TWM586054U - Hanging insect trap sticker - Google Patents

Abstract

This creation relates to a hanging insect trap sticky paper, comprising: a body folded in half to form a first sheet body and a second sheet body; the first sheet body is formed with a first clip and a first through hole, A first maximum width of the first clip is greater than the width of the first through hole adjacent to any first through hole other than the first clip; a second clip and a second clip are formed on the second sheet body. The second through hole, a second maximum width of the second clip, is greater than the width of the second through hole adjacent to any second through hole other than the second clip; the first clip is used to tilt the latch laterally At the second minimum width of the second through-hole, or the second clip is tilted laterally and locked at the first minimum width of the first through-hole, so that the first sheet body and the second sheet body are formed on opposite inner sides There is hanging space.

Description

Hanging trap paper (1)

This creation is about a structure that can be quickly dismantled or installed on a variety of fixing parts of insect trap paper.

At present, the fruit trees that are generally planted are in the flowering and fruiting stage. In addition to birds flying to peck the fruit, pests such as fruit flies will also stay on the fruit to eat or lay eggs, causing larvae to invade the fruit and eat. Most often spray pesticides regularly to kill pests that harm the fruit. However, once a large amount of pesticides are used, not only will the pests be killed, the chemical components in the pesticides will also have certain harm and impact on human health, soil environment, and air quality.

Therefore, there is a new patent case No. 342620 "Improved Insect Attractor Paper" published on October 11, 1987, which discloses: a base paper is provided, and a color layer is formed on the base paper, and the double sides of the base paper are formed. A PP or PE coating layer is formed each, and an adhesive layer is formed on the coating layer on one side. The adhesive layer is on the coating layer, and a set width is left uncovered on at least one side, and A reserved edge is formed, and two or two opposite holes penetrating through the insect trap are formed on the edges of both sides of the insect trap sticker; thereby, the user can use the reserved edge to tear the insect trap sticker Without sticking hands, and using ropes or iron wires to pass through the two opposite perforations, the insect trap sticky paper is formed to hang to implement, so as to achieve the effect of more convenient use and a wider range of use.

The pre-patent case is provided with hanging holes on the sticky paper. In the implementation, those who wear support rods or hanging ropes in the hanging holes can support the sticky paper around the fruit tree to prevent falling. When installed in an orchard, in addition to carrying sticky paper, you must also carry support rods, slings, and other items, and you need to bundle them one by one. Due to the vast area of the orchard, it is often costly to install the sticky paper. The working hours are quite long, and even affect the normal planting and harvesting time.

To this end, the applicant of this creation has applied for a new patent case No. M258593 "Orchard-trap sticky paper structure (1)" announced by the Republic of China on March 11, 1994, which discloses: a board and The thin iron wire is combined, and the thin iron wire is fixed on the hanging hole of the two torn ends of the board for binding at appropriate distances from branches, vines, vines, and support rods, and the board can be pulled. The extension is fixed so that it will not be shaken by the wind and cause sticking to the leaves.

However, after long-term use of the pre-patent case, it was discovered that the use of thin iron wires for binding or fixing with support rods was time-consuming and increased the purchase cost of thin iron wires and support rods. Moreover, the types of fixings used for fixing in orchards or greenhouses are different, so the binding methods must also be different accordingly. In addition, because the trap paper system matches the growth height of the plant, it is tied at an appropriate height position. However, when the height of the plant is changed as the plant grows, it is necessary to dismantle the thin wire and then tie it to another At a proper height, disassembling and re-bundling of thin iron wires is cumbersome and time-consuming, resulting in increased man-hours and costs, so it is not ideal for use.

Therefore, in view of the above-mentioned disadvantages, the hanging insect trap paper used currently has the above-mentioned disadvantages. Therefore, this creation provides a hanging insect trap paper, which includes: a body, which is folded in half to form a first sheet body and a second sheet body, and the opposite sides of the first sheet body and the second sheet body are a Adhesive zone; the first sheet system is formed with a first clip and a first through-hole, and a first maximum width of the first clip is greater than any one of the first through-hole adjacent to the first clip A first through-hole width; the second sheet system is formed with a second clip and a second through-hole, and a second maximum width of the second clip is larger than the second through-hole adjacent to the second clip Any second through-hole width other than; the second clip and the second through-hole correspond to the formation position of the first clip and the first through-hole, respectively, wherein the first clip The width of any first clip other than the first through hole is greater than a second minimum width of the second through hole adjacent to the second clip, and the second clip is located adjacent to the first clip. The width of any second clip other than the two through holes is greater than the width of the first through hole adjacent to the first clip. A first minimum width, which is clamped to the second minimum width of the second through hole with the first clip laterally inclined, or the first minimum width which is clamped to the first through hole horizontally with the second clip , So that the inside of the first sheet body and the second sheet body are closed to form a hanging space.

