CN201178781Y

CN201178781Y - Powder ejecting structure

Info

Publication number: CN201178781Y
Application number: CN 200820000829
Authority: CN
Inventors: 游元文
Original assignee: Ing Wen Precision Enterprise Co Ltd
Current assignee: Ing Wen Precision Enterprise Co Ltd
Priority date: 2008-02-28
Filing date: 2008-02-28
Publication date: 2009-01-14
Anticipated expiration: 2018-02-28

Abstract

The utility model provides a powder spraying structure which mainly comprises a locked cover, a spray head, a nozzle, an air guide component and a suction pipe, wherein, the air guide component is combined with a body front section end to be locked and connected to the inside of a transverse through hole, the rear end is combined with a pressure ball, by dint of axial through holes and transverse through holes which are communicated in a T-shaped intersected way inside the spray head, an action chamber is formed at a juncture place, a shaft body of the air guide component is provided with a guide slanting cut part which is in a slanting state towards the nozzle, when the air is brought out by the shaft body at the front end of the air guide component, the air is combined with the incense powder and is sprayed out from the nozzle, the incense powder absorbed by the suction pipe is sprayed out without mixing with the air and the incense powder of the action chamber, the nozzle with the diameter bigger than that of a powder particle can spray out the incense powder evenly, and the bigger incense powder receiving space is not blocked.

Description

Powder ejection structure

Technical field

The utility model is to be easy to assembling and to have powder spray uniform powder ejection structure about a kind of.

Background technology

The Bottle structure of the employed collecting bottle of face powder powder from simple and easy bottle to the shape that can dust that is generally used in face, hair or parts of body has, and the amount that easy bottle uses is difficult to control, and, also there is powder to pour out situation easily because the bottle opening is big.

Summary of the invention

Main purpose of the present utility model is to overcome the defective of prior art, can use by splendid attire for making the face powder powder have suitable bottle, and a kind of structure of specializing in face powder powder ejection is provided, and at the material of face powder powder design is strengthened powder and is evenly sprayed state, emphasize to reach the generation effect of dusting uniformly simultaneously, thereby provide a kind of structure for the even ejection of face powder powder, by by in the shower nozzle by the axially extending bore of the staggered conducting of T type and level to through hole, intersection is formed with application chamber, can be for storing the face powder powder, the face powder powder of being drawn by suction pipe can be by being ejected with the face powder powder of application chamber in the lump with after gas mixes, and bigger face powder powder accommodation space does not have and blocks the situation generation.

Another purpose of the present utility model, promptly be to provide air guide assembly with guiding oblique cutting part, the level that is arranged at is towards nozzle the gradually oblique state of direction to be set to the set guiding oblique cutting part of air guide assembly front end axis body of through hole, when gas enters the ejection of application chamber drive face powder powder, the face powder powder can spray in the lump along guiding oblique cutting part mist, and the face powder powder that is sprayed can evenly adhere to the attached position of spray that distributes.

The purpose of this utility model realizes by following technical proposals, it consists predominantly of locking closure powder ejection structure provided by the utility model, shower nozzle, nozzle, air guide assembly and suction pipe, wherein be combined with shower nozzle in the axis hole of locking closure top, shower nozzle connects neck with it and is arranged in the locking closure, connect neck and be connected with suction pipe, shower nozzle has the axially extending bore that is the staggered conducting of T type and level to through hole, axially extending bore also is communicated in the connection neck, be positioned at axially extending bore and level and be formed with application chamber to the through hole intersection, level can be combined with nozzle to the through hole front opening, open rearward end can be combined with the air guide assembly, it is characterized in that; Level in the shower nozzle is formed with the narrow inner edge that contracts to through hole front end place; The air guide assembly in conjunction with body leading portion end interlocking in level in through hole, the rear end is combined with pressure ball, the set axis body of air guide assembly front end is to protrude out to be arranged at the application chamber position, the set pore of air guide assembly is to run through air guide assembly integral body, air guide assembly axis body is to be provided with the guiding oblique cutting part, and this guiding oblique cutting part is crossed over application chamber and towards nozzle the direction setting is set.

Compared with prior art, powder ejection structure described in the utility model, making the face powder powder have suitable bottle can use by splendid attire, and at the material of face powder powder design is strengthened powder and is evenly sprayed state, emphasize to reach the generation effect of dusting uniformly simultaneously, and by by in the shower nozzle by the axially extending bore of the staggered conducting of T type and level to through hole, intersection is formed with application chamber, can be for storing the face powder powder, can be by the face powder powder that suction pipe is drawn by being ejected in the lump with after gas mixes with the face powder powder of application chamber, and bigger face powder powder accommodation space does not have and blocks following just relevant technology contents of the present utility model of situation generation and detailed description, and existing conjunction with figs. and given embodiment describe as follows.

