BR202012004883U2 - ANTI INSECT SIPHONE BOX - Google Patents

Abstract

ANTI INSECT SIPHONED BOX Utility model patent for an insipid siphoned box that is comprised of a main box 1, with entries 2,3,4,5,6,7, and 8 that are opened at the time of installation according to the user's need. These inlets are for water that comes from the sink, washbasin and others. the centralizer 11, works as a funnel causing the water to first fall on the cover 12, (drain), of the weight compartment 13 filling it because the holes 14 and 15 do not overcome the water flow that enters it, and thus it overflows and the water in the form of a cascade falls from the external side of the weight compartment 13, passing through exits 22,23,24 and 25 of penstock 19, and going to the sewer network. This happens simultaneously with the weight compartment 13 becoming heavy (its weight is greater than the hydrostatic thrust suffered by the buoy 26) with the volume of water that enters it and moving vertically downwards, unblocking the outlet 27 with the displacement of the buoy 26 (The size of the outlet opening 27 is according to the water flow that enters the insect trap.) The weight 13 compartment remains displaced downwards while water is entering the insect trap (see figure 4). When the water stops entering it, the reverse process is done, emptying the weight compartment 13 through holes 14 and 15 enough to make it light and return to its place of disuse pushed by buoy 26 (hydrostatic thrust) consequently ~ Possible insect entries both by float 26 and by lid 12 (drain) of the weight compartment 13 and to protect the water that is stored in the bottom of the dengue mosquito siphon box.

Description

"ANTI INSECT SIPHONE BOX".

The present utility model patent aims at an insect trap siphon box model for use in the bathroom and the like and which has been given original construction with a view to improving its use and efficiency over existing ones.

Some insect-proof siphon boxes are already known which are comprised of a grid that is closed manually each time of use (after bathing for example). Others that store water at its bottom, with the intention of preventing insects from entering the residence through it.

There are also valves that are connected to the sewage system, whose function is to contain the entry of insects into the residence by the sewer pipe.

These models of existing sewage insect control equipment 15 can be attributed to several flaws in their operation. What has a grid for example, the user may not forget to open it, because when you use it if the bath water is closed (for example), there will be no exit by swearing it in the box, so the The user will realize that they will have to open it for water to come out. This had not happened at closing, because sometimes the user forgets to close it and has no mechanism to remind him. Enabling the entry of insects into the residence.

Regarding the siphoned boxes that store water in their bottom with the intention of containing the insects entrance, there are also flaws. Due to the fact that some insects, (the cockroach for example), which do not breathe from under the water but, in order to reach its survival objective, it has adapted in such a way that it enters the siphoned siphon by plunging it all the way down. submerged from the siphoned box and reached its goal, enter the residence behind habitat.

It can also become dengue mosquito breeding because it stores water and is unprotected.

And the valves connected to the sewage, when opening for water to pass, the insects enter easily, because they get crowded in the dry parts of these valves, just waiting for their opening to enter, that is, their openings are not made entirely from below. of water, (water runs in half pipe).

In view of these problems and the purpose of overcoming them, the design of an insect insiphoned siphon box, object of the present invention, consisting of a taller than common vertical insiphon siphon box, has been developed. Its operation takes place through a valve, where the water that is naturally stored in its bottom helps (thrust) in its operation and that the outlet for sewage is totally submerged, that is, its opening and made entirely under water, making it impossible for insects to enter. Even the cockroaches that usually dive to reach their goal. They may dive but they will always find the passage closed, unable to enter by making their way back to the sewer or even drowning because they do not have the ability to breathe underwater.

The operation of this type of equipment occurs through its mechanisms that are activated by the water when in use.

On the other hand, can be disassembled for maintenance, its components are only fitted.

The accompanying drawings show the insect insiphoned box arrangement of the present invention, in which;

Figure 1 shows it in exploded perspective; Figure 2 shows it mounted in perspective;

Figure 3 shows it in front section;

Figure 4 shows it in right lateral section,

working;

Figure 5 shows a in top view.

Accordingly, as illustrated by the above figures, the insect insiphoned box design, object of the present invention, consists of a main box 1, vertically with entrances 2, 3, 4, 5, 6, 7 and 8 which are opened at installation according to the user's needs. These inlets are for water coming from the sink, washbasin and others. In the main box 1 the components are assembled; upper drain 9, drain port 10, centralizer 11, which functions as a funnel by centralizing all the water that enters the anti-siphon box on the lid 13 (drain) of the weight compartment 13. The weight 13 compartment has the function of moving the float 26, for the passage of water, its displacement is in a vertical downward direction, which is comprised of a lid 12 (drain) This lid 12 is a drain with smaller bulging holes, having as one of the purposes to prevent the entry of dirty macros. inside the weight compartment 13, (hair, sand and others). Bulged porter shaped dirt that does not pass through the holes of the lid 12, also does not stay on the same, slide falling outside the

weight compartment 13, that is, by straining the water entering it, making it impossible for holes 14 and 15 of the weight compartment 13 to clog and thereby allowing its normal operation. Its bulging shape mates perfectly in the waterway of the centralizer 11, thereby also blocking one of the possible insects entering. Holes 14 and 15 of the weight compartment 13 serve to empty the same when water enters the siphoned insect box and eliminate possible micro dirt that could compromise its operation. Around the body of the weight compartment 13, there is a cover 16 which prevents dirt from entering between the body of the same and the interior of the drawer 17 of the gate 19, thereby maintaining the downward and upward movement of the weight compartment 13 when required. Sluice 19, water passageway to the bottom of the siphoned box. This sluice 19 has outlets 22,23,24 and 25, outlets that concentrate 5 all the water that enters the siphoned box in outlet 27, where it is located. coupled to float 26 where water exits to the bottom of the siphoned box. Handle 20 e

