CN2565766Y

CN2565766Y - Quantitative material dispensing pot

Info

Publication number: CN2565766Y
Application number: CN 02235381
Authority: CN
Inventors: 魏焕圭
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-05-31
Filing date: 2002-05-31
Publication date: 2003-08-13
Anticipated expiration: 2012-05-31

Abstract

The utility model relates to a quantitative material taking pot which can be used conveniently. The utility model is mainly composed of a pot body, a positioning ring clamped on the upper part of the pot body, an upper cover clamped on the top end of the pot body and a material holding spoon clamped on a screw cover, wherein the inner part of the main body is provided with a plurality of containing grooves, and the end surface of the positioning ring, which is jointed with the containing grooves of the pot body, is respectively provided with through holes through which powder or materials pass. The ring surface of the screw cover is provided with a hollow intake and discharge opening, and the periphery of a through hole of the screw cover is provided with a U-shaped grooved rail in a circumferential way, and the open end of the U-shaped grooved rail is just jointed with the edge of the intake and discharge opening of the screw cover. A clamping and bunting edge which is just clamped and bunted in the U-shaped grooved rail of the screw cover is convexly arranged on the bottom edge of the material holding spoon of which the hollow end is jointed and communicated with the through hole of the screw cover. Thus, when the utility model is used every time, the materials can be taken quantitatively, the height of the material holding spoon can be increased or lowered properly according to the requirements of the actual use, so the quantitative material taking pot which can be used conveniently is obtained.

Description

A kind of batch can of quantitatively getting

Technical field

The utility model relates to a kind of batch can of quantitatively getting, by in advance the charge spoon being embedded in the U type grooved rail of spiral cover, rotate spiral cover again and drive the synchronous turn of charge spoon, make the through hole of the involutory steady ring of perforation of spiral cover, and topple over Bottle ﹠ Can, it is solid to make powder can enter the charge spoon; Cooperate again the charge spoon is taken out,, whereby, use at every turn the amount of getting all by norm, reach a kind of taking according to this and quantitatively get batch can easily so that the use amount of getting all by norm at every turn to be provided.

Background technology

Use when loading powder by general, be in Bottle ﹠ Can, to insert a soupspoon in advance, and powder is upside down in the Bottle ﹠ Can, tight at the above cover lock in Bottle ﹠ Can top again, to finish the canned structure of a powder.

This existing powder Bottle ﹠ Can of thought, it is so as to taking out the soupspoon of powder, be to be embedded in (perhaps only expose outside powder at the tip) in the powder, when causing using, must in advance soupspoon be taken out, yet so making but that the powder in the Bottle ﹠ Can also can be along with soupspoon be taken out of, all is powder and make around the Bottle ﹠ Can, wasting situation;

Again and, because of existing powder Bottle ﹠ Can must take out powder with soupspoon, cause powder only surplus the time, if the length of soupspoon is too short, use must all must be stretched into bottleneck inside together with the finger of holding by soupspoon, not only takes inconvenience, and the finger of doing often all is a powder again, and increases the puzzlement of using.

Summary of the invention

The utility model design-calculated main purpose is to be to provide a kind of various shortcoming that can get rid of above-mentioned existing product fully, and more can significantly promote greatest practical effect quantitatively get batch can.

Another purpose of the utility model design-calculated provides a kind of batch can of quantitatively getting, and can comply with actual use required by the height of this charge spoon, and appropriateness increases or minimizing, reaches a kind of taking according to this and quantitatively gets batch can easily.

