JP3226704U - Bag net - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a crow bag net which prevents scattering of dust due to crows in a dust collecting place, and which is easy to put and collect dust and does not spoil aesthetics. SOLUTION: In a bag-like net for collecting dust, a lower body bag 8 of a rectangular bag body is formed by using the net, a triangular upper body rear surface 5 and a body upper left surface 6 are respectively provided on upper portions of the lower body bags. And the upper right surface 7 of the main body and the dust input/recovery port surface 4, and the vertices C and D of the left upper surface of the main body and the right upper surface of the main body are connected to the vertex A of the rear surface of the main body. -A body upper quadrangular pyramid is formed by pulling up the apex B of the collection port surface in the direction of one point, and the dust input/recovery port surface of the main body upper quadrangular pyramid can be opened and closed. [Selection diagram] Figure 1

Description

The present invention relates to a bag-like net for preventing dust from being scattered by a crow at a place where household waste is collected.

As this type of bird-prevention net, the bird-prevention net proposed by the present applicant is known (Patent Document 1). There, the upper opening of the net sewn into a tubular shape was used as the dust input port, the lower opening was used as the dust collection port, and a rope body was attached to the peripheral edge of the upper opening, and the rope was hung from the support by a suspender. However, it is not without problems.

Registered utility model No. 3069617 (0004 to 0011, FIG. 1)

The above-mentioned bird-proof net has a structure in which a rope body is attached to the peripheral edge of the upper opening, and the rope body is hung from the support body by a suspender.However, the more garbage bags are put in, the heavier the net body is. Due to the sinking and the tilting of the net body due to the unevenness of the dust bag, the round loading slot is distorted, making it difficult to keep the dust loading slot facing up and keeping it wide enough. There is a problem that it is difficult to put in a garbage bag.

Since the above bird-proof net has a completely empty bottom as a dust collection port, if the net body is tilted due to uneven distribution of dust, the dust bag will protrude from the dust collection port. There is a problem that it becomes difficult to pull up the net that has become a waste due to the weight of dust, and the collection work is time-consuming.

Since the above bird-prevention net is provided with the peripheral portion of the upper opening and the lid, it cannot be folded smaller than its size, and does not have the function of storing the folded bird-prevention net.

An object of the present invention is to provide a more effective bag-shaped net which can solve the problems of the prior art.

In the bag-like net for collecting dust, a lower body bag of a rectangular bag body using the net, an upper back surface of the triangular body, an upper left surface of the main body, and a right upper surface of the main body, respectively, on the upper part of the lower body bag. , The top of the left side of the main body and the top of the right side of the main body are connected to the top of the back of the main body. A bag-like net characterized in that a quadrangular pyramid of the main body is formed by pulling up, and a dust input/recovery port surface of the quadrangular pyramid of the main body can be opened and closed.

Further, the bag-shaped net, wherein the main body lower bag is formed by binding two points on each of four sides of the quadrilateral net.

Further, the bag-shaped net, wherein the upper back surface of the main body has a trapezoidal shape.

In addition, a bag-shaped net, characterized in that mounting members are provided at the apexes of the rear surface of the upper portion of the main body and the surface of the dust input/recovery port.

A belt body, comprising: a connecting member for connecting the bag-shaped net to a fixed body; and a suspending tool for suspending the bag-shaped net by a bag-shaped net mounting member.

The bag-shaped net main body 2 according to the present invention is provided with a triangular dust input/recovery port 3 obtained by opening and closing the dust input/recovery port surface 4 on the upper front surface. Since the structure is suspended from above, the triangular dust input/recovery port 3 is kept wide due to the weight of the dust bag 24, so that the dust bag 24 can be easily inserted and the collection work can be easily performed.

Due to the structure in which the main body side mounting member 11 and the dust loading/recovery port surface mounting member 10 are combined and hung at one point, the dust loading/recovery port surface 4 serves as a lid, and the bottom part is a bag-like shape with no empty portion. Therefore, the trash bag 24 does not stick out and damage to the crows can be prevented.

The bag-shaped net main body 2 after use can be folded in a small size and can be stored compactly by the storage function of the belt main body 19, so that the appearance is not impaired.

