CN209921855U

CN209921855U - Water-drop-proof, dust-proof and fly-proof multifunctional tool for screening sun-cured objects

Info

Publication number: CN209921855U
Application number: CN201822055949.8U
Authority: CN
Inventors: 张炳君
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-10
Filing date: 2018-12-10
Publication date: 2020-01-10
Anticipated expiration: 2028-12-10

Abstract

The utility model relates to a waterproof thing sieve thing multi-functional instrument that shines that prevents dust and fly constitutes by waterproof fly-proof box, lid and shines the thing instrument, and waterproof fly-proof box, lid, sieve box constitute sieve thing instrument, the first part of the box wall body of waterproof fly-proof box has hole, lower half no hole, the box bottom of sieve box has densely covered sieve mesh, is not afraid of the water that drips when the clothing is shined the quilt to the upstairs when shining the thing, even raining in a big way also is afraid of, and the thing is drenched the thing again when also afraid of the indefinite weather of fine and rain suddenly to rain. Especially for sunning food, the pollution of flies is most feared, and the flies of the utility model can not be polluted. When the screen is used for screening, dust and debris cannot fly all day to cause dust suction and make all the day, so that the dust and debris can harm the health and pollute the environment, and the dust and debris cannot be directly screened on the ground to pollute the ground. The material is transparent and transparent, so that the screened object can be seen clearly without opening the cover, and the multifunctional screen has simple structure, easy production and multifunctional use.

Description

Water-drop-proof, dust-proof and fly-proof multifunctional tool for screening sun-cured objects

Technical Field

The utility model relates to the field of articles for daily use, in particular to a multifunctional tool for screening sun-dried objects, which is capable of preventing water drops, dust and flies.

Background

In modern life, the urbanization rate is high and rapidly increased, the small high-rise room of the elevator room is erected, the clothes are not convenient to be dried in the small high-rise room of the elevator room, the balcony bar airing is carried out, sunlight irradiation is less, irradiation time is short, the clothes are filled with the objects by boxes and placed on the clothes drying racks extending out of the balcony to be aired, the clothes are frequently dripped to wet the clothes aired in the clothes airing quilt on the floor, and the more the layers are, the more the situation is serious. Besides, the flies can pollute the sunned things, especially foods, and most afraid of fly pollution. The screen is really inconvenient to screen in the small high-rise room of the elevator room, dust and debris fly all day by day during screening, the dust and debris are sucked and fully polluted, the dust and debris harm the physical health and pollute the indoor environment, the outdoor surrounding environment, the dust and debris directly screen the ground on the ground, many people are full of the trouble, the screen with the tray and the cover can not observe the condition of the inner face without lifting the cover, and the screen has single function and does not have multiple functions. Except for small high-rise rooms of elevator rooms, single-door individual civil rooms in rural areas and cities are inconvenient, sunned objects are polluted by flies, dust fragments fly all day during screening of the objects to cause dust suction and full body, the dust fragments harm body health and pollute surrounding environment, and the dust fragments directly screen the ground to pollute the ground cannot be avoided. In summary, there is a need for a multifunctional drying and screening tool that is capable of preventing water drops, dust and flies.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a prevent water droplet dust fly-proof shine thing sieve thing multifunctional tool.

In order to achieve the above object, the utility model provides a following technical scheme:

