KR101145708B1 - Article for exterminating vermin - Google Patents

Abstract

The present invention relates to an insecticide article for attracting and killing insects such as ants and cockroaches. In particular, the present invention provides a base; A plurality of accommodating parts provided on the base and accommodating poison for insect insects by forming an accommodating space in which an upper surface is opened and a part of the side is opened; A cover covering an open upper surface of the plurality of accommodation portions, wherein the plurality of accommodation portions accommodated therein are two or more types of insecticides, wherein each accommodation portion accommodates any one of two or more types of poison foods. Present the article.

Insects, Ants, Cockroaches, Insects, Poisons, Formulations, Nutrients, Multi-poisons

Description

Insecticide Supplies {ARTICLE FOR EXTERMINATING VERMIN}

The present invention relates to an insecticide article for attracting and killing insects such as ants and cockroaches.

In general, insects, especially ants and cockroaches, adapt to environmental pollution above all, are not easily eradicated and have a high reproduction rate. Therefore, there is an urgent need for measures to effectively combat many insects in a short time.

One way to combat insects is to induce insects to eat poison foods that contain insects' preferred food.

However, since it is practically difficult to precisely analyze the types, growth conditions, and feeding habits of insects at the insecticide site and individually make corresponding poison foods, the poison foods are average food for certain kinds of insects such as ants and cockroaches. It is common to manufacture on the basis of wetness.

Therefore, even if the same insect insecticide effect on a particular species is good, the insecticide effect on another species has a problem that does not obtain satisfactory results.

In addition, even if the same species has a problem that does not feed at any time to feed the poisonous dogs eat well, depending on the seasonal change in temperature and humidity change or depending on the growth stage of the insects. For example, the insects that showed the highest degree of cathodicity for the protein-based nutrient poisoning at the larval stage may feed only on the carbohydrate-based nutrient poisoning at the adult stage. This is often due to significant changes in the nutrients required by larvae and adults in the growth stage of insects.

In addition, as described above, rather than quickly killing an unspecified variety of insects at once, rather than seeing the insecticidal effect may cause side effects that only increase resistance to repelling and avoidance phenomenon.

The present invention has been made to solve the above problems, different from the insect's feeding habits that are not constant according to the type of insects, growth stages, changes in the environment, etc. The object of the present invention is to provide pesticides containing poisonous nutrients.

The present invention to solve the above problems is a base; A plurality of accommodating parts provided on the base and accommodating poison for insect insects by forming an accommodating space in which an upper surface is opened and a part of the side is opened; And a lid covering an open upper surface of the plurality of accommodation portions, wherein the plurality of poisoning portions accommodated in the plurality of accommodation portions are two or more types, and each accommodation portion accommodates any one of two or more types of poison feeds. Present pesticide supplies.

Two receiving portions are provided on one base, and side opening portions of the two receiving portions may face each other.

The side opening portion of the accommodation portion is formed to be spaced apart from the base by a predetermined height, and the lower portion of the side opening portion of the accommodation portion may be inclined upward toward the accommodation space.

The lower portion of the side opening portion of the receiving portion may be formed with a plurality of groove-shaped or protruding lines along the vertical direction.

The lower part of the side opening part of the said accommodating part can take a step shape.

A portion of the accommodation portion other than the side opening portion in the circumferential direction of the accommodation portion may be formed relatively low so that a window is formed in a state where the accommodation portion is covered by the lid.

The accommodation portion may include a fixing pin provided in the accommodation space for fixing the poison feed.

The receiving space of each receiving portion is provided with a plurality of fixing pins for fixing the poisonous feed, the plurality of fixing pins of each receiving portion is toward the inside of the receiving space from the side opening portion at the bottom of the receiving space It can be arranged in a line that widens.

Three fixing pins may be arranged in a triangular array in the accommodation space of each accommodation portion.

