TWM644254U - Rat guard - Google Patents

Abstract

This work is a rat-proof thorn, including a flexible shaft body, and a thorn-blocking structure that is relatively arranged in a preset section of the shaft body; The body is composed of elastic wires with a predetermined length around the body; in particular, the overall anti-rat thorn structure is provided with a joint structure that can be used to connect and fix each other at both ends of the thorn structure. A single anti-rat thorn can be directly placed across the gap of the building, or a single anti-rat thorn can be used to connect the head and tail ends of the tube and column at an appropriate height by using the joint structure to block snakes. Rats and other harmful organisms invade the house through the gaps in the building or climb along the pipes and columns, and even a plurality of rodent-proof thorns can be connected to the required length by connecting the head and the tail to meet the needs of different environments. Usage requirements.

Description

Rodent proof

This creation is about a product used to block the movement of harmful organisms, especially a rodent-proof thorn that can prevent harmful organisms such as snakes and rats from entering houses through gaps in buildings or climbing along pipes and columns.

Invasive or troublesome organisms such as animals or plants, animal husbandry, and artificial structures that are of concern to humans or humans can be regarded as "pests"; especially snakes and rats that invade the home environment are more likely to be harmful due to their toxicity. It directly threatens people's lives and the safety of poultry and livestock, or makes people feel bored and fearful because of stealing food, biting and destroying household appliances and electrical equipment, and bringing various infectious diseases.

Therefore, various utensils that are used to prevent harmful organisms such as snakes and rats from invading houses are produced accordingly; a known thorn-blocking product made of multiple elastic threads can be simply filled in the gaps between doors and windows , It is mainly used to stab snakes, rats, cats and dogs when they approach, so it can deter them from entering, and then achieve the effect of preventing animals and reptiles from invading.

However, similar to the conventionally used stab-blocking products, they are usually presented in the form of a product with a specific length. Since the product itself lacks a structural design for series connection, it can only be used as a single product to fill the gaps between doors and windows. , not only poor in practicability and applicability, but also in practice, there are often troubles that the product is too long or too short to be installed properly.

In view of this, the main purpose of this creation is to provide a mouse guard that can be used by connecting the ends of a single product with each other, or using multiple products to connect the ends of the head and tail to the required length. prick.

In order to achieve the above-mentioned purpose, the anti-rat thorn of this creation includes a flexible shaft body, and a thorn-blocking structure that is relatively arranged on the periphery of the shaft body in a preset section; It is composed of elastic wires with a preset length protruding from the periphery of the shaft body; the characteristic is that: the two ends of the anti-rat thorn structure are respectively provided with a joint structure that can be used to connect and fix each other.

Utilizing the above-mentioned structural features, this creation can use a single anti-rat thorn to directly block the gap of the building, or use a joint structure to surround a single anti-rat thorn in the way that the head and tail ends are connected to each other. , the appropriate height of the column, prevent snakes, rats and other harmful organisms from invading the house through the gaps in the building or climbing along the pipes and columns, and even connect multiple anti-rat thorns in series with the head and tail to the required The length to meet the needs of different environments.

According to the above-mentioned structural features, each of the engaging structures is composed of the axial body relatively protruding from the stab-stopping structure by a preset length.

According to the above-mentioned structural features, each of the engaging structures is formed by the shaft core protruding from the stab-retaining structure by a predetermined length, and the at least one engaging structure is further bent into a ring shape.

According to the above-mentioned structural features, the elastic wires used to form the stab-blocking structure include a plurality of elastic wires made of plastic and a plurality of elastic wires made of stainless steel.

According to the above-mentioned structural features, each of the engaging structures is composed of the axial body relatively protruding from the stab-stopping structure by a predetermined length; Wire, plural stainless steel Elastic wire in steel.

According to the above-mentioned structural features, each of the engaging structures is formed by the shaft core protruding from the stab-stopping structure by a predetermined length, and the at least one engaging structure is further bent into a ring shape; and, these are used to form the stab-stopping structure The structural elastic wires include a plurality of elastic wires made of plastic and a plurality of elastic wires made of stainless steel.

According to the above structural features, the elastic wires made of stainless steel are relatively harder than the elastic wires made of plastic, and the length of the elastic wires made of plastic protruding from the periphery of the shaft body is relatively greater than the elasticity of the stainless steel material. The wire extends the length of the periphery of the axel body.

According to the above structural features, each of the elastic wires made of plastic is made of PP plastic, and each of the elastic wires made of stainless steel is made of 304 stainless steel.

According to the above structural features, the axial body is composed of a plurality of metal wires spirally wound.

