KR20240063076A - Capsule filling machine - Google Patents

Abstract

The present invention relates to a capsule filling machine, and more specifically, to a capsule filling machine that can quickly and conveniently manufacture prepared powdered medicine into capsules, can conveniently and accurately control the production quantity of capsules, and can provide various capsules with different drug injection capacities. This relates to a capsule filling machine that not only improves compatibility by enabling the production of , but also allows the drug to be hygienically collected during the capsule manufacturing process and used in a fixed amount without loss.
A capsule filling machine according to the present invention includes a capsule holding plate having a capsule insertion portion with a plurality of capsule insertion holes for inserting a capsule body; and an injection material distribution means configured to supply the injection material inserted into the capsule body, wherein the injection material distribution means is configured to be movable on the capsule fixing plate and has a receiving space for receiving the injection material and the injection material. It is characterized in that it includes a distribution box in which an injection discharge portion is formed.

Description

Capsule filling machine{CAPSULE FILLING MACHINE}

The present invention relates to a capsule filling machine, and more specifically, to a capsule filling machine that can quickly and conveniently manufacture prepared powdered medicine into capsules, can conveniently and accurately control the production quantity of capsules, and can provide various capsules with different drug injection capacities. This relates to a capsule filling machine that not only improves compatibility by enabling the production of , but also allows the drug to be hygienically collected during the capsule manufacturing process and used in a fixed amount without loss.

In general, medicines and nutritional supplements prescribed at hospitals or pharmacies are mainly provided in the form of tablets, but for patients who cannot use pills or who need to fine-tune the drug dosage, powdered medicines are provided in fixed quantities according to body weight or body surface area. shall.

In particular, in the case of medication for companion animals and children in veterinary hospitals, powdered medicine is often prepared, and powdered medicine is usually provided in capsule form for convenience of administration.

When manufacturing capsules is performed manually, not only is there a lot of loss and inconvenience in the process of transferring the powdered medicine to the capsule, but it also requires a lot of manufacturing time, so capsule filling machines have been developed and used in recent years.

For example, a technology as shown in Public Utility Model Publication No. 20-2022-0001316 has been proposed as a capsule filling machine.

As shown in Figure 1, the conventional capsule filling machine includes a capsule fixing plate 200 on which the body of the capsule is fixed, a frame 300 that can be combined with the capsule fixing plate and has an opening formed on the bottom, and a capsule fixing plate 200 below. A capsule support 400 that pushes the capsule to expose the capsule body upward, a capsule lifter 600 that can raise the capsule support 400 in a direction perpendicular to the floor through the opening of the frame 300, and a capsule fixing plate. (200) It is configured to include a pusher (500) that pushes and fills the medicine on the upper surface into the capsule.

Although the above-mentioned conventional capsule filling machine can improve the convenience of capsule manufacturing to some extent, it has limitations accompanied by various problems.

As the conventional capsule filling machine is not equipped with a distribution means for distributing the powdered medicine, the powdered medicine must be sprinkled on the capsule fixing plate 200 and then put into the capsule, causing problems such as contamination and loss of the powdered medicine.

In addition, since conventional capsule filling machines manually add powdered medicine to capsules, it is very difficult to manufacture capsules in a quantity that matches the intended quantity, which has the disadvantage of causing errors such as increased manufacturing quantity.

Korea Public Utility Model No. 20-2022-0001316 “Capsule Filling Machine” Japanese Published Patent JP1999-253531 “Portable jig for filling capsules of liquid medicine, etc.”

The present invention was proposed in light of the above contents, and its purpose is to provide a capsule filling machine that can quickly and conveniently manufacture prepared powdered medicine into capsules.

Another object of the present invention is to provide a capsule filling machine that can conveniently and accurately control the production quantity of capsules.

Another object of the present invention is to provide a capsule filling machine that improves compatibility by manufacturing various capsules with different drug injection capacities.

Another object of the present invention is to provide a capsule filling machine that can hygienically collect drugs during the capsule manufacturing process and use them in a fixed amount without loss.