Two receiving parts may be provided, and the height of each of the two receiving parts is the same, and one of them may be formed relatively large and the other one may be formed relatively small.

The cover may cover the plurality of receiving portions at the same time, and a plurality of inserting portions into which upper portions of the respective receiving portions are inserted may be provided.

The cover may be provided with a fixing pin for fixing the dog feed housed in each of the receiving portion.

The cover may be fixed and coupled to the upper side of the receiving portion by ultrasonic welding.

The pesticidal article may be opaque or transparent or translucent, more preferably colored transparent, most preferably red transparent.

At least one of the base, the receptacle and the lid may be opaque, transparent or translucent, more preferably colored transparent, most preferably red transparent.

Most preferably, at least some of the pesticidal articles are red transparent.

The pesticide article may be a plurality of sets to be separated from each other to form a set.

The base, the receptacle, and the cover may be formed by blow molding.

The poisonous food may be accommodated in one receiving unit together with different nutrient compositions, or each receiving unit may receive poisonous foods of different nutrient compositions, respectively.

The poisonous feed may be gel or tablet form.

The poisoning may be for killing ants, cockroaches, or ants and cockroaches.

The present invention as described above can be expected a variety of effects, including the following. However, the present invention is not achieved by exerting all of the following effects.

First, since poisonous foods of various nutrient compositions can be selected for each insect, the insecticidal effect can be achieved even though the insect's feeding habits are not constant due to the insect type, growth stage, or environmental change. There is a very good advantage.

In addition, because of these advantages, consumers do not have to worry about finding the feeding habits of unspecified insects and selecting poisonous foods corresponding thereto, thereby improving consumer satisfaction and convenience.

In addition, by separately receiving a plurality of poisonous feed, it is possible to eliminate adverse effects such as deterioration of texture due to the combination of different poisonous feed, and high insecticidal effect can be expected because only the poisonous feed preferred by insects can be selected There is this.

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

1 to 5, the insecticide article 2 according to the present invention includes a base 10 and a plurality of accommodation parts provided on the base 10 to accommodate poison feed for insect insecticide ( 20 and 20A, and a lid 30 covering the open upper surfaces of the plurality of housing portions 20 and 20A.

The base 10 may take any shape. However, the base 10 may be more preferably formed corresponding to the arrangement form of the plurality of receiving portions 20 and 20A, the shape and size of each receiving portion 20 and 20A, and the like.

The plurality of receiving portions 20 and 20A may be provided in two as in the present embodiment, as well as three or four. However, the plurality of accommodating parts 20 and 20A may be more preferably provided corresponding to the type of insect to be pesticide, the number of poisonous foods to be accommodated in one pesticide article 2, and the like. This embodiment shows an example in which the plurality of receiving portions 20, 20A are two corresponding to the type of poison feeding described below.

The plurality of accommodating parts 20 and 20A may be formed in the same or similar shape to each other as in the present embodiment, or in another embodiment, may be formed in two or more shapes.

In the former case, the plurality of receiving portions 20 and 20A may be formed in the same or similar shape to each other, but may be formed in different sizes. That is, when two receiving parts 20 and 20A are provided on one base 10 as in the present embodiment, the two receiving parts 20 and 20A have the same height H, but one of them is one of them. 20 may be relatively large in width, and the other one 20A may be relatively small in width. Therefore, by placing the size difference of the plurality of receiving portions (20, 20A), it is possible to classify the insects by size to guide each receiving portion (20, 20A). That is, the adult can be induced to a relatively large receiving portion 20 and the larva can be led to a relatively small receiving portion 20A, according to the size of each receiving portion 20, 20A In consideration of the kind of insects induced more in each receiving portion 20, 20A, the insecticidal effect can be enhanced by determining the type of poisonous food accommodated in each receiving portion 20, 20A. Here, the height (H) of the plurality of accommodation portion (20, 20A) is equal to each other, the shape of the pesticide article (2) while obtaining the effect by the size difference of the plurality of accommodation portion (20, 20A) as described above It can be advantageous in terms of ease of production by simplifying.

