KR20100007491A - Bait apparatus and cockroach trap having the same - Google Patents

Abstract

Disclosed are a drug supply device for automatically supplying a medicament to a cockroach trap for capturing a cockroach, and a cockroach trap including the same. The drug supply device of the present invention includes a cockroach trap for catching a cockroach or providing an insecticide, a receptacle provided in the cockroach trap to receive a medicine, and a supply unit for supplying a medicine to the container, the supply unit storing the medicine It is configured to include a storage unit, a transfer unit for transferring the drug from the storage unit and the discharge unit coupled to one end of the transfer unit for discharging the drug to the receiving unit. Therefore, it is possible to automatically supply the capture agent or insecticide necessary to capture the cockroach, so that the usual maintenance is easy, and power and cost can be reduced.

Description

Pharmaceutical supply device and cockroach trap including the same {BAIT APPARATUS AND COCKROACH TRAP HAVING THE SAME}

The present invention relates to a drug supply device and a cockroach trap including the same, and more particularly, to a drug supply device and a cockroach trap including the same that can be easily and semi-permanently used to supply the drug.

As the economy develops, living standards are gradually improving, and pests that have been overlooked in the past are now becoming a vigilant point for everyone. However, due to industrialization or industrialization, a large amount of waste is generated, and accordingly, pests are increasing.

Although a number of mechanisms and methods for controlling such pests have been developed, there are not many methods and controls designed according to the characteristics of the pests to be controlled from the development stage. First, it will be apparent that the characteristics of the pests to be controlled will be examined, and accordingly, the application of them to the design of the control mechanism and method will be effective for the effective control.

These pests eat up food and textiles, causing considerable damage to life, and also excretion carry harmful pathogens to the human body. In recent years, since these pests are increasing due to the contaminated environment, pest removal is a big problem. Therefore, homes, businesses or communities are trying to get rid of pests in various ways. In the present specification, a cockroach of the pest is representatively described as an example, but is not limited thereto.

Conventionally, there are a number of mechanisms for removing cockroaches, but the most commonly used among them are as follows.

To get rid of cockroaches in a typical home, people put them in a dish or sealed box of medicine and place them in a place or aisle where a lot of cockroaches gather, or place a walking cockroach trap on a path such as a cockroach. Attractors may be used to attract pests. Alternatively, sprays may be sprayed directly onto pests such as cockroaches, or saturated in the air to inhal or kill the pests.

Among the above-mentioned methods, a method of capturing or killing the cockroach by arranging a sticky or insecticide in a generally closed box is the most commonly used, and this conventional cockroach trap is described as follows.

1 is a perspective view briefly shown to explain a conventional cockroach trap. As shown therein, the conventional cockroach trap 10 has a capture case 11 constituting an appearance, a doorway 12 formed at a side of the capture case 11, and a cockroach to enter and exit, and the capture case 11. Attractor 14 is stored therein and attracts the cockroach into the capture case 11, insecticide 13 to kill the cockroach that enters the capture case 11 due to the attractant (14) Include.

Looking briefly at the operation of the conventional cockroach trap 10, the cockroach attracted to the cockroach trap 10 is configured to be pesticide after eating the insecticide.

However, in the conventional cockroach trap, when the insecticide is eliminated by the cockroach, it is practically difficult to supply a new insecticide, and the cockroach trap itself must be replaced with a new one. This often requires cockroach traps to be replaced, increasing operating costs.

One object of the present invention for solving the above problems is to provide a drug supply device that can automatically supply the drug to the cockroach trap and give ease of maintenance and cockroach trap comprising the same.

Another object of the present invention is to provide a drug supply device and a cockroach trap including the same, which can reduce costs and efficiently utilize resources.

According to a preferred embodiment of the present invention for achieving the above objects of the present invention, the drug supply device includes a cockroach trap, a receiving portion and a supply unit.

