JPS58838A - Wide zone inducing type continuous rat trapping and treating apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention relates to a device for physically capturing a mouse.

Damage caused by rats can be broadly classified into food damage to agricultural products, electronic goods, etc., bite damage to electronic equipment, goods, etc., and hygienic damage caused by transmission of infectious diseases and parasites. Bite damage 1 For example, it manifests as electrical leakage caused by electric wires, cables, etc., fire, malfunction of computers, etc., and sanitary damage, for example, manifests as disease through transmission of infectious diseases.

Extermination of rats by taming 1 Minimize these damages
This is extremely important in terms of staying in place. Typical extermination methods for rats include chemical extermination using rodenticides and physical extermination using mouse traps. Although the latter method of physical extermination is a passive method, it is an innovative method in that it can temporarily trap rats.

Traditional wire mesh mouse traps are still widely used today, and are placed with bait attached to areas where mice are infested.

This method is a temporary capture method, and continuous use requires manual management, and it also serves to repel rats during continuous use. For this reason, the initial effect is just a dust-like one that has not been fully demonstrated.

The object of the present invention is therefore to provide a wide-area induction continuous rat trapping and processing device S' that is adapted to the habits of rats, and is capable of not only trapping resident rats but also constantly trapping rats that invade from outside. It has a preventive function such as extermination of mice, and maintains an environment where mice cannot live.

Now, according to the inventor's experiments, mice have a tendency to follow, but they become quite wary when entering a narrow bag-like object, and they also feel a sense of repulsion when they see the condition of the trapped mouse. Idaku. This fact can be said to confirm the limitations of conventional wire mesh mousetraps. Based on these habits, the present invention separates the part that guides mice and the part that handles captured mice, and communicates between them through a guideway to improve vigilance and repellency after capture as much as possible. I'm trying to lower it.

Hereinafter, the present invention will be explained based on an embodiment shown in the drawings.

Wide-area induction continuous mouse trapping processing device I Fi 1 of the present invention
As shown in FIG. 6′f- is provided, and the processing container 7 is detachably attached to the end of the guideway 6, and a check plate 8f is provided between the guideway 6 and the processing container 7 of The trapping device is a box with an opening on the top and a pair of side plates 9.
．． A partition plate 11 is provided between the IO and one of the side plates 9, and an IEI induction port 3 as a mouse population is formed between the partition plate 11 and one side plate 9. A plaza to guide the mouse is formed in this ≠11 casting 3 part, and the bottom plate 12 in that part has a large cutout from the first guiding port 3 to the center, and the top plate of the bottom plate 12 in that part is cut out. Closed by 13. This cover plate 13 is attached to one side plate 9 by a hinge 14 so that it can be opened and closed.The opening and closing plate 4, which serves as an escape prevention means, The support shaft 15&r is connected between the side plate 9 and the partition plate 11 on the end face
It is rotatably supported, and outward rotation is restricted by a stopper pin 16. This opening/closing plate 14Fi
A drive attached to the space between the side plate lO and the partition plate 11.
It is driven by an electromagnetic plunger 17. That is, 17 electromagnetic plungers are self-returning type, and are connected at one end to a drive plate 19M rotatably supported by a support shaft IF4 through a pin 20ff.
Each end is connected to the connecting plate 22 via a pin 21ff. Here, each connecting plate 22 is connected to the support shaft 1 by a pin 23.
It is connected to the arm 24 attached to 5&r. Further, the guideway 6 is made of a pipe made of plastic or the like, passes through the side plate 1o from the outside of the capture device fjI2, and is formed by a part of the partition plate 11! 22 casting lead 51/through opens into the interior of the capture device 2, and the other end portion is connected to the processing container 7. The processing container 7 is, for example, a transparent Branutik container or the like, and is detachably attached to the guide path 6. A closing plate 26 is provided at the communication port 25 between the processing container 7 and the guide path 6, and the communication port 25 is closed by the blocking plate 26 when the processing container 7 is removed. Further, the reverse movement prevention means is partially constituted by a check plate 8. This check plate 8#i! As shown in Fig. 4, it is attached at the upper part of the guideway 6 by a support shaft 27 so that it can only be rotated counterclockwise, or as shown in Fig. 5, it is configured in a comb-like shape, whereas the Auxiliary fixed Nezumi Gaeshi 289 It is good to combine them so that they interlock like kumite. In addition, as shown in Figures 1 and 2 of the capture device ft2a, 1
A switch plate 29 is rotatably held by a support shaft 30 at its central portion. The support shaft 3 (lj) of the switch plate 29 stands up in an L-shape to form a switch rod 31f, and its upper end portion corresponds to a pair of limit switches 32° and 33 on the left and right sides. It is stably supported by Yajirobee's principle while maintaining a predetermined distance from the back plate 34.

