CN201184450Y

CN201184450Y - Bubbler

Info

Publication number: CN201184450Y
Application number: CNU200820057178XU
Authority: CN
Inventors: 刘永宁; 许晓琛; 林进东
Original assignee: CHAORI PRECISION MOLD Co Ltd SHANGHAI
Current assignee: CHAORI PRECISION MOLD Co Ltd SHANGHAI
Priority date: 2008-04-11
Filing date: 2008-04-11
Publication date: 2009-01-21
Anticipated expiration: 2018-04-11

Abstract

The utility model relates to a bubbler of a water outgoing mechanism of a water faucet, which is composed of a subuliform net, a diversion internal-sleeve, a first internal net as well as a second internal net and a jacket. The subuliform net is arranged under a water inlet end, and meshes are evenly distributed on the subuliform net; the diversion internal-sleeve is arranged under the subuliform net, and taper holes which are evenly distributed and used for diversion are arranged inside the diversion internal-sleeve; a circle of reversing clamps used for lock-jointing with the subuliform net on the diversion internal-sleeve are arranged on the inner upper edge of the diversion internal-sleeve, and a circle of reversing button positions used for lock-jointing with the inner side of the jacket are also arranged on the inner lower edge; the first internal net is arranged under the diversion internal-sleeve and above the second internal net, and square meshes are evenly distributed on the first internal net; the second internal net is arranged under the first internal net and on the bottom end surface of the jacket, and the square meshes are evenly distributed on the second internal net; air injection holes are evenly distributed on the jacket thereof and are separated by ribs, a circle of the reversing button positions used for lock-jointing with the diversion internal-sleeve are arranged on the inner upper edge, and a water outlet is arranged on the end surface of the jacket. The bubbler solves the technical problems that the water flow issuing out from the prior water faucet which adopts a direct water outgoing mode is not processed and the water flow volume is small.

Description

A kind of bubbler

Technical field:

The utility model relates to the water tap effluent mechanism, the bubbler of particularly a kind of water discharge of water faucet mechanism.

Background technique:

Generally speaking, current are directly gone out water tap not by any processing during our used water discharge of water faucet, water outlet in the unit area all is the water of essence like this, will use the more water of volume for the dirt that cleans in the same area, economic benefit is bad, easily causes waste.Therefore, demand urgently improving.

The model utility content:

The purpose of this utility model provides a kind of bubbler, the current that solved the direct water-out manners of existing water tap all are not through processing, the technical problem that the current volume is little, and it produces steam bubble with tap water current and air mixing, increase the volume of water, thereby play the water saving effect.

For solving the problems of the technologies described above, the utility model is achieved in that

A kind of bubbler is characterized in that: it is made up of cover, first Intranet, second Intranet and overcoat in taper net, the shunting; Wherein:

Said taper net is located under the feed-water end, is evenly distributed with mesh on it;

It is off the net to be sheathed on taper in the said shunting, and its inside is provided with the equally distributed cone shape hole that is used to shunt, inner upper edge be provided with a circle be used for its on the back-off of taper net snapping, outside lower edge also is provided with the back-off position that a circle is used to snap into the overcoat inboard;

Under being located at and overlapping in the shunting, said first Intranet on second Intranet, is evenly distributed with square mesh on it;

Said second Intranet is located under first Intranet on the overcoat bottom end, is evenly distributed with square mesh on it;

Between said first Intranet and second Intranet spacing is arranged;

Said overcoat is evenly distributed with injection hole on it and separates with rib, and inner upper edge is provided with a circle back-off position and is used for connecing with the shunting internal taping, and the overcoat end face is provided with water outlet.

Described bubbler is characterized in that: the online mesh of this taper is positive hexagon hole, separates with rib between the Kong Yukong.

Described bubbler is characterized in that: the end face of this overcoat has the osculum that the rib of being arranged by rule is divided into.

By said structure, the utlity model has following useful technique effect:

The utility model product produces steam bubble with tap water and air mixing, increases the volume of water, thereby plays the purpose of water saving.Its principle is by the choked flow of multilayer and shunting, and sneaks into bubble in this process, reaches the minimizing flow velocity, and same water yield increase effectively goes out the purpose of water capacity, is enterprise or family's using water wisely.