The cockroach trap is a device for trapping cockroaches or insecticides to provide a pesticide, and generally includes a capture case constituting the appearance, and a capture unit provided in the capture case to capture the cockroaches. have. The cockroach trap may be formed with at least one entrance to which the cockroach can enter and exit.

The accommodation portion may be provided in the cockroach trap to receive a medicine. The accommodating part may be part of an inner bottom surface of the capture case, in which part of the inner bottom surface may be recessed to receive the medicine.

In addition, the receiving portion may be formed as a thin, flat container having a receiving space. In this case, the edge of the container is preferably formed without a step with the bottom surface of the capture case in order not to be an obstacle to the cockroach entered into the capture case.

The medicament may include at least one of an insecticide ingested and killed by the cockroach, an attractant attracted by the cockroach, and an adhesive for bonding and capturing the cockroach. And, the drug is preferably made of at least one of the liquid form and powder form.

The supply unit may be configured to include a storage unit for storing the drug, a transfer unit for transferring the drug from the storage unit and the discharge unit coupled to one end of the transfer unit for discharging the drug to the receiving unit.

The supply unit may further include a drive unit located on the path of the transfer unit for transferring the drug from the transfer unit to the discharge unit.

Here, the drive unit is formed with a receiving space for storing the drug and on one side the cylinder formed with an outlet for discharging the drug and the receiving space reciprocating the pressure stored in the receiving space to press the drug stored in the outside through the outlet It may include a piston for exhausting. In addition, the driving unit may be configured by a suction and discharge method.

The drug supply device of the present invention may further include a control unit connected to the supply unit to control the supply of the drug.

The control unit may control to supply the medicine from the supply unit to the receiving unit at regular time intervals. Alternatively, the control unit further includes a sensing unit for sensing the remaining amount of the drug stored in the receiving unit, the additional drug is supplied through the supply unit when the remaining amount of the drug measured by the sensing unit is less than the reference value It can be configured to. Alternatively, the control unit may further include a sensor unit coupled to the doorway side of the cockroach trap and detecting the cockroach coming into the cockroach trap, and receiving and counting information about the cockroach detected by the sensor unit, which is greater than a reference value. More cockroaches can be configured to supply additional medication through the supply unit when entering.

In addition, the drug supply device of the present invention is a cockroach trap for trapping a walking cockroach, a strap having a capture adhesive surface located inside the cockroach trap to capture the cockroach, supply the sticky to provide the capture adhesive surface And a feed roll formed to be spaced apart from the feed roll to recover the sticky material supplied from the feed roll, the motor unit coupled to any one of the feed roll and the recovery roll to provide rotational force, and the capture adhesive surface. It may be configured to include a supply unit for supplying.

In addition, the cockroach trap of the present invention is provided with a door-entry entrance to the walking cockroach on one side, a trapezoidal trap case having an accommodating portion therein, combined with the capture case to supply the drug to the accommodating portion It may be configured to include a supply unit and a control unit connected to the supply unit to control the supply amount of the drug.

Here, the control unit further includes a sensing unit for sensing the amount of the drug stored in the receiving unit, and receives the information about the drug transmitted by the sensing unit to supply when the amount of the drug is less than the reference value New medication can be supplied from the unit.

And, the control unit may further include a communication module for transmitting information on the amount of the medicament at a distance.

As described above, according to the present invention, when a drug such as a trapping agent or an insecticide is supplied to the cockroach trap that captures the cockroach, the cockroach trap may be separated so that the drug is automatically supplied instead of supplying a new drug. It is easy to use and maintains continuous capturing ability.

In addition, it is possible to supply the medicine at a predetermined time interval through the control unit can be maintained in the appropriate amount of the drug even if the user does not check the amount of the drug daily. In addition, the amount of the drug can be detected in real time using a camera, a weight sensor, a water level sensor, and the like, and thus, the amount of the insufficient drug can be compensated in real time.

