CN213139894U

CN213139894U - Particulate matter packing bottle

Info

Publication number: CN213139894U
Application number: CN202021239768.1U
Authority: CN
Inventors: 文木; 雍雅琼
Original assignee: Shanghai Fansu Industrial Design Co ltd
Current assignee: Shanghai Fansu Industrial Design Co ltd
Priority date: 2020-06-30
Filing date: 2020-06-30
Publication date: 2021-05-07
Anticipated expiration: 2030-06-30

Abstract

The utility model discloses a particulate matter packing bottle comprises body, bottleneck, diapire, hollow tube, and the hollow tube longitudinal fixation sets up inside the body, and its internal diameter is greater than the external diameter of particulate matter, and the last port of hollow tube is located bottleneck department, and lower port extends to the diapire, and the hollow tube is located and has the breach between the pipe wall of lower port department and the diapire, and the external diameter of particulate matter is less than the biggest inscribe circle diameter of breach. The bottom wall is provided with a spherical slope surface or a depression of a trapezoidal slope surface opposite to the lower port of the hollow pipe. This particulate matter packing bottle is easy and simple to handle, health when using, can realize quantitative pouring bottle particulate matter and can not pollute packing bottle and the technical effect of bottle particulate matter.

Description

Particulate matter packing bottle

Technical Field

The utility model relates to a packing bottle especially relates to a packing bottle of particulate matter of getting upside down.

Background

The mode that all adopts directly to pour when pouring the interior particulate matter of bottle is to the particulate matter packing bottle in food field or medicine health care field on the existing market, and common operation flow is: open the lid-pour out the pellet-close the lid. There are a number of problems with such an approach:

1. the pouring amount is inaccurate and cannot be quantitatively poured. Sometimes the consumer only need take 1 or 2, but the quantity of pouring with traditional particulate matter packing bottle is uncontrollable, pours many often once, and the consumer takes certain quantity, and among other the particulate matter packing bottle of need putting back again, the particulate matter of putting back like this is infected with the bacterium easily, and then pollutes other particulate matters in this bottle.

2. Is not sanitary and is easy to cause pollution. The other situation is that the consumer directly stretches into the hand and directly takes in among the particulate matter packaging container, and other particulate matters in the packaging container are easily polluted to the finger like this, cause the condition that remaining particulate matter in the bottle is infected with the bacterium.

Therefore, it is necessary to design a packaging bottle capable of quantitatively pouring out the particulate matter, which can solve the above problems.

SUMMERY OF THE UTILITY MODEL

The utility model provides a can quantitative pouring packing bottle of particulate matter.

The technical scheme of the utility model is that:

the utility model provides a particulate matter packing bottle comprises body, bottleneck, diapire, the particulate matter packing bottle still includes the hollow tube, the hollow tube longitudinal fixation sets up inside the body, and the internal diameter of hollow tube is greater than the external diameter of particulate matter, and the last port of hollow tube is located bottleneck department, and the lower port extends to the diapire, and sets up the breach that is located the diapire top on the lateral wall that just the hollow tube is located lower port department, the external diameter of particulate matter is less than the biggest inscribe circle diameter of breach.

The particle packing bottle as before, the inner diameter of the hollow tube is less than twice of the maximum inscribed circle diameter of the notch.

The particulate packaging bottle as described above, the bottom wall has a recess opposite the lower port of the hollow tube.

As before, the depressions are spherical or trapezoidal.

According to the particle packaging bottle, the bottle cap is buckled above the bottle mouth, the inverted opening is formed in the bottle cap, the inverted cover is movably connected to the edge of the inverted opening, and the upper end opening of the hollow pipe is opposite to the inverted opening.

Has the advantages that:

1. the particles in the bottle can be quantitatively poured, and the method is simple and convenient;

2. can avoid causing the pollution of packing bottle and interior particulate matter of bottle when pouring the particulate matter.

Drawings

1. FIG. 1 is a schematic structural view of example 1;

2. FIG. 2 is a schematic view showing the structure of the hollow pipe in which particles enter the hollow pipe, the hollow pipe being formed as a spherical slope in accordance with example 2;

3. FIG. 3 is a schematic structural view of a process of pouring out particulate matter by recessing a spherical slope surface in example 2;

4. FIG. 4 is a schematic view showing the structure of the hollow pipe with particles entering the hollow pipe, in which the recess is a trapezoidal slope in example 3;

Detailed Description

Example 1

As shown in figure 1, the particle packaging bottle consists of a bottle body 1, a bottle mouth 2, a bottle cap 3 and a bottom wall 4. The buckling relation between the bottle cap 3 and the bottle body 1 is the prior art, the particle packaging bottle further comprises a hollow tube 5, the hollow tube 5 is longitudinally fixed and arranged inside the bottle body 1, the upper end opening of the hollow tube is arranged at the bottle opening 2, and the lower end opening of the hollow tube extends to the bottom wall 4. The hollow tube is located and has breach 6 between the pipe wall of lower port department and the diapire 4, and the internal diameter of hollow tube 5 is greater than the external diameter of particulate matter, can ensure like this that the particulate matter passes through hollow tube 5, the external diameter of particulate matter is less than the biggest inscribed circle diameter of breach 6, can ensure like this that the particulate matter passes through breach 6 smoothly and gets into hollow tube 5, and the internal diameter of hollow tube 5 is less than the twice of the biggest inscribed circle diameter of breach 6, can ensure like this at every turn can pass through a particulate matter.