According to the above structural features, the axial body is composed of a plurality of metal wires spirally wound, and the elastic wires surround the axial body in a state of being sandwiched by the metal wires of the axial body.

Compared with the traditional structure, the anti-rat thorn disclosed in this creation utilizes the joint structure design at both ends of the thorn structure, and can directly block a single anti-rat thorn in the gap of the building, or Use the joint structure to surround a single rodent-proof thorn with the head and tail connected to each other at the appropriate height of the pipe and column to prevent harmful organisms such as snakes and rats from entering through the gaps in the building or climbing along the pipe and column. Residential buildings can even connect a plurality of rodent-proof thorns to the required length by connecting the head and the tail in series, so as to meet the needs of different environments.

In addition, the joint structure formed by the axial body protruding relatively out of the stab retaining structure to a predetermined length is relatively easy to be wound and connected in series, and has the advantages of labor-free It has the characteristics of operation; especially, the at least one joint structure is bent into a ring shape, which is convenient for the operator to buckle with one finger, and helps to quickly press the stab-retaining structure into the gap or hole.

100: anti-rat and thorn

10: axis body

11: Metal wire

20: Stab blocking structure

21: elastic thread

22: elastic thread

30: joint structure

200: column

[Fig. 1] Schematic diagram of the appearance and structure of the anti-rat and thorn protection of this creation.

[Fig. 2] Schematic diagram of the cross-sectional structure of the rodent-proof and stab-proof device of this creation.

[Fig. 3] This creation is a partially enlarged schematic diagram of connecting the heads and tails of multiple anti-rat protection thorns in series.

[Fig. 4] This creation is a schematic diagram of the external appearance of the rodent-proof thorn head and the two ends of the tail connected to each other.

[Fig. 5] This creation is a schematic diagram of the rodent-proof thorn surrounding the pipe or the state of the column.

[Fig. 6] A schematic diagram of the appearance structure of another embodiment of the invention.

This creation mainly provides a rat-proof thorn that can be used by connecting the ends of the tail of a single product, or using multiple products by connecting the ends of the head and tail in series to the required length, such as [Figure 1] and [ As shown in FIG. 2 , the anti-rat thorn 100 of the present invention includes a flexible axle body 10 and a thorn-barrier structure 20 which is arranged in a predetermined section on the periphery of the axle body 10 .

The stab-stopping structure 20 is composed of a plurality of elastic wires radially protruding from the periphery of the shaft body 10 to a preset length; in the figure, the elastic wires used to form the stab-stopping structure 20 include a plurality of plastics elastic wires 21 made of material (such as PP plastic material), and elastic wires 22 made of multiple stainless steel materials (such as 304 stainless steel material).

The above-mentioned axle body 10 can be composed of a plurality of metal wires 11 (such as: iron wire) spirally wound, and the elastic wires 21, 22 can adopt the shape of being clamped by the metal wires 11 of the axle body 10 to surround the axle body 10. Axis body 10.

The key point of this creation is that the anti-rat thorn 100 is respectively provided with a joint structure 30 that can be used to connect and fix each other at the two ends of the thorn structure 20; Extend the stab-stopping structure 20 to a predetermined length.

In the above-mentioned embodiment, the joint structure 30 formed by the axis body 10 protruding relatively out of the thorn retaining structure 20 by a predetermined length is as flexible as the axis body 10, and is relatively easy to be wound and connected in series. The nature of the tool's operation.

In principle, using the anti-rodent thorn 100 of this creation, a single anti-rat thorn 100 can be directly placed across the gap of the building to prevent harmful organisms such as snakes and rats from passing through the gap of the building or along the pipe, The column climbs and invades the residence; of course, a plurality of anti-rat thorns 100 can also be connected to the required length (as shown in [Figure 3]) in series with the head and tail to meet the use requirements of different environments.

It is worth mentioning that when the anti-rat thorn 100 of this creation is used, a single anti-rat thorn 100 can be directly used to surround the appropriate part of the tube 200 (or column) in a way that the head and tail ends are connected to each other by using the joint structure. Height (shown in [Fig. 4], [Fig. 5]) is used to stop harmful organisms such as snakes and rats from climbing and invading dwelling houses via pipe 200 or posts. In order to obtain a relatively more practical and applicable anti-rodent and stab-proof 100 products.

As shown in [Fig. 6], in the present invention, in the implementation state in which each of the joint structures 30 is formed by the axis body 10 relative to the preset length of the thorn-blocking structure 20, the at least one joint structure 30 can be further bent. The roll is in the shape of a ring, which is convenient for the operator to fasten with one finger, and helps to quickly press the stab-blocking structure 20 into the gap or hole.

