CN115475100B - Filling capsule selector - Google Patents

Abstract

The present invention provides a filling capsule selector, comprising a bottom column, a middle pipe, and a top kit. The bottom column includes a chassis for handheld use and multiple columns. The top edge of the column is provided with a ring groove with a reduced inner diameter, which is inserted into a sleeve. The middle pipe is connected to each column of the bottom column with a sleeve for insertion. The sleeve is connected to the top plate for handheld use, and the top surface of the top plate has an embedded groove. The top kit is connected to each sleeve of the middle pipe with a perforated groove. The upper cover is inserted into the embedded groove of the top plate. The upper cover includes a peripheral edge for handheld use, and each perforated groove faces the sleeve with a conical groove. The sleeve is clamped on the column. The positioning and quantification of the body are achieved through the use of a plug, and there are marked lines around the middle pipe. Powder is poured into the top surface of the column and between the sleeve. The lower part of the capsule is positioned in the perforation groove, and the top sleeve covers the middle pipe, Flip it over as a whole, the powder enters the lower part of the capsule, separates the middle pipe and the bottom column, presses down the top sleeve to make the lower part of the capsule move up, covers the upper part of the capsule, and separates the capsule.

Description

A filling capsule selector

Technical Field

The invention relates to a manual capsule filling auxiliary device for animal medicine, and in particular to a filling capsule selector.

Background Art

Most of the capsules in the prior art are made into finished medicines by pharmaceutical factories. Sometimes, due to supply demand, the medicines for animals still need to be ground and manually poured into capsules for consumption. This technology has been proposed in many existing patents. In the record of Taiwan Patent No. 235478, a large number of holes are proposed and applied and improved. In addition, Taiwan Patent No. M429474 mentions that the medicines for animals of different types and sizes are measured based on multiples of seven, so that 80% of the doses must be ground and manually filled into capsules for convenient feeding. However, when the above patent technology is set with hundreds of holes, it is not convenient to use. Even if it is designed with a filling setting of fourteen times, it still cannot solve the problem of evenly dividing a single dose of medicine, because different doses will be filled with capsules of different numbers. At this time, it can only rely on experience and actual trial and error to determine the applicable number of capsules. In order to provide an item that better meets actual needs, the inventor conducts research and development to solve the problem that the best applicable capsule cannot be selected in the use of the prior art.

Summary of the invention

The main purpose of the present invention is to provide a filling capsule selector. After the ground medicine amount is evenly distributed to the holes to be divided, a capsule capacity scale value will be reached, and the optimal capacity capsule indicated by the scale can be selected to determine which corresponding number it is. Then, the most suitable capsule amount of medicine can be filled with twice or half of seven, and the even distribution can be fast and convenient.

In order to achieve the above-mentioned purpose, the structure of the present invention is as follows: it includes a bottom column member, a middle pipe member, and a top sleeve member, the bottom column member includes a bottom plate for hand-held and a plurality of columns, a ring groove with a reduced inner diameter is provided at the periphery of the top end of each column, and a set of plugs is inserted into the ring groove, the middle pipe member has a sleeve for inserting the column relative to each column of the bottom column member, each sleeve is connected through a top plate body for hand-held, and an embedding groove is provided on the top surface of the top plate body, the top sleeve member has a perforated groove relative to each sleeve of the middle pipe member, and each perforated groove is connected to form an upper cover body, so that the upper cover body can be inserted into the embedding groove of the top plate body The upper cover body includes a peripheral edge for handholding, and the side of each perforated groove facing the sleeve is an enlarged conical groove, so that the sleeve is clamped on the column to facilitate the positioning and quantitative measurement of the sleeve plug. A marking line (capsule selection) is provided around the middle tube member, so that the powder can be poured into the space between the top surface of the column and the sleeve, and the capsule lower member is positioned in the perforated groove through the conical groove, and the top set is covered to the middle tube member, and then the whole is turned over 180 degrees, and the powder enters the capsule lower member through the conical groove. After separating the middle tube member and the bottom column member, the top set is pressed down to move the capsule lower members upward, and finally the capsule upper members are covered to separate the capsules.

Preferably, the upper cover body includes a peripheral edge.

Preferably, a horizontal member is provided in a slot hole on the top surface of the middle tube member.

In order to further understand the technology, means and effects adopted by the present invention to achieve the predetermined purpose, a preferred feasible embodiment is now given, and the detailed description is provided as follows. It is believed that the purpose, characteristics and advantages of the present invention can be deeply and specifically understood thereby.

BRIEF DESCRIPTION OF THE DRAWINGS

Fig. 1 is a partial assembled stereogram of the present invention;

FIG2 is an exploded perspective view of the present invention;

Fig. 3 is a cross-sectional view of the present invention;

FIG4 is a perspective view of the powder separation of the present invention;

FIG5 is a perspective view of the capsule of the present invention when ready for use;

FIG6 is a perspective view of a capsule of the present invention being pushed into a push kit;

FIG7 is a perspective view of the capsule and the top assembly of the present invention embedded in the middle tube;

FIG8 is a three-dimensional view of the present invention after being flipped 180 degrees;

FIG9 is a partial cross-sectional view of the present invention after flipping;

FIG10 is a perspective view of the top assembly of the present invention being pressed down to allow the capsule to be moved in;

FIG. 11 is a perspective view of the capsule and top kit assembly of the present invention.

