Mouse trap

Abstract

To get rid of rats, we would place sticky devices and traps in areas where rats appeared. Setting up sticky devices every time meant that rats would touch the sticky material, or the sticky material would stick to the floor, making it a time-consuming and difficult task to remove. Trap devices are large, so they take up a lot of space and are difficult to store. [Solution] The warp strings inside the frame that are connected to the frame are connected diagonally inside the frame, and the weft strings that are connected to the frame are connected diagonally inside the frame, and the trapping net is not connected, so an overlapping trapping net is set up, and when a mouse gets in, the overlapping warp strings and weft strings of the trapping net are not tied together, so the warp strings and weft strings are pushed open by the size of the mouse and trap the mouse.If the mouse struggles to escape from the trapping net, the movement is transmitted to the soft frame attached to the main base support, and the frame attached to the main base support comes loose, and the trapping net inside the frame gets tangled around the mouse's head, claws of its hands and feet, making it difficult for the mouse to escape from the mesh.

Description

[Technical Field]

[0001] The present invention has traditionally involved placing sticky devices and traps in areas where rats appear. Setting up the sticky devices each time was a time-consuming and tedious process, as the traps often came into contact with the sticky material. Traps are large, taking up space and making them difficult to store. The mouse net is easily installed by simply inserting it into the support posts of the base and leaning it against the floor or wall. When storing, the nets can be stacked in the recesses of the base. The warp strings connected to the frame are tied together diagonally within the frame. The first weft string is passed under the first warp string, over the second warp string, and under the third warp string. The second weft string is passed over the first warp string, under the second warp string, and over the third warp string, and then tied together. By repeating this process, the strings connected within the frame are tied together within the diagonal frame, crossing each other in a grid pattern, and the overlapping strings are not joined together to create a trapping net. Because the crossing mesh is not woven or glued, when a mouse tries to pass through the mesh, it pushes open the mesh of the net, trapping the mouse in the net. If the mouse gets caught between the warp strings and weft strings on the left, right, top, and bottom, it will struggle inside the net. If it tries to escape, the mouse's movement will be transmitted to the frame of the net, which is attached to the support posts of the main base, and the entire frame will come loose from the support posts of the main base, entangling the net around the mouse's claws and toes, making it difficult to remove and move. When a mouse gets entangled in the net and is captured, only the frame with the capture net that has come off the support of the main base is disposed of, and the frame hole of the capture net is inserted into the support of the main base again, and the capture net can be attached, allowing it to be used any number of times. The feature of the present invention is that the rat trap is designed so that when a rat gets into the trapping net, the meshes of the trapping net are opened left and right, up and down to fit the size of the rat, and the rat is caught by being pinched between the meshes of the trapping net, without connecting the crossing warp strings and weft strings. [Background technology]

[0002] To get rid of rats, we place sticky devices and traps in areas where rats appear. Setting up the book-shaped devices covered in sticky material was difficult because the sticky material stuck to the floor, and the sticky material would stick to your hands. When placed on the floor, the sticky material would stick to the floor and attract dust and other particles, making it time-consuming and difficult to remove. The wire mesh traps were large, making them difficult to store when the store was open. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent Publication No. 2003-219784 [Patent Document 2] Patent Publication No. 2014-083049 Summary of the Invention [Problem to be solved by the invention]

[0004] Conventional sticky rodent extermination devices take time to open because the sticky substance sticks to the device, and repeated opening and closing can damage the device itself, causing the sticky substance to spill out and stick to the floor or get on your hands, making it time-consuming and difficult to remove. Furthermore, wire mesh traps are large, so they take up space and are inconvenient to store. [Means for solving the problem]

