JP2016077287A - Wildlife repelling garbage net - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wildlife repelling garbage net which as much as possible prevents wildlife such as a crow, cat, or dog to pull out a garbage bag and allows a user to put out the garbage bag easily.SOLUTION: A wildlife repelling garbage net P3 includes a tightening string member 20 on a lower edge of a cylindrical net body 10. The string member 20 is guided by a cylindrical member 33 and includes a fastener 24 on an end. A garbage bag G is stored in a state of the lower edge of net body in a reduced diameter. (a state shown in a chain line) In the state, a trap part 10a is formed and a part of the garbage bag is placed on the trap part. Accordingly, when a crow or the like is pulling out the garbage bag G, the crow or the like needs to lift up the trap part, feels danger, and stops pulling out the garbage bag G. On the other hand, in collecting the garbage bag and lifting up the net, the garbage bag is left on the ground due to the weight, the string member passing through a cylindrical member 33 enlarges the diameter, and the garbage bag G passes through an opening. Thus, the garbage bag comes out from the net and is thrown into a collection vehicle.SELECTED DRAWING: Figure 5

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bird netting garbage net for preventing birds and beasts such as crows, cats and dogs from ruining (spraying) bags containing household garbage such as raw garbage.

Bags containing garbage (such as garbage) (trash bags) are usually placed on the road, etc. for each household, or several garbage bags are collected and collected, and the garbage bags collect the garbage bags in general. It is. At this time, there is a gap between the time when the garbage bags from each household are placed on the side of the road and the time when they are collected by the collection vehicle. Therefore, the garbage bags are placed on the side of the road for at least several hours. .
For this reason, particularly when garbage is contained in such a garbage bag, it becomes the target of food (appetite) for birds and animals such as crows, cats, and dogs, and is often scattered (developed).

As means for preventing the mess, various bird netting garbage nets have been devised. The most common trash net of the collected garbage bags is a square net that covers the entire collected trash bag, and the four corners are tied to electric poles with strings, and weights such as stones and blocks are attached. Some of them are provided at appropriate intervals on the periphery of the net (see Patent Document 1 FIG. 1).
Also, there is a type in which a cylindrical garbage net is suspended from a fence or the like, a garbage bag is put into the garbage net from its upper end opening, and the garbage bag is taken out from the garbage net by lifting the garbage net upward (Patent Document 2). 1 to 4). At this time, a rubber string is provided on the entire circumference of the lower end of the cylindrical trash net, and when the trash net is lifted, there is a type in which the diameter of the rubber string expands so that the trash bag can be taken out (Patent Document 3, Example 1). 2, see Fig. 6)
In addition, the upper end of the cylindrical trash net is tied, and a metal chain is provided around the lower end of the trash net. When this trash net is put on the trash bag, the chain is used to scatter birds and beasts such as crows (mischief) There is also a thing which aimed at prevention of scattering by a wind while preventing (patent document 4 paragraphs 0005-0006, Drawing 1).
In addition, there is also a thing that prevents the birds and beasts from mischiefing the garbage bag in the garbage net with the trap part by forming a trap part around the lower edge of the garbage net around the upper edge of the cylindrical garbage net. (Patent Document 5 summary, FIGS. 1 to 4).

Japanese Utility Model Publication No. 06-16307 Utility Model Registration No. 3069617 Utility Model Registration No. 31004085 JP 2010-159163 A JP 2013-95543 A Japanese Patent Laid-Open No. 2005-58583

Each of the above conventional nets for eliminating birds and animals is effective as a wildlife guard as it is, but the square-shaped dust net of Patent Document 1 cannot be covered well on a plurality of garbage bags, and the periphery is made of stones or the like. It is troublesome to install a weight. Also, after collecting garbage bags, they are often left open, which is aesthetically unsightly.
Since the garbage nets of Patent Documents 2 to 4 can be taken out by simply lifting, the taking out action is smooth. However, in the garbage nets of Patent Documents 2 and 4, since the lower edge is located on the ground, there is a risk that a crow or a cat lifts the lower edge and pulls out the garbage bag. There is a risk that the garbage bag will pop out from its lower edge. Since the garbage net of Patent Document 3 uses a rubber string, there is a problem in durability, and the opening degree of the lower end of the net cannot be adjusted.
Since the garbage net of Patent Document 5 has a trap part, there is very little possibility that a crow or a cat pulls out a garbage bag. However, the lower end of the garbage net is always squeezed (reduced in diameter), so it is difficult to accommodate the garbage bag in the garbage net, and it is easy to be bulky. The operation of taking out the garbage bag from the top or unbending the upper end and taking out the garbage bag from the opening at the upper end is complicated.

