CN208355303U

CN208355303U - The powder quantitative dispensing device of automatic cover-turning

Info

Publication number: CN208355303U
Application number: CN201721273353.4U
Authority: CN
Inventors: 杨进学
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-30
Filing date: 2017-09-30
Publication date: 2019-01-11
Anticipated expiration: 2027-09-30

Abstract

A kind of powder quantitative dispensing device of automatic cover-turning has shell, top cover matrix, removable top cover, inner cover.Removable top cover is in conventional Natural closure under just setting state in shell, and in the case where shell is in inversion state, removable top cover exposes discharge gate for open state.Inner cover is in inverted funnel-form and the top for being mounted on shell, is fixed with inverted hopper on top cover matrix；The inner cavity of shell forms memory block, the inner cavity of hopper forms quantification area, cavity between the side wall of inner cover and the side wall of top cover matrix forms working area, the top of memory block communicates with the funnel-form inner cavity of inner cover and passes through the upper port of inner cover and communicates with the bottom end of hopper, the quantification area that the bottom end of hopper has discharge port and makes is communicated with working area, when removable top cover becomes open state, working area with the discharge gate that top cover matrix is formed by removable top cover with outside by being communicated.Its structure is simple, easy to use, additive amount that is not only hygienic but also can controlling powder, so that people be avoided excessively to eat.

Description

The powder quantitative dispensing device of automatic cover-turning

Technical field

The utility model relates to a kind of powder material quantitative taking device, the powder quantitatives of specifically a kind of automatic cover-turning With device, belong to life appliance technical field.

Background technique

Currently, people take granular material (edible material) in life when such as taking refined edible salt, it cannot be preferable The additive amount for controlling them, be easy to cause excessive amount.Then researcher designs relevant powder material quantitative taking device. For example, inventor retrieves following Patents documents: CN205126050U discloses a kind of quantitative Flavouring jar, including container Shell, flip lid, it is characterised in that: further include and fixed cover, longitudinally disposed sliding feeding mechanism, internal stent and funnel. CN203419403U discloses a kind of clamshell quantitative liquid-discharging separation apothecary jar, and demarcation plate is connected in apothecary jar, and demarcation plate will be adjusted Material bottle is divided into different chambers, and interlayer film is posted on the bottleneck of the apothecary jar and inside of measurement lid, there are liquid-leaking nozzle on interlayer film, Screw thread is carved on the inside of the outside of apothecary jar bottleneck and measurement lid lid mouth, measurement lid is twisted by screw thread on apothecary jar, and lid is measured Inner sidewall on be laterally carved with graduated scale, the caping for measuring lid is equipped with fluid hole, and the side of fluid hole is connected with flip lid, and flip lid covers On fluid hole.After such structure, different liquid flavourings can be filled in different chambers in a bottle body, The position of liquid-leaking nozzle can be kept corresponding, it will be able to pour out the indoor liquid flavouring of selected chamber, pass through sight by rotation measurement lid The component that graduated scale is just able to know that liquid flavouring is examined, then opens flip lid, it will be able to pour out required liquid flavouring. CN201031012 discloses a kind of can quantify and launch convenient powder bottle, it is made of bottle body and bottle cap, and the bottle cap is equipped with knob Arrange powder valve, it is transparent and with graduated quantitative chamber and clamshell powder outlet.CN2548952Y discloses a kind of sanitary quantitative medicine bottle, Its taken amount is accurate and the sanitary quantitative medicine bottle of avoidable hand contact tablet, by bottle body, fixed covers and rotation lid forms.

How the above technology is for make the powder quantitative dispensing device of automatic cover-turning accomplish that structure is simple, user Just, additive amount that is not only hygienic but also can controlling powder, does not provide specific guidance program.

Summary of the invention

Technical problem to be solved by the utility model is to provide a kind of powder quantitative dispensing devices of automatic cover-turning, it is tied Structure is simple, easy to use, additive amount that is not only hygienic but also can controlling powder, so that people be avoided excessively to eat.