Each receiving portion 20, 20A may have any shape as long as it can accommodate poison feed, and in particular, may be formed as follows.

That is, each of the receiving parts 20 and 20A may be formed to have a circular cross section as well as take an outer shape gradually toward the upper side as in the present embodiment, but the shape is not limited thereto.

In particular, each receiving portion 20, 20A may form a receiving space (21, 21A) of the upper surface is open and a part of the side opening. Therefore, it is possible to easily accommodate poison feed through the open upper surface of the receiving portion (20, 20A). In addition, through the side openings of the receiving portions 20 and 20A (hereinafter, referred to as 'side openings 22 and 22A' for convenience of explanation), the insects receive the receiving spaces 21 and 21A of the receiving portions 20 and 20A. In and out, the insect does not have to go over the receiving portion (20, 20A), the insect can easily access the poisoning.

Furthermore, when two receiving portions 20, 20A are provided on one base 10, the side openings 22, 22A of the two receiving portions 20, 20A may face each other. Therefore, by inducing insects into the space between the two receptacles 20, 20A, the insects have a chance to feed the more preferred poisons among the poisons of the two receptacles 20, 20A, thereby increasing the feeding rate of the venom. In this case, the insecticidal effect may be very excellent.

In addition, the side openings 22 and 22A of the receiving portions 20 and 20A may be formed to be spaced apart from the base 10 by a predetermined height H. In addition, the side openings 22 and 22 of the receiving portions 20 and 20A may be formed. 22A) from the lower end of the side portion (ie, the lower end of the side openings 22 and 22A of the receiving portions 20 and 20A to the base 10), and for convenience of description below, are referred to as 'path portions 23 and 23A'. May be inclined upward toward the accommodation spaces 21 and 21A. Therefore, the insect can be driven up the passage 23, 23A of the receiving portion (20, 20A) to feed from the upper side of the poison feed housed in the receiving portion (20, 20A). In addition, the passage portions 23 and 23A of the receiving portions 20 and 20A are inclined upward, so that insects are easily received using the passage portions 23 and 23A of the receiving portions 20 and 20A. It can be guided out of the receiving space (21, 21A) of.

Here, the passage portions 23 and 23A of the accommodating portions 20 and 20A may more preferably have a stepped shape. Therefore, the insect can use the passage portions 23 and 23A of the receiving portions 20 and 20A without slipping, and the stepped passage portions 23 of the receiving portions 20 and 20A during the insect feeding. Each stage in 23A) can serve as a support for insects. As a result, insects can more easily feed on poisonous insects, so the insecticidal effect can be very excellent.

The passage portions 23 and 23A of the receiving portions 20 and 20A may have any shape in order to take a stepped shape. In particular, as shown in the present embodiment, a plurality of grooved or protruding lines 24 and 24A are arranged along the vertical direction. By forming, it can take a step shape.

In addition, the receiving portion 20, 20A is a portion other than the side openings 22, 22A of the receiving portion 20, 20A along the circumferential direction of the receiving portion 20, 20A (hereinafter, referred to as 'low' for convenience of description. Side portions 25, 25A ') may be formed relatively low. The lower side portions 25 and 25A of the receiving portions 20 and 20A may have a window W as in the present embodiment with the receiving portions 20 and 20A covered by the cover 30. The height H can be determined so that it is. Accordingly, the accommodation spaces 21 and 21A of the accommodation portions 20 and 20A are ventilated by the window W, so that the insects can be more easily attracted to the smell of the poisonous or attracted material received.

In addition, the receiving portion 20, 20A may be provided with a plurality of fixing pins (26, 26A) for the fixation of the poison feed, especially when the formulation of the poison feed is a tablet or gel formulation of several formulations.