Description of drawings

That shown in Figure 1 is stereoscopic figure of the present utility model;

Shown in Figure 2 is exploded perspective view of the present utility model;

Shown in Figure 3 is structural profile of the utility model and the ejection path schematic diagram that shows the face powder powder;

Shown in Figure 4 is that the utility model shower nozzle is with gas and face powder powder ejection view;

Shown in Figure 5 is the enforcement view that the utility model is used in combination another form pressure ball.

Description of reference numerals: 1 locking closure; 11 outer upper shields; 2 shower nozzles; 21 axially extending bores; 22 levels are to through hole; The 221 narrow inner edges that contract; 23 connect neck; 24 application chambers; 3,3 ' nozzle; 4,4 ' air guide assembly; 41,41 ' in conjunction with body; 411,411 ' pore; 412 ' narrow shrinkage cavity; 42,42 ' axis body; 421,421 ' guiding oblique cutting part; 422,422 ' end limit; 43 '. ball; 5 suction pipes; 10 bottles; 20 pressure balls; 30 face powder powder; 40 pressure balls.

The specific embodiment

See also Fig. 1 to shown in Figure 4, powder ejection structure of the present utility model mainly includes locking closure 1, shower nozzle 2, nozzle 3, air guide assembly 4 and suction pipe 5, wherein locking closure 1 can combine with bottle 10, be arranged with outer upper shield 11 on the locking closure 1, be loaded with face powder powder 30 in the bottle 10, be combined with shower nozzle 2 in the locking closure 1 top axis hole, shower nozzle 2 connects neck 23 with it and is arranged in the locking closure 1, connect neck 23 and be connected with suction pipe 5, suction pipe 5 ends are convenient absorption powder, so suction pipe 5 end openings are the angular cut setting.Above-mentioned shower nozzle 2 has the axially extending bore 21 that is the staggered conducting of T type and level to through hole 22, axially extending bore 21 also is communicated in connection neck 23, be positioned at axially extending bore 21 and be formed with application chamber 24 to through hole 22 intersections with level, level can be combined with nozzle 3 to through hole 22 front openings, application chamber 24 is connected in level and is formed with the narrow inner edge 221 that contracts to through hole 22 front end places, level can be combined with air guide assembly 4 to through hole 22 open rearward end, this air guide assembly 4 in conjunction with body 41 front end interlockings in level in through hole 22, the rear end is combined with pressure ball 20, the axis body 42 of air guide assembly 4 front end settings is to protrude out to be arranged at application chamber 24 positions, and application chamber 24 can be for the temporary face powder powder 30 of putting, air guide assembly 4 set pores 411 are to run through air guide assembly 4 integral body, and the level of being located at is separated with a segment distance between between the air guide assembly 4 of through hole 22 and the nozzle 3.

When implementing to dust state, when being linked to pressure ball 20 air inlets of air guide assembly 4, gas can mix face powder powder 30 and spray, these air guide assembly 4 front end axis bodies 42 set flat body shape guiding oblique cutting parts 421 are towards nozzle 3 the gradually oblique state of direction to be set, air guide assembly 4 front end axis bodies 42 guiding oblique cutting parts 421 are arranged at level in through hole 22 time, axis body 42 is to traverse to be located at axially extending bore 21 and the application chamber 24 of level to through hole 22 intersections, and guide oblique cutting part 421 for being arranged at the narrow inner edge 221 that contracts that level forms to through hole 22 front end places, axis body 42 and end limit 422 and narrow inner edge 221 conflicts of contracting to guide oblique cutting part 421 two ends.

After gas is taken out of by air guide assembly 4 front end axis bodies 42, pressure drives suction pipe 5 and draws face powder powder 30, face powder powder 30 riddles application chamber 24 by axis body 42, and mixes with gas by nozzle 3 ejection via guiding oblique cutting part 421, the face powder powder 30 of ejection also is ejected uniformly in air along with gas flies away and is attached to the use position.