It is a perspective view showing a bag-shaped net body. It is a perspective view showing an embodiment of a bag-shaped net. FIG. 6 is a perspective view showing an embodiment in which a dust input/collection port surface of the bag-shaped net is opened. It is a perspective view showing a belt body. It is a perspective view showing the state where the bag-shaped net body was stored. It is a top view showing a method of cutting and three-dimensionalizing a net. It is a perspective view which shows the bag-shaped net main body of Embodiment 2. It is a perspective view which shows the embodiment of the bag-shaped net of Embodiment 2. FIG. 11 is a perspective view showing an embodiment of the bag-shaped net according to Embodiment 2 in which a dust input/collection port surface is opened. FIG. 9 is a perspective view showing a state in which the bag-shaped net body according to the second embodiment is stored. FIG. 9 is a plan view showing a method of cutting and three-dimensionalizing a net according to the second embodiment.

(Embodiment 1)
Embodiment 1 of the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing a bag-shaped net body 2, which is formed by three-dimensionalizing the net 1 of FIG.

FIG. 2 is a perspective view showing an embodiment, in which the bag-shaped net body 2 is composed of a lower body bag 8 having a quadrangular lower body and a quadrangular pyramid-shaped upper body quadrangular pyramid 9 having an upper surface formed of four triangular faces. The bag-shaped net body 2 is suspended from the fixed body 23 by the belt body 19 and holds the bottom surface of the bag-shaped net body 2 in contact with the ground.

As shown in FIG. 3, in the bag-shaped net body 2, the dust input/recovery port surface mounting member 10 is attached/detached to open/close the dust input/recovery port surface 4 with the bundle c-1 and the bundle d-1 as fulcrums. , With a large garbage input/collection port 3.
The dust bag 24 can be loaded and collected with the dust input/collection port surface 4 open.

As shown in FIG. 4A, the belt main body 19 includes a belt-side suspending member 20, a belt-side fixed body connecting member 22, and a belt-side net storage mounting member 21 on the belt 18, and a fixed body 23 and a bag shape. It has a function of connecting to the net body 2 and a storage function of the bag-shaped net body 2. Further, as shown in (a) of FIG. 4, the belt main body 19 includes a belt 18, a belt-side suspending tool 20, a belt-side fixed body connecting member 22, and a belt-side net storage tool 21-1, and a fixed body 23. And the bag-shaped net body 2 are connected, and the bag-shaped net body 2 is stored.
Depending on the situation, either of (A) and (A) may be used, and both of (A) and (A) are used as the belt main body 19.

As shown in FIG. 2, the belt main body 19 is attached to a fixed body 23 such as a fence by the belt 18 and the belt side fixed body connecting member 22, and the belt side suspending tool 20 is attached to the main body side attaching member of the bag-shaped net main body 2. The bag-shaped net main body 2 in which the dust input/recovery port surface 4 is closed is installed by mounting 11 and the dust input/recovery port surface mounting member 10.

As shown in (A) of FIG. 5, the main body side mounting member 11 and the dust input/collection port surface mounting member 10 are attached to the belt side suspending tool 20, and the bag-shaped net main body 2 is hung and folded small to make a belt. The bag-shaped net main body 2 can be housed by bundling with 18 and mounting the belt-side net housing mounting member 21 on the belt-side suspending tool 20. Further, as shown in (a) of FIG. 5, the main body side mounting member 11 and the dust input/recovery port surface mounting member 10 are attached to the belt side suspending tool 20, and the bag-shaped net main body 2 is folded and folded small. The bag-shaped net main body 2 can be stored in the belt-side net storage tool 21-1.

The size of the bag-shaped net body 2 is set to an optimum size according to the storage amount of the dust bag 24 and the space of the garbage collecting place, and the materials, joining methods, etc. of the net, belt, and engaging members are also collected. The most suitable method can be selected according to the situation of the place.

(Embodiment 2)
In the second embodiment, the triangular shape of the main body upper rear surface 5 of the first embodiment is changed to a trapezoidal main body upper rear surface 5-1 and the left and right side surfaces of the main body upper rear surface 5-1 are connected to the main body upper left surface 6-. 1 and the right upper surface 7-1 of the main body are bent to form a bag-like net in which a main body upper quadrangular pyramid 9 has a smaller gap between the nets to form a main body upper quadrangular pyramid 9-1.