The plurality of fixing pins 26 and 26A may be provided anywhere in the accommodation spaces 21 and 21A of the accommodation units 20 and 20A. In particular, as shown in the present embodiment, a plurality of fixing pins 26 and 26A may be provided at the bottom, and thus, a plurality of fixing pins 26 and 26A may be arranged in various ways. Even if the side openings 22 and 22A are formed, the dog feed may be uniformly fixed along the circumferential direction of the receiving portions 20 and 20A by the plurality of fixing pins 26 and 26A.

A plurality of fixing pins (26, 26A) can be arranged in various ways, in particular the receiving space (20, 20A) of the receiving portion (20, 20A) from the side openings 22, 22A of the receiving portion (20, 20A) as in the present embodiment ( 21, 21A) can be arranged in a row extending inward. Preferably, three fixing pins 26 and 26A may be arranged in triangular rows in the receiving spaces 21 and 21A of the respective receiving portions 20 and 20A. Accordingly, the portion opposite the side openings 22 and 22A of the receptacles 20 and 20A of the venom feed is more firmly fixed by the plurality of fixing pins 26 and 26A, thereby receiving the venom feed 20 and 20A. It can be fixed so as not to flow through the side opening (22, 22A) of the.

On the other hand, the cover 30 is to prevent the poisonous food contained in the receiving portions 20 and 20A from being protected from external contamination and unexpectedly contacting the human body.

In particular, the cover 30 may be provided to cover the plurality of receiving portions 20, 20A at the same time by one cover 30 as in this embodiment, and in another embodiment structurally complicated but provided with two or more May be

In the case of covering the plurality of accommodating parts 20 and 20A at the same time by one cover 30 as in the present embodiment, the cover 30 includes a plurality of inserts into which upper portions of the respective accommodating parts 20 and 20A are inserted. Parts 32 and 32A may be provided. Therefore, the cover 30 may more accurately cover the plurality of receiving portions 20 and 20A, and may be more firmly coupled with the plurality of receiving portions 20 and 20A.

The plurality of insertion portions 32 and 32A of the lid 30 may have a convex shape toward the opposite side of the receiving portions 20 and 20A as in the present embodiment.

In addition, the cover 30 may be provided with fixing pins 34 and 34A to fix the poisonous feed more firmly.

In addition, the cover 30 may use an opaque material, but it is also possible to use a transparent or semi-transparent material so that the user can immediately determine the amount of poisoning. The cover 30 of the transparent and translucent material may be formed by a colorless material as well as a colorless material. In particular, some insects, such as cockroaches prefer a dark place than a bright place, and specifically recognizes the red as a dark bar, if the cover 30 is composed of a red transparent material to provide a dark environment that insects like cockroaches, while the user Insecticide (2) has the advantage that can be easily observed inside.

The cover 30 may be combined with the receiving parts 20 and 20A by an ultrasonic welding method so as to be fixed to the upper side of the receiving parts 20 and 20A.

On the other hand, the base 10 and the receiving portion (20, 20A), and the cover 30 can be formed in a variety of ways, such as injection molding for the shape as described above, in particular in the blow molding method advantageous in terms of economics It can be formed by. Here, the base 10, the receiving portions 20, 20A, and the cover 30 may be made of a thermoplastic material to enable blow molding, and thus may be opaque.

Such insecticide article 2 according to the present invention can be packaged to prevent contamination and loss of poisonous feed during distribution and storage.

In particular, the insecticidal article 2 according to the present invention may be packaged in one piece alone, but as shown in FIGS. 4 and 5, a plurality of pesticide articles may be connected to each other so as to be separated from each other and packaged in a set. In the latter case, a plurality of insecticides constituting a set may be connected to each other in various ways, for example, by a blade line formed to be easily separated from neighboring insecticides.

The insecticidal article according to the present invention as described above is intended to be provided with two or more kinds of poison foods, in particular, nutrient composition, or two or more types of poison foods different in nutrient composition and formulation.