Description of Reference Numerals

1 bottom column; 11 chassis;

12 column; 13 ring groove;

14. Sleeve plug;

2 middle pipe fittings; 21 casing;

22 top plate body; 23 embedded groove;

24 horizontal piece; 25 marking line;

26 slots;

3 top kit; 31 perforated slots;

32 upper cover body; 33 peripheral edge;

34 conical groove;

4 Powder;

5 capsules; 51 lower pieces;

52 upper part; 50 pressure rod part.

DETAILED DESCRIPTION

As shown in FIGS. 1 to 11, a filling capsule selector of the present embodiment comprises a bottom column 1, a middle tube 2, and a top sleeve 3. The bottom column 1 comprises a bottom plate 11 for hand-holding and a plurality of columns 12. An annular groove 13 with a reduced inner diameter is provided at the periphery of the top end of each column 12. A set of plugs 14 is inserted into the annular groove 13. The middle tube 2 has a sleeve 21 for inserting the column 12 relative to each column 12 of the bottom column 1. Each sleeve 21 is connected through a top plate 22 for hand-holding, and the top plate 22 has an embedding groove 23 on its top surface. The top sleeve 3 has a perforated groove 31 relative to each sleeve 21 of the middle tube 2. Each perforated groove 31 is connected to form an upper cover 32 so that the upper cover 32 can be inserted into the embedding groove 23 of the top plate 22. The upper cover 32 comprises a The peripheral edge 33 of the sleeve 21 is enlarged with a conical groove 34 on one side of each perforated groove 31, so that the sleeve 21 is stuck in the column 12 to facilitate the positioning of the sleeve plug 14 (aligned by a marking line 25 (capsule selection) provided on the periphery of the transparent middle tube 2; and to maintain horizontality with the horizontal member 24 in a slot 26 provided on the top surface of the middle tube 2) and quantitative (generally, there are six kinds of standard capsules with at least six marking lines), so that the powder 4 can be poured into the space between the top surface of the column 12 and the sleeve 21 (Figure 5). When the medicinal powder 4 is completely and evenly distributed into the sleeve 21, the transparent middle tube 2 must move upwards in the process to complete the action of completely distributing the powder 4, and the capsule 5 capacity number corresponding to the marking line 25 corresponding to the top surface of the sleeve plug 14 is selected for use. The lower part 51 of the capsule 5 is passed through the conical groove 34 and positioned in the perforated groove 31 (in FIG. 5 and FIG. 6, a pressing rod 50 is used to press the lower part 51 into the perforated groove 31), and the top cover 3 is covered on the middle tube 2 (FIG. 7), and then the bottom column 1, the middle tube 2, and the top cover 3 are turned 180 degrees as a whole (FIG. 8), and the powder 4 enters the lower part 51 of the capsule 5 through the conical groove 34 (FIG. 9), and the middle tube 2 and the bottom column 1 are separated, and the top cover 3 is pressed down to move the lower part 51 of each capsule 5 upward (FIG. 10), and finally the upper part 52 of each capsule 5 is covered (FIG. 11), and each capsule 5 is separated. In the figure of this embodiment, fourteen is used as the number of sleeves, columns, and perforated grooves, which represents seven days, twice a day, and can be changed according to actual conditions in actual use.

In summary, the present embodiment uses a specially designed bottom column member, a middle tube member, and a top cover member of a three-piece set such as an injection syringe, which can be directly inserted and positioned to simultaneously divide powder into the top surface of the column and the sleeve, and through the insertion and positioning of the top cover member, the middle tube member, and the capsule, inverted filling, and finally back pressure to press the capsule back to complete the assembly for use. More importantly, when the powder is evenly divided into the sleeve, the middle tube member as a transparent body moves upward, and the capsule capacity number corresponding to the marking line corresponding to the top surface of the sleeve is selected for use. The overall structure is very convenient to use, and it is the easiest for people to understand and implement, so it can provide good usability and convenience, and is a completely different mechanism from the existing technology.

The above is a detailed description and drawings of the preferred embodiments of the present invention, and is not intended to limit the protection scope of the present invention. All protection scopes of the present invention shall be based on the protection scope recorded in the claims. All embodiments and similar structures of the spirit of the patent scope and similar variations thereof shall be included in the protection scope of the present invention.

Claims (3)

1. A filling capsule selector, characterized in that the filling capsule selector comprises a bottom column member, a middle tube member and a top sleeve member, the bottom column member comprises a bottom plate and a plurality of cylinders, a ring groove with a reduced inner diameter is provided at the periphery of the top end of each cylinder member, the ring groove is sleeved with a set of plugs, the middle tube member has a sleeve for sleeved into each cylinder member relative to each cylinder member of the bottom column member, each sleeve is connected through a top plate body, and an embedding groove is provided on the top surface of the top plate body, the top sleeve member has a perforated groove relative to each sleeve member of the middle tube member, each perforated groove is connected to form an upper cover body, the upper cover body can be sleeved into the embedding groove of the top plate body, and each perforated groove is an enlarged conical groove on the side facing the sleeve member, the conical groove enables the sleeve member to be clamped on the cylinder member for sleeve plug positioning and quantitative, and marking lines are provided around the middle tube member, when the powder is evenly distributed into the sleeve member, the transparent tube member is caused to move upward, and the capsule capacity number corresponding to the marking line corresponding to the top surface of the sleeve plug is selected for use. 2. The filled capsule selector of claim 1, wherein the upper cover comprises a peripheral edge. 3. The filled capsule selector as claimed in claim 1, characterized in that a horizontal member is provided in a slot hole on the top surface of the middle tube member.