In order to achieve the above object, a capsule filling machine according to the present invention includes a capsule holding plate having a capsule insertion portion with a plurality of capsule insertion holes for inserting the capsule body; and an injection material distribution means configured to supply the injection material inserted into the capsule body, wherein the injection material distribution means is configured to be movable on the capsule fixing plate and has a receiving space for receiving the injection material and the injection material. It is characterized in that it includes a distribution box in which an injection discharge portion is formed.

The capsule filling machine according to the present invention may further include a movement guide means installed to guide the forward and backward movement of the injection material distribution means.

Preferably, the movement guide means includes: a movement guide rail installed on the capsule fixing plate; and a moving block slidably connected to the moving guide rail.

The injection material distribution means may include an injection control unit that adjusts the range in which the injection material is injected among the plurality of capsule insertion holes.

Preferably, the injection control unit may be configured to include a plurality of partition plate members inserted into the distribution box to partition the receiving space.

The capsule insertion portion may be perforated and formed so that the capsule insertion holes form a plurality of rows and columns.

In addition, the injection discharge portion is composed of an injection discharge hole drilled to correspond to the capsule insertion hole, and the injection discharge hole may have an inner diameter smaller than that of the capsule insertion hole.

Preferably, the capsule insertion part may be configured to have a plate-shaped body perforated so that the capsule insertion holes form a plurality of rows and columns and be detachable from the capsule fixing plate.

The capsule filling machine according to the present invention includes a residual injection discharge hole formed in the capsule fixing plate in contact with the capsule insertion portion; and an injection material collection member that collects the injection material falling into the residual injection discharge hole.

The capsule filling machine according to the present invention includes a lower base member spaced apart from the capsule fixing plate; And a lifting member installed between the lower base member and the capsule fixing plate to support the capsule fixing plate so that it can move up and down.

The lifting member includes a lifting guide rod installed at a corner of the capsule fixing plate and the lower base member; and an elastic member inserted into the lifting guide rod and providing upward force to the capsule fixing plate.

The capsule filling machine according to the present invention includes a capsule support member disposed on the lower base member to support the lower portion of the capsule body inserted into the capsule insertion hole so that the capsule body is exposed when the capsule insertion portion is lowered; and a lowered state maintaining means configured to maintain the lowered state of the capsule fixing plate.

Preferably, the lowering state maintaining means includes: a first lowering maintaining member installed on the capsule fixing plate; a second lowering maintenance member disposed to face the first lowering maintenance member when the first lowering maintenance member is lowered; and a restraining member formed between the first lowering holding member and the second lowering holding member.

The capsule filling machine according to the present invention includes a pressing member that pressurizes the injection material inserted into the capsule body inserted into the capsule insertion hole; and a residual injection material disposal member installed to remove the injection material remaining in the capsule fixing plate.

According to the capsule filling machine according to the present invention, the injectable material distribution means is moved by the moving guide means to supply injectable materials such as drugs, so that the prepared powdered medicine can be quickly and conveniently manufactured into capsules.

According to the capsule filling machine according to the present invention, the injection material distribution means is equipped with an injection control unit that can adjust the production quantity by controlling the supply range of the injection, so that the production quantity of the capsule can be conveniently and accurately controlled.

According to the capsule filling machine according to the present invention, since the capsule insertion part is configured to be detachable, it is possible to manufacture various capsules with different drug injection capacities by replacing capsule insertion parts with different inner diameters of the capsule insertion hole. , This has the effect of manufacturing various types of capsules interchangeably with one capsule filling machine.

According to the capsule filling machine according to the present invention, a residual injection discharge hole is formed in the capsule fixing plate and an injection water collection member is provided at a corresponding position to collect the drug, so that the drug can be hygienically collected during the capsule manufacturing process and quantified without loss. There is an effect that can be used.

