the second inlet 126b formed at a position spaced upward from the bottom surface. It is good to form the projections (112a) so that there is no difficulty.

Meanwhile, in the present invention, the height of the first inner and outer walls 122a and 124a is higher than the height of the second inner and outer walls 122b and 124b so that the first inner and outer walls 122a and 124a and the second inner and outer walls ( It is preferable to form the ant attraction path 104 between 122b and 124b.

Particularly, the first and second inlets 126a and 126b are formed at different positions, and when there is poisonous food that is swept through the first inlet 126a due to external impact, the poisoning is attracted to the ants. Since it is located in the furnace 104, it does not finally flow through the second inlet 126b to reduce the waste due to the outflow of the poisonous feed. That is, the first and second inlets 126a and 126b may be formed at mutually displaced positions to prevent poison feeds from popping out.

In addition, the trapezoidal ant attraction ramp 127 is installed inside the second inlet 126b so that the ant does not have difficulty in going up or down from the ant induction passage 104 to the second inlet 126b. The ant attracting ramp 127 allows the ants to exit but prevents poison foods from spilling out. The ant attracting ramp 127 also serves to prevent the poisoning of the feed. That is, even if the poison feed is swept due to an external impact and positioned in the ant attraction path 104, it prevents the poisonous shape of the poison food located in the ant attraction path 104 by the ant attraction ramp 127.

As shown, the ant removal inlet 100 in accordance with the present invention is the poisoning filling hole 132 in the bottom surface of the receiving space 102 in order to be able to fill the receiving space 102 Forming, and the poisoning filling hole 132 is installed in the blocking plate 134 to prevent the poisoning filling hole 132 to allow the user to fill the poisoning space 102 in the receiving space 102 do.

According to the present invention, the poison feed is distributed in a state in which the poison feed is contained in the plastic barrel in order to prevent the poison feed from leaking due to the flow of the attracting inlet body 110 during the distribution and storage process, and the user is a blocking plate ( 134 is opened to fill the receiving space in the receiving space 102, and then closing the blocking plate 134 makes it easy to fill the receiving space 102 in the receiving space, which is the receiving space 102 You can also refill your poison.

The ant removal inlet 100 according to the present invention configured as described above rotates the cover member 114 or rotates the base member 112 so that the inner opening 128a and the outer opening 128b coincide with each other. (Refer to FIG. 4A), when the first and second entrances 126a and 126b are opened, the main inlet body 110 is placed near an anthill, a place where ants are gathered, and an ant passing path. The ants entering through the first and second inlets 126a and 126b and the ant attracting path 104 carry the granular poison feed housed in the receiving space 102 to the anthill, and the queen ant and the poison feed. Dividing it can exert a serial insecticidal effect.

At this time, the adhesive strip (not shown) is installed on the bottom surface of the base member 112 so that the ant removal inlet 100 does not flow when the ant is removed or placed in the place where the ants are gathered and the ant passes. Can be fixed and installed.

100-Ant removal slot 102-Storage area
110-Inlet body 112-Base member
114-cover member 120-passageway for ant attraction

Claims (6)

delete Attracting main body consisting of a base member to accommodate the poison feed therein and a cover member fixedly coupled so as not to be separated from the base member so that the base member can rotate only in the circumferential direction; And
A cylindrical inner wall having only an upper portion opened in the base member so as to form a receiving space inside the main body of the inlet, and a cylindrical outer wall having only a lower portion opened in the cover member so as to be fitted to the inner wall. The cover member and the base member are rotated by a predetermined angle by forming an inner opening and an outer opening on the inner wall and the outer wall, respectively, which can be mutually matched by the rotation of the base member and the cover member. By the inner opening and the outer opening is mutually matched to include an ant attracting passage to form an inlet through which ants can enter and exit,
The inner and outer walls of the ant attraction passage portion are formed of a first inner and outer wall and a second inner and outer wall which are formed at a predetermined interval in a concentric manner, and can accommodate poison feed in a space formed inside of the first inner and outer walls. It is possible to form an accommodating space portion, and the space between the first inner and outer walls and the second inner and outer walls to form an ant attraction path, and the first inner and outer walls and the second inner and outer walls, respectively, a predetermined interval along the circumferential direction Forming the first and second inlet to form a, the first inlet and the second inlet is formed in the position deviated from each other in the circumferential direction to prevent the poison feed from protruding to the outside Ant killing population. According to claim 2, Inside the second inlet is provided with a trapezoidal ant attraction ramp so that there is no difficulty in going up and down the ant from the ant induction path to the second inlet, the ant is taken out by the ant attraction ramp. The ant removal inlet is characterized in that the poisonous food is allowed to flow out. According to claim 3, The second inlet is formed at a position spaced apart from the top at a predetermined distance from the bottom surface and the ant is raised on the outer peripheral surface of the base member so that the ant can easily enter and exit through the second inlet Attractor for removing ants, characterized in that the projections are formed so that there is no difficulty in falling or falling. The method of claim 4, wherein the poisoning filling hole is formed on the bottom surface of the receiving space so as to fill the poisoning space in the receiving space and the poisoning filling hole is provided with a blocking plate to fill the poisoning filling hole The ant removal inlet which makes it possible to prevent it. The inlet for removing ants according to claim 5, wherein the cover member is formed in an eave form such that water does not enter the inner receiving space.

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