[0005] The end strings of the warp strings 1 connected to the soft frame 4 are joined inside the diagonal frame 4, and the weft strings 2 are joined inside the frame 4 and the end strings are joined inside the diagonal frame 4, so that the warp strings 1 and weft strings 2 cross and overlap to form a mesh 9. The crossed and overlapped parts of the warp strings 1 and weft strings 2 are not joined, and the mesh 9 is formed only by the crossing warp and weft strings 11, so when a mouse enters the trapping net 3 inside the frame 4, the mesh 9 is not fixed, so the warp strings 1 and weft strings 2 stretched left and right, up and down inside the frame 4 are pushed apart, trapping the mouse. When the mouse struggles inside the trapping net 3 in an attempt to escape, the movement is transmitted to the soft frame 4, and the frame 4 comes off from the support 7 of the main base 6, and the trapping net 3 gets entangled in the mouse's paws and toes, immobilizing the mouse trap. The warp strings are connected to a soft frame and knotted diagonally within the frame, the first weft string is passed under the first warp string, over the second warp string and under the third warp string, the second weft string is passed over the first warp string, under the second warp string and over the third warp string and joined, the warp strings and weft strings are repeatedly stretched in the frame and joined within the diagonal frame to form a mesh without joining the overlapping warp and weft strings, the mesh is not woven or glued, so the capture net of the warp strings and weft strings stretched left and right and top and bottom within the frame pushes open and spreads to trap the mouse according to the size of the mouse that tries to pass through the mesh, and when the mouse that has entered and been caught tries to struggle out, the movement is transmitted to the soft frame attached to the main base support, the whole frame comes off the main base support and the capture net gets entangled with the mouse's paws and toes, making it difficult for it to escape, this mouse trap Warp strings and weft strings are joined inside the frame and lined and joined to the diagonal corners of the frame, a mesh is set in the frame with the warp strings and weft strings, the mesh of the warp strings and weft strings stretched left and right and top and bottom inside the frame pushes open and spreads to trap the mouse according to the size of the mouse that is trying to pass through the mesh, and when the mouse is caught between the warp strings and weft strings on the left and right and top and bottom and tries to get out of the mesh, the movement is transmitted to a soft frame attached to the main base support, the whole frame comes off from the main base support, and the mouse's paws and toes get entangled in the mesh inside the frame, making it difficult for it to escape, this mouse trap. The rat trap consists of a trap net and a trap net fixture. The trap net is made up of a frame and a mesh section made up of multiple warp and weft strings. To capture mice, a plurality of warp and weft strings are joined at both ends to a frame, forming a grid-like mesh within the frame. The crossings of the warp and weft strings are not joined, and the frame constituting the crossed trapping mesh is attached to the support posts of the main base. When a mouse pushes open the mesh and enters, the warp and weft strings are not fixed, so the mesh is pushed open, trapping the mouse. The mouse then struggles, causing the trapping net to come off the support posts of the main base, and the net becomes entangled in the mouse's claws and feet, immobilizing it. [Effects of the Invention]

[0006] The end threads of the warp strings 1 connected to the soft frame 4 are joined within the diagonal frame, and the end threads of the weft strings 2 connected to the frame 4 are joined within the diagonal frame, so that the warp strings 1 and weft strings 2 cross and overlap to form mesh 9. In this way, the warp strings 1 and weft strings 2 are joined within the frame 4 and stretched repeatedly to form the mesh 9 of the trapping net 3. The mesh 9 of the crossed and overlapping warp strings 1 and weft strings 2 is not joined, but is simply formed by the overlapping of the crossing warp and weft strings 11. Therefore, when a mouse enters the trapping net 3 within the frame 4, the unjoined mesh 9 is pushed open by the mouse, and the mesh 9 traps the mouse. If the mouse struggles in the stretched trapping net 3 in an attempt to escape, the mouse's movement is transmitted to the frame 4 of the trapping net 3, which is inserted into the support 7 of the main base 6, because the trapping net 3 is connected to the frame 4, and the frame 4 of the trapping net 3 comes off the support 7 of the main base 6, and the trapping net 3 gets entangled in the claws of the mouse's hands and feet, immobilizing it. If the trapping net 3 is set up with warp and weft strings containing a scent that mice like, it will be easier to trap mice.