A second embodiment of the present invention will be described with reference to the drawings.
FIG. 7 is a perspective view showing the bag-shaped net body 2-1 and is formed by three-dimensionalizing the net 1-1 of FIG.

FIG. 8 is a perspective view showing the embodiment, and the bag-shaped net body 2-1 has a lower body bag body 8-1 having a quadrangular bag-shaped lower body and a quadrangular pyramid-shaped body upper quadrangular pyramid 9-1. The bag-shaped net body 2-1 is suspended from the fixed body 23 by the belt body 19, and the bottom surface of the bag-shaped net body 2-1 is kept in contact with the ground.

As shown in FIG. 9, in the bag-shaped net body 2-1, the dust input/recovery port surface mounting member 10-1 is attached/detached so that the dust input/recovery port surface 4-1 is a bundle g-1 or a bundle h-. It is opened and closed with 1 as a fulcrum, and has a wide dust input/collection port 3-1.
The dust bag 24 can be loaded and collected while the dust input/collection port surface 4-1 is open.

As shown in FIG. 4A, the belt main body 19 includes a belt-side suspending tool 20, a belt-side fixed body connecting member 22, and a belt-side net storage mounting member 21 on the belt 18, and a fixed body 23 and a bag. It has a connection function with the net net body 2-1 and a storage function of the bag net body 2-1. Further, as shown in (a) of FIG. 4, the belt main body 19 includes a belt 18, a belt-side suspending tool 20, a belt-side fixed body connecting member 22, and a belt-side net storage tool 21-1, and a fixed body 23. And the bag-shaped net body 2-1 are connected, and the bag-shaped net body 2-1 is stored.
Depending on the situation, either of (A) and (A) may be used, and both of (A) and (A) are used as the belt main body 19.

As shown in FIG. 8, the belt body 19 is attached to a fixed body 23 such as a fence by a belt 18 and a belt-side fixed body connecting member 22, and the belt-side suspending tool 20 is attached to the main body side of the bag-shaped net body 2-1. By mounting the mounting member 11-1 and the dust input/collection port surface mounting member 10-1, the bag-shaped net body 2-1 with the dust input/collection port surface 4-1 closed is installed.

As shown in (A) of FIG. 10, the main body side mounting member 11-1 and the dust input/recovery port surface mounting member 10-1 are mounted on the belt side suspending tool 20, and the bag-shaped net main body 2-1 is suspended. The bag-shaped net main body 2-1 can be stored by folding the bag-like net main body 2-1 with the belt 18 bundled with the belt 18 and attaching the belt-side net storage attachment member 21 to the belt-side suspending tool 20. Further, as shown in FIG. 10A, the main body side mounting member 11-1 and the dust input/recovery port surface mounting member 10-1 are attached to the belt side suspending tool 20, and the bag-shaped net main body 2-1 is attached. The bag-shaped net main body 2-1 can be stored in the belt-side net storage tool 21-1 by folding it small while hanging it.

The size of the bag-shaped net body 2-1 is set to an optimum size according to the storage amount of the dust bag 24 and the space of the garbage collection place, and the material, joining method, etc. of the net, belt, and engaging member. Shall be able to select the most suitable method according to the situation of the collection place.

The first embodiment of the present invention will be described in detail with reference to the drawings.
FIG. 6 is a plan view showing a method for cutting and three-dimensionalizing a net. The net 1 is formed into a quadrangle in the figure, the bag-shaped net main body vertex A to the main body upper left surface vertex C, and the main body upper left surface vertex C to throw in dust. Straightly cut from the collection port apex B to the dust input/collection port apex B to the main body upper right surface apex D and from the main body upper right surface apex D to the bag-shaped net main body apex A, and join the rope body 17 to the peripheral edge of the quadrangle. This strengthens the peripheral portion. The rope body 17 is joined by tying it with a string of nylon, a natural material, or the like, or by folding the peripheral edge into a width that allows the rope body 17 to pass through and sewing the rope body 17 and passing it through.
To strengthen the peripheral portion, the edges of the net 1 may be folded and sewn.