  This invention makes it a subject to make it easy to take out a garbage bag while minimizing the drawer of a garbage bag by birds and beasts, such as a crow, under the above actual condition.

In order to achieve the above object, the present invention first squeezes the lower end of the cylindrical net body that accommodates the garbage bag so that the lower end diameter of the squeezed net body is smaller than the diameter of the net body. is there. In this way, when the cylindrical net is placed on the ground, the lower end periphery of the net body enters inside to form the trap part of Patent Document 5, and the throttle part is located in the vicinity of the trap part. . For this reason, when a garbage bag is accommodated in the garbage net, the garbage bag can be placed on the trap part. If a bird such as a crow tries to pull out the garbage bag, the trap part must be lifted. Rather, crows, etc., cover themselves with traps, so they feel danger and stop pulling out the garbage bags. That is, it becomes difficult for crows or the like to pull out the garbage bag. At this time, since the garbage bag is also placed and pressed on the throttle part, resistance to releasing the throttle part is increased, and it is difficult for the lower end of the net body to be expanded by a force such as a crow.
Next, according to the present invention, when the net main body is lifted by means other than the rubber cord, the lower end opening of the net main body is expanded in diameter so that the internal garbage bag can be pulled out naturally. If the garbage bag can be taken out naturally by the lifting action of the net body, the operation is smooth.

  As one structure of this invention, the cylindrical net main body in which the upper end which accommodates a garbage bag is closed, the cyclic | annular string member provided in the lower end perimeter of the net main body, and the cyclic | annular part of the string member can overlap and move A squeezing tool passed through the squeezing tool, and a retaining member provided at the end of the string member drawn out from the squeezing tool. The string member is tightened through the squeezing tool to tighten the loop of the net body. The lower end is reduced in diameter, and the frictional resistance between the squeezing tool and the string member prevents the diameter of the reduced string member from increasing, and when the net body is lifted, the weight of the stored garbage bag Therefore, it is possible to adopt a configuration in which the string member is allowed to expand in diameter and the trash bag is allowed to pass through the lower end opening of the net body.

In the trash net having this configuration, when the diameter of the annular string member is reduced by the squeezing tool and the lower end of the net body is reduced, the lower end diameter of the reduced net body becomes smaller than the diameter of the net body. For this reason, when this cylindrical net is placed on the ground, the lower end periphery of the net body enters inside to form a trap portion. In this state, when the trash bag is stored in the trash net, the trash bag is also placed on the trap portion and also placed on the restrictor (the expansion of the string member is locked by the weight of the trash bag). . For this reason, the lower end of the net body does not easily expand in diameter, and effectively prevents the trash bag from being pulled out by crows or the like.
On the other hand, when the garbage net is lifted, the garbage bag is also lifted not a little, so the pressing of the garbage bag against the squeezing tool is also reduced, and the frictional resistance between the squeezing tool and the string member is lowered with the reduction. Since the string member is movably passed through the squeezing tool, the overlapping part of the lace member also moves to the annular side with respect to the squeezing tool, the lower end opening of the net body expands, and the internal garbage bag comes out naturally. . The frictional resistance between the squeezing tool and the string member is set such that the material of the squeezing tool and the string member, the degree of surface friction, and the like are appropriately set by experiments and the like so that the above-described effect can be achieved.

