TWI771030B - Fill capsule selector - Google Patents

Abstract

A filling capsule selector has a bottom column piece, a middle pipe piece, and a top set piece. Sleeve plug, the middle pipe piece is relative to the bottom column piece and each cylinder has a sleeve for inserting, each sleeve is connected by a top plate body for hand-held, and there is an insert groove on the top surface of the top plate body, and the top sleeve is opposite to the middle pipe piece. Each sleeve has a perforated groove, and each of the perforated grooves is connected to form an upper cover, so that the upper cover can be inserted into the embedded groove of the top plate body. , so that the sleeve is clamped to the cylinder by the sleeve plug for positioning and quantification. There is a marking line on the periphery of the middle pipe, so that the powder can be poured between the top surface of the cylinder and the sleeve, and the lower part of the capsule can be passed through the conical groove. Position it in the perforated groove, cover the top set to the middle tube, and then turn it over 180 degrees as a whole. The powder enters the lower part of the capsule through the conical groove. Move the pieces up, and finally cover the upper pieces of each capsule, and remove each capsule.

Description

Fill capsule selector

This creation is about a manual capsule filling aid for animal medicine, especially a filling capsule selector.

Most of the known capsules are made by pharmaceutical factories for use as patent medicines. Sometimes, according to the demand, in animal medicine, it is still necessary to grind them and pour them into capsules manually for consumption. In the prior art No. 235478, a large number of holes have been proposed for application and improved. In addition, it is mentioned in the patent publication No. M429474 that the multiples of seven are used as the basis for the measurement of animal drugs of different types and body types, so that 80% of the dose must be treated. Grinding and manually filling it into capsules is convenient for feeding. When there are hundreds of holes in the front case, it is unfavorable to use. However, it is designed with a filling setting of fourteen times, which still cannot solve the problem of equal distribution of single doses, because different doses will be used. Capsules of different sizes are filled. At this time, we can only rely on experience value and actual trial and error to determine the suitable size of capsules. In order to provide items that are more in line with actual needs, the creators are conducting research and development to solve the conventional and easy to use. There is a problem of not being able to choose the best suitable capsule.

The main purpose of this creation is to provide a filling capsule selector, which can be selected according to the optimal capacity of capsules marked on the scale after evenly dividing the amount of medicine to be divided into each hole and reaching a capsule capacity scale value. Determine the corresponding number, you can fill the most suitable Chinese medicine capsules with two times or half of seven, and can be divided equally for speed and convenience. .

In order to achieve the above purpose, the structure of this creation is as follows: there is a bottom column piece, a middle pipe piece, and a top set piece. A ring groove is inserted into a set of plugs, and each cylinder of the middle pipe piece is provided with a sleeve relative to the bottom column piece for insertion. The top set has a perforated groove relative to each sleeve of the middle pipe, and the perforated grooves are connected to form an upper cover, so that the upper cover is formed. The cover body can be inserted into the insert groove of the top plate body. The upper cover body has a peripheral edge for holding, and each perforated groove has an enlarged tapered groove toward the sleeve, so that the sleeve can be clamped in the cylinder body by the sleeve plug for positioning and quantification. There is a marked line (capsule selection) on the periphery of the middle tube, and the powder can be poured between the top surface of the cylinder and the sleeve, the lower part of the capsule is positioned through the conical groove to the perforated groove, the top set is covered to the middle tube, and then The whole is turned over 180 degrees, the powder enters the lower part of the capsule through the conical groove, remove the middle pipe part and the bottom column part, press the top part down to move the lower part of each capsule up, and finally cover the upper part of each capsule, take it out. Separate each capsule.

In order to enable your reviewers to further understand the techniques, means and effects of this creation to achieve the predetermined purpose, hereby give a better feasible embodiment, and explain in detail with the drawings as follows, I believe the purpose and characteristics of this creation And advantages, when can get an in-depth and specific understanding.

[This creation]

1: Bottom pillar

11: Chassis

12: Cylinder

13: Ring groove

14: Sleeve plug

2: Middle pipe fittings

21: Casing

22: top plate body

23: Groove

24: Horizontal Pieces

25: marked line

26: Slotted hole

3: Top Kit

31: Perforated slot

32: upper cover

33: Perimeter

34: Conical groove

4: Powder

5: Capsules

51: next

52: Top Piece

50: Pressure bar

The first picture is a partial combined three-dimensional view of this creation.

The second picture is a three-dimensional exploded view of the creation.

The third picture is a sectional view of the creation.

The fourth picture is a three-dimensional view of the creation of powder.

The fifth picture is a three-dimensional view of the creative capsule when it is ready for use.

The sixth picture is a three-dimensional view of the creative capsule being pushed into the top kit.

The seventh picture is a three-dimensional view of the creation capsule and the top set embedded in the middle tube.

The eighth picture is a three-dimensional view of this creation after turning it 180 degrees.

The ninth picture is a partial cross-sectional view of this creation after it has been flipped.

The tenth picture is a three-dimensional view of the creation top kit pressing down to move the capsule in.

The eleventh picture is a three-dimensional view of the creative capsule set on the top set.

