JP2002273600A - Solid agent making apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a solid agent making apparatus which is capable of efficiently making mass production of solid agents formed of raw materials containing powdery substances with stable quality without restricting the shapes of finished products. SOLUTION: This solid agent making apparatus has a raw material feeder which feeds bathing agent raw materials 5 into a molding vessel 4 closed at its under surface by a lower thrusting member 6, a piercing member 9 which forms a recessed part 8 in the bathing agent raw materials in the molding vessel, a shaped material loading means which loads a shaping material 10 on a base surface 8b of the recessed part and an upper thrusting member 12 which molds a green compact 1 embedded with the shaped material by pressurizing the bathing agent raw materials from a top edge 8a of the recessed part while allowing the raw materials to crumble down therefrom, then repressurizing the green compact to form the molding 13 of the solid bathing agent.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for producing a solid agent by pressing a raw material containing powder as a main component, such as a solid-type bath agent having a predetermined shape, into a solid agent.

[0002]

2. Description of the Related Art Bath agents currently commercially available are generally in the form of liquid, powder, solid, gel and the like. Among these, as a method for producing a solid bath agent, for example, a method in which a liquefied bath agent raw material is put into a predetermined mold, cooled and solidified, and then punched out, or a powder bath agent raw material is granulated to a predetermined size Known methods include a method of encapsulating a bathing agent raw material in a capsule, a method of press-forming a powdery bathing agent raw material using a tableting machine, and a method of manually hardening a bathing agent raw material into a predetermined shape. ing.

Further, solid bathing agents containing articles such as toys, plants, and printed matter are disclosed in JP-A-10-306021, JP-A-50-6716, and JP-A-9-249.
Various proposals have been made in, for example, US Pat. The solid bathing agents described in these publications start dissolving when they are put into bath water, and after a lapse of a predetermined time, articles contained therein appear in the bath water or on the surface of the bath water.

[0004]

In these publications, there is also proposed a method of producing a solid bath agent by mixing an inclusion in a bath agent raw material and then pressurizing the mixture.
In such a pressure molding method, since the inclusions are easily deformed by the pressure at the time of molding, there is a drawback that a toy or the like whose deformation of the inclusions due to the pressure adversely affects the commercial value cannot be included. Therefore, the solid bath preparation produced by the pressure molding method is relatively small in size, such as a freeze-dried plant, and contains an article whose shape change does not adversely affect the commercial value even when pressed. limited.

[0005] As described above, in the case of the solid bath preparation by the conventional pressure molding method, it is not possible to include in the solid bath preparation an article, such as a toy, whose deformation due to pressure adversely affects the commercial value. However, solid bathing agents containing toys that may be deformed are hardly available on the market, and even if they are on the market, only those manufactured manually by small scale are known. In fact, mass production is not being carried out.

Further, in the case of a solid bath preparation manufactured by a method in which the inclusion is mixed with the raw material of the bath preparation in advance and then subjected to pressure molding, the position of the inclusion is different for each product.
There is a large variation in the time from the start of dissolution into the bath water until the inclusions appear in the bath water, and it is difficult to control this time in the manufacturing stage.

On the other hand, a method of producing a tablet-shaped solid bath agent by press-molding a bath agent raw material using a tableting machine or the like has been practiced. In this method, however, 100 kgf / kg of the bath agent raw material is added. It is necessary to apply a high pressure of at least cm ² . In the case of a tableting machine, the shape of the finished product is limited to a flat shape and only a so-called tablet-shaped product can be manufactured. In fact, you have to rely on.

[0008] The problem to be solved by the present invention is to produce a solid agent by press-molding a raw material containing powder as a main component, without affecting the shape of the molded body, and with an efficient and stable quality. The goal is to enable mass production.

[0009]

A first invention according to the present invention is a solid agent manufacturing apparatus for forming a solid agent by pressing a raw material mainly composed of powder into a solid agent. A molding container containing the raw material, a raw material filling device for filling the raw material into the molding container, a primary molding device that pressurizes the raw material body filled in the molding container to form a rough molded body, And a secondary forming device that pressurizes the roughly formed body at a pressure higher than that of the primary forming device to form a finished formed body.

