TWM570290U - Structure of lid - Google Patents

Abstract

The invention relates to a structure of a bottle cap, in particular to a bottle cap which can be screwed and combined with a medicine bottle, and the bottle cap is mainly formed by a transparent upper cover sleeved on the locking cover and a space is reserved, and An outlet and a through hole are respectively disposed on the top surface of the upper cover and the locking cover, wherein the outlet is covered by an outer cover, and an arc-shaped notch is opened below one side of the upper cover, so that the pivotal connection covers the through hole for opening and closing The fan-shaped plate extends out through the curved slot, and the bottom surface of the locking cover has a class-shaped contraction, and the plurality of screw holes communicate with the through hole of the top surface thereof, and the medicine in the bottle can be inserted after the locking cover is screwed and combined with the medicine bottle. The ingot is poured out through the opened through hole to a predetermined space, and then the pour is poured out from the outlet to avoid the contact and contamination of the medicine ingot.

Description

Cap structure

The invention relates to a structure of a bottle cap, in particular to a bottle cap which can be screwed and combined with a medicine bottle to form a two-stage take-out medicine tablet, which can make the medicine tablet of the medicine bottle first pour into the space of the bottle cap, and then the space is separated. Pour out the required tablets to achieve the purpose of avoiding contact and contaminating the medicine ingots.

There are many medicines and healthy foods on the market that are bottled and have the characteristics of easy storage and convenient transportation. However, due to the structural design of the bottled medicine, the bottle cap is only used to lock the medicine bottle. Although the bottle cap has the characteristics of easy opening and closing, each time the medicine tablet is poured out, it will inevitably fall out of the intended medicine. The quantity, so every time the medicine is poured, there will be a lot of tablets in contact with the palm of the user, and in the case of not taking it, it will be poured into the vial and continue to be preserved.

However, not every user's medication habits are hygienic. If the hands are not cleaned, the ingots will inevitably cause contamination of the tablets, and some users have severe sweats and sweaty tablets. It is easier to deteriorate in the vial and reduce the effectiveness of the tablet. However, the conventional bottled medicine does not have a solution design in this respect. Therefore, the user can only use a small wing to pour out the required number of tablets, and the result is still difficult to control.

In view of the above problems, the creator found that many users in the clinic have the same problems, but they have been unable to solve the problem, so they have been engaged in professional photography for many years. The experience of patient care, active research and development, under the careful consideration of various conditions, finally created the composition of this structure, will completely solve the lack of practice.

The invention is a bottle cap structure. The cap is mainly formed by a transparent upper cover sleeved on the locking cover and a space is reserved, and an outlet and a pass are arranged on the top surface of the upper cover and the locking cover. a hole, wherein the outlet can be covered by an outer cover, and an arc-shaped notch is opened below one side of the upper cover, so that the fan-shaped plate that is pivotally covered on the through hole for opening and closing extends through the curved notch, and the locking cover is The plurality of screw holes having a bottom-like contraction on the bottom surface communicate with the through holes of the top surface thereof, so that after implementation, the following effects can be provided: Since the bottom surface of the locking cap of the creative bottle cap has a plurality of screw holes designed in a class shape, the diameter of the medicine bottle of different sizes can be screwed and combined, so the cap of the present invention has good versatility and can be used with different drugs. The bottles are used in combination.

The bottle cap of the present invention is fixed on the upper cover of the lock cover to form a space, and the cover is covered by the outer cover, and the fan-shaped plate covers the through hole to form a two-stage cap structure, so the medicine ingot in the medicine bottle When the rotating fan-shaped plate opens the through hole, the predetermined number of the ingots is poured into the spacing space, and then the through-hole is closed by the fan-shaped plate. At this time, the outer cover can be opened to directly pour the medicine in the space to be taken. It completely avoids that the user's palm will come into contact with the medicine tablet that is not needed, and ensure that the medicine tablet in the medicine bottle is properly preserved.

1‧‧‧Upper cover

11‧‧‧Export

12‧‧‧ Cover

13‧‧‧Arc-shaped missing slot

14‧‧‧C-shaped convex ring

2‧‧‧Lock cover

21‧‧‧ screw holes

22‧‧‧through hole

23‧‧‧ sector board

3‧‧‧pitch space

4‧‧‧O-ring

10‧‧‧ caps

20‧‧‧Pill bottles

30‧‧‧Ingots

The first picture: the structure of the creation.