Figure 1 is a diagram for explaining a conventional capsule filling machine;
Figure 2 is a perspective view showing the overall structure of a capsule filling machine according to an embodiment of the present invention;
Figure 3 is a perspective view showing the main configuration of the capsule filling machine according to an embodiment of the present invention, with the moving inner cover, blotting paper member, and residual injection material disposal member removed.
Figure 4 is an exploded perspective view showing the main configuration of the capsule filling machine according to an embodiment of the present invention;
Figures 5A to 5C are diagrams for explaining the detailed configuration of a capsule filling machine according to an embodiment of the present invention. Figure 5A is an exploded perspective view showing the capsule fixing plate portion, and Figure 5B is a portion of the injection material distribution means and movement guide means. Figure 5c is a perspective view showing the injection material distribution means, and Figure 5d is an separated perspective view showing the lowering state maintenance means.
Figures 6a and 6b are front and side views showing the main configuration of a capsule filling machine according to an embodiment of the present invention;
Figure 7 is a diagram for explaining the operation of a capsule filling machine according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail based on the accompanying drawings, FIGS. 2 to 7, and like components in FIGS. 2 to 7 will be given the same reference numerals.

Meanwhile, in each drawing, detailed descriptions of the configuration and its operations and effects that can be easily understood by those skilled in the art from general techniques are simplified or omitted. In addition, since the present invention is characterized by a capsule filling machine, the related parts are shown and explained, and the description of the remaining parts is simplified, or members such as bolts and fixing pins for fastening each component are omitted. do. Hereinafter, the capsule (c) consists of a capsule body (c1) filled with an injectable material such as a drug, and a capsule stopper (c2) fitted on the upper part of the capsule body.

Figure 2 is a perspective view showing the overall structure of the capsule filling machine according to an embodiment of the present invention, and Figure 3 is a perspective view showing the main configuration of the capsule filling machine according to an embodiment of the present invention, including a moving inner cover, a blotter member, and a residual. This shows the state in which the injection material treatment member has been removed. Figure 4 is an exploded perspective view showing the main configuration of the capsule filling machine according to an embodiment of the present invention, and Figures 5A to 5C are diagrams for explaining the detailed configuration of the capsule filling machine according to an embodiment of the present invention, Figure 5A is an separated perspective view showing the capsule fixing plate portion, Figure 5b is an separated perspective view showing the injectable material distribution means and the moving guide means, Figure 5c is a perspective view showing the injected material distribution means, and Figure 5d is maintained in the lowered state corresponding to part A of Figure 3. This is an isolated perspective view showing the tool portion. Figures 6a and 6b are front and side views showing the main configuration of a capsule filling machine according to an embodiment of the present invention.

Referring to Figures 2 to 6, the capsule filling machine according to an embodiment of the present invention can quickly and conveniently manufacture custom-prepared powdered medicine into capsules, conveniently and accurately control the manufacturing quantity of capsules, and can also conveniently and accurately control the quantity of capsules. It is configured so that the injection capacity can be adjusted in various ways, and is equipped with a capsule fixing plate (1), lower base member (2), injection material distribution means (3), and movement guide means (7).

The capsule fixing plate (1) is a component in which the injection operation of an injectable material such as powdered medicine is substantially carried out with the capsule body (c1) in a fixed position. It is formed on the capsule fixing plate body portion (11) and this capsule fixing plate body portion and includes the capsule body ( It consists of a capsule insertion part 12 consisting of a plurality of capsule insertion holes 13 so that c1) is inserted.

In particular, the capsule insertion portion 12 has the feature of being configured to be detachable from the capsule fixing plate body portion 11 to enable filling of various types of capsules. It has a plate-shaped body having a substantially square plate shape and a plurality of capsule insertion holes 13. It has a perforated structure to form rows and columns.

Additionally, the capsule insertion portion 12 is composed of a plurality of capsules so that different types of capsules can be manufactured. For example, the capsule insertion part 12 is a capsule insertion part formed with a capsule insertion hole of an inner diameter capable of inserting the capsule body (c1) of the corresponding capacity for the production of a powdered medicine capsule with a capacity of 500 mg, and a powdered medicine capsule with a capacity of 250 mg. For this purpose, a plurality of capsule insertion parts having capsule insertion holes of different internal diameters, such as a capsule insertion part having a capsule insertion hole of an inner diameter capable of inserting a capsule body of the corresponding capacity, are provided separately and can be used by replacing them in a detachable manner.