Furthermore, the elastic wires used to form the stab-blocking structure 20 in this invention include a plurality of elastic wires 21 made of plastic, a plurality of elastic wires 22 made of stainless steel, and each of the elastic wires made of stainless steel 22 Compared with the rigid implementation state of each elastic wire 21 made of plastic material, as shown in [ FIG. 2 ] and [ FIG. 5 ], each elastic wire 21 made of plastic protrudes from the periphery of the axis body 10 The length is relatively longer than that of the stainless steel It is preferable that the elastic wire 22 made of steel protrudes from the periphery of the axle body 10 .

In this embodiment, when the rodent-proof thorn 100 of the present invention surrounds the pipe 200 or crosses the gap in the building, the length of the elastic wire 21 made of these plastic materials is relatively long, so it will first meet the installation object. In contact, the elastic wires 21 made of plastic can cooperate with bending and store the elasticity of outward stretching, so as to maintain a stable and proper installation effect with the installation object.

Specifically, the anti-rat thorn disclosed in this creation utilizes the joint structure design at both ends of the thorn structure, and can directly block a single anti-rat thorn across the gap of the building, or use the joint structure to Surround a single rodent-proof thorn with the head and tail connected to each other at the appropriate height of the pipe and column to prevent harmful organisms such as snakes and rats from entering the house through the gaps in the building or climbing along the pipe and column, and even A plurality of anti-rodent thorns can be connected to the required length by connecting the head and the tail in series, so as to meet the use requirements of different environments.

In addition, the engagement structure formed by the axial body relatively protruding from the stab retaining structure by a predetermined length is relatively easy to be wound and connected in series, and has the characteristics of tool-free operation; especially, the at least one engagement structure The curved roll is in the shape of a ring, which is convenient for the operator to buckle with one finger, and helps to quickly press the puncture-blocking structure into the gap or hole.

The technical content and technical features of this creation have been disclosed above, but those who are familiar with this technology may still make various replacements and modifications based on the disclosure of this creation that do not deviate from the spirit of this creation. Therefore, the scope of protection of this creation should not be limited to those disclosed in the embodiments, but should include various replacements and modifications that do not deviate from this creation, and are covered by the scope of the following patent applications.

100: anti-rat and thorn

10: axis body

20: Stab blocking structure

21: elastic thread

22: elastic thread

30: joint structure

Claims (10)

A kind of anti-rat thorn, including a flexible shaft body, and a thorn-blocking structure arranged in a preset section on the periphery of the shaft body; Composition of elastic wires of predetermined length; characterized in that: The two ends of the anti-rat thorn are respectively provided with an engaging structure which can be used to connect and fix each other. The anti-rat thorn as claimed in claim 1, wherein each of the engaging structures is formed by the axis body protruding relatively from the thorn baffle structure by a preset length. The anti-rat thorn according to claim 1, wherein each of the engaging structures is formed by the shaft core protruding from the thorn preventing structure by a preset length, and the at least one engaging structure is further bent into a ring shape. The anti-rat thorn according to claim 1, wherein the elastic wires used to form the thorn-proof structure include a plurality of elastic wires made of plastic and a plurality of elastic wires made of stainless steel. The anti-rat thorn according to claim 1, wherein each of the joint structures is formed by the shaft core protruding from the thorn structure to a preset length; and the elastic wires used to form the thorn structure The wires include a plurality of elastic wires made of plastic and a plurality of elastic wires made of stainless steel. The anti-rat stabbing structure according to claim 1, wherein each of the engaging structures is formed by the shaft core protruding from the stabbing structure by a predetermined length, and the at least one engaging structure is further bent into a ring shape; and , the elastic wires used to form the stab-blocking structure include a plurality of elastic wires made of plastic and a plurality of elastic wires made of stainless steel. The anti-rat thorn prevention according to any one of claims 4 to 6, wherein, The elastic wires made of stainless steel are relatively harder than the elastic wires made of plastic, and the length of the elastic wires made of plastic protruding from the periphery of the shaft body is relatively longer than the elastic wires made of stainless steel. The length of the periphery of the axis body. As described in any one of claims 4 to 6, the rodent-proof stinger, wherein each elastic wire made of plastic material is an elastic wire made of PP plastic material, and each elastic wire made of stainless steel is made of 304 stainless steel. Elastic thread. According to any one of claims 1 to 6, the rodent and thorn protection, wherein, the shaft body is composed of a plurality of metal wires spirally wound. The anti-rat thorn as described in any one of claims 1 to 6, wherein the shaft body is composed of a plurality of metal wires spirally wound, and the elastic wires are sandwiched by the metal wires of the shaft body The shape surrounds the axis.

Images