In addition, the insecticide can be sprayed toward the cockroach that enters through the entrance and exit of the catch case, so that the insect can be immediately infested, and the amount of the sprayed insecticide can be detected and automatically replenished when the amount is less than the standard value. There is an easy effect.

In addition, it is possible to supply a capture adhesive or attractant to the roll-type sticky to improve the adhesion of the adhesive surface, attracting a larger number of cockroaches to the capture adhesive surface resulting in improved capture rate. It is easy to use and saves time because it can automatically supply insufficient capture adhesive or attractant.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments. For reference, in the following description, elements that can be treated identically in terms of configuration and function are almost the same and can be specified by the same reference numerals. In describing various embodiments, components overlapping with the components described in the first embodiment will be omitted to clarify technical features of the embodiments.

In addition, although the cockroach was used as the target cockroach to be captured and killed in the present embodiments, the scope of the cockroach is not limited, and the same can be applied to a walking cockroach similar to the cockroach.

First, referring to Figures 2 and 3, the cockroach trap according to the first embodiment of the present invention will be described. 2 is a perspective view showing a cockroach trap according to a first embodiment of the present invention, a side cross-sectional view showing a cockroach trap cut along the line A-A of FIG.

Cockroach trap 100 according to the first embodiment is largely configured to include a capture case 110, the receiving portion 120 and the supply unit 130.

The capture case 110 constitutes the appearance of the device, in this embodiment is formed in the form of a flat octagonal pillar. An entrance 112 is formed at a side of the capture case 110, and a size of the entrance case 112 may be easily formed so that a cockroach may enter. In this figure, the doorway 112 is formed of four, but the number is not limited or limited.

The receptacle 120 receives a drug for capturing the cockroach. The accommodating part 120 may be a thin dish-shaped container. In this embodiment, the inner bottom surface of the capture case is recessed. The receiving portion 120 is not limited in position, but is formed in the center of the inner bottom surface of the capture case 110, it is preferable to be located at the same distance from all entrances.

The supply unit 130 is a component for supplying the medicine to the receiving part 120, and specifically includes a storage unit 132, a transfer unit 134, a drive unit (not shown) and the discharge unit 136 It is configured by.

The storage unit 132 may have a storage space therein to store the medicine. In addition, one side of the transfer unit 134 is connected to the storage unit 132, and the other side is located inside the capture case 110 to transfer the medicine to the accommodation unit 120. In addition, the driving unit may be coupled to the path of the transfer unit 134 and transfer the medicine from the transfer unit 134 to the discharge unit 136. In addition, the discharge part 136 is coupled to one end of the transfer part 134 to discharge the drug to the receiving part 120.

This drive can be configured in a piston-cylinder manner and can also use a pump. In addition, the discharge unit 136 may use a nozzle.

On the other hand, the supply unit 130 may further include a valve unit 138 as an auxiliary means for adjusting the amount of the drug to be transferred to the transfer unit 134. The valve unit 138 may be positioned on a path of the transfer unit 134 to control the flow of the medicine by opening or closing the transfer passage of the transfer unit 134. Here, the valve unit 138 may be configured as a valve capable of electromagnetic control, such as a solenoid valve.

In addition, the supply unit 130 may include the driving unit to forcibly transfer the medicine. That is, the driving unit may be configured in a cylinder-piston manner to press the drug stored in the storage unit 132 so that the drug is discharged through the discharge unit 136.

On the other hand, the cockroach trap 100 may include a control unit 140. The control unit 140 may be connected to the driving unit or the valve unit 138 to control the supply mode of the drug. For example, when the time to be replenished in a state in which the refilling period is set in advance in the control unit 140 arrives, the control unit 140 opens and closes the valve unit 138 and drives the driving unit so that the appropriate amount of the medicine is added. It can be automatically supplied to the receiving portion 120.

Through this, the user does not have to check the amount of the drug currently remaining in the receiving part 120 one by one, and does not need to directly fill the insufficient amount.