[0007] The warp strings 1 connected to the frame 4 are tied together diagonally within the frame with a stretched knot. The first weft string 2 is passed under the first warp string 1, over the second warp string 1, and under the third warp string 1, and the second weft string 2 is passed over the first warp string 1, under the second warp string 1, and over the third warp string 1, and then tied together. By repeating this process, the strings tied within the frame 4 are tied together within the diagonal frame, and the capture net 3 is formed with unjoined mesh 9 of warp and weft strings 11 that intersect in a grid pattern. Frame holes 5 are provided in a frame 4 in order to mount the capture net 3 on a main base 6, and the same number of support posts 7 as the frame holes 5 are provided on the main base 6, and the frame holes 5 are inserted into the support posts 7 of the main base 6 to mount the capture net 3. The main body base 6 is provided as a square pillar or a cylinder to prevent bending and distortion of the main body base 6 when a slight force is applied to the main body base 6 when the capture net 3 is attached to the support 7 or when distortion and bending appear in the main body base 6 over the course of many years, so that the capture net 3 does not fall off from the support 7 on which it is stretched. A support 7 is provided on the top of the main base 6, and the frame holes 5 of the capture net 3 are inserted into the support 7, and the capture net 3 is attached to the support 7 of the main base 6. When a mouse enters the mesh 9, the mouse pushes the main base 6, causing it to bend and distort, and the capture net 3 is entangled in the mouse, so that the capture net 3 does not easily come off the support 7 of the main base 6. The main base 6 is formed into a square, rectangular, triangular, circular, or other shape using a square or cylindrical column to prevent bending and distortion of the main base 6, and support 7 is provided on the top, and when the capture net 3 is attached to the support 7 of the main base 6, the main base 6 and the support 7 are held together to prevent bending and distortion due to the mouse's entry, and the capture net 3 entangles the mouse until it is unable to move, which is a capture net fixing device 10. When a mouse invades the attached trapping net 3, the mesh 9 of the trapping net 3 is pushed open, trapping the mouse, and when the frame 4 stretched on the support 7 of the main base 6 is pushed, the main base 6 is distorted and bent, so that the trapping net 3 does not easily come off the support 7. The trapping net 3 stretched on the support 7 of the main base 6 is made of a square pillar or a cylinder so that the trapping net 3 does not come off the support 7 easily. The trapping net 3 stretched on the support 7 of the main base 6 entangles the mouse and pinches it to make it difficult to escape, so that the mouse invades and is captured more reliably, and when the mouse struggles inside the trapping net 3, the movement is transmitted to the frame hole 5, and the entire frame 4 comes off from the support 7 of the main base 6, and the mouse's paws and toes get entangled in the trapping net 3 within the frame 4, making it difficult to escape. This is a mouse trap. In order to attach the capture net 3 to the support posts 7 of the main base 6, the frame 4 is provided with the same number of frame holes 5 as the support posts 7 of the main base 6. The main base 6 is a square or cylindrical body formed in a square, rectangular, triangular, circular or other shape, and support posts 7 are provided at the top, and the frame holes 5 of the frame 4 of the capture net 3 are inserted into the support posts 7. The mesh 9 is not woven or joined to the support posts 7, so that the mesh 9 of the capture net 3 attached to the support posts 7 of the main base 6 formed in a square or cylindrical body, etc., pushes open and spreads to trap the mouse, so that the mouse moves around while entering the capture net 3 and the capture net 3 does not easily come off the support posts 7. This is a rat trap in which the frame holes 5 of the frame 4 are inserted into the support posts 7 of the main base 6 and the capture net 3 is attached. The main body base 6 is formed into a square, rectangular, triangular, or circular shape using a square pillar, and a support 7 is provided on the upper surface of the main body base 6 so that the main body base 6 does not bend or distort. The support 7 is a support 7 to which the frame holes 5 of the trapping net 3 for trapping mice are attached. The capture net 3 is made by tying the warp strings 1 connected to the frame 4 diagonally within the frame. The first weft string 2 is passed under the first warp string 1, over the second warp string 1, and under the third warp string 1, and the second weft string 2 is passed over the first warp string 1, under the second warp string 1, and over the third warp string 1, and then stretched and joined. By repeating this process, the thread strings joined within the frame 4 are joined within the diagonal frame 4, and the capture net 3 is made up of meshes 9 that are not joined together with the warp and weft strings 11 that intersect in a grid pattern. The main base 6 is provided with the same number of support posts 7 as the frame holes 5 in the frame 4 of the capture net 3, and the frame holes 5 of the capture net 3 are inserted into the support posts 7 of the main base 6 to attach the capture net 3. When a mouse enters the attached trapping net 3, the mesh 9 of the trapping net 3 is pushed open, pinching the mouse, and the frame 4 attached to the support 7 of the main base 6 is pushed, bending the main base 6, so that the trapping net 3 does not easily come off the support 7, the main base 6 is formed of a square pillar or a cylinder, and the frame 4 of the trapping net 3 inserted into the support 7 attached to the main base 6 is difficult to come off, so that when the mouse gets caught and struggles further in the trapping net 3, the movement is transmitted to the frame 4, the frame hole 5 comes out from the support 7 of the main base 6, and the mouse's paw claws and toes get entangled in the trapping net 3 inside the frame 4, making it difficult to come off the mouse trap. [Brief explanation of the drawings]