Meanwhile, the capsule fixing plate 1 is formed with a capsule insertion fixing hole 14 so that the above-described capsule insertion part 12 is inserted and seated in the central portion of the capsule fixing plate body 11, which has a substantially square plate shape.

The capsule insertion part fixing hole 14 is drilled in the form of a square hole similar to the capsule insertion part 12, and a seating shoulder 15 on which the edge of the capsule insertion part 12 is raised and seated along its edge is provided. It is formed and is provided with a binding member such as a fixing bar 16 that performs the function of pressing and fixing the capsule insertion part 12 placed on the seating jaw 15.

In addition, the capsule fixing plate (1) has residual injection discharge holes (17) at the front and rear in contact with the capsule insertion part (12) so that the injection remaining on the surface can be removed and collected during the process of injecting the injection into the capsule body. is formed, and a movement guide means installation part 18 for installing the movement guide means 7 is formed on one side and the other side in contact with the capsule insertion part 12. This residual injection discharge hole 17 is formed as a long hole drilled to a length corresponding to the size of the capsule insertion portion 12 in the width direction of the capsule fixing plate 1.

In addition, an injection material collection member 91 is installed at the lower part of the capsule fixing plate 1 to collect the injection material falling into the residual injection material discharge hole 17.

The shape of the injection material collection member 91 is not particularly limited, but in this embodiment, it is formed in the shape of a rectangular cylinder.

Meanwhile, the lower base member 2 is a component disposed spaced apart below the capsule fixing plate and is formed in a substantially square plate shape.

The lower base member 2 is provided with an elevating member 5 to support the capsule fixing plate 1 up and down and to apply an upward force to the capsule fixing plate 1 in the lowered state.

The above-mentioned lifting member (5) is installed between the lower base member (2) and the capsule fixing plate (1) and is composed of a lifting guide rod (51) and an elastic member (52).

The lifting guide rod 51 is a rod-shaped member installed at the corner of the capsule fixing plate 1 and the lower base member 2, and is composed of a fastening member similar to a bolt.

The elastic member 52 is inserted into the lifting guide rod 51 and is a component that provides upward force to the capsule fixing plate 1 and is composed of a compression coil spring.

In addition, the lower base member (2) supports the lower part of the capsule body (c1) inserted into the capsule insertion hole (13), so that when the capsule insertion portion (12) is lowered, the capsule body (c1) is inserted into the capsule insertion hole (13). A capsule support member 92 is provided to be exposed from.

The capsule support member 92 performs the function of ensuring that the lower end of the capsule body is seated during the injection process of the capsule body (c1) and is exposed to the outside of the capsule insertion hole by maintaining the position of the capsule when the capsule insertion portion 12 is lowered. There are no particular restrictions on the shape or structure, but in this embodiment, it is formed as a cylindrical bar.

In addition, between the lower base member (2) and the capsule fixing plate (1), a lowering state maintenance means (6) guides the lowering motion of the capsule fixing plate and controls the lowering distance, while maintaining the lowered state of the capsule fixing plate (1). ) is provided.

The lowering state maintaining means 6 includes a first lowering holding member 61 formed in a substantially rectangular shape and installed at the corner of the capsule fixing plate 1, and a lowering state holding member 61 formed in a substantially rectangular shape and lowering the first lowering holding member 61. It is composed of a second lowering holding member 62 arranged to face each other to guide the lowering motion, and a restraining member 63 formed between the first lowering holding member and the second lowering holding member.

The restraining member 63 has a ball insertion groove 631 formed on the side of the first lowering holding member 61 in contact with the second lowering holding member 62, and a second lowering member 63 to be inserted into the ball inserting groove 631. It consists of a ball device 632 installed on the corresponding surface of the holding member 62. Here, the ball device 632 applies an elastic force to a cylindrical ball insertion member 632a with a hollow inside, a ball 632b inserted into the ball insertion member and installed with a portion exposed to the outside, and the ball 632b. An elastic member (not shown) for ball pressing is installed in the hollow of the ball insertion member 632a to do so.