The squeezing tool may be a cylindrical body, for example, a flat member, an overlapping portion of the string member is passed through the flat member, and a garbage bag is placed in the net body with a reduced diameter at the lower end. It is possible to accommodate the squeezing tool in a flat shape with the garbage bag.
Since such a squeezing tool has a flat shape, the flat surface is pressed flat by a garbage bag along the ground, so that the string member becomes kinked and the frictional resistance becomes extremely high, and the net body has an annular shape. The lower end does not almost expand. For this reason, the trap portion can be reliably formed, and the trap portion is not lost, and the trash bag can be reliably pulled out by crows or the like. On the other hand, when the net body is lifted, the kink is eliminated and the diameter of the annular lower end of the net body is allowed to be increased, so that the garbage bag passes smoothly through the lower end opening with the weight (see FIG. 4).

Further, the throttling tool is composed of a cylindrical member provided at the lower end of the net body, and the ends of the string members are respectively guided from both ends of the cylindrical member and pulled out from the middle hole of the cylindrical member. In addition, a garbage bag is accommodated in the net body having a reduced diameter at the lower end, and the cylindrical member can be pressed by the garbage bag.
Since such a squeezing tool (cylindrical member) has a cylindrical shape, the string member can be squeezed smoothly, but the annular lower end of the net body is substantially expanded by effective friction of the string member with the hole edge. Not diameter. For this reason, the trap portion can be reliably formed and the trap portion is not lost, and the trash bag can be reliably pulled out by crows or the like (see FIG. 8). Moreover, since the cylindrical member is provided at the lower end of the net body, it is possible to prevent the lower end from being damaged when the string member is drawn or pulled out.

Furthermore, as another structure of this invention, the cylindrical net main body which accommodates a garbage bag, the cylindrical net main body with which the upper end is closed, the both ends open circular string member provided in the lower end perimeter of the net main body, The end of the string member And the string member reduces the diameter of the annular lower end portion of the net body by tightening the ends of the string member, and the other end of the string member with respect to one end of the string member. It is possible to adopt a configuration in which only winding is performed.
When the trash net of this configuration is reduced in diameter of the annular string member by tightening and tightening the lower end of the net main body, the lower end diameter of the net main body is smaller than the diameter of the net main body, so when placing this cylindrical net on the ground, Similarly to the above, the lower end periphery of the net body enters inside to form a trap portion, and the binding is located in the vicinity of the trap portion. In this state, when the garbage bag is accommodated in the garbage net, the garbage bag is placed on the trap portion and also placed on the binding and pressed. For this reason, the lower end of the net body does not easily expand in diameter, and effectively prevents the trash bag from being pulled out by crows or the like.
On the other hand, when this garbage net is lifted, the garbage bag is also lifted not a little, so the pressing of the garbage bag to the binding is also reduced, and with this reduction, the binding only with the other end wrapped around one end of the string member is The frictional resistance between both ends is also low (almost disappeared), the end of the string member moves to the other end where it is wound, the lower end opening of the net body expands, and the internal garbage bag is naturally weighted Get out.

As shown in FIGS. 1 and 2 of Patent Document 4 and FIG. 1 of Patent Document 5, the upper end of the net body is provided with an annular string member around the upper end and reduced in diameter by the string member. However, for example, a cylindrical member is provided at the upper end of the net body, and the ends of the upper ring cord members of the net body are respectively guided from both ends of the cylindrical member, and the middle of the cylindrical member. The ends of the drawn string members are overlapped and passed through a cord adjuster.
With this configuration, since the string member is guided by the cylindrical member, the cord member at the upper end of the net body can be protected smoothly and the expansion and contraction diameter action can be performed smoothly, and the reduced diameter state can be adjusted with the cord adjuster. Can be reliably maintained.

  Since the present invention is configured as described above, it is possible to obtain a garbage bag net that facilitates the removal of garbage bags while minimizing the withdrawal of garbage bags by birds and beasts such as crows.

The perspective view of one Embodiment of the garbage net for bird and animal protection which concerns on this invention Operational diagram of the embodiment Perspective view of the other embodiment Operational diagram of the embodiment Further, a perspective view of the other embodiment The enlarged perspective view of each example of the upper part of the embodiment Perspective view of the main part at the top of the same embodiment Operational diagram of the embodiment Further, a perspective view of the other embodiment Further, a perspective view of the other embodiment The principal part expanded sectional view of the embodiment

  1 and 2 show an embodiment of a trash net for birds and beasts according to the present invention. A trash net P1 of this embodiment is provided around a cylindrical net body 10 and a lower end all around the lower end of the net body 10. A tightening string member 20 provided, a binding tool 12 made of a string having a hanging ring 13 that is closed by binding the upper end of the net body 10, and a hanging string 14 that extends from the hanging ring 13 of the binding tool 12.