The utility model design-calculated quantitatively get batch can by Bottle ﹠ Can body, clip at the steady ring above the body, be positioned at the spiral cover of body top and the charge spoon that is fastened on the spiral cover is formed, wherein:

Be provided with storage tank in body interior, extend a flange outward, and the flange interior angle is provided with the embedding groove of pulling on the body top;

The anchor ring of described steady ring is provided with and the pull projection that fastens of groove card limit of body embedding, and the end face of the involutory body storage tank of steady ring is respectively equipped with through hole;

The anchor ring of described spiral cover is provided with a permeable type and imports and exports, and suitable position is provided with perforation by importing and exporting, and this perforation periphery is arranged with the U type grooved rail that the involutory spiral cover of open end is imported and exported; Spiral cover is provided with the ring groove of whole ring at anchor ring again, and the proper clip of ring groove is on the flange of body;

Described charge spoon root edge is convexly equipped with the edge that fastens of a whole ring, and the diameter that fastens edge is the internal diameter that is slightly less than spiral cover U type grooved rail, and can block limit in U type grooved rail, again this moment the charge spoon the proper involutory conducting of saturating dead end in the perforation of spiral cover;

Whereby, use all can get by norm at every turn and measure material, the height of this charge spoon can be complied with actual use required, and appropriateness increases or minimizing, obtains according to this taking and quantitatively gets batch can easily.

The utility model design-calculated is quantitatively got batch can also comprise that the cross section of the U type grooved rail of described spiral cover is the inverted L shape shape, and it is empty thoroughly for cooperating the charge spoon to be the top seal bottom, and the tubular structure of side tool extracting sheet, the edge that fastens of charge spoon is that the card limit is in the U type grooved rail of the shape of falling L at spiral cover again.

The utility model design-calculated is quantitatively got the height that batch can also comprise this charge spoon can appropriateness be increased or reduce, the selection that has different powder or material choosing amount for use.

The utility model design-calculated is quantitatively got the storage tank that batch can also comprise described body interior and is divided into some spaces, puts so that various different powder or material to be provided.

The utility model design-calculated is quantitatively got batch can.

Description of drawings

Further describe structure of the present utility model, feature, effect and practical purpose thereof below in conjunction with drawings and Examples.

Accompanying drawing 1 is quantitatively got the three-dimensional exploded view of batch can for the utility model design-calculated.

Accompanying drawing 1-A is the stereo dissected figure of described spiral cover.

Accompanying drawing 2 is quantitatively got the three-dimensional combination figure of batch can for the utility model design-calculated.

Accompanying drawing 3-A is that cardon is made on the plane that the utility model design-calculated is quantitatively got batch can normality shape.

Accompanying drawing 3-B is that cardon is made on the plane that the utility model design-calculated is quantitatively got batch can handstand shape.

Accompanying drawing 3-C is that the utility model design-calculated is quantitatively got the plane that batch can charge spoon takes out and made cardon.

Wherein, each label is expressed as respectively in the described accompanying drawing:

1 is body; 11 is storage tank; 12 is flange; 13 are the embedding groove of pulling;

2 is steady ring; 21 for fastening projection; 22 is through hole;

3 is spiral cover; 31 for importing and exporting; 32 are perforation; 33 is U type grooved rail; 331 is open end; 34 is ring groove;

4 is the charge spoon; 41 is extracting sheet; 42 for fastening edge.

The specific embodiment

Please refer to shown in accompanying drawing 1, the accompanying drawing 2, can know and understand structural form of the present utility model.The utility model mainly by steady ring 2 above body 1 of Bottle ﹠ Can body 1, clip, be positioned at the spiral cover 3 of body 1 top and 4 of charge spoons being fastened on the spiral cover are formed, wherein:

This body 1 is to be a container cylindraceous, and body 1 inside is provided with some storage tanks 11, puts so that various different powder or material to be provided, and body 1 extends a flange 12 outward on the top again, and flange 12 interior angles are provided with the embedding groove 13 of pulling;

This steady ring 2 fastens projection 21 because of the position of the groove 13 of pulling in the involutory embedding of anchor ring is provided with, and can be positioned on body 1 top; The end face of steady ring 2 involutory body storage tanks 11 is respectively equipped with the through hole 22 that supplies powder or material to pass through again;