A first side is formed opposite to the first sheet body away from the second sheet body. A first secant line parallel to the first side is provided at a position of the first sheet body close to the first side. The two ends of the secant line are respectively connected to a first oblique cut line inclined to the first side. The angle between the two first oblique cut lines and the first secant line is an acute angle, and the first secant line and the two The first oblique cut line keeps the other pair of edges of the first cut line connected to the first sheet body, and a first fold line can be formed, so that the first clip is formed on the first sheet body. And the same first through hole.

The first clip and the first through-hole are respectively set to have a trapezoidal shape of the same shape. The length of the first secant line is 45 mm, the length of the first fold line is 20 mm, and the first fold line and the first The vertical distance between the secant lines is 30mm.

Each of the two ends of the first fold line is provided with a first break line, and the second clip is laterally locked in the two first break lines.

A second side is formed opposite to the second sheet body away from the first sheet body, and a second secant line parallel to the second side is provided at a position of the second sheet body close to the second side. The two ends of the secant line are respectively connected to a second oblique cut line inclined to the second side. The angle between the second second oblique cut line and the second secant line is an acute angle, and the second secant line and the second The second oblique cut line keeps the other pair of sides of the second cut line connected to the second sheet body, and a second fold line can be formed, so that the second clip is formed on the second sheet body. And the second through hole having the same shape.

The second clip and the second through-hole are respectively set to have a trapezoidal shape of the same shape. The length of the second secant line is 45 mm, the length of the second fold line is 20 mm, and the second fold line and the second The vertical distance between the secant lines is 30mm.

Each of the two ends of the second fold line is provided with a second break line, and the first clip is laterally locked in the two second break lines.

The viscose area is coated with viscose, and the shrinkage of the viscose is greater than the shrinkage of the body, so that the first sheet body and the second sheet body are folded in half and then curled inward.

In the above system, the first sheet body and the second sheet body are formed at a midline position, and are torn along the midline to completely separate the first sheet body and the second sheet body.

This creation is also a hanging insect trap paper, including: a first sheet body, which is a viscose area on one side, and a first clip and a first penetrant are formed on the first sheet body. Hole, a first maximum width of the first clip is greater than the width of the first through hole adjacent to any first through hole other than the first clip, and the first clip is located adjacent to the first through hole The width of any first clip other than the first clip is greater than a first minimum width of the first through hole adjacent to the first clip, and the first clip is located outside the first through hole. Any one of the positions of the width of the first clip is bent to form a bend, so that the bend of the first clip is inclined at an angle laterally with respect to the first piece, and the first clip is used. The bent portion of the sheet is locked on the first through hole, so as to fix a fixing member at an adjacent place between the first clip and the first through hole.

The above technical features have the following advantages:

1. The first sheet body and the second sheet body are respectively provided with a first clip, a first through hole, a second clip and a second through hole corresponding to a trapezoid shape so that they can form latches with each other. Function, and can quickly disassemble and install the trap paper.

2. It can also be used with orchards or greenhouses with different types of fixings, so it can save the cost of purchase, reduce the price and increase sales, and it is also very convenient when carrying or storing.

3. It can be dismantled at any time to match the different heights of the plants after they are grown for fixing on the railings and other fixings of different heights, so as to achieve the time saving and convenient use of disassembly.

4. The first sheet body and the second sheet system can be torn apart and used separately, so as to be fixed on the string, so as to increase the diversity and convenience of use.

5. Since the first sheet body and the second sheet system are integrally formed, and the first clip, the first through-hole, the second clip and the second through-hole are made by cutting lines and inclined cutting lines, Manufacturing man-hours and procedures are fairly simple and time-saving.