Description of drawings:

Fig. 1 is the three-dimensional exploded view of the utility model product one preferred embodiment.

Fig. 2 is the composite structure schematic representation of the utility model product one preferred embodiment.

Among the figure:

1-taper net; The 11-mesh;

Cover in the 2-shunting; The 21-cone shape hole;

22-upper edge back-off; 23-lower edge back-off;

3-first Intranet; The square mesh of 31-;

4-second Intranet; The square mesh of 41-;

The 5-overcoat; The 51-injection hole;

The 52-rib; The 53-back-off.

Embodiment:

See also Fig. 1,2, they are structural representations of the utility model bubbler one preferred embodiment.As shown in the figure: it is made of cover 2, first Intranet 3, second Intranet 4 and overcoat 5 in taper net 1, the shunting.Wherein:

This taper net 1 is located under the feed-water end, is evenly distributed with mesh 11 on it, and the positive hexagon hole that this mesh 11 is internal diameter 0.50mm between the Kong Yukong is that the rib of 0.25mm separates with the width.

Cover 2 is located at the taper net 1 time in this shunting, its inside be provided with equally distributed cone shape hole 21 be used for the shunting, inner upper edge be provided with one the circle back-off 22, be used for its on taper net 1 snapping, outside lower edge also is provided with a circle back-off position 23, snaps into overcoat 5 inboards by this button bit.

This first Intranet 3 is located in the shunting and is overlapped on 2 times second Intranets 4, is evenly distributed with square mesh 31 on it.This second Intranet 4 is located under first Intranet 3 on overcoat 5 bottom ends, is evenly distributed with square mesh 41 on it.Between first Intranet 3 and second Intranet 4 spacing being arranged, is that profile frame (circle) by two nets keeps the distance between them, and just the profile frame of two nets does not have spacing.

This overcoat 5 is evenly distributed with injection hole 51 on it and separates with rib 52, inner upper edge be provided with a circle back-off position 53 be used for shunting in cover 2 snappings, the overcoat end face is provided with water outlet.The end face of this overcoat can have the osculum that the rib of being arranged by rule is divided into.

During use, tap water at first slows down by taper net 1, shunts by cover 2 in shunting then, and the air mixing composition steam bubble of coming in overcoat 5 filters the back by first Intranet 3 and 4 pairs of steam bubble sizes of second Intranet again and flows out bubbler again.

Being the preferred embodiment of the utility model product only in sum, is not the practical range that is used for limiting the utility model product.Be that all equivalences of doing according to the content of the utility model request for product claim change and modification, all should be the technology category of the utility model product.

Claims

1, a kind of bubbler is characterized in that: it is made up of cover (2), first Intranet (3), second Intranet (4) and overcoat (5) in taper net (1), the shunting; Wherein:

Said taper net (1) is located under the feed-water end, is evenly distributed with mesh (11) on it;

Cover (2) is located under the taper net (1) in the said shunting, its inside is provided with the equally distributed cone shape hole that is used to shunt (21), inner upper edge be provided with a circle be used for its on the back-off (22) of taper net (1) snapping, outside lower edge also is provided with a circle and is used to snap into the inboard back-off position (23) of overcoat (5);

Said first Intranet (3) is located at and is overlapped in the shunting on (2) following second Intranet (4), is evenly distributed with square mesh (31) on it;

Said second Intranet (4) is located under first Intranet (3) on overcoat (5) bottom end, is evenly distributed with square mesh (41) on it;

Between said first Intranet (3) and second Intranet (4) spacing is arranged;

Said overcoat (5) is evenly distributed with injection hole (51) on it and separates with rib (52), inner upper edge be provided with a circle back-off position (53) be used for shunting in cover (2) snapping, overcoat (4) end face is provided with water outlet.

2, bubbler according to claim 1 is characterized in that: the mesh (11) on this taper net (1) is positive hexagon hole, separates with rib between the Kong Yukong.

3, bubbler according to claim 1 and 2 is characterized in that: the end face of this overcoat (5) has the osculum that the rib of being arranged by rule is divided into.