21 gate for removal of gate 19, (for maintenance), float 26 one of its functions is to move the weight compartment 13 vertically upwards and block the passage of insects and contain water from the sewer in case of 10 clogging Its movement and pressure is due to the water that is stored in the lower part of the siphoned insects box (hydrostatic thrust) suffered by it, Drawer 17 where the weight compartment 13 is fitted to perform its proper function. vertically). Lock 18 is a thread that secures the gate 19 so that the pressure exerted on the beautiful float 26 (hydrostatic thrust) 15 does not cause it to escape from the center and radius of the anti-insiphon box keeping it fixed. The lower part 28 of the sluice gate 19 is lengthened downwardly submerged enough to function as a siphon containing the stench coming from the sewage system. Bottom sealing rubber 29 and top sealing rubber 30 will not smelly and seal the float 26 and the gate 19 so that in case of clogging of the sewerage do not let the water back into the house. Exit 31 Where the sewage water comes out, this outlet 31 is connected to the inner concave 32 of the siphon box. The concave detail is designed to facilitate water outflow into the sewer, thereby facilitating its maintenance (in case of clogging). The upper part of the float 26 has a socket 33 which is connected to the 25 pin 34 of the lower part of the weight compartment 13 so that the float 26 does not escape from the output beam 27 and thus also blocking the entry of insects and protecting existing water from dengue mosquitoes.

Thus, the anti-insect siphon box works different from the usual ones, that is, the water entering the anti-insect siphon box the centralizer 11, works as a funnel causing it to first fall on the lid 12 (drain) of the compartment weight 13 filling it because the holes 14 and 15 do not overcome the flow of water entering it, and so it overflows and the cascading water falls out of the 5 weight 13 compartment, passing through the outlets 22, 23,24 and 25 of the floodgate 19. This happens simultaneously with the weight compartment 13 becoming heavy (its weight is greater than the hydrostatic thrust suffered by the float 26) with the volume of water entering it and moving vertically downwards, clearing the outlet 27 with the float displacement. 26 (The size of the outlet opening 27 is according to the flow of water entering the siphoned insect box.)

The weight compartment 13 remains shifted downwards as water enters the siphoned bug box (see figure 4). When the water stops entering it the reverse process is done, emptying the weight compartment 13 through the holes 14 and 15 enough to make it light and return 15 in its disused place pushed by the float 26 (hydrostatic thrust) consequently boring possible insect entrances by both the float 26 and lid 12 (drain) of the weight compartment 13 and protect the water that is stored in the underside of the dengue mosquito insiphoned box.

Of course such equipment can be manufactured in different shapes and sizes according to the needs of the market.

Claims (9)

1. "ANTI INSECT SIPHONE BOX" comprised of a main box 1, vertical with inputs 2, 3, 4, 5, 6, 7 and 8 that are opened at the time of installation according to the user's need. These inlets are for water coming from the sink, washbasin and others. In the main box 1 the components are assembled; upper drain 9, drain port 10, characterized in that the centralizer 11, which functions as a funnel, has the function of centralizing all the water that enters the insect insiphon box on lid 12 (drain) of weight compartment 13. Weight compartment 13 has the function of moving float 26 to pass water, its displacement occurs vertically downwards, which is understood by a cap 12 (drain) This cap 12 is a drain with smaller bulging holes, having as one of the purposes to prevent the entry of dirty macros into the compartment weight 13, (hair, sand and others). Due to its bulging shape, the dirt that does not pass through the holes in the lid 12 does not stay on it either, a slide falling outside the weight compartment 13, that is, straining the water that enters it, making it impossible for holes 14 and 15 of the weight compartment 13 clog and thus allowing its normal operation. Its bulging shape mates perfectly in the waterway of the centralizer 11, thereby also blocking one of the possible insects entering. Holes 14 and 15 of the weight compartment 13 serve to empty the same when water enters the siphoned insect box and eliminate possible micro dirt that may compromise its operation. Around the body of the weight compartment 13, there is a cover 16 that prevents dirt from entering between the body of the "same" and the inside of the drawer17 of the gate 19, thereby maintaining the downward and upward movement of the weight compartment 13 when required. Slot 19, water passageway to the bottom of the siphoned insects box This sluice 19 has outlets 22,23,24 and 25, outlets that concentrate all the water that enters the siphoned box in outlet 27, local that is coupled to float 26 where the water comes out to the bottom of the siphoned insect box.Handle 20 and 21 handle for removing the gate 19, (for maintenance), float 26 one of its function is to move the weight compartment 13 vertically to above and block the passage of insects and contain the water that comes back from the sewer in case of clogging, its movement and pressure is given by the water that is stored in the bottom anti-insiphon box case (hydrostatic thrust). Drawer 17 where the weight compartment 13 is engaged to perform its proper function, (moves down and up). Lock 18 is a thread that secures the gate 19 so that the pressure exerted on the beautiful float 26 (hydrostatic thrust) does not cause it to escape from the center and radius of the anti-insiphon box keeping it fixed. The lower part 28 of the sluice gate 19 is lengthened downwardly submerged enough to function as a siphon containing the stench coming from the sewage system. Lower sealing rubber 29 and upper sealing rubber 30 do not allow a foul odor to seal the float 26 and to accommodate 19 so that in case of clogging of the sewerage do not let the water back into the house. The inner concave detail 32 of the anti-insect siphoned box is designed to facilitate the outflow of water to the sewer and also its maintenance (in case of clogging). The upper part of the float 26 has a socket 33 which is connected to the pin 34 of the lower part of the weight compartment 13 so that the float 26 does not escape from the outlet 27 radius and thus also blocking the entry of insects and protecting the existing water from dengue mosquitoes.