6. The first clip and the second clip are located close to the two sides of the first piece, and the formation area of the above-mentioned secant lines and inclined secant lines is about the size of a finger [mum finger], so it is suitable for use. The person directly pierces the fingers to form the first clip, the first through hole, the second clip, and the second through hole, which is quite simple and easy to use.

Please refer to the first picture and the second picture, this creative embodiment includes:

The main body (1) is manufactured by integrally forming a flexible material, and the flexible material is mainly a paper material or a plastic sheet. The main body (1) is folded in half at a center line (10) to form a first sheet body (11) and a second sheet body (12). The opposite outer side of the first sheet body (11) and the second sheet body (12) is a viscose area (13). The viscous area (13) is coated with viscose. The shrinkage of the glue is greater than the shrinkage of the body (1), so that the first sheet body (11) and the second sheet body (12) are folded in half and will be curled relatively inward after being folded in half. (11) and a hanging space (18) is formed on the opposite inner side of the second sheet body (12). A first edge (110) and a second edge (120) are respectively formed at positions of the first sheet body (11) and the second sheet body (12) far from the center line (10).

As shown in the third and fourth figures, a first cut line (111) parallel to the first side (110) is provided at a position of the first sheet body (11) close to the first side (110). The length of the first secant (111) is 45 mm. Two ends of the first secant line (111) are respectively connected to a first oblique cut line (112) inclined to the first side (110), the two first oblique cut lines (112) and the first secant line (111). The included angle is an acute angle. Tear off the first cut line (111) and the two first oblique cut lines (112), so that the other pair of edges of the first cut line (111) and the first sheet body (11) remain connected, and A first fold line (113) is formed. By bending the first fold line (113), a first clip (14) having a trapezoidal shape and the same shape can be formed on the first sheet body (11). A first through hole (15), the first fold line (113) can be connected between the first clip (14) and the first through hole (15), the first clip (14) can It moves inside and outside the first through hole (15). The length of the first fold line (113) is 20 mm, and the vertical distance between the first fold line (113) and the first secant line (111) is 30 mm. The two ends of the first fold line (113) are respectively provided with a first break line (114).

The first clip (14) is located at any width of the first clip other than the connection with the first fold line (113) (refers to the distance between two non-parallel sides of the first clip (14) in a trapezoidal shape). Any width distance, except the width distance connected to the position of the first fold line (113)], which is greater than a first minimum width of the first through hole (15) located at the connection with the first fold line (113) (A1) [refers to the minimum width distance between two non-parallel sides of the first through hole (15) in a trapezoidal shape].

A first maximum width (B1) of the first clip (14) [refers to a maximum width distance between two non-parallel sides of the first clip (14) in a trapezoid shape] is greater than the first penetration The hole (15) is connected to any first through-hole width other than the first cut line (111) [or adjacent to the first clip (14)] (refers to the first through-hole (15) in a trapezoidal shape) Any width distance between the two non-parallel sides of, except the width distance connected at the position of the first secant line (111)].

A second secant line (121) parallel to the second side (120) is provided at a position of the second piece body (12) close to the second side (120). The length of the second secant line (121) is 45mm. The two ends of the second secant line (121) are respectively connected to a second oblique cut line (122) inclined to the second side (120), the second second oblique line (122) and the second secant line (121). The included angle is an acute angle. Tear off the second secant line (121) and the two second oblique incline lines (122), so that the other pair of edges of the second secant line (121) and the second sheet body (12) remain connected, and A second fold line (123) is formed. By bending the second fold line (123), a second clip (16) having a trapezoidal shape and the same shape can be formed on the second sheet body (12). A second through-hole (17), the second folding line (123) can be connected between the second clip (16) and the second through-hole (17), and the second clip (16) can It moves inside and outside the second through hole (17). The length of the second fold line (123) is 20 mm, and the vertical distance between the second fold line (123) and the second secant line (121) is 30 mm. A second break line (124) is provided at each end of the second fold line (123).

The second clip (16) is located at any second clip width other than the connection with the second fold line (123) (refers to the distance between two non-parallel sides of the second clip (16) in a trapezoidal shape) Any width distance, except the width distance connected to the position of the second fold line (123)], which is greater than a second minimum width of the second through hole (17) located at the connection with the second fold line (123) (A2) [refers to the minimum width distance between two non-parallel sides of the second through hole (17) in a trapezoidal shape].