In the application of the embodiment, the inside of the bottle body 1 is filled with drug particles which can just enter the hollow tube 5 from the notch 6, and the diameter of the drug particles is smaller than the inner diameter of the hollow tube 5; after one drug particle enters the hollow tube 5, the subsequent drug particles are blocked from entering the hollow tube 5. Thus, when the medicine particles are poured out, the bottle cap 3 is opened, the bottle body 1 is poured out, and the medicine particles in the hollow tube 5 slide along the hollow tube 5 and slide out of the bottle mouth 2; the medicine particles positioned outside the hollow tube 5 in the bottle body 1 move to the upper inner wall of the bottle body 1 along with the inclination angle of the bottle body, so that only one medicine particle can be poured out at a time; if two medicine particles are needed, after one medicine particle is poured out, the bottle body 1 is rotated to reset, another medicine particle enters the hollow tube 5, and the second medicine particle can be poured out by repeating the previous steps.

Compare in current design, this scheme can realize that the function and the whole process of quantitative pouring particulate matter can realize as long as through empting, can not pollute other particulate matters in packing bottle and the it.

Example 2

Example 1 in use, the medicament particles in the hollow tube 5 may return from the notch 6 to the space outside the hollow tube 5 when the bottle body 1 is poured, and based on this, the bottom wall 4 is further modified from example 1 to form the following example 2:

the bottom wall 4 is provided with a depression 8 which is a spherical slope surface or a trapezoidal slope surface, and the depression 8 is opposite to the lower port of the hollow pipe 5. Therefore, the medicine particles entering the hollow tube 5 are limited by the recess 8, and when the bottle body 1 is poured to pour the medicine particles, the medicine particles in the hollow tube 5 cannot slide out of the hollow tube 5 from the notch 6; a small gap similar to the gap 7 is reserved between the non-notch part at the lower end of the hollow tube 5 and the bottom wall, namely, other parts except the notch 6 between the hollow tube 5 and the bottom wall 4 can be connected, and gaps can also be reserved, but the outer diameter of particles is larger than the maximum inscribed circle diameter of the gap, so that the particles cannot pass through the gap, and raw materials can be saved; in addition, the middle part of the bottle cap 3 is provided with a pouring opening, a pouring cover 31 is arranged at the edge of the pouring opening, one end of the pouring cover 31 is hinged with the edge of the pouring opening, and the pouring opening can be just plugged. The upper port of the hollow tube 5 is over against the pouring port. Thus, the operation of pouring the medicine particles can be completed by pulling the pouring cover 31 with one hand.

Compared with the embodiment 1, the embodiment is further provided with the pouring opening and the pouring cover 31 at the bottle cap 3, so that the particles can be directly taken out from the pouring opening along the hollow pipe 5 only by opening the pouring cover 31 without opening the whole bottle cap 3. Other advantages are the same as embodiment 1.

Example 3

As shown in fig. 4, the particulate matter packaging bottle has a structure substantially the same as that of embodiment 2, except that the cross section of the recess 8 is in a trapezoidal slope shape, which increases the difficulty of the drug particles in the recess 8 rolling back to the outside of the hollow tube from the notch, i.e. further enhances the stability of the state of the drug particles entering the inner side of the lower port of the hollow tube.

In addition to the above-mentioned embodiments, the concave portion of the present invention also includes a "V" shaped slope surface, a "concave" shaped slope surface, and other shapes.

Claims

1. The utility model provides a particulate matter packing bottle, comprises body, bottleneck, diapire, its characterized in that: the particulate matter packing bottle still includes the hollow tube, and hollow tube longitudinal fixation sets up inside the body, and the internal diameter of hollow tube is greater than the external diameter of particulate matter, and the upper port of hollow tube is located bottleneck department, and lower port extends to the diapire, and sets up the breach that is located the diapire top on the lateral wall that the hollow tube is located lower port department, the external diameter of particulate matter is less than the biggest inscribe circle diameter of breach.

2. The particulate matter packing bottle of claim 1, wherein: the inner diameter of the hollow tube is less than twice of the maximum inscribed circle diameter of the notch.

3. The particulate matter packing bottle of claim 1 or 2, wherein: the bottom wall has a recess opposite the lower port of the hollow tube.

4. The particulate matter packing bottle of claim 3, wherein: the depression is a spherical slope surface or a trapezoidal slope surface.

5. The particulate matter packaging bottle of claim 1, 2 or 4, wherein: the bottle is characterized in that a bottle cap is buckled above the bottle mouth, a pouring opening is formed in the bottle cap, a pouring cover is movably connected to the edge of the pouring opening, and the upper end opening of the hollow pipe is opposite to the pouring opening.

6. The particulate matter packing bottle of claim 3, wherein: the bottle is characterized in that a bottle cap is buckled above the bottle mouth, a pouring opening is formed in the bottle cap, a pouring cover in movable connection is arranged on the edge of the pouring opening, and the upper end opening of the hollow pipe is opposite to the pouring opening.