[0008] [Figure 1] This is an overall diagram of the present invention, consisting of a trapping net 3 and a trapping net fixing device 10. The main body base 6 is formed as a square pillar, a cylinder, etc., to prevent the main body base from bending and distorting when a mouse pushes open the trapping net 3 and enters. [Figure 2] FIG. 2 is a plan view of the frame 4 and frame holes 5 that constitute the catching net 3 of the present invention. [Figure 3] FIG. 1 is a diagram illustrating a trapping net 3 of the present invention, which is made up of a frame 4 and mesh 9. [Figure 4] FIG. 10 is a diagram showing another example of the catching net 3 of the present invention. [Figure 5] A front view of a capture net 3 of the present invention, in which thread strings are randomly attached and connected within a frame. [Figure 6] This is a cross-sectional view of a frame 4 of the present invention, in which a capture net 3 is provided by connecting frame holes 5 and thread strings. [Figure 7] 10 is a cross-sectional view of a recess 8 for storing and storing a support 7 and a main body base stacked on a main body base 6 of the present invention. [Figure 8] This is a plan view of the state in which, when a mouse enters the trapping net 3 of the present invention, the mesh 9 is pushed open because the warp strings 1 and weft strings 2 are not fixed. [Figure 9] This is a cross-sectional view showing the state in which the frame 4 with the capture net 3 attached is inserted into the frame hole 5 and attached to the support 7 of the main base 6 of the mouse trap of the present invention, and the mouse enters the mesh 9 from the direction of the arrow 15, pushing the mesh 9 open and trapping the mouse, causing it to struggle and come off the support 7 of the main base 6, and the capture net 3 becomes entangled around the mouse. [Figure 10] A side view of a part of the main base 6 of the present invention, in which the frame hole 5 of the frame 4 with the trapping net 3 stretched thereon is inserted into the support 7 of the main base 6, and the recess 8 that overlaps the main base 6. The height of the support 7 that supports the frame 4 is about the same as the thickness of the frame 4 of the trapping net 3 so that when a mouse gets into the trapping net 3 and starts to struggle, the net 3 will entangle the mouse and capture it. [Figure 11] A frame 4 is made of the same thread strings as those used in the capture net 3 of the present invention, and multiple warp strings 1 and weft strings 2 are joined at both ends within the frame to form a lattice-like mesh 9. This is a plan view of the capture net 3, with the warp strings 1 and weft strings 2 not joined at their intersections, but with intersecting warp and weft strings 11. The mesh 9 is inserted directly into the support posts 7 of the main base 6, and the capture net 3 is attached. [Figure 12] 1A and 1B are diagrams showing examples of the support posts 7 of the main body base 6 of the present invention and recesses 8 when the main body bases are stacked and stored. (1) The thickness of the frame 4 attached to the support posts 7 of the main body base 6 is the same as the height of the support posts 7 to which it is attached, and the top of the support posts 7 is semicircular. A cross-sectional view showing a case where a recess 8 of the same type as the support posts 7 for stacking and storing the main body bases 6 is provided under the main body base 6. (2) The thickness of the frame 4 attached to the support posts 7 of the main body base 6 is the same as the height of the support posts 7 to which it is attached, and the top of the support posts 7 is triangular. A cross-sectional view showing a case where a recess 8 of the same type as the support posts 7 for stacking and storing the main body bases 6 is provided under the main body base 6. (3) The thickness of the frame 4 attached to the support posts 7 of the main body base 6 is the same as the height of the support posts 7 to which it is attached, and the top of the frame 4 is horizontal. A cross-sectional view showing a case where a recess 8 of the same type as the support posts 7 for stacking and storing the main body bases 6 is provided under the main body base 6. [Figure 13] FIG. 1 is a diagram showing the overall configuration of a catching net 3 and a main base 6 in which the frame holes 5 of the frame 4 of the catching net 3 and the support posts 7 of the main base 6 of the present invention have been eliminated. [Figure 14]This is an overall configuration diagram of the present invention, in which the catching net 3 and main base 6 are superimposed on each other, with the frame holes 5 of the frame 4 of the catching net 3 and the support posts 7 of the main base 6 removed from Figure 13. [Figure 15] This is an oblique view of the U-shaped clip 12 of the present invention, which has a semicircular protrusion 13 on the inside upper part, and the upper part of the U-shaped clip 12 is shortened to make it easier to remove the frame 4 of the catching net 3. [Figure 16] This is a cross-sectional view of a portion of the trap of the present invention, in which the main base 6 without a support pole and the frame 4 of the capture net 3 are aligned, and the U-shaped clip 12 is inserted from the outside of the main base 6, and the main base 6 and the frame 4 of the capture net 3 are clamped together by the upper semicircular protrusion 13 of the U-shaped clip 12. [Figure 17] 1 is a perspective view of a U-shaped clip 12 of the present invention, which has an upper support 14 at the top of the clip and is inserted into a frame hole 5 of a catching net 3 to secure it. FIG. [Figure 18] This is a cross-sectional view of a portion of a trap in which a U-shaped clip 12 is inserted from the outside of the main base 6, which does not have the support pillar 7, as shown in Figure 13 of the present invention, and the frame hole 5 of the frame 4 of the trap net 3 is fitted into the clip upper support pillar 14 provided at the top of the U-shaped clip 12, and the trap net 3 is attached. [Figure 19] 10 is a cross-sectional view of a gap 22 formed on the back of the main body base 6 when the main body base 6 equipped with the capture net 3 of the present invention is leaned against a floor 20 and a wall 21. FIG. [Figure 20] This is a perspective view of an H-shaped clip 16 for closing a gap 22 on the back of the main body base 6 that occurs when the main body base 6 equipped with the capture net 3 of the present invention is leaned against a floor 20 and a wall 21. [Figure 21] This is a triangular protective wall 19 for closing the gap 22 of the present invention. [Figure 22] This is a plan view of a mouse trap in which the recess 17 of the H-shaped clip 16 is clamped to the back of the main base 6 and a triangular protective wall 19 is inserted into the H-shaped clip recess 18 to close the gap 22 that occurs when the main base 6 with the capture net 3 attached is leaned against the floor 20 and wall 21, eliminating the gap that occurs when the main base 6 with the capture net 3 attached is leaned against the floor 20 and wall 21. DETAILED DESCRIPTION OF THE INVENTION