the utility model provides a prevent that water droplet dust proof fly prevents shining thing sieve thing multi-functional instrument, scheme one: the tools shown in figures 1, 2 and 3 are used in a matching way, the length and width of the bottom of the sieve box in figure 3 are set to be standard according to the slightly lower position of the sieve box in the middle of the wall body of the four faces of the waterproof fly-proof box in figure 1, namely the position 1-5 cm below the hole of the wall body of the waterproof fly-proof box, so that a volume space cavity with the height of a few cm below the sieve box can be kept for containing screened dust and debris, and meanwhile, the dust and debris can be prevented from overflowing. When the sifter box of fig. 3 is placed in the box of fig. 1 when the sifter is to sift, the box of fig. 1 can be used as a bottom tray of the sifter box of fig. 3, and the cover of fig. 2 covers the opening of the sifter box of fig. 3. The box in figure 3 is arranged below the sieve box in figure 1 for receiving the sieved dust and debris, the cover in figure 2 covers the opening of the sieve box in figure 3, the cover in figure 2 is opened after the box is placed still for a few minutes after sieving, the sieve box in figure 3 is taken out, the dust and debris received by the box in figure 1 are poured into a garbage can or a garbage bag, if the box is required to sieve, the box in figure 1 can be firstly not poured when the dust and debris are not too much, the box can be continuously sieved, the dust and debris can be poured once again after the dust and debris are too much, and therefore the dust and debris cannot fly into the dust and debris all the day and be fully polluted when the box is sieved, the dust and debris can not harm the body and pollute the environment, and the dust and debris can not be directly sieved on the ground to pollute. And the tool material is transparent and transparent plastic material, so the condition of the inner side of the sieve box in figure 3 and the box in figure 1 can be seen at a glance without opening the cover.

When the clothes are to be dried, the clothes are put into the waterproof and fly-proof box shown in the figure 1, and then the cover shown in the figure 2 is used for covering the opening of the waterproof and fly-proof box shown in the figure 1, so that water dropping when clothes and quilts are dried on a building is not afraid, and the clothes and the west are not afraid of the pollution of flies to the sun, particularly foods are afraid of the pollution of flies, and round holes with the diameter of 2mm are uniformly and densely distributed on the upper parts of the four wall bodies of the waterproof and fly-proof box shown in the figure 1, so that the flies can be prevented from entering the box, and moisture gas of the dried clothes can penetrate through the holes on the four walls of. And the material of the tool is transparent and light-transmitting plastic material, so that the condition that things are exposed to the sun inside the common waterproof and super-strong fly-proof box in the figure 1 can be seen at a glance without opening the cover.

Scheme II: the tools shown in figures 3, 4 and 5 are used together, the length and width of the bottom of the sieve box in figure 3 are set to be standard according to the slightly lower position of the sieve box in the middle of the wall body of the four faces of the waterproof fly-proof box in figure 4, namely the position 1-3 cm below the hole of the wall body of the waterproof fly-proof box, so that a volume space with the height of a few cm below the sieve box can be kept for containing screened dust and debris, and meanwhile, the dust and debris can be prevented from overflowing.

When the sifter box of fig. 3 is placed in the box of fig. 4 when the sifter is to sift, the box of fig. 4 can be used as a bottom tray of the sifter box of fig. 3, and the cover of fig. 5 covers the opening of the sifter box of fig. 3. The box in fig. 4 is arranged below the sieve box in fig. 3 to receive the sieved dust and debris, the cover in fig. 5 covers the opening of the sieve box in fig. 3, the cover in fig. 5 is opened after the sieve box is placed still for a few minutes, the sieve box in fig. 3 is taken out, the dust and debris received by the box in fig. 4 are poured into a garbage can or a garbage bag, if the sieve box is used for sieving, the dust and debris received by the box in fig. 4 can not be poured out and continuously sieved when the dust and debris are not too much, the dust and debris can be poured out again after the dust and debris are too much, and therefore the dust and debris cannot fly into the dust and debris all day and cause harm to the body and the polluted environment, and the dust and debris cannot be directly sieved on the ground to pollute the ground. And the tool material is transparent and transparent plastic material, so the condition of the inner side of the sieve box in figure 3 and the box in figure 4 is clear without opening the cover.