The medicament used in the present embodiment may use an insecticide or an attractant. In this case, the drug may be formed in a liquid form or a block form, and may also be formed in a gel form that prevents the cockroach from escaping when the cockroach is pulled out due to its large viscosity.

In addition, when the drug is formed in a block shape, the cockroach trap 100 may be provided with a heating wire for supplying heat to the drug to prevent the drug from solidifying. The hot wire may be installed on the bottom surface of the receiving portion 120.

Next, referring to FIG. 4, a modification according to the first embodiment will be described. 4 is a side cross-sectional view illustrating a cockroach trap including a weight sensor as a modification of the first embodiment.

The cockroach trap 100 of the present modified example includes a capture case 110, an accommodation portion 120 formed inside the capture case 110 to accommodate a medicine, and a supply of the medicine to the accommodation portion 120. And a control unit 140 connected to the supply unit 130 and connected to the supply unit 130 to control the supply mode of the medicine 101.

In addition, the control unit 140 includes a weight sensor 142 for measuring the amount of the drug stored in the receiving portion 120.

The control unit 140 receives the information on the amount of the drug by the weight sensor 142, when the weight of the drug is less than the reference value of the valve unit 138 and the drive unit of the supply unit 130 By controlling the amount can be replenished the amount of the drug in the receiving portion 120.

In the present modification, the control unit 140 uses a weight sensor to measure the amount of the drug contained in the accommodating part 120. However, the control unit 140 is not limited thereto, and various sensors such as electromagnetic sensors or water level sensors. Can be used.

On the other hand, the control unit 140 may include an imaging unit for counting the number of cockroaches entering the doorway 112, instead of sensing the remaining amount of the drug. The imaging unit is coupled to the doorway 112 side to count the number of cockroaches passing through the doorway 112, and transmits it to the control unit 140. The control unit 140 replenishes the medicine to the container 120 by controlling the genital valve part 138 and the driving part when the number of cockroaches is greater than the preset number of cockroaches based on the counting result of the cockroach.

In addition, the control unit 140 is coupled to the cockroach trap 100, instead of the way that one control unit is configured to control one cockroach trap, it is configured in a central control manner so that one control unit has several cockroaches And may be configured to control the traps in a batch. To this end, each cockroach trap may further include a communication module for transmitting the detection information on the remaining amount of cockroaches detected through the sensors to a control unit located in the remote.

The user may adjust the replenishment timing and replenishment amount of the medicament by remotely controlling the drive unit or the valve unit of each cockroach trap based on the remaining amount information of the medicament transmitted through the communication module.

Referring to Figure 5, the cockroach trap according to a second embodiment of the present invention will be described. 5 is a side sectional view showing a sticky cockroach trap.

Cockroach trap 200 according to the third embodiment is the capture case 210, the sticky 220, supply roll 230, recovery roll 240, motor unit (not shown), supply unit 250 and the control unit And 260.

The sticky 220 is installed on the inner bottom surface of the capture case 210 to capture the cockroach 201 that has entered the capture case 210. In addition, the supply roll 230 and the recovery roll 240 are spaced apart from each other, and each of the strap 220 is wound to expose the capture adhesive surface 222 of the strap 220. In addition, the motor roll is coupled to the recovery roll 240 so that the sticky 220 is automatically recovered to the recovery roll 240.

The supply unit 250 may supply the medicine 201 to the capture adhesive surface 222. The drug 201 may be an adhesive capable of providing adhesion to the capture adhesive surface 222, and may be an attractant for attracting the cockroach 201 by being sprayed on the capture adhesive surface 222.

That is, by supplying the medicament of the adhesive material supplied through the supply unit 250, it is possible to supplement the adhesive strength of the capture adhesive surface is reduced over time.