In order to solve the above technical problems, the technical solution adopted in the utility model is as follows:

A kind of powder quantitative dispensing device of automatic cover-turning has shell (i.e. shell of tank), top cover matrix, removable top cover, Removable top cover is connected by a hinge with top cover matrix, and removable top cover is under routine is just setting state in shell and closes naturally It closes, in the case where shell is in inversion state, removable top cover (rotating automatically by gravity) becomes open state and exposes by removable top cover The discharge gate (powder outlet, opening) formed with top cover matrix, its technical solution is that the powder of the automatic cover-turning is quantitative Dispenser also has an inner cover, and inner cover is in inverted funnel-form outer housing and is mounted on the top of shell, on above-mentioned top cover matrix It is fixed with inverted (i.e. mouth down) hopper；The inner cavity of shell forms memory block, and the inner cavity of hopper forms quantification area, interior Cavity (type chamber) between the side wall of lid and the side wall of top cover matrix forms working area, the top of memory block and the funnel-form of inner cover Inner cavity communicates and (is connected) and communicates that (i.e. memory block passes through leakage with the bottom end of hopper by the upper port of inner cover i.e. bell mouth Quarrel is communicated with quantification area), the quantification area that the bottom end of hopper has discharge port and makes communicates (i.e. quantification area lower part with working area Separately there is outlet to communicate with working area), when removable top cover becomes open state, working area passes through by removable top cover and top cover matrix The discharge gate of formation is communicated with outside.

In above-mentioned technical proposal, the preferred embodiment of the utility model may is that above-mentioned top cover matrix has shell, is set to Outboard end, that is, discharge gate end of one section of oblique partition in the cavity of shell, the shell of top cover matrix is higher than inner end, institute It states partition to be fixedly connected with the cavity inner wall of shell, the outer free end of partition is higher than inner end；The lateral wall of hopper is put in The outer free end of the partition is a part of and is fixed on the partition, and hopper is in the cavity of the shell of top cover matrix In eccentric position.The specific structure that the inner cover is mounted on the top of shell is preferably the protruding ring in the middle and lower part of inner cover The edge of shape, the edge ride over the top of shell and are limited by the bottom inside wall of top cover matrix.The funnel-form of above-mentioned inner cover It is preferably provided with corresponding a pair of of gusset on the lateral wall of outer housing, is preferably provided with and top cover matrix on the lateral wall of hopper Inner wall is fixedly connected and be fixedly connected with the outer free end of the partition, corresponding a pair of of floor, a pair of of gusset, one It is staggered floor in overlap joint shape up and down.The bottom end of above-mentioned hopper is preferably open ports, upper port, that is, bell mouth of inner cover It protrudes into the open ports of the bottom end of hopper and is communicated with the bottom end of hopper, the bottom end of the upper port and hopper of inner cover is opened wide Mouthful inner sidewall be preferably in contact, the discharge port of the bottom end of hopper by hopper bottom end open ports and inner cover upper port Between cavity (type chamber) formation.Above-mentioned working area is preferably as institute on the outside of the side wall and floor of the inner cover corresponding on the outside of gusset Between the side wall of corresponding top cover matrix cavity (type chamber) formation, the top in working area preferably with the discharge gate phase of removable top cover It is corresponding.The upper port of above-mentioned inner cover is preferably oval.The upper port of inner cover is on the funnel-form outer housing of inner cover in inclined Heart position.Gusset can increase the intensity of inner cover, and floor can increase the intensity of hopper, and gusset, floor are staggered up and down is in It overlaps shape and separates powder, keep the top in working area corresponding with the discharge gate of removable top cover.