Meanwhile, the injection material distribution means 3 is a component that supplies the injection material into the capsule body inserted into the capsule insertion hole 13 while storing a certain amount of the injection material, and injects the injection toward the plurality of capsule insertion holes 13. It is configured to discharge water.

Preferably, the injection material distribution means (3) is configured to be movable on the capsule fixing plate (1) and is a distribution box (31) formed with a receiving space for receiving the injection material and an injection material discharge portion 312 through which the injection material is discharged. Consists of.

In addition, the injection discharge portion 312 is composed of a plurality of injection discharge holes 312a drilled in the bottom of the distribution box 31 to correspond to the capsule insertion hole 13. At this time, the injection discharge hole is preferably formed to have a smaller inner diameter than the capsule insertion hole 13 in order to minimize the injection of the discharged injection onto the surface of the capsule insertion part.

The distribution box 31 is formed in the shape of an approximately rectangular parallelepiped with an opening formed at the top and a space for receiving the injected material inside. An inclined portion is formed at the bottom of the receiving space toward the injected material discharge unit 312 for easy discharge of the injected material. At the upper end of the opening, partition plate locking grooves 313 are formed at regular intervals on the inner surface so that the injection control part 32, which will be described later, is inserted.

Meanwhile, the injection material distribution means 3 is configured with an injection control unit 32 to conveniently and accurately control the production quantity of capsules, which is the second purpose of the present invention.

The injection control unit 32 is a component for controlling the range in which the injection is injected according to the desired manufacturing quantity among the plurality of capsule insertion holes 13, and is a plurality of capsule insertion holes 13 arranged in one row. ) It is composed of a plurality of partition plate members 321 that partition the injection range so that the injection is supplied only to the capsule insertion hole of the number corresponding to the desired number of capsules to be manufactured.

The partition plate member 321 is a plate-shaped member inserted into the inside of the distribution box 31 to partition the receiving space of the distribution box. In this embodiment, it consists of two pieces, one side of the capsule insertion hole corresponding to the desired capsule production quantity, and the other side of the capsule insertion hole corresponding to the desired capsule production quantity. It is installed to be inserted into the partition plate locking groove 313 to partition the other side.

In addition, the partition plate member 321 can be moved more smoothly by installing a linear movement guide mechanism such as an LM-guide, which will be described later, in the distribution box.

Meanwhile, the capsule filling machine according to the present invention is comprised of a movement guide means (7) that guides the smooth forward and backward movement of the injection material distribution means (3).

The movement guide means 7 can be configured in various ways without particular limitation as long as it is a means to guide the injection material distribution means 3 to move smoothly, but in this embodiment, it is a straight movement commonly called an LM-guide. It is composed of a guide mechanism and includes a moving guide rail (71) installed on the capsule fixing plate (1), and a moving block (72) installed on the injection material distribution means (3) and slidably connected to the moving guide rail (71). do.

In addition, the movement guide means (7) is provided with an 'ㄱ' shaped fixing bracket (73) with one side connected to the moving block (72) and the other side connected to the side of the distribution box (3).

In addition, the movement guide means (7) is configured with a movement guide inner cover (94) to prevent the inflow of foreign substances and at the same time prevent safety accidents such as pinching of fingers during the movement of the injection material distribution means (3). It is done.

Meanwhile, the capsule filling machine according to an embodiment of the present invention is provided with a pressing member 95 that pressurizes the injection material inserted into the capsule body c1 inserted into the capsule insertion hole 13.

The pressing member 95 is formed on the pressing member body 952 with a plurality of pressing pins 951 inserted into the capsule insertion hole 13. In this embodiment, it is independent and is not coupled to or fixed to the capsule fixing plate 1, etc. Although it is shown in the form of a member, it can be configured to move while being guided by a blotting paper member movement guide means (not shown) installed separately on both sides of the capsule fixing plate (1). For example, the blotting paper member moving guide means (not shown), like the aforementioned moving guiding means 7, can be implemented as an LM-guide so that the blotting paper member body 952 is bound to the moving block 72. there is.