  The net body 10 is knitted with a blue or yellow plastic thread such as polyethylene or polyester, and the mesh may be set as appropriate. Further, the cylindrical shape is not limited to a cylindrical shape, and the shape thereof is arbitrary as long as the rectangular bag shape, the truncated cone cylindrical shape, and the like can be accommodated. The size of the bag is not limited as long as it can accommodate at least one 45-liter garbage bag G, and is appropriately set according to the number of the garbage bags G to be accommodated. Is preferable. The net body 10 has a diameter of about 550 mm for one 45-liter garbage bag G, and about 1100 mm for two. The height is about 700 mm for the former and about 800 mm for the latter.

For example, as shown in FIG. 11, the string member 20 is formed by picking up the net body 10 in a round shape or folding back the lower end and stitching 15 to form a ring-shaped cylinder 17. Attach to.
The binding tool 12 is composed of an appropriate string, and the hanging ring 13 and the hanging string 14 are similarly made of an appropriate material such as plastic. The height (bundling length) of the binding tool 12 is about 100 cm, for example.

The string member 20 is a durable, non-stretchable material having a diameter of 4 to 5 mm, for example, a plastic string such as nylon or polyester, and both open ends of the string member 20 are also made of a plastic squeezer. A plastic fastener 24 is fixed to the end of the cylindrical fastener ring 31. The fastener 24 prevents the string member 20 from coming out of the retaining ring 31 and the string threading tube 17. The fastener 24 and the retaining ring 31 can be made of various materials such as wood and metal other than plastic.
As shown in FIG. 1 and FIG. 2, the diameter of the squeezed ring of the net body 10 by the retaining ring 31 is such that when the dust net P1 is placed on the ground or the like, the net body 10 is on the inside until the string member 20 is tightened (squeezed). As shown in FIG. 2, when trapping the trash bag G, the trash bag G is placed on the trap portion 10a, and the following crows are not mischievous. To be determined as appropriate. For example, if the diameter of the net body 10 is about 550 mm, the diameter of the drawn ring is about 350 mm or about 1/3 of the diameter of the garbage bag G.

The garbage net P1 for eliminating birds and beasts of this embodiment has the above-described configuration. Now, in a state where the garbage bag G is placed on the ground or the like, the string member 20 is expanded (expanded) and the garbage net P1 is disposed. Cover the garbage bag G. When the string member 20 is squeezed in this state, the lower end of the net body 10 is squeezed as shown in the chain line state from the solid line state in FIG. The trap part 10a is formed by bending. In this state, a part of the garbage bag G is placed on the trap portion 10a.
At this time, if necessary, the hanging string 14 is tied to a utility pole, a fence or the like so that the garbage net P1 (trash bag G) does not move due to wind or the like.
The dust net P <b> 1 can also be placed in the net body 10 through the upper opening of the net body 10 by unfastening the binding tool 12 in a state where the string member 20 is squeezed and installed. In this case, after inserting the garbage bag G, the binding tool 12 is tied again.

In this state, if a bird or beast such as a crow tries to pull out the garbage bag G, the trap portion 10a must be lifted, and the crow and the like are covered with the trap portion 10a. Stop the drawer. That is, it becomes difficult for crows or the like to pull out the garbage bag. For this reason, the garbage bag G is not pulled out and scattered.
On the other hand, when the garbage bag G is collected, as shown by the solid line from the solid line in FIG. 2, when the garbage net P1 is lifted (pulled), the garbage bag G stays on the ground due to its weight. The pressing force is reduced, and the dust net P1 extends the diameter of the string member 20 from the retaining ring 31 against the frictional force between the string member 20 and the retaining ring 31 (in the chain line state from the solid line in FIG. 2), and its opening The garbage bag G passes through with its weight. For this reason, the garbage bag G comes out of the garbage net P1, and the garbage bag G is thrown into the collection vehicle.