[0009] This embodiment of the present invention is intended for capturing mice and comprises a trapping net 3 and a main base 6 for holding the trapping net 3. A frame 4 is provided to create the mesh 9, and the warp strings 1 connected within the frame 4 are knotted diagonally within the frame. The first weft string 2 is passed under the first warp string 1, over the second warp string 1, and under the third warp string 1. The second weft string 2 is passed over the first warp string 1, under the second warp string 1, and over the third warp string 1, and then stretched and joined. Repeating this process creates a lattice-shaped mesh 9 with the warp strings 1 and weft strings 2 within the frame, and the trapping net 3 is set within the frame. Frame holes 5 are provided in the frame 4 for inserting the trapping net 3 into the supports 7 of the main base 6. The number of frame holes 5 is the same as the number of supports 7 of the main base 6, and the trapping net 3 is installed by inserting the frame holes 5 of the trapping net 3 into the supports 7 of the main base 6. When a mouse enters the mesh 9, the capture net 3 is not woven or joined and glued, so the warp strings 1 and weft strings 2 push open and spread to trap the mouse, and when the mouse is caught between the warp strings 1 and weft strings 2 on the left, right, top and bottom and tries to struggle out in the capture net 3, the movement is transmitted to the frame 4 attached to the main base support 7, the whole frame 4 comes off from the main base support 7, and the capture net 3 gets entangled in the claws of the mouse's hands and feet, immobilizing the mouse trap. A main body base 6 is provided so as to prevent bending and distortion of the square pillar or cylinder, and a support 7 is provided on the main body base 6, and the frame hole 5 of the rat trapping net 3 is inserted into the support 7, and the rat trapping net 3 is set up by leaning it against a wall or the like. The present invention will be described in detail with reference to the drawings. 1 shows the overall configuration of the present invention. The rat trap of the present invention is composed of a trap net 3 and a trap net fixture 10. The trap net 3 is composed of a frame 4 and a mesh portion made up of multiple warp and weft strings 11. FIG. 2 shows a frame 4 for setting up a trapping net 3 by stretching a plurality of warp strings 1 and weft strings 2 for trapping mice according to the present invention. Figure 3 shows a plan view of a frame 4 of the present invention in which a grid-like mesh 9 is formed within the frame 4 by joining both ends of multiple warp strings 1 and weft strings 2. The plan view also shows a capture net 3 formed within the frame 4 using unjoined intersecting warp and weft strings 11. FIG. 4 is a front view of a soft frame 4 and a capture net 3, in which a plurality of warp strings 1 and weft strings 2 of the present invention are joined together within the frame. FIG. 5 is a front view of a trapping net 3 according to the present invention, in which thread strings are connected to a frame 4 and attached randomly. FIG. 6 is a cross-sectional view of a capturing net 3 according to the present invention, in which a thread mesh 9 is provided on a frame 4 and frame holes 5 are provided on the frame 4 at the same positions as the support posts 7 of the main base 6. FIG. 7 is a cross-sectional view of the support posts 7 of the main base 6 into which the frame 4 with the catching net 3 stretched thereon is inserted and attached, and the recess 8 into which the main base is superimposed. FIG. 8 is a front view of the trapping net 3 being pushed open left and right, up and down when a mouse or the like gets into the mesh 9 of the present invention. Figure 9 is a side view of the present invention, in which a trapping net 3 is attached by inserting the frame hole 5 of the frame 4 into the support 7 of the main base 6, and the net is then leaned against the floor and wall. A rat pushes into the trapping net 3 attached to the support 7 of the main base 6 from the direction of the arrow 15, pushing open the mesh 9 of the intersecting vertical and horizontal strings 11 of the trapping net 3, trapping the rat and causing the trapping net 3 to become entangled. When the rat struggles further inside the trapping net 3, the movement is transmitted to the soft frame 4, causing the frame 4 attached to the support 7 of the main base 6 to come out of the support 7 of the main base 6, and the entire trapping net 3 becomes entangled and covers the rat. FIG. 10 is a partially enlarged side view of the main body base 6 of the present invention, in which the support posts 7 are inserted into the frame holes 5 of the frame 4 on which the capture net 3 is stretched. The height of the support 7 of the main body base 6 is about the same as the thickness of the frame 4. 