This spiral cover 3 is provided with a permeable type at anchor ring and imports and exports 31, and import and export 31 other suitable positions and be provided with perforation 32, these 32 peripheries of boring a hole are arranged with U type grooved rail 33, and the cross section of U type grooved rail 33 is to be the inverted L shape shape, and its open end 331 is import and export 31 edges to being combined in spiral cover again; Other cooperates spiral cover 3 to be provided with the ring groove 34 of whole ring at the base ring face, and ring groove 34 proper clips are on the flange 12 of body, keep supplying cover 3 can turn above body 1;

This charge spoon 4 is top seal and the tubular structure of the saturating sky in bottom, side tool extracting sheet 41, and what charge spoon 4 root edges were convexly equipped with a whole ring fastens edge 42, and the diameter that fastens edge 42 is the internal diameter that is slightly less than the U type grooved rail 33 of spiral cover 3, to provide charge spoon 4 just can to embed by the open end 331 of U type grooved rail, and card limit is in the U of the shape of falling L type grooved rail 33, and the proper involutory conducting of saturating dead end of charge spoon 4 at this moment is in the perforation 32 of spiral cover.

Please refer to shown in the accompanying drawing 3, be the enforcement illustration that the utility model design-calculated is quantitatively got the plane start of batch can: when desire is taken out powder or material use, can in advance charge spoon 4 be embedded in the U type grooved rail 33 of spiral cover, rotate spiral cover 3 again, at this moment, because of steady ring 2 is fastening projection 21 clips at body 1 apical margin, and can not rotate along with spiral cover 3; When spiral cover 3 drives the 4 synchronous turns of charge spoon, and make the through hole 22 of perforation 32 involutory steady rings of spiral cover, shown in accompanying drawing 3-A, relend by toppling over Bottle ﹠ Can, make powder by of the perforation 32 of body 1 inside through the through hole 22 and the spiral cover of steady ring, and it is solid to enter charge spoon 4, shown in accompanying drawing 3-B; Afterwards, cooperate again spiral cover 3 appropriateness rotations, make the state of perforation 32 disengagings with through hole 22 conductings of steady ring 2 of spiral cover, and with the handstand shape charge spoon 4 is taken out, the hollow part position of charge spoon up at this moment, and after taking out, the through hole 22 of steady ring can be blocked by spiral cover 3, and body 1 in-to-in powder or material can not drop out; And the use amount of getting all by norm at every turn can be provided, shown in accompanying drawing 3-C.Whereby, can obtain a kind of taking and quantitatively get batch can easily.

The height of this charge spoon 4 can be complied with actual use required again, and appropriateness increases or minimizing, for using the selection with different powder or material choosing amount.

Claims

1, a kind of batch can of quantitatively getting, it is characterized in that by Bottle ﹠ Can body, clip at the steady ring above the body, be positioned at the spiral cover of body top and the charge spoon that is fastened on the spiral cover is formed, wherein:

Described charge spoon root edge is convexly equipped with the edge that fastens of a whole ring, and the diameter that fastens edge is the internal diameter that is slightly less than spiral cover U type grooved rail, and can block limit in U type grooved rail, again this moment the charge spoon the proper involutory conducting of saturating dead end in the perforation of spiral cover.

2, the batch can of quantitatively getting as claimed in claim 1, the cross section that it is characterized in that the U type grooved rail of this spiral cover is the inverted L shape shape, and it is empty thoroughly for cooperating the charge spoon to be the top seal bottom, and the tubular structure of side tool extracting sheet, the edge that fastens of charge spoon is that the card limit is in the U type grooved rail of the shape of falling L at spiral cover again.

3, the batch can of quantitatively getting as claimed in claim 1 is characterized in that the height appropriateness of this charge spoon increases or reduces.

4, the batch can of quantitatively getting as claimed in claim 1 is characterized in that the storage tank of described body interior is divided into some spaces.