Next, as shown in FIG. 6, the binding sides a are bound to form a binding body a-1, the binding sides b are bound to form a binding body b-1, and the binding sides c are bound to bind a binding body c. -1 is formed and the binding sides d are bound to form a bound body d-1, thereby forming the lower main body bag body 8 of the rectangular bag body shown in FIG.
The binding body is formed by sewing a binding band, a string, or the like through a mesh of the net along the edge of the binding side and binding the same.

Next, as shown in FIG. 6, the main body side mounting member 11 is joined to the bag-shaped net main body vertex A, the dust input/recovery port surface mounting member 10 is joined to the dust input/recovery port vertex B, and the main body upper left face vertex C The main body upper left surface engaging member 12 is joined to the main body upper surface, and the main body upper right surface engaging member 13 is joined to the main body upper right surface vertex D.
The main body side mounting member 11 and the dust input/recovery port surface mounting member 10 use hooks such as ring-shaped or S-shaped hooks, and the hooks can be made of metal, plastic, rope, etc. To join.
The main body upper left surface engaging member 12 and the main body upper right surface engaging member 13 are ropes, cloth belts, rubber belts, cords, or the like. As shown in FIG. 1, the main body upper left surface engaging member 12 has a main body upper left surface apex C. To a length sufficient to connect to the bag-shaped net body vertex A, and the body upper right surface engaging member 13 cuts to a length sufficient to connect from the body upper right surface vertex D to the bag-shaped net body vertex A. Then, as shown in FIG. 6, the main body upper left surface engaging member 12 is joined to the peripheral portion of the main body upper left surface vertex C, and the main body upper right surface engaging member 13 is joined to the peripheral portion of the main body upper right surface vertex D by joining them.

Next, as shown in FIG. 1, the main body upper left surface engaging member 12 joined to the main body upper left surface vertex C is joined to the bag-shaped net main body vertex A, and the main body upper right surface engaging member 13 is joined to the main body upper right surface vertex D. By joining the bag-shaped net main body apex A and suspending the main body side mounting member 11 and the dust input/collection port surface mounting member 10 together, as shown in FIG. The bag-shaped net body 2 made of the upper body upper quadrangular pyramid 9 is formed.
The main body upper left surface engaging member 12 and the main body upper right surface engaging member 13 are joined to the bag-shaped net main body apex A by binding to the peripheral portion of the bag-shaped net main body apex A or the main body side mounting member 11, or A mounting tool such as a carabiner is joined to the main body upper left surface engaging member 12 and the main body upper right surface engaging member 13, and the mounting tool is mounted on the peripheral portion of the bag-shaped net main body apex A or the main body side mounting member 11. I don't mind.
As shown in FIG. 1, the length for joining the main body upper left surface engaging member 12 and the main body upper right surface engaging member 13 to the bag-shaped net main body vertex A is such that the main body upper left surface 6 and the main body upper right surface 7 do not sag. It can be adjusted so that the bottom surface of the bag-shaped net body 2 is in even contact with the ground.

As shown in FIG. 4A, the belt-side suspending tool 20 is joined to the belt 18, the belt-side net storage mounting member 21 is joined to the lower end of the belt 18, and the belt-side fixed body connecting member is joined to the upper part of the belt 18. The belt body 19 is formed by joining 22 together. In addition, as shown in FIG. 4A, the belt-side suspending tool 20 is joined to the belt 18, the belt-side net storage tool 21-1 is joined to the lower end of the belt 18, and the belt-side fixing tool is fixed to the upper portion of the belt 18. The belt body 19 is formed by joining the body connecting members 22.
The belt 18 is made of a material such as rubber, nylon, cloth, or the like, and can be adjusted to a length for suspending the bag-shaped net body 2 from the fixed body 23 and a length for bundling the bag-shaped net body 2.
As the material of the belt-side suspending tool 20, the belt-side net storage mounting member 21, and the belt-side fixed body connecting member 22, metal, plastic, or the like can be appropriately used, and the belt 18 is sewn or mounted to the belt 18.
The material of the belt-side net storage tool 21-1 can be appropriately selected from materials such as rubber and nylon, and is sewn or attached to the belt 18.