11 shows a front view of a catching net in which a frame 4 is set up using the same thread strings as those of the mesh 9 of the present invention, and both ends of multiple warp strings 1 and weft strings 2 are joined to the frame to form a catching net 3. The mesh 9 is made of unjoined intersecting warp and weft strings 11, and the frame 4 is inserted into the support posts 7 of the main base 6. FIG. 12 is a diagram showing an example of the recess 8 for overlapping the support 7 and the main body base 6 of the present invention. (1) The upper part of the support pillar 7 of the main body base is a spherical support pillar. (2) The upper part of the support pillar 7 of the main body base is a triangular pyramid-shaped support pillar. (3) The upper part of the support pillar 7 of the main body base is a flat support pillar. FIG. 13 is a diagram showing the overall configuration of the present invention, which comprises a catching net 3 and a catching net fixture 10 for the main base 6, with the frame holes 5 in the frame 4 of the catching net 3 and the support posts 7 of the main base 6 eliminated. Figure 14 is an overall structural diagram superimposed on the overall structural diagram of the present invention, which consists of a catching net 3, a main base 6, and a catching net fixing device 10, but without the frame holes 5 for attaching it to the frame 4 of the catching net 3 in Figure 13 of the present invention and the support posts 7 of the main base 6. Figure 15 is a perspective view of the U-shaped clip 12 of the present invention, which has a semicircular protrusion 13 on the inside upper part and is shorter at the top to make it easier to remove the frame 4 of the capture net 3. Figure 16 is a cross-sectional view of a portion of a trap of the present invention in which the main base 6 without the support pole 7 of Figure 13 is aligned with the frame 4 of the capture net 3, a U-shaped clip is inserted from the outside of the main base 6, and the frame 4 of the capture net 3 and the main base 6 are clamped together with the convex portion 13 of the U-shaped clip 12. FIG. 17 is a perspective view of a U-shaped clip 12 of the present invention, in which an upper support 14 is provided for the clip and the frame hole 5 of the net 3 is inserted to attach and fasten the net 3. Figure 18 is a cross-sectional view of a portion of a trap in which a U-shaped clip 12 is inserted into the main base 6 of Figure 13 of the present invention, which does not have the support pole 7, and the frame hole 5 of the trap net 3 is fitted into the upper support pole 14 of the U-shaped clip 12 provided at the top of the U-shaped clip 12, thereby attaching the trap net 3 to the main base 6. FIG. 19 is a cross-sectional view of a gap 22 formed on the back of the main body base 6 when the main body base 6 with the catching net 3 attached thereto is leaned against the floor 20 and the wall 21. Figure 20 is a perspective view showing recesses 17 and 18 provided in an H-shaped clip 16 for connecting the main base 6 with a triangular protective wall to close the gap that occurs on the back of the main base when the main base 6, on which the frame of the capture net 3 of the present invention is attached to a support, is leaned against the floor and wall. FIG. 21 shows a triangular protective wall 19 for closing a gap 22. Figure 22 shows a cross-sectional view of a rat trapping net that has been installed against a floor 20 and a wall 21, with the recess 17 of the H-shaped clip 16 inserted into the back of the main base 6 to attach a triangular protective wall 19 to close the gap 22 that is created when the main base 6, with the frame 4 of the trapping net 3 attached to the support 7, is leaned against the floor 20 and a wall 21, and the triangular protective wall 19 is inserted into the recess 18 of the joined H-shaped clip 16 to close the gap 22 that is created when the net is leaned against the floor 20 and a wall 21. [Explanation of symbols]