Continuous see also shown in Figure 5, the locking closure 1 of powder ejection structure is incorporated into bottle 10, be arranged with outer upper shield 11 on the locking closure 1, be loaded with face powder powder 30 in the bottle 10, be combined with shower nozzle 2 in the locking closure 1 top axis hole, shower nozzle 2 connects neck 23 with it and is arranged in the locking closure 1, connects neck 23 and is connected with suction pipe 5, suction pipe 5 ends are convenient absorption powder, so suction pipe 5 end openings become the angular cut setting.Above-mentioned shower nozzle 2 has the axially extending bore 21 that is the staggered conducting of T type and level to through hole 22, axially extending bore 21 also is communicated in connection neck 23, be positioned at axially extending bore 21 and be formed with application chamber 24 to through hole 22 intersections with level, level can be combined with nozzle 3 ' to through hole 22 front openings, application chamber 24 is connected in level and is formed with the narrow inner edge 221 that contracts to through hole 22 front end places, level can be combined with air guide assembly 4 ' to through hole 22 open rearward end, this air guide assembly 4 ' in conjunction with body 41 ' front end interlocking in level in through hole 22, be provided with narrow shrinkage cavity 412 ' in conjunction with body 41 ' rear end, be provided with ball 43 ' in narrow shrinkage cavity 412 ', in conjunction with body 41 ' rear end combined outside pressure ball 40 is arranged, the axis body 42 ' that air guide assembly 4 ' front end is provided with is to protrude out to be arranged at application chamber 24 positions, and application chamber 24 can be put face powder powder 30 for temporary, and air guide assembly 4 ' set pore 411 ' is to run through air guide assembly 4 ' integral body.

When implementing to dust state, when being linked to pressure ball 40 air inlets of air guide assembly 4 ', gas can mix face powder powder 30 and spray, this air guide assembly 4 ' front end axis body 42 ' set flat body shape guiding oblique cutting part 421 ' is towards nozzle 3 ' the gradually oblique state of direction to be set, air guide assembly 4 ' front end axis body 42 ' guiding oblique cutting part 421 ' is arranged at level in through hole 22 time, axis body 42 ' is to traverse to be located at axially extending bore 21 and the application chamber 24 of level to through hole 22 intersections, and guide oblique cutting part 421 ' for being arranged at the narrow inner edge 221 that contracts that level forms to through hole 22 front end places, axis body 42 and end limit 422 ' and narrow inner edge 221 conflicts of contracting to guide oblique cutting part 421 ' two ends.

After gas is taken out of by air guide assembly 4 ' front end axis body 42 ', pressure drives suction pipe 5 and draws face powder powder 30, face powder powder 30 riddles application chamber 24 by axis body 42 ', and mixes with gas by nozzle 3 ejection via guiding oblique cutting part 421 ', the face powder powder 30 of ejection also is ejected uniformly in air along with gas flies away and is attached to the use position.

When air guide assembly 4 ' is subjected to pressure ball 40 air inlet strength, air is entered by air guide assembly 4 ', be located to the inner ball 43 ' of air guide assembly 4 ' to being resisted against narrow shrinkage cavity 412 ' in conjunction with body 41 ', air just by and ball 43 ' between the gap enter, and then drive the ejection of face powder powder 30; When not implementing air inlet ejection face powder powder 30, playback the back to block narrow reducing 412 ' to air guide assembly 4 ' rear by ball 43 '.

Above-mentioned explanation only is embodiment of the present utility model, and is non-for limiting embodiment of the present utility model; All personages who is familiar with this skill, it complies with feature category of the present utility model, and other equivalence of having done changes or modifies, and selects or change of shape etc. as size, material, all should be encompassed in following the utility model institute claim.

Claims

1, a kind of powder ejection structure, it consists predominantly of locking closure, shower nozzle, nozzle, air guide assembly and suction pipe, wherein be combined with shower nozzle in the axis hole of locking closure top, shower nozzle connects neck with it and is arranged in the locking closure, connect neck and be connected with suction pipe, shower nozzle has the axially extending bore that is the staggered conducting of T type and level to through hole, axially extending bore also is communicated in the connection neck, be positioned at axially extending bore and level and be formed with application chamber to the through hole intersection, level can be combined with nozzle to the through hole front opening, open rearward end can be combined with the air guide assembly, it is characterized in that;

Level in the shower nozzle is formed with the narrow inner edge that contracts to through hole front end place;

The air guide assembly in conjunction with body leading portion end interlocking in level in through hole, the rear end is combined with pressure ball, the set axis body of air guide assembly front end is to protrude out to be arranged at the application chamber position, the set pore of air guide assembly is to run through air guide assembly integral body, air guide assembly axis body is to be provided with the guiding oblique cutting part, and this guiding oblique cutting part is crossed over application chamber and towards nozzle the direction setting is set.

2, powder ejection structure according to claim 1 is characterized in that air guide assembly front end axis body one connects the guiding oblique cutting part that is provided with and is flat body shape.

3, powder ejection structure according to claim 1 is characterized in that end limit and narrow the contract inner edge conflict of axis body with guiding oblique cutting part two ends.

4, powder ejection structure according to claim 1 is characterized in that guiding the scarf of oblique cutting part is towards nozzle direction to be set to be gradually-reducing shape.