[0010] With such a configuration, the raw material containing powder as a main component is formed by two molding apparatuses in which the pressing force is increased stepwise, so that the shape of the solid agent, which is a press-formed product, is a tablet. There is no limitation on the shape and the like, and the manufacturing process can be mechanized, so that mass production can be performed efficiently with stable quality. Furthermore, by setting the amount of the raw material to be filled in the molding container to the amount corresponding to one solid agent product, the filling operation and the pressure molding operation are standardized, and a stable production of a solid agent of constant quality is achieved. Can be.

[0011] A second invention according to the present invention is a solid agent manufacturing apparatus in which a raw material containing powder as a main component is formed by pressure molding to obtain a solid agent. A molding container, a raw material filling device for filling the raw material into the primary molding container, a primary molding device that pressurizes the raw material body filled in the primary molding container to make a rough molded body, A secondary molding container containing the crude molded product taken out of the container, and the coarse molded product contained in the secondary molding container is pressed at a higher pressure than the primary molding device to obtain a finished molded product. A solid agent manufacturing device comprising a secondary molding device.

With such a configuration, the same functions and effects as those of the solid agent manufacturing apparatus according to the first invention can be exhibited, and the operations related to the primary molding apparatus and the secondary molding apparatus can be performed. Can be performed separately, when there is a difference in the time required for these operations, it is possible to eliminate the difference in length by taking an apparatus such as double-tracking one of the operations, thereby improving productivity. Can be improved. In addition, since the rough formed body formed by the primary forming apparatus is once taken out of the forming container and the rough formed body can be finished into the finished formed body by the secondary forming apparatus, the shape of the rough formed body and the finished formed body can be obtained. It can be easily applied even when the shape is different.

[0013] A third invention according to the present invention is a solid agent manufacturing apparatus which press-molds a raw material containing powder as a main component and converts the raw material into a solid agent. Container, a raw material filling device for filling the raw material into the molding container, a concave portion forming device for forming a hole-shaped concave portion in the raw material body filled in the molding container, and a water-insoluble A tangible object mounting device for mounting a tangible object, and a primary molding for forming a coarse molded body in which the tangible object is embedded with the raw material by applying pressure while dropping the raw material into the concave portion from the upper edge of the concave portion Equipment and
A solid forming apparatus, comprising: a secondary forming apparatus that presses the rough formed body at a pressure higher than that of the primary forming apparatus to form a finished formed body.

[0014] With such a configuration, a rough molded body in which a water-insoluble tangible material is embedded in a place that was a concave portion of a raw material body filled in a molding container is primarily molded at a relatively low pressure. After that, the rough molded body can be secondarily molded at a higher pressure than the primary molding to be a finished molded body, so that the tangible object is fixed at a certain position without applying a strong pressure to the tangible object to be embedded. The encapsulated solid agent can be manufactured continuously. That is, a solid agent in which the contained tangible material is not deformed by pressure or the embedment position of the tangible material does not vary can be efficiently mass-produced with stable quality. Therefore, a solid bathing agent containing a tangible object, in which a tangible object appears in the bath water or on the surface of the bath water when a predetermined time has elapsed after being immersed in the bath water, has excellent quality stability without being restricted by the shape of the molded body. It can be mass-produced efficiently while maintaining.

[0015] A fourth invention according to the present invention is a solid agent manufacturing apparatus in which a raw material mainly composed of powder is formed into a solid by pressing and molding, and a primary agent containing one raw material for one solid agent is provided. A molding container, a raw material filling device for filling the raw material into the primary molding container, a concave forming device for forming a hole-shaped concave in the raw material body filled in the primary molding container, A tangible object mounting device for mounting a water-soluble tangible object, and forming a coarse molded body in which the tangible object is embedded with the raw material by applying pressure while dropping the raw material into the concave portion from the upper edge of the concave portion. A primary molding device, a secondary molding container containing the coarse molded product taken out of the primary molding container, and a coarse molding product contained in the secondary molding container that is higher than the primary molding device. And a secondary forming device that forms a finished molded product by applying pressure. It is a solid dosage manufacturing apparatus for.