Here, the sticky 220 may be formed with the capture adhesive surface 222 from the original, the capture adhesive surface was not formed originally, but the drug consisting of the adhesive material is sprayed from the supply unit 250 To form a capture adhesive surface.

In order to supply the medicine 201, the supply unit 250 is specifically, a storage unit 252 for storing the medicine 201, a delivery unit 254 for transporting the medicine 201, and the delivery unit ( It is configured to include a drive unit (not shown) coupled to the 254 to transfer the drug 201 and the discharge unit 256 for spraying the transported drug 201 to the capture adhesive surface 222. In addition, the supply unit 250 is configured to further include a valve unit 258 positioned on the path of the transfer unit 254 to regulate the flow of the drug 201.

The control unit 260 is connected to the driving unit to control the driving mode. That is, when the cockroach is captured on the capture adhesive surface 222 and needs to be replaced with a new capture adhesive surface, the control unit 260 rotates the recovery roll 240 coupled with the driving unit, thereby providing the supply roll ( The sticky 220 having a new capture adhesive surface 222 may be supplied from 230.

Here, the control unit 260 includes an imaging unit 262 to detect the number of cockroaches captured on the capture adhesive surface 222. The imaging unit 262 captures the cockroach 201 captured on the capture adhesive surface 222. In addition, the control unit 260 receives the captured information from the imaging unit 262 to expose the new capture adhesive surface by driving the driving unit when the number of captured cockroaches 201 is larger than a reference value.

In addition, the control unit 260 is an infrared sensor, a capacitive sensor, at the entrance 212 of the capture case 210 to determine the number of the cockroaches 201 captured on the capture adhesive surface 222 Sensor parts such as weight sensors can be installed. The sensor unit is a sensor for detecting the cockroach 201 passing through the entrance and exit 212 of the capture case 210, the control unit 260 is the capture case 210 based on the information detected from the sensor unit Count the number of cockroaches (201) entered into the inside.

The control unit 260 may determine an approximate amount of cockroaches captured on the capture adhesive surface 222 based on the number of counting cockroaches, and if the number of cockroaches counted is greater than a reference value, the driving unit may be used. Drive to replace the existing capture adhesive surface with a new one.

6 and 7, a cockroach trap according to a third embodiment of the present invention will be described. 6 is a perspective view showing a cob cockroach trap according to a third embodiment of the present invention, and FIG. 7 is a side cross-sectional view illustrating a cockroach trap cut along a line B-B of FIG. 6.

The cockroach trap 300 according to the third embodiment includes a capture case 310, a supply unit 320, a control unit 330, and a communication module.

The capture case 310 has a sol-shaped shape in which the length L in one axial direction is relatively longer than the length W in the other axial direction, and a plurality of entrances and exits 312 are formed at regular intervals in the one axial direction.

The entrance 312 of the capture case 310 is formed in a shape of a relatively wide gap in the horizontal direction, relatively narrow in the longitudinal direction, in consideration of the behavior of the cockroach.

The capture case 310 may be easily attached to a building wall surface or a corner portion between the wall and the wall by forming an adhesive portion on the back side, and may be coupled to the wall surface through a fastening member such as a screw.

An accommodating part 314 is formed in an inner space of the catching case 310 to accommodate a drug capable of attracting or killing cockroaches, and the accommodating part 314 is formed on the bottom surface of the catching case 310. It is formed in a recessed form. Of course, if the medicament is in solid form, the receiving portion 314 may be configured as a part of the flat bottom surface instead of the recessed shape of the bottom surface inside the capture case 310.

The supply unit 320 extends from the storage unit 322 to store the medicine to be supplied to the receiving unit 314, from the storage unit 322 to the inside of the capture case 310 to transfer the medicine. Transfer part 324, a drive unit (not shown) located on the path of the transfer unit 324 to transfer the drug on one side and the drug is coupled to the transfer unit 324 and transferred from the drive unit to the receiving unit 314 It is configured to include a discharge portion 326 to be discharged to).