When the clothes are to be dried, the clothes are put into the waterproof and fly-proof box shown in the figure 4, and then the opening of the waterproof and fly-proof box shown in the figure 4 is covered by the cover shown in the figure 5, so that water dropping when clothes and quilts are dried on a building is not afraid, and the clothes and the west are not afraid of the pollution of flies to the sun, particularly foods are afraid of the pollution of flies, and round holes with the diameter of 2mm are uniformly and densely distributed on the upper parts of the four wall bodies of the waterproof and fly-proof box shown in the figure 4, so that the flies can be prevented from entering the box, and moisture gas of the dried clothes can penetrate through the holes on the four walls of the. Aspect ratio of the top of the lid of fig. 5 the box of fig. 4 has a bore of 12-14 cm greater in length and width than the bore of the box of fig. 5, the four walls of the lid of fig. 5 are 12-13 cm tall, and when the box of fig. 4 is covered with the lid of fig. 5, the air flow is facilitated by the 6-7 cm cavity between the four walls of the lid and the four walls of the box, and moisture from the sun can pass through the holes in the four walls of the box and enter the cavity, and then escape into the air from the cavity to dry the sun, and because the bottom edges of the four walls of the lid exceed the holes 2-3 cm below the walls of the box, rain can be prevented from entering the holes, and the weather is not afraid even if it is heavy, and the weather is not afraid of the people suddenly changing to get wet the sun and do not dare to leave the door or keep other things busy when the sun is sunny. And the material of the tool is transparent and light-transmitting plastic material, so that the condition that things are shone on the inner surface of the reinforced waterproof super-strong fly-proof box in the figure 4 can be seen at a glance without opening the cover.

The length and width of the aperture length-width ratio box bottom of the waterproof fly-proof box in the first scheme and the second scheme are respectively 4-6 cm more, so that the box shape is kept large at the top and small at the bottom, and the boxes can be conveniently stacked. The caliber of the cover is longer than the length and width of the top surface of the cover by 2-6 cm respectively so as to keep the shape of the cover small at the top and convenient for the cover to be placed in an overlapped and stacked mode. The length and the width of the caliber of the waterproof fly-proof box are consistent with the length and the width of the caliber of the sieve box, and the waterproof fly-proof box and the sieve box can be matched with each other to use the same cover. The waterproof fly-proof box, the sieve box, the lid can be supporting for the rectangle structure, can support for the square structure, can support for the circular structure, and the material is transparent translucent plastic material, resin material, preferably chooses polymethyl methacrylate (PMMA) material, PET plastic material wherein.

The beneficial effects of the utility model are that, it leads to sucking the dust and makes full one's life to not just can fly to lead to the dust piece all day when sieving the thing is that the dust piece harms healthy and polluted environment, also can not the direct sieve of dust piece make dirty ground on ground. And because the tool is made of transparent and light-transmitting plastic materials, the inner surfaces of the sieve box and the bottom supporting box are clear at a glance without opening the cover. The scheme I can prevent water dropping when the clothes airer and quilt are aired on a building from being afraid of fly pollution, and particularly food is afraid of fly pollution. In the first scheme and the second scheme, the tool is made of transparent and light-transmitting plastic materials, so that the condition of the sun-cured object is clear at a glance without opening the cover, and the multifunctional sun-cured tool is multifunctional and has multiple functions.

Drawings

The invention is further illustrated with reference to the following figures and examples.

FIG. 1 is a structural view of a general waterproof super strong fly-proof box.

Fig. 2 is a structural view of a general waterproof super-strong fly-proof box cover.

FIG. 3 is a diagram of a screen box with uniformly dense holes in the bottom.

FIG. 4 is a structural view of a strong waterproof and strong fly-proof box.

Fig. 5 is a structural view of a reinforced waterproof super-strong fly-proof box cover.

1 is the edge 1 of the box mouth of the common waterproof super-strong fly-proof box (the width expanded outwards along 1 is 2-3 cm, and the edge of 1 is bent downwards and hung down by 0.6-1 cm).

2 is the wide side of the box wall.

And 3 is the long side of the box wall body.

4 are holes uniformly and densely distributed on the box wall body (the box wall body is 20cm high, wherein, the 4-surface wall body of the box within the range of 10cm above is uniformly and densely distributed with circular holes with the diameter of 2mm, and the 4-surface wall body of the box within the range of 10cm below is not provided with holes).