3 and FIG. 4 show an embodiment in which the squeezing tool composed of the retaining ring 31 is constituted by a flat member 32 in the dust net P1. The dust net P2 of this embodiment is a trap that reduces the diameter of the annular lower end of the net body 10 by tightening the string member 20 through the open ends of the string member 20 into the central hole 32a of the disk-like flat member 32. Part 10a is formed. For this reason, when the garbage bag G is accommodated in the same manner as the garbage net P1, the flat member 32 is held flat by the garbage bag G as shown in FIG.
In this state, the string member 20 is kinked (bent), and the frictional resistance is so high that the annular lower end of the net body 10 does not substantially expand in diameter. For this reason, the trap portion 10a can be formed reliably, and the trap portion 10a is not lost, and the trash bag G can be reliably pulled out by crows or the like.
On the other hand, when the net body 10 is lifted, as shown by a chain line in FIG. 4, the kink is substantially eliminated, and the string member 20 can easily pass through the flat member 32, so that the annular lower end of the net body 10 is allowed to expand. Therefore, the garbage bag G passes through the lower end opening smoothly. For this reason, the garbage bag G comes out of the net P2 with the weight and throws the garbage bag G into the collection vehicle.

5 to 8 show an embodiment in which the squeezing tool is configured by a cylindrical member 33 in the dust net P2. The cylindrical member 33 has a Y-shape in a plan view and forms a flat member, and cylindrical portions 33 a and 33 a at both ends thereof are fitted into the cylinder 17 at the lower end of the net body 10. The fitting portion of the cylindrical portion 33a is firmly attached (bound) to the lower end portion of the net body 10 by string tying or the like.
The ends of the string member 20 are led into the cylindrical portions 33a and 33a at both ends, and are pulled out from the opening (hole) 33c of the middle cylindrical portion 33b, and the fastener 24 is fixed to the ends.

Similarly to the lower end, the upper end of the dust net P3 of this embodiment is also passed through the ring-shaped cylinder, and the end of the string member 22 is similarly pulled out through the cylindrical member 33. Similarly, the fitting portion of the cylindrical member 33 is firmly attached to the upper end portion of the net body 10 by string tying or the like. The draw-out end of the string member 22 is connected to the hanging string 14 via the cord adjuster 21, and the hanging string 14 is provided with a hanging ring 18 (see FIGS. 5 to 7) or a fastener 24. (See FIG. 8). When the cord adjuster is pressed between the thumb and forefinger and pressed against the spring 21a, the cord member 22 can move freely. When the finger is loosened, the cord member 22 is fixed by the biasing force of the spring 21a. This is a well-known one (see FIG. 7 and Patent Document 6).
As shown in FIG. 6B, the tubular member 33 can be an arcuate member 33 ′ from which the middle tubular portion 33b is removed. The cylindrical member 33 ′ may be employed at either the upper or lower end of the net body 10, but is preferably the upper end.

The garbage net P3 for eliminating birds and beasts of this embodiment has the above-described configuration. Now, as shown in the chain line state from the solid line state in FIG. 5, the string member 20 is squeezed, and in that state, the upper end opening indicated by the solid line in FIG. In the state, the garbage bag G is accommodated in the garbage net P3 from the opening. At this time, as shown by the chain line in the figure, the end of the string member 20 (fastener 24) is positioned inside the ring by reversing the cylindrical member 33, and in this state, the garbage bag G is placed on them. Since they overlap, the frictional force between the string member 20 and the cylindrical member 33 is increased, and the string member 20 is locked more strongly (expansion of diameter is prevented).
Thereafter, as indicated by a chain line in the figure, the diameter of the upper end portion of the net body 10 is reduced by squeezing the string member 22, and the reduced diameter state is maintained by the cord adjuster 21.
When the string members 20 and 22 are squeezed, the string members are guided by the cylindrical members 33 and 33 ', so that the squeezing action is smooth and the string members of the cylinder 17 at the upper and lower ends of the net body 10 are smooth. Damage to the drawer end is prevented. The garbage net P3 can be covered with the garbage bag G with the upper end of the net body 10 closed, and then the lower end of the net body 10 can be squeezed.