The powder quantitative dispensing device of automatic cover-turning described in the utility model also has inner cover, and inner cover is in inverted funnel-form Outer housing and the top for being mounted on shell are fixed with inverted hopper on above-mentioned top cover matrix；The inner cavity of shell forms and deposits The inner cavity of storage area, hopper forms quantification area, and the cavity between the side wall of inner cover and the side wall of top cover matrix forms working area, deposits The top of storage area communicates with the funnel-form inner cavity of inner cover and passes through the upper port i.e. bell mouth of inner cover and the bottom end phase of hopper Logical, the quantification area that the bottom end of hopper has discharge port and makes is communicated with working area, when removable top cover becomes open state, temporarily Area is deposited by being communicated with the discharge gate that top cover matrix is formed with outside by removable top cover.In this way, the utility model when shell (such as Can be bottle body) when being inverted, powder in memory block is whole to be flowed to the direction of inner cover, and a portion can pass through the top of inner cover The bell mouth (funnel hole) of portion's setting flows to quantification area, using the angle of repose characteristic of powder flowing, after quantification area is full of powder It can be automatically stopped.It is just setting in state procedure restoring shell and be in conventional, shell is with working area gradually to the lower section of quantification area Direction rotates, then the powder in quantification area can flow to working area by the discharge port communicated with working area, when shell is pressed again It is specific when rotating counterclockwise inversion, because removable top cover can synchronize automatic opening, outside the powder outflow shell in working area, together When, the powder in memory block is again filled with quantification area, and it is every later to complete primary same turning operation, can all have with quantification area capacity The powder determined is poured out out of shell (bottle body), to achieve the purpose that quantitative fetching.The utility model structure is simple, makes With conveniently, production cost is low, and additive amount that is not only hygienic but also can controlling powder excessively eats (salt so as to avoid people Deng), the utility model is especially suitable for various powders with good fluidity, such as refined edible salt etc..

Detailed description of the invention

Fig. 1 is the structural schematic diagram (longitudinal sectional view) of the utility model.

Fig. 2 is the cross-sectional view in Fig. 1 along line D-D.

Fig. 3 is the structural schematic diagram (perspective view) of the utility model.

Fig. 4 completes once inside out to inversion state, again to conventional state of just setting by conventional state of just setting for the utility model The structural schematic diagram of operation, (a) and (b) in Fig. 4, (c) are that the utility model is respectively at and conventional is just setting state, in being inverted shape State again is at the conventional structural schematic diagram for just setting state.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.

Embodiment: as shown in Figure 1, Figure 2, Figure 3, Figure 4, the powder quantitative dispensing device of the automatic cover-turning of the utility model has Shell (shell of tank) 1, top cover matrix 3, removable top cover 5, inner cover 2, hopper 4.Above-mentioned top cover matrix 3 has shell, sets It is higher than inside in outboard end, that is, discharge gate end of one section of partition 301 oblique in the cavity of shell, the shell of top cover matrix 3 End, the partition 301 are fixedly connected with the cavity inner wall of shell, and the outer free end (close to discharge gate end) of partition 301 is higher than Inner end.Removable top cover 5 is linked together with top cover matrix 3 by shaft 6, and specific connection structure can be top cover matrix 3 There is a pair of of shaft in the cavity of upper end, have on the side wall of removable top cover 5 in position corresponding with the pair of shaft a pair of Limiting slot (limit hole), shaft and limiting slot correspond, and shaft is inserted into limiting slot.Certainly, by shaft by removable top cover 5 Other structures can also can also be used using other structures, shaft by linking together with top cover matrix 3.Shell can be bottle body Or box body, cross section can be made in approximate ellipse, shell of plastics, organic glass or other materials.It is living Dynamic top cover 5 is in conventional Natural closure under just setting state in shell, and in the case where shell is in inversion state, removable top cover 5 is to open State and expose the discharge gate formed by removable top cover and top cover matrix.Inner cover 2 is in inverted funnel-form outer housing and is mounted on The top of shell 1 is fixed with (one) inverted (i.e. mouth down) hopper 4 on above-mentioned top cover matrix 3.Hopper 4 Lateral wall puts in outer free end a part of the partition 301 and is fixed on the partition 301, hopper 4 and partition 301 It can be in integral structure.Hopper 4 is in eccentric position in the cavity of the shell of top cover matrix 3.The inner cavity of shell 1 forms and deposits The inner cavity of storage area A, hopper 4 form quantification area B, and the cavity between the side wall of inner cover 2 and the side wall of top cover matrix 3 forms temporary The top of area C, memory block A communicate and (are connected) and pass through the upper port i.e. bell mouth of inner cover 2 with the funnel-form inner cavity of inner cover 2 It is communicated with the bottom end of hopper 4 (i.e. memory block A is communicated by bell mouth with quantification area B), the bottom end of hopper 4 has discharge port And the quantification area B made communicates (i.e. quantification area lower part separately has outlet to communicate with working area C) with working area C, when removable top cover becomes When open state, working area C with the discharge gate that top cover matrix is formed by removable top cover with outside by being communicated.