A pair of limit switches 32 and 33 are incorporated into the control circuit 35. As shown in Fig. 6, the control circuit 35#i has K I3 mitswitches 32 and 33 in parallel! #:
Then, the K relay 37 and the normally closed release switch 38 are connected in series between the pair of power supply terminals 36.

The relay 37 drives a relay contact 39f for controlling the electromagnetic plunger 17, and also drives a limit switch 32.
A holding contact 40f parallel to 33 is driven. Further, a guide lamp 41 is provided to guide the mouse tube to the second guide port 5. Note that the upper sweetfish release switch 38Fi is provided at the front and rear # of the communication port 25.

Next, the operation will be explained. The capture device 2 is placed in a place where the mouse can easily pass, and the processing container 7 is placed at an appropriate distance away from it.
Kl is broken. In this state, 13 cover plates cover the upper tube of the capture device 2. On the other hand, electromagnetic Fransher 17F! Since it is a self-resetting type, turn the drive 4f19 counterclockwise to move the opening/closing plate 4 into a nearly horizontal position M&l'L...! ! 1# is open to the inlet 3.

Rats try to move calmly through narrow spaces, so
Capture device #Ij2 under the cover plate 13, that is, from the first guide port 3
attempts to pass through the inner tube of Of course, mice may be induced using food or the like. At this time, the bottom plate 12 has almost reached the first guide port 3, so that the bottom surface of the membrane area is exposed as it is at the bottom of the first guide port 3. Therefore, the mouse enters the first induction port 3 without feeling strange or wary. When a mouse enters the trapping device 2 and rides on the switch plate 29, the spindle 30 rotates.
Either limit switch 32 or 33 is turned on.

At this time, since the relay 37 is excited, the relay contact 39
and the holding contact 4o closes. Even if the glue switch 32, 33 is momentarily turned on and then turned off, the holding contact 40 initiates operation of the electromagnetic plunger 17 to maintain the circuit of the relay 37. That is, the electromagnetic plunger 17#'i drive 4 [19 tube rotates clockwise, and the first! Opening/closing plate 4 of il inlet 3 #4 closes in red. The mouse inside the trap '2 has nowhere to escape in the closed environment, moves along the guide path 6 guided by the guide lamp 41, passes through the check plate 8, and enters the processing container 7.

This induction can be realized by the mouse's escape instinct, hunger instinct, and r, but khK, which increases the induction even more, is one of the processing containers 7! Place the IK bait 44 and remove the smell using the blower 4S.
This can be further ensured by means such as generating a sound tube or generating a sound tube. When a mouse enters the processing container 7 through the communication port 25, the release switch 38 is turned off and the relay 37 is demagnetized, so that the electromagnetic plunger 17
The opening/closing plate 4f returns from the closed state to the open state f14 again. Therefore, this trap fIt can be used continuously even after capturing the second mouse. The captured mice are then starved to death inside the processing container 7, and then placed under reduced pressure with poison.

They are treated by appropriate means such as vacuum, electrocution, drowning, freezing, and canning. This process can be easily performed by removing the process container 7. Note that this processing container 711 may be lined with a plastic bag or the like, if necessary, to make it easier to handle when processing captured mice.

Now, the above-mentioned embodiment fIIF 11 trapping devices f2 have been described, but this trapping device 12#i can be centrally managed by branching the guide path 6 and providing one for each branch position as shown in FIG. The number of flies caught by each trap f2 and the number of flies caught by each trap w2 can be easily known by providing a mechanical counter or the like to the second guide port 5 or the like. In addition, the operating fee shown in Figure 1 is to replace the processing container 7 with the capture device #2.
However, this processing container 7 may be housed in the inner part of the capture device 2 as shown in FIG. Furthermore, the escape prevention means and the reverse movement prevention means can be constructed by a simple fixed ratchet, and the rat detection means can be constructed not only by the switch plate 29 but also by a non-movable type by a photoelectric sensor.