The garbage bag G is housed in the garbage net P3 because the lower end of the annular body of the net body 10 is not substantially enlarged in diameter, so that the trap 10a is not lost, and the garbage bag G is not pulled out by crows or the like. Can do.
On the other hand, when the net body 10 is lifted, as shown by a chain line in FIG. 8, the string member 20 is lifted while moving inside the cylindrical member 33 by the reduction of the pulling force and the pressing force of the garbage bag G, and the net body Since the diameter of the annular lower end portion of the ring 10 is allowed, the garbage bag G passes through the lower end portion opening smoothly with its weight. For this reason, the garbage bag G comes out of the garbage net P3 and is thrown into the collection vehicle.

Further, FIG. 9 shows a bird netting dust net P4 of another embodiment, and this dust net P4 is replaced with a retaining ring 31 (tubular members 33, 33 ′) in the bird netting dust nets P1 to P3. Thus, depending on how the string member 20 is tied (how to tie it), the diameter of the lower end of the dust net P4 is maintained and the diameter is increased when lifted.
The string member 20 may be knotted as long as the other end is wound around one end of the string member 20 as long as the action is performed. For example, the string member 20 is a knot 25 shown in FIG.

In the same manner as described above, the dust net P4 is covered with the dust net P4 with the lower end of the dust net P4 expanded in the state where the dust bag G is placed, and then the string member. When 20 is squeezed, as shown by a chain line in FIG. 9, the lower end portion of the squeezed net body 10 is folded inward to form a trap portion 10a. At this time, both open ends of the string member 20 are set as a knot 25 shown by a chain line in FIG. 9, and the reduced diameter (squeezed) state is maintained by friction between the string member 20 and the knot. If the reduced diameter state cannot be maintained with the knot 25, one or two turns are further performed.
The state in which the trap portion 10a is formed prevents the garbage bag G from being stored and taken out and the crow and the like from being scattered by the same action as the above-described dust nets P1 to P3.
On the other hand, when the garbage bag G is collected, if the garbage net P4 is lifted (pulled), the garbage bag G stays on the ground due to its weight, and the pressing force is reduced to some extent. The binding 25 having only the other end wound around one end thereof has a low frictional resistance between the both ends, moves toward the other end around which the one end of the string member 20 is wound, and the lower end opening of the net body 10 expands in diameter. Then, the garbage bag G passes through the opening with its weight (from the chain line in FIG. 9 to the solid line state). For this reason, the garbage bag G comes out of the garbage net P4, and the garbage bag G is thrown into the collection vehicle.
The dust net P4 can also be placed in the net body 10 through the upper opening of the net body 10 by unwinding the binding tool 12 with the string member 20 being squeezed and installed.

In each of the embodiments described above, the garbage bag G can be dedicated to garbage. This is because raw garbage is easily scattered by crows and the like. Also in the garbage nets P1, P2, and P4, the configuration of the upper end portion of the garbage net P3 (FIG. 6) is used, and the fastener 24, the retaining ring 31, the flat member 32, and the binding 25 are circular as shown by a chain line in FIG. It can be set inside the annular string member 20 (see FIGS. 2 and 4). In this way, since the garbage bag G is reliably placed and pressed on the retaining ring 31 or the like, the drawn state of the string member 20 is reliably maintained.
Moreover, it may replace with the fastener 24 and may be set as the convex part which tied each open end of the string member 20, or may connect both open ends suitably.