Meanwhile, the capsule filling machine according to an embodiment of the present invention is equipped with a residual injection material disposal member 96 installed to remove the injection material remaining in the capsule fixing plate 1.

The residual injection material treatment member 96 is roughly shaped like a spatula, but can be configured to move while being guided by residual injection material treatment member moving guide means (not shown) separately installed on both sides of the capsule fixing plate 1. For example, the residual injection material treatment member moving guide means (not shown) is composed of an LM-guide like the above-mentioned moving guide means 7, and a separate connecting bar (not shown) protrudes from the spatula to form a moving block 72. ) can be implemented in a form that is bound to.

Hereinafter, the operation of the capsule filling machine according to an embodiment of the present invention will be briefly described.

Figure 7 is a diagram for explaining the operation of the capsule filling machine according to an embodiment of the present invention. Part (a) shows the state before installation of the capsule body, and part (b) shows the capsule body inserted into the capsule insertion hole. Part (c) shows a state in which powdered medicine as an injection is injected into the inside of the capsule body, and part (d) shows a state in which the capsule fixing plate is lowered and the capsule stopper is coupled to the exposed capsule body.

First, an injection such as powdered medicine to be prepared is introduced into the interior of the injection material distribution means 3, and the capsule body ( Insert c1). At this time, the partition plate member applied as the injection amount control unit 32 is inserted into the distribution box 31 according to the daily quantity of capsules prescribed. For example, if the daily prescription quantity is 8 capsules and 5 days' worth of powdered medicine capsules are prescribed, a partition plate member 321 is formed on one side and the other side with the 8 injection discharge holes 312a of the injection discharge portion 312 in between. Insert and fill the injection material between both partition plate members 321.

In this state, when a moving force is applied while slightly shaking the injection material distribution means (3), it moves while being guided by the movement guide means (7), and the injection material is discharged from the capsule insertion hole (13) and the injection material distribution means (3). When it moves to the point where it overlaps the ball 312a, the injection inside the distribution box 51 is discharged through the injection discharge hole 312a, as shown in part (c) of Figure 7, and then into the capsule insertion hole ( It is injected into the capsule body (c1) inserted into 13).

At this time, if the injectable material distribution means (3) is moved to the 5th row according to the 5-day supply and then moved to the area of the capsule fixing plate (1) where the capsule insertion hole (13) does not exist, the injection process of the injectable material is completed. In addition, during the injection process of the above-described injection material, the injection density of the injection material can be increased by pressing the pressure pin 951 of the pressing member 95 into the capsule body.

In addition, if the injection material remains on the surface of the capsule fixing plate (1), it is moved to the residual injection material discharge hole (17) using the residual injection material processing member (96) and collected by the injection material collection member (91).

As described above, when the injection of the powdered medicine as an injection into the capsule body is completed, the capsule fixing plate (1) is moved downward as shown in part (d) of Figure 7, and the ball installed on the first lowering holding member (61) is moved downward. The device 632 is inserted into the ball insertion groove 631 of the second lowering holding member 62 (see FIG. 5D) to maintain the lowered state of the capsule fixing plate. When the capsule fixing plate (1) is moved downward in this way, the capsule body (c1) is supported by the capsule support member (92) formed on the lower base member (2), so the capsule body (c1) is positioned at the top of the capsule fixing plate (1). is exposed as

As described above, when the capsule body (c1) is exposed to the upper part of the capsule fixing plate (1), the capsule stopper (c2) is sequentially coupled to the upper part of the capsule body (c1) to complete the manufacture of the capsule (c) and the capsule insertion hole (13) ) can be separated from the product, packaged, and provided to consumers.

Then, when the manufacturing of the capsule is completed, an external force is applied to the capsule fixing plate (1) to remove the ball device (632) inserted into the ball insertion groove (631) of the second lowering holding member (62). The elastic member 52 of the lifting member 2, which was contracted due to the descent, expands and returns the capsule fixing plate 1, so that the capsule manufacturing process can be performed repeatedly.