A second maximum width (B2) of the second clip (16) [refers to a maximum width distance between two non-parallel sides of the second clip (16) in a trapezoid shape] is greater than the second penetration The hole (17) is connected to any second through-hole width other than the second secant line (121) [or adjacent to the second clip (16)] (refers to the second through-hole (17) in a trapezoidal shape Any width distance between the two non-parallel sides of, except the width distance connected at the position of the second secant line (121)].

Since the second clip piece (16) and the second through hole (17) correspond to the formation positions of the first clip piece (14) and the first through hole (15) respectively, they are set to be trapezoidal The width of any of the first clips other than the first clip (14) connected to the first polyline (113) (adjacent to the first through hole (15)) must also be greater than the first clip The two through holes (17) are located at the second minimum width (A2) of the connection with the second fold line (123) (adjacent to the second clip (16)).

The width of the second clip (16) in a trapezoidal shape is set to any width of the second clip other than the connection with the second fold line (123) (adjacent to the second through hole (17)), It must also be larger than the first minimum width (A1) of the first through hole (15) located at the connection with the first fold line (113) (adjacent to the first clip (14)).

In use, as shown in the third, fifth and sixth figures, it can be installed in the orchard or greenhouse with a plurality of railings (C) of different heights or other different types of rod-shaped fixings, and according to the plant (D ) Different growth heights, choose the railing (C) of appropriate height to fix it. First, the first edge (110) of the first sheet (11) and the second edge (120) of the second sheet (12) are brought closer to each other, and the first clip (14) and After the second clip piece (16) overlaps, it passes through the first through hole (15) and the second through hole (17) together, and then protrudes from the outer side of the second piece body (12) [or Passing through the second through-hole (17) and the first through-hole (15) together, protruding from the outer side of the first sheet body (11), is one of the ways that this creation can be realized]. After the first clip piece (14) and the second clip piece (16) protrude from the outer side of the second piece body (12), they are opposite to the first piece piece (11) and the first piece piece. The two pieces (12) are inclined laterally by a first angle (α) [as shown in the seventh figure]. The first angle (α) is less than 180 °, and 90 ° is the best. In this way, the first sheet body (11) or the second sheet body (12) is pulled relatively in the opposite direction, so that the first clip piece (14) is laterally locked on the second clip piece (16) of the second clip piece (16). Inside the two second broken lines (124) at the two ends of the polyline (123) (as shown in the eighth figure), because the first clip (14) is located at any place other than the connection with the first polyline (113) The width of the first clip is larger than the second minimum width (A2) of the second through-hole (17) and the second fold line (123) (as shown in the fourth figure). The sheet (14) can be firmly clamped into the two second break lines (124) at the two ends of the second fold line (123), and cannot be pulled out to form a latching action, so that the first sheet body ( 11) and the second piece (12) will not be easily separated, thereby closing the hanging space (18) and trapping it on the railing (C). The viscous area (13) on the opposite side is used for trapping adherent insects and flies. After the plant (D) grows and changes its height, the first clip (14) and the second clip (16) can be quickly pushed back to the first through-hole (15) and the second through-hole, respectively. In the hole (17), the first clip (14) and the second clip (16) are relatively inclined with respect to the first angle of the first sheet (11) and the second sheet (12) ( When α) becomes 0 °, the latching action can be released to easily separate the first sheet body (11) and the second sheet body (12). In this way, the hanging space (18) is opened, so that the first clip (14) and the second clip (16) are no longer fixed on the railing (C) for the body (1) to be removed. In addition, it is fixed on the railing (C) at different heights, so it can be used to match the different heights of the plant (D) after growth, and at any time to change the fixed height of the body (1), thereby saving time and convenience in disassembly. Effect.