Furthermore, in the garbage nets P <b> 1 to P <b> 4, as described in Patent Document 5, an annular ring member can be provided on the entire circumference before the lower end of the net body 10. For example, as shown in FIGS. 10 and 11, the dust net P <b> 1 may be a dust net P <b> 5 in which an annular member 11 is provided on the entire circumference before the lower end of the net body 10. The annular member 11 is formed of a wire having an annular thickness of 3 mm or more, and has the same diameter as the net body 10 or a slightly larger diameter, and when the dust net P1 is installed on the ground or the like by the annular member 11 The installation area of the net is determined. The annular member 11 can use an appropriate material such as plastic in addition to the wire. The annular member 11 can be provided in a plurality of stages at appropriate intervals in the vertical direction. Further, as shown in FIG. 11, the annular member 11, like the string members 20 and 22, forms a ring-shaped tube 16 by picking and sewing 15 the net body 10 in a round shape and passing through the tube 16. And attach to the net body 10. With this annular member 11, the trap portion 10a is easily formed. In place of the annular member 11, a circular material having a certain degree of shape retaining property and a flexible material such as a chain or a weight member shown in Patent Document 4 can be used.
Thus, it should be thought that embodiment disclosed this time is an illustration and restrictive at no points. The scope of the present invention is defined by the terms of the claims, and is intended to include any modifications within the scope and meaning equivalent to the terms of the claims.

P1, P2, P3, P4, P5 Garbage net 10 for eliminating birds and beasts Net body 10a Trap part 11 Annular member 12 Binding tool 13 Suspension ring 14 Suspension part 15 Sewing part 16, 17 String member through tube 20 String member 21 at the lower end of the net body Cord adjuster 22 String member 24 at the upper end of the net body Fastener 25
31 Stopper (clasp)
32 Diaphragm (flat member)
33 Diaphragm (tubular member)
33a, 33b Cylindrical part 33c of cylindrical member Middle hole of cylindrical member

Claims (5)

  A cylindrical net body (10) that closes the upper end that accommodates the garbage bag (G), an annular string member (20) provided around the entire lower end of the net body (10), and an annular shape of the string member (20) A squeezing tool (31, 32, 33) partially movably passed through, and a retaining fastener (24) provided at the end of the string member (20) drawn from the squeezing tool. And the string member (20) reduces the diameter of the annular lower end of the net body (10) by tightening via the restrictor, and the frictional resistance between the restrictor and the string member (20) is: While preventing the diameter-reduced string member (20) from expanding, when the net body (10) is lifted, the string member (20) is allowed to expand in diameter due to the weight of the housed garbage bag (G). And let the garbage bag (G) pass through the lower end opening of the net body (10). Dust net for except wildlife, characterized in that it is urchin set.   The restrictor comprises a flat member (32), and the overlapping portion of the string member (20) is passed through the flat member (32). The garbage net according to claim 1, wherein a garbage bag (G) is accommodated and the flat member (32) is held flat by the garbage bag (G).   The restrictor comprises a cylindrical member (33) provided at the lower end of the net body (10), and the ends of the string member (20) are respectively guided from both ends of the cylindrical member (33). It is pulled out from a hole (33c) in the middle of the member (33), and a garbage bag (G) is accommodated in a net body (10) having a reduced diameter at the lower end, and the cylindrical bag is formed by the garbage bag (G). The member (33) is pressed down, and the garbage net for bird and animal protection according to claim 1 characterized by the above-mentioned.   A cylindrical net body (10) that closes the upper end that accommodates the garbage bag (G), an annular string member (20) that is open at both ends provided on the entire lower end of the net body (10), and the string member The string member (20) is reduced in diameter at the annular lower end of the net body (10) by a tightness (25) tightened at both ends thereof, The bundle (25) is only wrapped around one end of the string member (20), and a garbage bag (G) is accommodated in the net main body (10) having a reduced diameter at the lower end portion. When the binding (25) is pressed by (G) and the net body (10) is lifted, the binding (25) increases the diameter of the string member (20) due to the weight of the housed garbage bag (G). Allow the garbage bag (G) to the bottom of the net body (10) Dust net for except birds and animals, characterized in that it makes through from the mouth. 5. The net body (10) according to any one of claims 1 to 4, wherein an annular string member (22) is provided around the entire upper end of the net body (10), and the upper end is closed by tightening the string member (22). In the garbage net for birds and animals
A cylindrical member (33) is provided at the upper end of the net body (10), and the ends of the upper end annular string member (22) of the net body (10) are respectively guided from both ends of the cylindrical member (33). A bird and animal characterized by being pulled out from a hole (33c) in the middle of the cylindrical member (33), and the end of the drawn string member (22) being overlapped and passed through a cord adjuster (21) Garbage net for removal.

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