The wide-area continuous mouse trapping device of the present invention can be used in factories, warehouses, buildings, underground malls, 1 grocery store, 9 cafeterias, etc. In such cases, the trapping device f2Fi can be used for computer equipment, lockers, etc. as shown in Figure 9. In addition to being installed on the pedestal 42, it can also be placed on the underside of the gridiron or pallet 43 as shown in Figure 10. In this way, a space suitable for the habits of the mice is artificially created, the mice's vigilance is considerably reduced, and the trapping area is sufficiently expanded.

Of course, this capture device w2 can also be installed under the floor, in the ceiling, on the wall, etc.

The present invention brings about the following unique effects.

+11 The internal trap area of the trapping device acts as a trapping space, and at the same time acts as a closed space, so rats can
[,Therefore, subsequent mice have no sense of danger. This not only improves the catch rate compared to conventional books, but also reduces the sense of repulsion from mice.

(2) Since the trapping device and the processing container are separated, the trapping device can always be kept in place even during processing of captured mice. Therefore, this equipment is always in a state where it can be operated at all times.
This reduces the discomfort felt by mice.

(3) Since the trapping device is fixed and forms part of the mouse's activity space, the vigilance of the mice can be alleviated, and the trapping device can be configured with a large guiding area, which can improve the mouse capture rate. This is planned.

(4) It is possible to branch the guideway and install multiple traps, so that the trapping of mice can be managed centrally and central processing can be performed.

[Brief explanation of the drawings] Figure 1 is a plan view of the wide-area continuous mouse trap of the present invention with the lid open, Figure 2 is a side view showing the driving part of the escape prevention means, and Figure 3 is the switch. Partially cutaway side view of the part, ta
Figures 4 and 5 are cross-sectional views of the reverse movement prevention means, Figure 6 is a circuit diagram of the control circuit, and Figure 7 shows a large number of trapping devices in the processing container.
1/Details of the connected state, Figure 8 is a plan view of the state in which the processing container pipe is installed inside the capture device, Figure 9 and Figure 1.
Figure O is a front view of the wide-area continuous mouse trapping and processing device in use. DESCRIPTION OF SYMBOLS 1...Wide-area continuous mouse capture processing device, 2...Capturing device, 3...First guide port, 4...Opening/closing plate as means for preventing escape, 5...Second guide port, 6...Guiding wire, 7...Processing container, 8...Return check plate as means for preventing back movement, 17...Electromagnetic plunger as a driving source. Continued from page 1 0 Inventor Takeo Sato 2-2-5-06 Akitsu, Narashino City Inventor Kei Narisawa 80 Nakano Central Mansion, 5-13-1 Chuo, Nakano-ku, Tokyo Procedural amendment (Hojo) 1982 November 28, 2017 Director General of the Japan Patent Office Shima 1) Haruki Tono1, Indication of the case 1988 Patent Application Form No. 986222, Name of the invention Wide-area guided continuous rat trapping and processing device 8, Person making the amendment Relationship to the case Patent Applicant Address: 3-23-7 Shinjuku, Shinjuku-ku, Tokyo Name:
Ikari Disinfection Co., Ltd. Taro Nawa ToMW Game Representative Kurosawa Tatsuki 4, Agent 〒160 or more

Claims (1)

[Claims] (1) In addition to providing an escape prevention means at the first guide port of the trapping device, a guideway is installed at the second guide port of the trap that guides the mice into the closed environment of the upper trapping device. A processing container is detachably attached to the terminal end, and furthermore, a reverse movement prevention means is provided between the second guide port of the upper sweetfish and the processing container,
Wide-area guidance continuous mouse trapping and processing device that utilizes the habits of rats and is characterized by being able to continuously trap rats - 0 (21) The escape prevention means is rotatably supported by the trapping device and is operated by a drive source. The opening/closing plate closes when the mouse enters the trapping device, and reopens the first guide port when the captured mouse passes through the guide port. A wide-area induction continuous mouse trapping and processing device according to claim 1.