In particular, the capsule filling machine according to an embodiment of the present invention is composed of a plurality of capsule insertion parts 12 so that different types of capsules can be manufactured, so that the capsule insertion hole 13 with an inner diameter suitable for the capacity of the capsule is drilled. Since capsules of various capacities can be manufactured by replacing the capsule insertion part 12, various types of capsules can be manufactured interchangeably with one capsule filling machine.

Terms such as “include,” “comprise,” or “have,” as used above, unless specifically stated to the contrary, mean that the corresponding component may be present, and do not exclude other components. It should be interpreted that it may further include other components. All terms, including technical or scientific terms, unless otherwise defined, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the present invention pertains. Commonly used terms, such as terms defined in a dictionary, should be interpreted as consistent with the contextual meaning of the related technology and, unless explicitly defined in the present invention, should not be interpreted in an idealized or overly formal sense.

The configuration and operation of the capsule filling machine according to an embodiment of the present invention described above have been described, but this is illustrative and those skilled in the art may use the above-described embodiment without departing from the technical spirit of the present invention. It will be understood that it is possible to substitute and modify some parts.

Therefore, the scope of protection of the present invention should be understood to extend to the invention described in the patent claims and equivalents thereof.

1: Capsule fixing plate 11: Capsule fixing plate body part
12: Capsule insertion part 13: Capsule insertion hole
14: Capsule insertion fixing hole 15: Seating jaw
16: Fixed bar 17: Residual injection material discharge hole
18: Movement guide installation part 2: Base member
3: injection material distribution means 31: distribution box
32: Injection control unit 321: Partition plate member
5: Elevating member 51: Elevating guide rod
52: Elastic member 6: Means for maintaining the lowering state
61: First lowering maintenance member 62: Second lowering maintenance member
63: Restraint member 7: Movement guide means
71: Moving guide rail 72: Moving block
73: Fixing bracket 91: Injection water collection member
92: Capsule support member 94: Moving inner cover
95: Blotting paper member 96: Residual injection material treatment member
c:capsule c1:capsule body
c2:capsule cap

Claims (9)

In the capsule filling machine,
A capsule fixing plate having a capsule insertion portion with a plurality of capsule insertion holes for inserting the capsule body; and
It includes; an injectable material distribution means configured to supply the injectable material inserted into the capsule body,
The injectable material distribution means includes: a distribution box configured to be movable on the capsule fixing plate and having a receiving space for receiving the injectable material and an injectable discharge portion through which the injected material is discharged; and an injection control unit that controls the range in which the injection is injected among the plurality of capsule insertion holes.
According to paragraph 1,
A capsule filling device comprising a movement guide means installed to guide the forward and backward movement of the injection material distribution means.
According to paragraph 2,
The movement guidance means is,
A moving guide rail installed on the capsule fixing plate; and
A capsule filling machine comprising a moving block slidably connected to the moving guide rail.
According to paragraph 1,
The capsule filling device is characterized in that the injection control unit includes a plurality of partition plate members inserted into the distribution box to partition the receiving space.
According to paragraph 1,
The capsule filling device is characterized in that the injection material distribution means is configured to stop at a point where the injection material discharge portion coincides with the capsule insertion hole during the movement process to discharge the injection material.
According to paragraph 1,
The capsule insertion portion is perforated and formed so that the capsule insertion holes form a plurality of rows and columns,
The capsule filling device is characterized in that the injection discharge portion is composed of an injection discharge hole drilled to correspond to the capsule insertion hole, and the injection discharge hole has an inner diameter smaller than that of the capsule insertion hole.
According to paragraph 1,
The capsule filling machine is characterized in that the capsule insertion part has a plate-shaped body perforated so that the capsule insertion holes form a plurality of rows and columns and is detachable from the capsule fixing plate.
According to paragraph 1,
a residual injection discharge hole formed in the capsule fixing plate in contact with the capsule insertion portion; and
A capsule filling device comprising: an injection material collection member that collects the injection material falling into the residual injection discharge hole.
According to any one of claims 1 to 8,
a lower base member spaced apart from the capsule fixing plate; and
A capsule filling machine comprising: a lifting member installed between the lower base member and the capsule fixing plate to support the capsule fixing plate so that it can move up and down.