As shown in Figure 1, Figure 2, Figure 3, Figure 4, the specific structure at the top that above-mentioned inner cover 2 is mounted on shell 1 is inner cover 2 The protruding cricoid edge in middle and lower part, the edge ride over the top of shell 1 and by the bottom inside wall of top cover matrix 3 limit Position.There is corresponding a pair of of gusset 201, the lateral wall of hopper 4 on the lateral wall of the funnel-form outer housing of above-mentioned inner cover 2 It is upper be fixedly connected with the inner wall of top cover matrix 3 and be fixedly connected with the outer free end of the partition 301, it is corresponding A pair of of floor 401, a pair of of gusset 201, a pair of of about 401 floor are staggered in overlapping shape.The bottom end of above-mentioned hopper 4 is Open ports, upper port, that is, bell mouth of inner cover 2 is protruded into the open ports of the bottom end of hopper 4 and is communicated with the bottom end of hopper 4, interior The upper port of lid 2 is in contact with the inner sidewall of the open ports of the bottom end of hopper 4, and the discharge port of the bottom end of hopper 4 is by measuring Cavity (type chamber) formation between the open ports of bottom end and the upper port of inner cover 2 of cylinder 4.Above-mentioned working area C by gusset 201 outside Cavity (type chamber) shape between the side wall of top cover matrix 3 corresponding to 401 outside of the side wall of inner cover 2 corresponding to side and floor At the top of working area C is corresponding with the discharge gate of removable top cover 5.The upper port of above-mentioned inner cover 2 is oval (certainly Can be other shapes), the upper port of inner cover 2 is in eccentric position (the i.e. upper end of inner cover 2 on the funnel-form outer housing of inner cover Mouth is in eccentric shape, naturally it is also possible to not be in eccentric shape).Gusset 201 can increase the intensity of inner cover, and floor 401 can increase meter The intensity of graduated cylinder 4, gusset 201, about 401 floor are staggered in overlap joint shape and separate powder, make top and the work of working area C The discharge gate of dynamic top cover 5 is corresponding.

The utility model can be bottle body when shell 1(such as shell 1) when being inverted, the powder in the A of memory block is integrally inside The direction of lid 2 is flowed, and a portion can flow to quantification area B by the bell mouth (funnel hole) that the top of inner cover is arranged, benefit With the angle of repose characteristic of powder flowing, quantification area B can be automatically stopped after being full of powder.Shape is just set in conventional restoring shell 1 During state, shell 1 is gradually rotated to the direction of the lower section of quantification area B with working area C, then the powder in the B of quantification area can pass through Flow to working area C with the working area C discharge port communicated, when shell 1 again by it is specific rotate counterclockwise inversion when, because of work Dynamic top cover 5 can synchronize automatic opening, outside powder (from discharge gate) the outflow shell in the C of working area, meanwhile, the powder in the A of memory block Body is again filled with quantification area, every later to complete primary same turning operation, can all have the powder that is determined with quantification area capacity from It is poured out in shell (bottle body), to achieve the purpose that quantitative fetching.The utility model structure is simple, easy to use, is produced into This is low, and additive amount that is not only hygienic but also can controlling powder excessively eats (salt etc.) so as to avoid people, the utility model is special It Shi Yongyu not the various powders with good fluidity, such as refined edible salt etc..