5 is a box bottom surface without holes.

And 6 is a box opening.

And 7 is the edge of the box cover.

And 8 is the cover surface of the box cover.

9 is the box bottom of the screen box with evenly densely distributed holes (the box bottom is directly provided with holes when the mesh number is 2-18 meshes, a stainless steel high mesh number filter screen is adhered to the box bottom when the mesh number is more than 18 meshes-2800 meshes, a high mesh number nylon filter screen is adhered by an embedding and adhering method, a large opening is reserved at the box bottom, a 1.5-3 cm wide supporting frame extending in the box is only arranged around the four wall bodies of the box bottom, the four peripheries of the filter screen are adhered to the supporting frame at the four peripheries of the screen box by an adhesive, the filter screen is preferably adhered below the supporting frame, the adhesive adhering method is convenient, the filter screen can be replaced by a new filter screen when being broken, or a pvc frame and a magnetic strip clamping groove of the magnetic strip filter screen are adopted to press the size and the shape required by the box bottom of the screen, then the pvc frame is adhered to the supporting frame at the four peripheries of the screen box, the filter screen is preferably adhered below the supporting frame, the method is more convenient, and the filter screen can be replaced by a new filter screen after being rotten, and the two methods can be adopted when the mesh number is 2-18).

10 are holes which are uniformly and densely distributed (the holes are directly formed on the bottom surface of the box when the mesh number is 2-18 meshes, a stainless steel high mesh filter screen is adhered on the bottom surface of the box when the mesh number is more than 18 meshes-2800 meshes, a high mesh nylon filter screen is adhered on the bottom of the box by an embedding and adhering method, a large opening is left on the bottom of the box, only a 1.5-3 cm wide supporting frame which extends into the box is arranged around four wall bodies of the bottom of the box, the four peripheries of the filter screen are adhered on the supporting frame of the four peripheries of the screen box by an adhesive, the filter screen is adhered under the supporting frame preferentially, the adhesive adhering method is convenient, the filter screen is rotten, the filter screen can be replaced by a new filter screen, or a pvc frame and a clamping groove of a magnetic screen are pressed into the size and the shape required by the bottom of the screen box, then the pvc frame is adhered on the supporting frame of the four peripheries of the screen box, the method is more convenient, and the filter screen can be replaced by a new filter screen after being rotten, and the two methods can be adopted when the mesh number is 2-18).

11 are inwards concave hand supports, and the symmetrical positions of the left side and the right side are respectively provided with an inwards concave hand support, so that the hand end box is convenient to use.

And 12 is the edge 2 of the box opening of the reinforced waterproof super-strong fly-proof box (the width expanded outwards along the edge 2 is 5-6 cm, and the edge 2 is bent downwards and hung down by 0.6-1 cm).

And 14 is a lid top surface.

15 is the side of the wall of the length of the cover (side wall height 12-13 cm, after cover, wall bottom edge exceeds the box wall hole 2-3 cm, to prevent rain from entering the hole).

16 is the width of the lid side wall (side wall height 12-13 cm, lid closed, wall bottom edge 2-3 cm beyond the box wall hole to prevent rain from entering the hole).

And 17 is a cover opening.

18 is the bottom edge of the flap.

19 is a node 1 which is protruded upwards on the edge surface of the box opening of the common waterproof super strong fly-proof box (the length of the node 1 is 1cm, the width of the node 1 is 0.5-0.8 cm, the height of the node 1 is 2mm, and the function is that after the cover is covered, a gap with the interval of 2mm is arranged between the cover and the box opening edge to diffuse air and increase the air flow to the outside again).

20 is the node 2 which is protruded upwards on the edge surface of the edge of the reinforced waterproof super strong fly-proof box opening (the length of the node 2 is 2-3 cm, the width of the node 2 is 1-1.5 cm, the height of the node 2 is 2mm, and the function is that after the cover is covered, the gap with the interval of 2mm between the cover and the edge of the box opening diffuses air and increases the air flow with the outside again).