As shown in Figures 1 to 11, for the purpose of creating a filling capsule selector, it has a bottom column member 1, a middle pipe member 2, and a top set 3. The bottom column member 1 includes a chassis 11 for holding and counting The cylindrical body 12 has a ring groove 13 with a reduced inner diameter on the periphery of the top end of each cylindrical body 12 and a set of plugs 14 is sleeved. The middle pipe part 2 is opposite to the bottom column part 1 and each cylindrical body 12 has a sleeve 21 for sleeve. Each sleeve 21 is connected by a top plate body 22 for hand-holding, and the top surface of the top plate body 22 has an insert groove 23, and each sleeve 21 of the top sleeve 3 has a perforated groove 31 relative to the middle pipe member 2, and each of the through holes 31 is connected. into an upper cover 32, The upper cover body 32 can be inserted into the embedding groove 23 of the top plate body 22. The upper cover body 32 includes a peripheral edge 33 for holding, and each perforated groove 31 has an enlarged tapered groove 34 toward the sleeve 21, so that the sleeve 21 can be stuck in the column. The body 12 is positioned by the sleeve plug 14 (aligned by a marking line (capsule selection) 25 provided on the periphery of the transparent middle tube 2; and kept horizontal by a horizontal member 24 in a slot 26 on the top surface of the middle tube 2) and quantitative (Generally, there are six standard capsules with at least six marking lines), the powder 4 can be poured between the top surface of the cylinder 12 and the sleeve 21 (Fig. 5). When the powder 4 is to be completely evenly divided into After the sleeve 21, the tube 2 in the transparent body must move upward in the process to complete the action of completely dividing the powder 4, and the capsule 5 corresponding to the marking line 25 corresponding to the top surface of the plug 14 is set. The capacity number is selected for use. Put the lower part 51 of the capsule 5 through the conical groove 34 and position it in the perforated groove 31 (a pressing rod 50 is used to press the lower part 51 into the perforated groove 31 in the fifth and sixth figures), and cover the top set 3 to the middle pipe part 2 (the seventh picture), then the whole (1, 2, 3) is turned over 180 degrees (the eighth picture), the powder 4 enters the lower part 51 of the capsule 5 through the conical groove 34 (the ninth picture), and takes it out of the middle Pipe member 2 and bottom column member 1, press down the top member 3 to move the lower member 51 of each capsule 5 upward (Fig. 10), and finally cover the upper member 52 of each capsule 5 (Fig. 11), and remove each capsule. 5. Fourteen are used as casings, cylinders, and the number of perforated grooves in this creative drawing, which represent seven days, twice a day, and can be changed in actual use.

To sum up the structure described above, this creation uses a specially designed bottom column, a middle tube, and a top set of three sets of injection syringes, which can be directly inserted into the positioning, and multiple powders can be distributed into the top surface of the cylinder at the same time. Between the casing and the casing, the top set, the middle pipe, and the capsule are inserted and positioned, filled upside down, and finally the capsule is pushed back to the capsule to complete the assembly for use. More importantly, when the powder is evenly distributed into the casing, As the tube in the transparent body moves upward, the capsule capacity number corresponding to the marking line corresponding to the top surface of the plug is selected and used. It is very convenient to use as a whole, and it is the easiest for people to understand and implement, so it can provide good usability and convenience, and is a completely different organization from conventional ones.

The above-mentioned detailed descriptions and drawings of the preferred embodiments of the creation are not intended to limit the creation. The entire scope of the creation should be subject to the following patent scope, and the spirit of the patent scope and the embodiments with similar changes and similar structures should be included in this creation.

1: Bottom pillar

11: Chassis

12: Cylinder

13: Ring groove

14: Sleeve plug

2: Middle pipe fittings

21: Casing

22: top plate body

23: Groove

24: Horizontal Pieces

25: marked line

26: Slotted hole

3: Top Kit

31: Perforated slot

32: upper cover

33: Perimeter

34: Conical groove

Claims (3)

A filling capsule selector is provided with a bottom column piece, a middle pipe piece, and a top set piece. The bottom column piece contains a bottom plate and several column bodies, and a ring groove with a reduced inner diameter is arranged on the periphery of the top end of each column body and a set of plugs is inserted into it. , the middle pipe piece has a set of sleeves for inserting relative to each cylinder of the bottom column piece. There is a perforation groove, and each perforation 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, and each perforated groove has an enlarged conical groove toward the sleeve, so that the sleeve is clamped to the cylinder and positioned by the sleeve plug And quantitative, there is a marking line on the periphery of the middle tube. When the powder is evenly divided into the sleeve, the tube in the transparent body will move up, and the corresponding marking line on the top surface of the sleeve will correspond to the The capsule capacity number is selected and used, the lower part of the capsule is positioned in the perforated groove through the conical groove, the top part is covered to the middle pipe part, and then the whole is turned over, the powder enters the lower part of the capsule through the conical groove, and the middle pipe part and the bottom Column pieces, press down the top set to move the lower pieces of each capsule upward, and finally cover the upper pieces of each capsule, and remove each capsule. The filling capsule selector described in claim 1, wherein the upper cover body includes a peripheral edge. The filling capsule selector as described in claim 1, wherein a horizontal piece is arranged in a slot hole on the top surface of the middle pipe piece.

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