Here, since the capture case 310 is elongated in one direction and attached to a wall surface, the capture case 310 is illustrated in this embodiment in order to supply the medicine to all the receiving portions 314 formed inside the capture case 310. As described above, the storage unit 322 is preferably formed at both ends of the capture case 310.

Here, the discharge unit 326 is formed in plurality in correspondence with the number of the receiving unit 314.

In addition, the cockroach trap 300 further includes a control unit 330 for controlling the supply unit 320 to supply a medicine to the receiving portion 314. The control unit 330 is connected to the drive unit detects the amount of the drug contained in the receiving unit 314, when the amount of the drug is less than the reference value to drive the drive unit to the new receiving unit 314 Allow medication to be supplied.

The control unit 330 further includes a sensing unit 332 for sensing the amount of medicine currently accommodated in the receiving unit 314. In this embodiment, the detector 332 uses a camera and transmits the image information photographed through the camera to the control unit 330. The control unit 330 determines the driving state of the driver based on the image information received from the detector 332.

On the other hand, the control unit 330 of the present invention is provided with a communication module (not shown) can transmit information about the drug contained in the receiving portion 314 to the cockroach control company located at a remote location, cockroach control companies in various areas The cockroach trap installed in can be controlled collectively.

 8 and 9, a cockroach trap according to a fourth embodiment of the present invention will be described. FIG. 8 is a perspective view showing a catfish cockroach trap mounted on a wall according to a fourth embodiment of the present invention, and FIG.

As shown in this, the cockroach trap 400 according to the fourth embodiment may be mounted on the wall (w). The cockroach trap 400 constitutes an appearance of the apparatus, and includes a capture case 410 formed to extend in one direction, and a supply unit 420 formed in the capture case 410 to store and supply the medicine. It is composed.

One side of the capture case 410 is opened to form an entrance 412 through which the cockroach can enter. In detail, the entrance 412 of the capture case 410 is formed at a portion formed perpendicular to the wall surface w.

The supply unit 420 may include a storage unit 422 capable of temporarily storing the drug, and a discharge unit 424 connected to the storage unit 422 to discharge the drug into the capture case 410. It can be formed into).

On the other hand, the cockroach trap 400 of the present invention may further include a control unit connected to the supply unit 420 to control the supply of the drug. The control unit may further include a sensing unit such as a pressure sensor, an infrared sensor, etc. to measure the amount of the medicine supplied to the cockroach to eat inside the capture case 410.

The detection unit may detect when the amount of the currently supplied drug is less than the preset amount of the drug to allow the control unit to control the supply unit 420 to refill the drug.

In addition, the control unit may further include a display unit such as a display for informing the user of the amount of the medicine currently supplied inside the capture case 410.

The user can determine the time to supply the medicine to the cockroach trap 400 through the display.

The supply unit 420 may further include a drug supply unit to supply a drug from the supply unit 420. Here, the drug supply unit may be formed so that the drug is discharged to the outside by applying pressure, for example, a syringe consisting of a cylinder and a piston may be used. By detecting the amount of drug currently remaining by the detection unit and displaying it on the display unit, the user may fill the insufficient medicine with the capture case 410 through the drug supply unit.

On the other hand, the cockroach trap 400 of the present embodiment is preferably installed in a place that is difficult to reach human hands such as shelves, sinks, bookshelves, in addition to the inner and outer walls of the building can be installed.

FIG. 10 is a perspective view showing a scene in which a medicine is supplied to a plurality of cobbly cockroach traps connected as a modification of the fourth embodiment. FIG.

As shown in the drawing, a plurality of cobweb cockroach traps 500 and 600 are provided on the wall if necessary. The cockroach traps 500 and 600 are formed to be long in one direction, and each cockroach trap may be used by coupling the ends to each other.