21 are supporting leg edges around four sides of the box bottom of the sieve box, and are used for suspending the sieve hole surface of the box bottom, so that the sieve hole surface of the box bottom and a surface (such as the ground and a table top) placed on the ground have a certain distance interval, the supporting leg edges are 1.2-1.5 cm high, the thickness of the supporting leg edges is consistent with the thickness of a wall body of the sieve box, and the supporting leg edges are straight downward parts of the wall body of the sieve box.

22 are the long and wide side walls of the screen box.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first scheme is as follows: the tools shown in figures 1, 2 and 3 are used in a matching way, the length and width of the bottom of the sieve box in figure 3 are set to be standard according to the slightly lower position of the sieve box placed in the middle of the four wall bodies of the waterproof fly-proof box in figure 1, namely the position 1-5 cm below the holes of the wall bodies of the waterproof fly-proof box, so that a volume space cavity with the height of a few cm below the sieve box can be kept for containing screened dust and debris, and meanwhile, the dust and debris can be prevented from overflowing.

When the sifter box of fig. 3 is placed in the box of fig. 1 when the sifter is to sift, the box of fig. 1 can be used as a bottom tray of the sifter box of fig. 3, and the cover of fig. 2 covers the opening of the sifter box of fig. 3. The materials are screened out through the uniformly-distributed holes (10) in the box bottom (9) of the sieve box with uniformly-distributed holes, the box in the figure 1 is arranged below the sieve box in the figure 3 to receive the screened out dust and debris, the cover in the figure 2 covers the opening of the sieve box in the figure 3, the cover in the figure 2 is lifted after the sieve box is placed for a few minutes, the sieve box in the figure 3 is taken out, the dust and debris received by the box in the figure 1 are poured into a garbage can or a garbage bag, if the materials are required to be screened, the materials can be continuously screened when the dust and debris received by the box in the figure 1 are not poured, the materials can be poured again after the dust and debris are too much, and therefore the materials cannot be screened all day after the materials are sucked into the dust and debris, the dust and debris are too full to harm the body and pollute the environment, and the dust and debris cannot be directly screened on the ground. And the tool material is transparent and transparent plastic material, so the condition of the inner side of the sieve box in figure 3 and the box in figure 1 can be seen at a glance without opening the cover.

When the clothes are needed to be dried, the clothes are put into the waterproof and fly-proof box shown in the figure 1, then the cover shown in the figure 2 is used for covering the opening of the waterproof and fly-proof box shown in the figure 1, so that water dropping when clothes and quilts are dried on a building is not influenced, and the clothes and the vegetables which are not polluted by flies to be dried are not influenced, particularly foods which are influenced most by the flies to be dried, and round holes with the diameter of 2mm are uniformly and densely distributed on the upper parts of the four wall bodies of the waterproof and fly-proof box shown in the figure 1, namely, the holes (4) uniformly and densely distributed on the wall body of the box shown in the figure 1, so that the flies can be prevented from entering the box, and moisture gas of the dried clothes can penetrate through the holes on the four walls of the box shown in the figure 1, namely. And the material of the tool is transparent and light-transmitting plastic material, so that the condition that things are exposed to the sun inside the common waterproof and super-strong fly-proof box in the figure 1 can be seen at a glance without opening the cover.

Scheme II: the tools shown in figures 3, 4 and 5 are used together, the length and width of the bottom of the sieve box in figure 3 are determined by the slightly lower position of the sieve box in the middle of the four wall bodies of the waterproof fly-proof box in figure 4, namely the position 1-3 cm below the holes of the wall bodies of the waterproof fly-proof box, so that a volume space with the height of a few cm below the sieve box can be kept for containing screened dust and debris, and meanwhile, the dust and debris can be prevented from overflowing.