Specifically, the insecticidal article according to the present invention is intended for killing insects by poisonous foods containing poisons that can kill insects in a food preferred by insects.

Poisoning can be done so that insects can be killed right where they feed on poisonous insects, or if insects live in communities like ants or cockroaches, they can feed off their venom to their habitats (ie, ants or cockroaches). ) So that it can be eaten and mass killed.

Insects are classified into adults, larvae, eggs, etc. according to their growth conditions. Insects of various families such as ants and cockroaches can be inhabited within a region, and even insects of the same family can inhabit several species. In addition, within an area, the species of insects may be different depending on the specific location, time, and environmental factors (ie, temperature, humidity, season, etc.). Furthermore, even in the same insect species, growth stages (ie, adults, larvae) , Egg), environment, etc., the feeding characteristics are different, the habits such as the esophagus change. This is because each insect has specific nutrients needed for growth, and the texture changes, such as finding a soft food even when finding hard granules according to the growth stage.

Therefore, by supplying poisonous foods of various nutrient composition combined to satisfy all insects with different phagocytosis, it is possible to effectively kill insects unspecified at one time regardless of insect type, growth stage, or environment. have.

It is more effective to classify these poisons of various nutrient composition according to at least one of the form of the form of poison food and the nutrients of the constituents, for example. Or the formulations are all the same, but several kinds may be supplied for each nutrient, or several kinds may be supplied by a combination of formulations and nutrients.

Here, the formulation may be classified into tablets, pills, granules, gels, creams, syrups, liquids, and the like, as factors that can have a major influence on the texture of insects.

The formulation of the poisonous food according to the present invention may be more preferably in tablet form or gel form so that it can be fixed without flowing out.

Nutrients are the main factors that can affect insect growth and can be classified according to their highest content. That is, carbohydrate-based poisons whose carbohydrate content is higher than protein or fat, protein-based poisons whose protein content is higher than carbohydrate or fat content, fat-based poisons whose fat content is higher than carbohydrate or protein content, and carbohydrates It is possible to classify into complex nutrient feeds having the same content of any two or more of protein, fat and protein.

Hereinafter, an experimental example to confirm the effect of the present invention will be described.

Experimental Example 1: Cockroach Larva

In one accommodating part of the present invention, the insecticidal article of FIG. 1 contains protein-based general feed (chicken powder), and the other accommodating part contains carbohydrate-based general feed (minutes per minute: corn starch = 5: 1 weight ratio). The insecticidal article of the present invention was put into a cockroach habitat in which 20 cockroach larvae inhabited by fasting (water only) per day were observed and the weight change of the general feed was observed after one week. As a result, the consumption of protein-based general food in consideration of the water evaporation rate: the consumption of carbohydrate-based general food = 100: 0. It was found that the cockroach larvae prefer protein-based general feeding to carbohydrate-based general feeding.

Experimental Example 2: Cockroach Adult

The same process as in Experimental Example 1, but instead of cockroach larvae 20 cockroach adults were tested. As a result, the consumption of protein-based general food in consideration of the water evaporation rate: the consumption of carbohydrate-based general food = 18.3: 81.7. This suggests that adult cockroach insects prefer carbohydrate-based prey rather than protein-based prey, which is the opposite of cockroach larvae.

Therefore, it can be seen that even insects of the same species show different phagocytosis according to the growth stage, and as a result, it was confirmed that providing poisonous foods of various nutrient compositions to eradicate larvae and adults at once.

Through the above tests, it can be seen that insecticides such as cockroaches are preferably provided with poisons of different nutrient composition.

In addition, as a result of experiments on the feeding habits of ants and other ants under the same conditions for peanut butter, which is a gel-type fat-derived general food, as a gel-carbohydrate-based general food, the ants prefer honey, and Other ants appeared to prefer peanut butter, and even though the formulations were the same among the ants, it was confirmed that the number of meals was clearly distinguished according to the nutrient composition.