In order to supply drugs to the plurality of cockroach traps 500 and 600, a drug injection unit 510 may be formed at one side of the cockroach traps 500 and 600. In this figure, the drug injection unit 510 is formed only in one of the cockroach trap 500, the drug injection unit may be formed in the other wheel bug trap 600, of course.

The cockroach traps 500 and 600 may be coupled to the drug injecting unit 510 and may include a drug supply unit 700 supplying a medicine to the cockroach traps 500 and 600.

On the other hand, although not shown in Figure 10, the cockroach trap (500, 600) is a storage unit for temporarily storing the drug supplied from the drug supply unit 700, and the cockroach trap (500, 600) from the storage unit It is formed in the longitudinal direction of the elongated may include a transport unit for transporting the drug and a discharge unit for discharging the drug from the transport unit, the cockroach trap (500, 600) to store the drug discharged from the discharge unit A receptacle, which can be a space, can be formed. Here, when using a plurality of the cockroach trap (500, 600) formed by connecting to one, the storage unit may be formed in only one cockroach trap, the transfer unit formed in each of the cockroach trap can be connected to each other to the drug The drug can be supplied to all the cockroach traps at once through the drug supply unit 700 without having to separately supply the drug to each cockroach trap at the time of supply.

Of course, the cockroach trap (500, 600) can be used as a substitute for the drug supply unit 700 without a separate storage unit. That is, the drug supply unit 700 filled with the medicine may be used while being coupled to the cockroach traps 500 and 600, and may be used after refilling if the medicine is insufficient.

The cockroach traps 500 and 600 of the present embodiment are formed as one by connecting the cockroach traps formed separately, but in another embodiment, the cockroach trap is originally formed integrally, and is configured to be flexible so that a part of the body can be bent. It can also be easily installed in the corner portion where the wall meets.

As described above, although described with reference to the preferred embodiments of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

1 is a side cross-sectional view schematically showing a conventional cockroach trap.

2 is a perspective view showing a cockroach trap according to the first embodiment of the present invention.

3 is a side cross-sectional view showing a cockroach trap cut along the line A-A of FIG.

4 is a side cross-sectional view illustrating a cockroach trap including a weight sensor as a modification of the first embodiment.

5 is a side sectional view showing a sticky cockroach trap as a second embodiment of the present invention.

6 is a perspective view showing a coarse cockroach trap according to a third embodiment of the present invention.

7 is a side cross-sectional view showing a cockroach trap cut along the line B-B of FIG.

FIG. 8 is a front view showing a giant cockroach trap installed on a wall according to a fourth embodiment of the present invention.

9 is a side cross-sectional view showing a cockroach trap cut along the line C-C of FIG.

FIG. 10 is a perspective view showing a scene in which a medicine is supplied to a plurality of giant cockroach traps connected to each other as a modification of the fourth embodiment. FIG.

<Explanation of symbols for the main parts of the drawings>

100: cockroach trap 110: take case

112: doorway 120: receiving part

130: supply unit 132: storage unit

134: transfer section 136: discharge section

138: valve portion 140: control unit

142: weight sensor

Claims (23)