As shown in the third and ninth figures, if the fixing piece used in the orchard or the greenhouse is a string (E), the string can also be selected at an appropriate height according to the different heights of the plants. (E) be fixed. First, tear off along the center line (10) between the first sheet body (11) and the second sheet body (12), thereby completely separating the first sheet body (11) and the second sheet body ( 12). Then select the first sheet (11) [or the second sheet (12), the operation method is the same]. Pass the first clip piece (14) of the first piece body (11) toward any side of the first through hole (15), and then attach the string (E) against the first clip The adjacent portion between the sheet (14) and the first through hole (15) rests on the position of the first folding line (113). Then, the first clip (14) passes through the first through hole (15) in the opposite direction, and then passes through the other side of the first through hole (15) (as shown in the tenth figure), and then The first clip (14) is located at any position of the width of the first clip other than the connection with the first fold line (113) (adjacent to the first through hole (15)) [close to the The first maximum width (B1)] is bent to form a bend (F), so that the bend (F) of the first clip (14) is transverse to the first piece (11) Incline a second angle (β). The second angle (β) is less than 180 °, and 90 ° is the best. In this way, the first maximum width (B1) of the first clip (14) is larger than the first through hole (15) connected to the first secant line (111) (or adjacent to the first clip) Piece (14)] other than the width of the first through hole [as shown in Figures 11 and 12]. Therefore, the bent portion (F) of the first clip (14) can be used to catch the first through hole (15) without being easily separated, thereby fixing the string (E) to the first clip. Adjacent between the sheet (14) and the first through hole (15). The first sheet body (11) can be fixed on the string (E), and the adhesive region (13) on the outer side is used for trapping adherent insects and flies. In this way, it can also be used to match the different heights of the plant after growing, and to change the fixed height of the body (1) at any time, so as to achieve the time-saving and convenient effect of disassembly.

Based on the description of the above embodiments, you can fully understand the operation, use, and effects of this creation. However, the above-mentioned embodiments are only preferred embodiments of this creation. When you cannot limit the implementation of this creation, The scope, that is, the simple equivalent changes and modifications made according to the scope of the patent application for this creation and the description of the new model, are all within the scope of this creation.

(1) ‧‧‧Body

(10) ‧‧‧Midline

(11) ‧‧‧First body

(110) ‧‧‧First side

(111) ‧‧‧First Secant

(112) ‧‧‧The first oblique cut line

(113) ‧‧‧First Polyline

(114) ‧‧‧First disconnect

(12) ‧‧‧Second body

(120) ‧‧‧Second Side

(121) ‧‧‧Second Secant

(122) ‧‧‧Second oblique cut line

(123) ‧‧‧Second Polyline

(124) ‧‧‧Second Disconnection

(13) ‧‧‧Adhesive zone

(14) ‧‧‧The first clip

(15) ‧‧‧The first through hole

(16) ‧‧‧Second clip

(17) ‧‧‧Second through hole

(18) ‧‧‧Hanging space

(A1) ‧‧‧First minimum width

(A2) ‧‧‧Second minimum width

(B1) ‧‧‧First Maximum Width

(B2) ‧‧‧Second largest width

(C) ‧‧‧railing

(D) ‧‧‧Plant

(E) ‧‧‧ Thin rope

(F) ‧‧‧Bend

(α) ‧‧‧First angle

(β) ‧‧‧Second Angle

[First image] is a schematic plan view of this creative embodiment.

[Second picture] is a schematic diagram of the first piece and the second piece of the creative embodiment folded in half with each other.

[Third figure] is a schematic diagram of forming a first clip and a second clip in this creative embodiment.

[Fourth Figure] is a schematic diagram of the structure of the first clip and the second clip of the creative embodiment.

[Fifth figure] This is a schematic diagram of the embodiment of the present invention fixed on the railings of different heights.

[Sixth Figure] This is a schematic diagram of the first embodiment and the second embodiment on the railing.

[Seventh Figure] is a schematic diagram of the first clip laterally inclined by a first angle with respect to the second body in the creative embodiment.

[Eighth Figure] This is a schematic view of the first clip in the embodiment of the present invention snapped horizontally into the second broken line at the two ends of the second fold line.

[The ninth figure] is a schematic view of holding the string after the first piece is torn apart in this creative embodiment.

[Tenth figure] is a schematic diagram of the first clip in the creative embodiment bent backward after passing through the first through hole.

[Eleventh figure] This is a perspective view of the first clip clip fixing string of the creative embodiment.

[Twelfth figure] This is a top view of the first clip clip fixing string of this creative embodiment.