Therefore, it can be seen that the method of maximizing the insecticidal effect is to accommodate various types of poison foods having different nutrient compositions than to accommodate poison foods containing only one nutrient composition in one pesticide product.

Since the above has been described only with respect to some of the preferred embodiments that can be implemented by the present invention, the scope of the present invention, as is well known, should not be construed as limited to the above embodiments, the present invention described above It will be said that both the technical idea and the technical idea which together with the base are included in the scope of the present invention.

1 is a perspective view of an insecticidal article according to the present invention.

2 is an exploded perspective view of the pesticide article according to the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a plan view showing a base and a receiving portion of the pesticide article according to the present invention.

5 is a plan view of a set of pesticide articles according to the present invention.

DESCRIPTION OF THE REFERENCE NUMERALS

2; Pesticides 10; Base

20,20A; Receptacle 21,21A; Space

22,22A; Side openings 23, 23A; Passage

24,24A; Line 25,25A; Low side

26,26A; Pin 30; cover

32,34; Insert

Claims (19)

A base and a plurality of receiving portions provided on the base and the upper surface is opened and a receiving space for opening the insect portion of the side to receive the poison feed for insect insects, the plurality of receiving portions A cover covering the open top simultaneously; There are two or more kinds of poison feeds accommodated in the plurality of accommodation portions, and each accommodation portion accommodates any one of two or more kinds of poison feeds; The cover is provided with a plurality of inserts into which the upper portion of each receiving portion is inserted, The receiving space of each receiving portion is provided with a plurality of fixing pins for fixing the poison feed, The plurality of fixing pins of each receiving portion is disposed on the bottom of the receiving space in a row extending from the side opening portion of the receiving portion toward the inside of the receiving space. According to claim 1, Two receiving parts are provided on one base, and the side openings of the two receiving parts are opposed to each other. The method according to claim 1, The side opening portion of the accommodation portion is formed spaced apart from the base by a predetermined height, the lower portion of the side opening portion of the accommodation portion, characterized in that the inclined upward toward the accommodation space. The method of claim 3, The lower part of the side opening portion of the receiving portion is a pesticide article, characterized in that a plurality of groove-shaped or protruding line formed along the vertical direction. The method of claim 3, The lower part of the side opening part of the said accommodating part is a pesticide product characterized by the step shape. The method according to claim 1, The accommodating part is a pesticide article, characterized in that a portion other than the side opening of the accommodating part along the circumferential direction of the accommodating part is formed relatively low so that a window is formed while the accommodating part is covered by the lid. delete delete The method according to claim 1, The insecticide article, characterized in that the three fixing pins are arranged in a triangular row in the receiving space of each receiving portion. The method according to claim 1, The receiving part is provided with two, the insecticide article, characterized in that the height of each other of the two receiving parts are the same and one of them is formed relatively large and the other one is formed relatively small. delete The method according to claim 1, The cover is a pesticide article, characterized in that the fixing pin is provided for fixing the dog feed housed in each of the receiving portion. The method according to claim 1, The cover is a pesticide article, characterized in that coupled to the upper portion by the ultrasonic welding fixed. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, Insecticide article characterized in that at least a portion formed of a red transparent material. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, The insecticidal article is a pesticide article, characterized in that a plurality of pieces are connected to each other to form a set. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, The base and the receiving portion, and the cover is insecticide, characterized in that formed by blow molding. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, The poisonous feed is a pesticide product, characterized in that the different nutrient composition is accommodated in one of the receiving unit together, or each receiving unit receives the poison feed of different nutrient composition, respectively. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, The insecticide is a pesticide product, characterized in that the gel or tablet form. The method according to any one of claims 1 to 6, 9, 10, 12, and 13, The poisonous insecticide, characterized in that for killing ants, cockroaches, ants and cockroaches.

Images