A second specific example of the second embodiment of the present invention will be described with reference to the drawings.
FIG. 11 is a plan view showing a method of cutting and three-dimensionalizing a net. The net 1-1 is formed into a pentagon in the figure, from the main body upper rear left end 15 to the main body upper left surface vertex C-1, to the main body upper left surface vertex C-. 1 to the trash input/recovery port vertex B-1, from the trash input/recovery port vertex B-1 to the main body upper right surface vertex D-1, the main body upper right surface vertex D-1 to the main body upper rear surface right end 16, the main body upper rear surface A straight line is cut from the right end 16 to the left end 15 of the upper back surface of the main body, and the peripheral portion is strengthened by joining the rope body 17-1 to the peripheral portion of the pentagon. The rope body 17-1 is joined by tying it with nylon, a natural material string, or the like, or by folding the peripheral edge into a width that allows the rope body 17-1 to pass through and sewing the rope body 17-1. ..
For strengthening the peripheral portion, the edges of the net 1-1 may be folded and sewn.

Next, as shown in FIG. 11, the binding sides e are bound to form a binding body e-1, the binding sides f are bound to form a binding body f-1, and the binding sides g are bound to bind a binding body g. -1 is formed, and the binding sides h are bound to form a bound body h-1, thereby forming the lower main body bag 8-1 of the rectangular bag shown in FIG. 7.
The binding body is formed by sewing a binding band, a string, or the like through a mesh of the net along the edge of the binding side and binding the same.

Next, as shown in FIG. 11, the main body side mounting member 11-1 is joined to the central point E of the upper main body rear surface on the upper side 14 of the upper main body rear surface, and the dust input/recovery opening surface is attached to the dust input/recovery opening vertex B-1. The mounting member 10-1 is joined, the body upper left face engaging member 12-1 is joined to the body upper left face vertex C-1, and the body upper right face engaging member 13-1 is joined to the body upper right face vertex D-1. ..
The main body side mounting member 11-1 and the dust input/recovery port surface mounting member 10-1 use hooks such as ring-shaped or S-shaped hooks, and the hooks can be made of metal, plastic, rope, or the like. And the like are joined to the peripheral portion.
The main body upper left surface engaging member 12-1 and the main body upper right surface engaging member 13-1 are ropes, cloth belts, rubber belts, strings, or the like, and as shown in FIG. The main body upper left surface apex C-1 is cut to a length sufficient to connect to the main body upper rear surface left end 15, and the main body upper right surface engaging member 13-1 is cut from the main body upper right surface apex D-1 to the main body upper rear surface right end 16. 11, the main body upper left surface engaging member 12-1 is attached to the peripheral portion of the main body upper left surface apex C-1, and the main body upper right surface engaging member 13-1 is cut. The upper surface of the main body is joined by connecting it to the peripheral portion of the apex D-1.

Next, as shown in FIG. 7, the main body upper left surface engaging member 12-1 joined to the main body upper left surface vertex C-1 is joined to the main body upper rear surface left end 15, and the main body upper right surface joined to the main body upper right surface vertex D-1. By joining the engaging member 13-1 to the right end 16 of the upper rear surface of the main body and suspending the main body side mounting member 11-1 and the dust input/recovery port surface mounting member 10-1 together, as shown in FIG. A bag-shaped net body 2-1 composed of a lower body lower bag 8-1 and a body upper quadrangular pyramid 9-1 is formed.
The main body upper left surface engaging member 12-1 is joined to the main body upper rear surface left end 15 to the peripheral portion of the main body upper rear surface left end 15, and the main body upper right surface engaging member 13-1 is joined to the main body upper rear surface right end 16. The fittings such as a carabiner are joined to the peripheral portion of the rear right end 16 or the main body upper left surface engaging member 12-1 and the main body upper right surface engaging member 13-1 are joined together, and the fittings are attached to the main body upper rear left end. 15, and may be attached to the peripheral portion of the right end 16 of the upper back surface of the main body.
As shown in FIG. 7, the lengths of the main body upper left surface engaging member 12-1 and the main body upper right surface engaging member 13-1 are bag-like without the main body upper left surface 6-1 and the main body upper right surface 7-1 sagging. It can be adjusted so that the bottom surface of the net body 2-1 is in uniform contact with the ground.