Claims (10)

A hanging insect trap sticky paper, including:
A body is folded in half to form a first sheet body and a second sheet body, and the opposite outer sides of the first sheet body and the second sheet body are an adhesive region;
The first sheet system is formed with a first clip and a first through hole, and a first maximum width of the first clip is greater than any of the first through holes adjacent to the first clip except the first clip. Hole width
The second sheet system is formed with a second clip and a second through-hole, and a second maximum width of the second clip is larger than any second through-hole adjacent to the second clip. Hole width
The second clip and the second through-hole correspond to the formation positions of the first clip and the first through-hole, respectively, wherein the first clip is located at any position other than the position adjacent to the first through-hole. The width of the first clip is greater than a second minimum width of the second through hole adjacent to the second clip, and the second clip is located at any second distance other than the second through hole. The width of the clip is larger than a first minimum width of the first through hole adjacent to the first clip, and the second minimum width of the second through hole is locked by using the first clip to tilt laterally. Or, the second clip is tilted laterally to be locked on the first minimum width of the first through hole, so that the opposite sides of the first sheet body and the second sheet body are closed to form a hanging space. As described in item 1 of the scope of the patent application, the hanging trap paper is formed with a first side opposite to the first sheet body away from the second sheet body, and the first sheet body is close to the first side. There is a first secant line parallel to the first side, and two ends of the first secant line are respectively connected to a first oblique secant line inclined to the first side, and the two first oblique secant lines and the first secant line The included angle is an acute angle, tearing the first secant line and the two first oblique secant lines so that the other pair of edges of the first secant line and the first sheet body remain connected, and a first A fold line is formed on the first sheet body with the first clip and the first through hole of the same shape. According to the hanging trap attracting sticky paper as described in the second item of the scope of the patent application, wherein the first clip and the first through-hole are respectively formed into a trapezoid of the same shape, and the length of the first cut line is 45mm, The length of the first fold line is 20 mm, and the vertical distance between the first fold line and the first secant line is 30 mm. According to the hanging trap attracting sticky paper described in the second item of the scope of patent application, wherein two ends of the first fold line are respectively provided with a first break line, and the second clip is horizontally locked in the two first break lines. . As described in item 1 of the scope of the patent application, the hanging trap paper is formed with a second side opposite to the second sheet at a position away from the first sheet, and the second sheet is near the second side. There is a second secant line parallel to the second side, and the two ends of the second secant line are respectively connected to a second oblique secant line inclined to the second side, and the second and second oblique secant lines are connected to the second secant line. The included angle is an acute angle, tearing the second secant line and the two second oblique incline lines, so that the other pair of edges of the second secant line and the second sheet body are still connected, and a first A two-fold line, on which the second clip and the second through hole of the same shape are formed on the second sheet body. As described in item 5 of the scope of the patent application, the hanging insect trap sticky paper, wherein the second clip and the second through hole are respectively set to have a trapezoidal shape of the same shape, and the length of the second secant line is 45mm, The length of the second fold line is 20 mm, and the vertical distance between the second fold line and the second secant line is 30 mm. As described in item 5 of the scope of the patent application, the hanging trap attracting sticky paper, wherein two ends of the second fold line are respectively provided with a second break line, and the first clip is horizontally locked in the second and second break lines. . According to the hanging trap paper as described in the first patent application scope, wherein the adhesive area is coated with an adhesive, and the shrinkage of the adhesive is greater than the shrinkage of the body, so that the first sheet and the The second sheet body is curled inward after being folded in half. As described in item 1 of the scope of the patent application, the hanging trap paper is formed in the system, and the first sheet and the second sheet are formed at a midline position, and are torn along the midline to The first sheet body and the second sheet body are completely separated. A hanging insect trap sticky paper, including:
A first sheet body has a viscose area on one side. The first sheet body is formed with a first clip and a first through hole. A first maximum width of the first clip is Greater than the width of the first through-hole adjacent to any first through-hole other than the first clip, the width of the first clip being at any of the first clips other than adjacent to the first through-hole is greater than the first A through hole is located at a first minimum width adjacent to the first clip, and the first clip is located at a position of the width of the first clip other than the position adjacent to the first through hole. A bend so that the bend of the first clip is inclined at an angle laterally with respect to the first piece, and the bend of the first clip is used to be locked on the first through hole Therefore, a fixing member is fixed at an adjacent place between the first clip and the first through hole.