[0010] 1 warp string 2 weft strings 3 capture net 4 slots 5 frame holes 6 Main unit 7 Main unit support 8 Recessed area for stacking the main unit base 9 mesh 10 Capture net fixture 11 Crossing warp and weft strings 12-shaped clip 13-shaped clip protrusion 14-shaped clip upper support 15 Mouse Invasion Arrow Direction 16H type clip 17H-type clip recess 18H-type clip recess 19 Triangular protective wall 20 beds 21 Wall 22 gap

Claims

1. A mouse trap consisting of a trapping net and a trapping net fixing device, wherein the trapping net comprises a frame and a mesh portion consisting of a plurality of warp threads and weft threads, and both ends of the plurality of warp threads and the plurality of weft threads are joined to the frame to form a lattice mesh, and the frame is provided with a plurality of frame holes, and the trapping net fixing device comprises a main base and a main base support, and the trapping net is fixed to the trapping net fixing device by inserting the frame holes into the main base support, and when a mouse pushes open the lattice mesh and enters, the frame holes come out of the main base support, causing the trapping net to become entangled around the mouse.

2. The mouse trap of claim 1, characterized in that the frame is attached to the support of the main base of the trap net fixing device, and when a mouse pushes open the mesh and enters, the warp and weft strings are not fixed, so the mesh is pushed open and the mouse is trapped, and the mouse struggles, causing the trap net to come off the support of the main base, and the trap net becomes entangled in the mouse's claws and feet, preventing it from moving.

3. The mouse trap is characterized in that thread strings are stretched randomly in a soft frame, overlapping parts of the threads are not joined, the thread strings are piled up in layers in the frame to form an irregular mesh, and the trap is attached by inserting the frame holes into the main base support, and when a mouse pushes open the trapping net of the irregularly overlapping thread strings, which is made up of only overlapping meshes of thread strings, the mouse gets caught in the trapping net randomly stretched in the frame and struggles, and the frame holes attached to the main base support come out of the main base support, and the trapping net stretched in the frame gets entangled in the claws of the hands and feet of the mouse, making it difficult for the mouse to move and escape.

Images