As shown in FIG. 4A, the belt-side suspending tool 20 is joined to the belt 18, the belt-side net storage mounting member 21 is joined to the lower end of the belt 18, and the belt-side fixed body connecting member is joined to the upper part of the belt 18. The belt body 19 is formed by joining 22 together. In addition, as shown in FIG. 4A, the belt-side suspending tool 20 is joined to the belt 18, the belt-side net storage tool 21-1 is joined to the lower end of the belt 18, and the belt-side fixing tool is fixed to the upper portion of the belt 18. The belt body 19 is formed by joining the body connecting members 22.
The belt 18 is made of a material such as rubber, nylon, or cloth, and can be adjusted to a length for suspending the bag-shaped net body 2-1 from the fixed body 23 and a length for bundling the bag-shaped net body 2-1.
As the material of the belt-side suspending tool 20, the belt-side net storage mounting member 21, and the belt-side fixed body connecting member 22, metal, plastic, or the like can be appropriately used, and the belt 18 is sewn or mounted to the belt 18.
The material of the belt-side net storage tool 21-1 can be appropriately selected from materials such as rubber and nylon, and is sewn or attached to the belt 18.

The present invention has a simple structure and is composed of a small amount of material, so that it can be manufactured at low cost, can be easily handled, and can prevent damage to crows. In addition, it can be installed in a garbage collection point under various conditions, and it is easy to store, so it does not spoil the aesthetics and can be expected to be supported by local governments etc. where the garbage collection point is installed around each home, so it is widely spread With the possibility of.

1 Net 1-1 Net 2 Bag-shaped net body 2-1 Bag-shaped net body 3 Garbage input/collection port 3-1 Garbage input/collection port 4 Garbage input/collection port surface 4-1 Garbage input/collection port surface 5 Main body Upper rear surface 5-1 Main body upper rear surface 6 Main body upper left surface 6-1 Main body upper left surface 7 Main body upper right surface 7-1 Main body upper right surface 8 Lower body bag 8-1 Lower body bag 9 Lower body pyramid 9-1 Main body Upper quadrangular pyramid 10 Garbage loading/recovery port surface mounting member 10-1 Garbage loading/recovery port surface mounting member 11 Main body side mounting member 11-1 Main body side mounting member 12 Main body upper left surface engaging member 12-1 Main body upper left surface engaging member Combination member 13 Main body upper right surface engaging member 13-1 Main body upper right surface engaging member 14 Main body upper rear surface upper side 15 Main body upper rear surface left end 16 Main body upper rear surface right end 17 Rope body 17-1 Rope body 18 Belt 19 Belt body 20 Belt side suspension Lowering tool 21 Belt-side net storage mounting member 21-1 Belt-side net storage tool 22 Belt-side fixed body connection member 23 Fixed body 24 Garbage bag a Binding side a-1 Binding body b Binding side b-1 Binding body c Binding side c -1 Bundled body d Bundled edge d-1 Bundled body e Bundled edge e-1 Bundled body f Bundled edge f-1 Bundled body g Bundled edge g-1 Bundled body h Bundled edge h-1 Bundled body A Bag-shaped net body vertex B Waste input/recovery port apex B-1 Waste input/recovery port apex C Main body upper left side apex C-1 Main body upper left side apex D Main body upper right side apex D-1 Main body upper right side apex E Main body upper back upper center point

Claims (5)

In the bag-like net for collecting dust, a lower body bag of a rectangular bag body using the net, an upper back surface of the triangular body, an upper left surface of the main body, and a right upper surface of the main body, respectively, on the upper part of the lower body bag , The top of the left side of the main body and the top of the right side of the main body are connected to the top of the back of the main body. A bag-like net characterized in that a quadrangular pyramid of the main body is formed by pulling up, and a dust input/recovery port surface of the quadrangular pyramid of the main body can be opened and closed. The bag-shaped net according to claim 1, wherein the main body lower bag is formed by binding two points on each of four sides of a rectangular net. The bag-shaped net according to claim 1 or 2, wherein the upper back surface of the main body has a trapezoidal shape. The bag-shaped net according to claim 1 or 3, wherein mounting members are provided at apexes of the rear surface of the upper portion of the main body and the surfaces of the dust input/collection ports. A connecting member for connecting the bag-like net according to claim 1 or 3 to a fixed body, and a hanging tool for hanging the bag-like net by a bag-like net mounting member. A belt body that features.