When the sifter box of fig. 3 is placed in the box of fig. 4 when the sifter is to sift, the box of fig. 4 can be used as a bottom tray of the sifter box of fig. 3, and the cover of fig. 5 covers the opening of the sifter box of fig. 3. The materials are screened out through the uniformly-distributed holes (10) in the box bottom (9) of the sieve box with uniformly-distributed holes, the box in fig. 4 is arranged below the sieve box in fig. 3 to receive the screened out dust and debris, the cover in fig. 5 covers the opening of the sieve box in fig. 3, the cover in fig. 5 is lifted after the sieve box is placed for a few minutes, the sieve box in fig. 3 is taken out, the dust and debris received by the box in fig. 4 are poured into a garbage can or a garbage bag, if the materials are to be sieved, the materials can be continuously sieved when the amount of the dust and debris received by the box in fig. 4 is not poured, the materials can be continuously sieved when the amount of the dust and debris is large, the dust and debris can not be fully sucked into the dust and debris in the whole day when the materials are sieved, the body and the environment are harmed by the dust and debris, and the ground cannot be directly sieved. And the tool material is transparent and transparent plastic material, so the condition of the inner side of the sieve box in figure 3 and the box in figure 4 is clear without opening the cover.

When the clothes are to be dried, the clothes are put into the waterproof and fly-proof box shown in the figure 4, and then the opening of the waterproof and fly-proof box shown in the figure 4 is covered by the cover shown in the figure 5, so that water dropping when clothes and quilts are dried on a building is not influenced, and the clothes and the vegetables which are not polluted by flies are not influenced, particularly foods which are influenced most by flies, and round holes with the diameter of 2mm are uniformly and densely distributed on the upper parts of the four wall bodies of the waterproof and fly-proof box shown in the figure 4, namely the holes (4) uniformly and densely distributed on the wall body of the box shown in the figure 4 can prevent flies from entering the box, and moisture gas of the dried clothes can penetrate through the holes on the four walls of the box, namely the holes (4) uniformly and densely distributed on the wall body of the box shown in the. The four walls of the cover of fig. 5 are 12-13 cm high, and after the cover of fig. 5 is covered on the box of fig. 4, because a cavity of 6-7 cm is formed between the four walls of the cover and the four walls of the box, the cavity is favorable for air flow, moisture gas of a sunned object can penetrate through the holes of the four walls of the box, namely holes (4) uniformly and densely distributed on the box wall body of fig. 4, and enter the cavity and then is emitted into the air from the cavity to dry the object, because the bottom edges of the four wall bodies of the cover, namely the bottom edge (18) of the cover opening exceed the holes 2-3 cm at the lowest part of the box wall body, rainwater can be prevented from entering the holes, and the rain-proof effect is not influenced even if the rain is high, and the fear that a person suddenly rains in a sunny day and does not dare to get out of a door or hold things and do not dare to other things. And the material of the tool is transparent and light-transmitting plastic material, so that the condition that things are shone on the inner surface of the reinforced waterproof super-strong fly-proof box in the figure 4 can be seen at a glance without opening the cover.

In the above embodiment, the length and width of the box bottom with the aperture length-width ratio of the waterproof and fly-proof box in the first and second schemes are respectively 4-6 cm more, so as to keep the box shape large at the top and small at the bottom, and facilitate the overlapping and stacking of the boxes. The caliber of the cover is longer than the length and width of the top surface of the cover by 2-6 cm respectively so as to keep the shape of the cover small at the top and convenient for the cover to be placed in an overlapped and stacked mode. The shape of the opening edge of the waterproof fly-proof box is completely consistent with that of the opening edge of the matched sieve box, and the waterproof fly-proof box and the matched sieve box can be matched with each other to use the same cover.