The second picture: the composition of the creation.

The third picture: a schematic diagram of the implementation of this creation.

The fourth picture: the reference picture of the use status of this creation.

In order to enable your reviewers to clearly understand the structural composition of the creation and the functional benefits that can be achieved, the rest will be accompanied by a diagram to illustrate the examples and a detailed description of the following: This creation is a structure of a bottle cap, especially The bottle cap 10 can be screwed and assembled, and the bottle cap 10 is mainly formed by a transparent upper cover 1 being fixed on the locking cover 2 and reserved with a space 3 (such as the first and second figures). Shown, wherein: the upper cover 1: a cover body having an outlet 11 and being covered by the outer cover 12, a curved notch 13 is opened below one side of the cover body, and a curved notch is corresponding to the inner wall of the cover body. The height of 13 is provided with a C-shaped convex ring 14 which reserves the thickness of the sector plate 23 and the margin of rotation.

The locking cover 2 is provided with a screw cap with a stepped contraction plurality of screw holes 21 on the bottom surface thereof, and communicates with the through hole 22 of the top surface thereof, and a rotatable sector plate 23 is pivoted on the top surface side to extend outside the cover. The through hole 22 is covered by the sector plate 23 to be opened and closed.

With the above-mentioned members, the upper cover 1 is sleeved with the arc-shaped notch 13 relative to the position of the sector plate 23 of the locking cover 2, so that the top surface of the locking cover 2 is engaged with the C-shaped convex ring 14, and the sector plate 23 is extended by the curved notch 13 to form a space 3 between the top surface of the locking cover 2 and the upper cover 1, so that the bottle cap 10 of the present invention can be completed.

The O-ring 4 is disposed on the collar of the locking cover 2 and the upper cover 1 to improve the bonding force between the locking cover 2 and the upper cover 1.

Therefore, in the implementation of the present invention, the bottled medicine bottle 20 can be directly screwed and used with a screw hole 21 adapted to the bottom surface of the bottle cap 10 (as shown in the third figure), and When the valve plate 23 is rotated, the through hole 22 is opened, and the predetermined number of the ingots 30 in the vial 20 is poured into the space 3 (the number of the ingots 30 poured into the space 3 is too large, and the reverse can be reversed. When the medicine bottle 20 is returned, the medicine tablet 30 is not in contact with the outside, and the through hole 22 is closed again by the sector plate 23. At this time, the outer cover 12 can be opened to directly pour the medicine ingot 30 in the space 3 to be taken ( Forming a two-stage drug take-up) completely avoids that the user's palm will come into contact with the ingot 30 (as shown in the fourth figure), ensuring that the ingot 30 in the vial 20 is properly preserved. Avoid the purpose of contacting and contaminating the medicine ingot 30 of the vial 20.

Claims (2)

The structure of a bottle cap, especially a bottle cap which can be screwed and combined with a medicine bottle, the bottle cap is mainly composed of a transparent upper cover sleeved on the locking cover and a space is reserved, wherein: the upper cover: A cover body having an outlet and being covered by the outer cover is provided on the top surface of the cover body, and an arc-shaped notch is opened below one side of the cover body, and a thickness of the reserved sector plate and a rotation are provided on the inner wall of the cover corresponding to the curved notch height C-shaped convex ring of margin; locking cover: a screw cap with a stepped contraction of multiple screw holes on the bottom surface, and communicating with the through hole of the top surface thereof, and a rotatable sector plate extending on the top surface side Outside the cover, the through hole is covered by the fan-shaped plate to open and close; by the above-mentioned member, the upper cover is sleeved with the arc-shaped notch relative to the position of the sector plate of the locking cover, so that the top surface of the locking cover is buckled At the C-shaped convex ring, and the fan-shaped plate is extended by the curved missing groove, a space is formed between the top surface of the locking cover and the upper cover, and the screw hole of the medicine bottle and the bottom surface of the bottle cap is screwed. Solid combination, so that the number of predetermined medicines in the medicine bottle is poured into the space, and then the outer cover will be Drug tablets in patients and poured space. The structure of the bottle cap according to claim 1, wherein the locking cover and the upper cover are integrally provided with an O-ring.