Claims

1. a kind of powder quantitative dispensing device of automatic cover-turning has shell (1), top cover matrix (3), removable top cover (5), movable top Lid is connected by a hinge with top cover matrix, and removable top cover (5) is in conventional Natural closure under just setting state in shell, Shell is under inversion state, and removable top cover (5) exposes the discharge formed by removable top cover and top cover matrix for open state Mouthful, it is characterised in that the powder quantitative dispensing device of the automatic cover-turning also has inner cover (2), and inner cover (2) is in inverted funnel Shape outer housing and the top for being mounted on shell (1) are fixed with inverted hopper (4) on above-mentioned top cover matrix (3)；Shell (1) inner cavity forms memory block (A), and the inner cavity of hopper (4) forms quantification area (B), the side wall and top cover matrix of inner cover (2) (3) cavity between side wall forms working area (C), and the top of memory block (A) communicates, simultaneously with the funnel-form inner cavity of inner cover (2) Communicated by upper port, that is, bell mouth of inner cover (2) with the bottom end of hopper (4), the bottom end of hopper (4) there is discharge port and The quantification area (B) made is communicated with working area (C), and when removable top cover becomes open state, working area (C) is by by removable top cover The discharge gate formed with top cover matrix is communicated with outside.

2. the powder quantitative dispensing device of automatic cover-turning according to claim 1, it is characterised in that above-mentioned top cover matrix (3) One section of partition (301) with shell, oblique in the cavity of shell, the outboard end of the shell of top cover matrix (3) are Discharge gate end is higher than inner end, and the partition (301) is fixedly connected with the cavity inner wall of shell, and the outside of partition (301) is free End is higher than inner end；The lateral wall of hopper (4) puts in outer free end a part of the partition (301) and is fixed on described On partition (301), hopper (4) is in eccentric position in the cavity of the shell of top cover matrix (3).

3. the powder quantitative dispensing device of automatic cover-turning according to claim 1, it is characterised in that above-mentioned inner cover (2) installation Specific structure at the top of shell (1) is that the protruding cricoid edge in the middle and lower part of inner cover (2), which rides over shell (1) top is simultaneously limited by the bottom inside wall of top cover matrix (3).

4. the powder quantitative dispensing device of automatic cover-turning according to claim 2, it is characterised in that the leakage of above-mentioned inner cover (2) There is corresponding a pair of of gusset (201) on the lateral wall of bucket-shaped outer housing, have and top cover base on the lateral wall of hopper (4) The inner wall of body (3) is fixedly connected and be fixedly connected with the outer free end of the partition (301), corresponding a pair of of floor (401), a pair of of gusset (201), a pair of of floor (401) are staggered up and down in overlap joint shape.

5. the powder quantitative dispensing device of automatic cover-turning according to claim 1, it is characterised in that above-mentioned hopper (4) Bottom end is open ports, upper port, that is, bell mouth of inner cover (2) protrude into the open ports of the bottom end of hopper (4) and with hopper (4) Bottom end communicate, the upper port of inner cover (2) is in contact with the inner sidewall of the open ports of the bottom end of hopper (4), hopper (4) The discharge port of bottom end is formed by the cavity between the open ports of bottom end and the upper port of inner cover (2) of hopper (4).

6. the powder quantitative dispensing device of automatic cover-turning according to claim 4, it is characterised in that above-mentioned working area (C) by The side wall of top cover matrix (3) corresponding on the outside of the side wall of inner cover (2) corresponding on the outside of gusset (201) and floor (401) it Between cavity formed, the top of working area (C) is corresponding with the discharge gate of removable top cover (5).

7. the powder quantitative dispensing device of automatic cover-turning according to claim 1 or 5, it is characterised in that above-mentioned inner cover (2) Upper port it is oval.

8. the powder quantitative dispensing device of automatic cover-turning according to claim 1, it is characterised in that above-mentioned inner cover (2) it is upper Port is in eccentric position on the funnel-form outer housing of inner cover.