When the tool in the scheme I shown in figures 1, 2 and 3 is matched, the length-width ratio of the edge of the cover in figure 2, excluding the inner face of the wall thickness, of the edge of the common waterproof super-strong fly-preventing box in figure 1 is more than 0.4cm, the cover is conveniently covered, and gaps are reserved, so that the air flow is facilitated, and the drying of the things is facilitated. The length and width of the edge of the sieve box in the figure 3 are respectively 4mm more than those of the common waterproof super-strong fly-proof box in the figure 1, and the length, width and shape of the edge of the sieve box in the figure 3 are completely corresponding to those of the cover edge in the figure 2 in a symmetrical and corresponding mode.

When the tools in the second scheme, namely the second scheme, are matched with the tools in the figures 3, 4 and 5, the length-width ratio of the cover top of the cover in the figure 5, which does not comprise the inner face of the wall thickness, is respectively 0.5-1cm larger than the length-width of the edge of the reinforced waterproof super-strong fly-proof box in the figure 4, the cover is conveniently covered and certain gaps are reserved to facilitate air flow and drying of the sun, and the length-width size of the edge of the sieve box in the figure 3 is respectively 0.5-1cm larger than the length-width size of the edge of the reinforced waterproof.

The upper parts of the wall bodies on the four surfaces of the waterproof and fly-proof box in the figures 1 and 4 are provided with uniformly and densely distributed circular holes, and the up-down and left-right intervals between the edges of the circular holes and the edges of the circular holes are 2-3 mm.

The waterproof fly-proof box, the sieve box and the cover can be matched with each other to form a rectangular structure, a square structure or a circular structure, the length, the width and the diameter of the matched shape structure are not limited, the matched rectangular structure preferably has the opening width of 30-50 cm and the opening length of 40-60 cm. The supporting is a square structure and preferably has the opening length and width of 30-50 cm, the supporting is a circular structure and preferably has the opening diameter of 40-60 cm, the supporting is a square structure and the supporting is a circular structure, the waterproof fly-proof box is shown in figure 1, figure 2, figure 3, figure 4 and figure 5, the supporting is a rectangular structure, the specific structural principle and the function of the cover are the same, and the cover is different in shape. The thickness of the waterproof fly-proof box, the sieve box and the cover is preferably 1.5-3 mm, and the material is transparent and translucent material, particularly transparent and translucent plastic material and resin material. The polymethyl methacrylate (PMMA) material and the PET plastic material are preferably selected.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims

1. The utility model provides a prevent that water droplet dust proof fly prevents shining thing sieve thing multifunctional tool, characterized by: constitute by waterproof fly-proof box, lid and shine the thing instrument, constitute the sieve thing instrument by waterproof fly-proof box, lid, sieve box, the first half of the box wall body of waterproof fly-proof box has the hole, the lower half does not have the hole, the long wide size that the box bottom of sieve box has densely covered sieve mesh, sieve box bottom uses the sieve box to put into the little lower position in waterproof fly-proof box wall body middle part as the standard, and the shape is followed with the mouth shape of joining in marriage the sieve box along the shape unanimity, they can use same lid jointly to the mouth shape of waterproof fly-proof box, and the sieve box is equipped with waterproof fly-proof box size shape mutually, and the material of waterproof fly-proof box, sieve box, lid is transparent material.

2. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the screen box comprises a screen box matched with a common waterproof superstrong fly-proof box and a screen box matched with an enhanced waterproof superstrong fly-proof box, wherein the length and width of the bottom of the screen box matched with the common waterproof superstrong fly-proof box is based on the standard that the screen box is placed 1-5 cm below a hole of a wall body of the common waterproof superstrong fly-proof box, and the length and width of the bottom of the screen box matched with the enhanced waterproof superstrong fly-proof box is based on the standard that the screen box is placed 1-3 cm below the hole of the wall body of the enhanced waterproof superstrong fly-proof box.

3. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the length and the width of the aperture length-width ratio box bottom of the waterproof fly-preventing box are respectively 4-6 cm more, so as to keep the box shape big-end-up and small-end-down and facilitate the box to be overlapped and stacked, the aperture length-width ratio of the aperture length-width ratio cover top of the cover is respectively 2-6 cm more, so as to keep the cover shape big-end-down and facilitate the cover to be overlapped and stacked, the waterproof fly-preventing box comprises a common waterproof superstrong fly-preventing box and a reinforced waterproof superstrong fly-preventing box, the length and the width of the edge of the cover, which does not comprise the wall thickness inner face, of the common waterproof superstrong fly-preventing box are respectively 0.4cm more, the convenient cover and some gaps are reserved to facilitate air flow, the length and the width of the edge of the sieve box are respectively 0.4cm more than the length and the width of the edge of the common waterproof superstrong fly-preventing box, the length, the width and the shape of the edge of the sieve box are completely consistent with the length, the cover is conveniently covered and a plurality of gaps are reserved, so that air flow is facilitated, and the length and the width of the edge of the sieve box are 0.5-1cm larger than those of the reinforced waterproof super-strong fly-proof box.

4. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the four walls of the cover are 12-13 cm high, when the box is covered with the cover, the cavity is 6-7 cm between the four walls of the cover and the four walls of the box, the cavity is favorable for air flow, and the bottom edge (18) of the cover opening exceeds the lowest holes of the box walls by 2-3 cm, so that rainwater can be prevented from entering the holes.

5. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the waterproof fly-preventing box comprises a common waterproof superstrong fly-preventing box, a reinforced waterproof superstrong fly-preventing box, a box bottom (9) of a sieve box with uniformly and densely distributed holes, uniformly and densely distributed holes (10), inwards recessed hand supports (11) of the reinforced waterproof superstrong fly-preventing box and inwards recessed hand supports respectively arranged at the symmetrical positions of the left side and the right side, and is used for facilitating the use of a hand end box, a border 2(12) of the reinforced waterproof superstrong fly-preventing box opening, a width outwards extended along 2 is 5-6 cm, an upwards protruding nodule 1(19) on the border of the common waterproof superstrong fly-preventing box opening, a length 1cm of the nodule 1, a width 0.5-0.8 cm of the nodule 1, a height 2mm of the nodule 1, an upwards protruding nodule 2(20) on the border of the reinforced waterproof superstrong fly-preventing box opening, The length of the node 2 is 2-3 cm, the width of the node 2 is 1-1.5 cm, the height of the node 2 is 2mm, and the up-down left-right interval between the edge of the circular hole and the edge of the circular hole is 2-3 mm.

6. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the waterproof fly-proof box, the sieve box and the cover are matched to be in a rectangular structure or matched to be in a square structure or matched to be in a circular structure.

7. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the transparent and light-transmitting material is selected from transparent and light-transmitting plastic materials and resin materials.

8. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the transparent and light-transmitting material is selected from a transparent and light-transmitting plastic material and a resin material, and the transparent and light-transmitting plastic material is selected from a PET (polyethylene terephthalate) plastic material and the resin material is selected from a polymethyl methacrylate material.

9. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the upper half part of the box wall body of the waterproof fly-proof box is uniformly and densely distributed with circular holes with the diameter of 2 mm.

10. The multifunctional tool for screening sun-cured objects, which is capable of preventing water drops, dust and flies, according to claim 1, is characterized in that: the mesh number of the sieve box is 2-18, the structure form of directly opening a hole on the bottom surface of the box is adopted, or the structure form of pasting a filter screen on the bottom of the box is adopted, the structure form of pasting a stainless steel high-mesh filter screen on the bottom of the box is adopted when the mesh number is more than 18-2800, the structure form of pasting a nylon filter screen on the bottom of the box is adopted, a large opening is reserved at the bottom of the sieve box, only a 1.5-3 cm wide supporting frame extending in the box is arranged around the four wall bodies of the bottom of the box, a pasting filter screen is arranged on the supporting frame, or a pasting screen window pvc frame clamping groove strip filter screen is arranged on the supporting frame, supporting leg edges are arranged around the four sides of the bottom of the sieve box and used for suspending the mesh surface of.