Cockroach traps that trap cockroaches or provide insecticides; An accommodation part provided in the cockroach trap to receive a medicine; And Supply unit for supplying the medicine to the receiving portion; Pharmaceutical supply device comprising a. The method of claim 1, The drug is a drug supply device comprising at least one of the insecticide ingested and killed by the cockroach, the attractant attracted to the cockroach, and an adhesive for bonding and capturing the cockroach. The method of claim 2, The drug is a drug supply device, characterized in that consisting of at least one of the liquid form and powder form. The method of claim 1, The supply unit A storage unit for storing the medicament; A transfer unit for transferring the medicine from the storage unit; And A discharge part coupled to one end of the transfer part to discharge the medicine to the accommodation part; Pharmaceutical supply apparatus comprising a. The method of claim 4, wherein And a control unit connected to the supply unit to control the supply of the medicament. The method of claim 5, The control unit is a drug supply device, characterized in that for controlling the supply of the medicine from the supply unit to the receiving unit at regular time intervals. The method of claim 5, The control unit further includes a sensing unit for sensing the remaining amount of the drug stored in the receiving unit, and if the remaining amount of the drug measured by the sensing unit is less than the reference value to supply the additional drug through the supply unit Pharmaceutical supply device characterized in that. The method of claim 5, The control unit further includes a sensor unit coupled to the doorway side of the cockroach trap to detect the cockroach coming into the cockroach trap, receiving and counting information about the cockroach detected by the sensor unit more than the reference value When the cockroach enters the drug supply device characterized in that the additional drug is supplied to the receiving unit through the supply unit. Cockroach traps to capture ambulatory cockroaches; A sticky with a capture adhesive surface located inside the cockroach trap to capture the cockroach; A feed roll for supplying the sticky to provide the capture adhesive surface; A recovery roll which is spaced apart from the supply roll and recovers the sticky material supplied from the supply roll; A motor unit coupled to any one of the supply roll and the recovery roll to provide rotational force; And A supply unit for supplying a medicament to the capture adhesive surface; Pharmaceutical supply device comprising a. The method of claim 9, The drug is a drug supply device, characterized in that any one of the attractant for attracting the cockroach and the adhesive for capturing the cockroach. The method of claim 10, The supply unit A storage unit for storing the medicament; A transfer unit connected to the storage unit to transfer the drug; And A discharge part coupled to the transfer part and discharging the medicine to the capture adhesive surface; Pharmaceutical supply apparatus comprising a. The method of claim 11, The supply unit further comprises a drive unit located on the path of the transfer unit for moving the drug from the transfer unit to the discharge unit. The method of claim 12, The driving unit A cylinder in which a storage space for storing the medicine is formed, and one side of which has a discharge port for discharging the medicine; And A piston for reciprocating the accommodation space to pressurize the medicine stored in the accommodation space to be discharged to the outside through the outlet; Pharmaceutical supply device comprising a. The method of claim 12, Further comprising a control unit for controlling the drive mode of the drive unit. The method of claim 14, The control unit further comprises a imaging unit for photographing the cockroach captured on the capture adhesive surface. An entrance to which the walking cockroach enters and exits on one side, and a capture case having a bead shape having an accommodating part accommodating drugs therein; A supply unit coupled to the capture case to supply the medicine to the accommodation portion; And A control unit connected to the supply unit to control a supply amount of the medicine; Cockroach traps containing. The method of claim 16, The supply unit A storage unit formed at a side of the capture case to store the medicine; A transfer unit for transferring the medicine from the storage unit into the capture case; And A discharge part formed on a path of the transfer part to discharge the medicine into the capture case; Cockroach traps comprising a. The method of claim 17, The supply unit is located on the path of the transfer unit, the cockroach trap, characterized in that further comprising a drive unit for pressing the drug to transfer from the transfer unit to the discharge unit. The method of claim 18, The driving unit A cylinder in which a storage space for storing the medicine is formed, and one side of which has a discharge port for discharging the medicine; And A piston for reciprocating the accommodation space to pressurize the medicine stored in the accommodation space to be discharged to the outside through the outlet; Cockroach trap comprising a. The method of claim 16, The control unit further includes a sensing unit for sensing the amount of the drug stored in the receiving unit, the control unit receives information about the drug transmitted by the sensing unit when the amount of the drug is less than the reference value Cockroach trap, characterized in that the new drug is supplied from the supply unit to the receiving portion. The method of claim 20, Cockroach trap further comprises a communication module for transmitting the information of the control unit. The method of claim 16, The control unit is a cockroach trap, characterized in that for controlling the supply unit to supply the medicine to the receiving unit at regular intervals. The method of claim 16, The capture case is a cockroach trap, characterized in that installed on the wall of the indoor or outdoor.

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