[0016] By adopting such a configuration, similarly to the solid preparation manufacturing apparatus of the third invention, the solid bath containing the tangible material and the like can be produced in a stable quality with no restriction on the shape of the molded product. Mass production can be performed efficiently. In addition, as in the second aspect, since the work related to the primary molding device and the work related to the secondary molding device can be performed separately, even when there is a difference in the time required for these works, this is solved. It is possible to

In the solid agent manufacturing apparatus according to the first to fourth inventions, a primary pressing member for pressing the raw material from at least one direction to form at least a part of the outer shape of the solid agent is provided as the primary molding device. Thereby, in the primary molding step, a rough molded body approximated to the outer shape of the solid agent can be molded, so that the secondary molding step can be shortened and the production efficiency is improved. The primary pressing member is not limited to a single member. If a plurality of primary pressing members are provided for pressing the raw material from a plurality of different directions, a uniform pressure can be applied to the entire raw material. The uniformity of the density distribution of the body can be obtained, and a solid agent having excellent uniformity can be produced through secondary molding.

[0018] Further, by providing a secondary pressing member for pressing the rough molded body from at least one direction to form the outer shape of the solid agent as the secondary molding device, the shape of the solid agent can be spherical, egg-shaped or rotary. Even in the case of a complicated shape such as an ellipsoidal shape, it can be formed smoothly and accurately. In addition, when the shape of the solid agent is spherical, oval, spheroidal, or the like, using a secondary pressing member or the like having a hemispherical concave portion, the rough molded body is formed from two different directions such as the vertical direction. It is desirable to form by pressing, and if the shape of the pressing member or the molding container that comes into contact with the raw material is changed and the pressing direction is set to two or more directions, a complicated shape such as a star shape can be formed. In addition, as in the case of the primary molding device, if a plurality of secondary pressing members are provided to press the coarse molded body from a plurality of different directions, a uniform pressure can be applied to the entire coarse molded body, so that the density distribution is equalized. , A solid agent having excellent uniformity can be produced.

The pressing force of the primary pressing member is 0.5-1.
5 kgf / cm ² , the pressing force of the secondary pressing member is 1.0
It is desirable to set it to 5 kgf / cm ² . The raw material in the molding container can be formed into a molded article having a predetermined shape with a pressing force in this range. Even when the molded article includes a tangible object, the tangible object is not deformed by pressure. Also,
In the case where the roughly formed body is taken out from the primary molding container and stored in the secondarily molded container, the rough molded body can be provided with a strength that does not chip or collapse.

According to a fifth aspect of the present invention, there is provided an apparatus for producing a solid preparation, wherein a raw material containing powder as a main component is formed by pressure molding to obtain a solid preparation, wherein a particle size adjusting apparatus for adjusting a particle size range of the raw material. A molding container for accommodating a raw material for one solid agent, a raw material filling apparatus for filling the raw material into the molding container, and forming a hole-shaped concave portion in the raw material body filled in the molding container. A recess forming device, a tangible object placing device for placing a water-insoluble tangible object in the recess, and pressurizing the raw material into the recess from the upper edge of the recess while pressing the tangible material with the raw material. And a forming device for forming a formed body in which the object is embedded.

In the solid agent manufacturing apparatus according to the first to fifth aspects of the present invention, a plurality of the molding containers are arranged along the circumferential direction of the table on the outer peripheral portion of the circular rotary table, and the apparatus from filling of raw materials to molding is performed. By sequentially arranging the components on the outside of the rotary table in the table circumferential direction, a series of operations from filling of the raw material into the molding container to pressure molding can be efficiently performed by rotating the rotary table.

In the solid agent manufacturing apparatus according to the first to fifth aspects of the present invention, a raw material particle size adjusting device is provided to adjust the particle size range of the raw material, thereby facilitating the pressure molding of the raw material in the molding container. Thus, two pressure molding operations can be performed at one time, and the efficiency of the pressure molding operation can be greatly improved. For example, in the case of pressure molding of a solid bath agent, an egg-shaped molded body can be obtained by a single pressure molding operation by adjusting the particle size of the raw material using a 0.5 to 5.0 mm mesh sieve. it can.

In the solid agent manufacturing apparatus according to the third to fifth aspects of the present invention, the solid agent manufacturing apparatus according to the third to fifth aspects further comprises a concave forming apparatus for forming a hole-shaped concave in the raw material body filled in the forming container. By using a device with the function of forming a concave part with a depth such that the tangible object is located at the center, the placement accuracy of the tangible object in the molded body is increased, and the tangible object is always included in the approximate center of the molded object. For example, in the case of a solid bath containing a tangible material, the timing may be set so that the tangible material appears at the time when the solid bath agent put into the bath water is completely dissolved. Yes, and the timing becomes stable. Furthermore, as a concave portion forming device, by having a function of forming a funnel-shaped concave portion having a flat portion on which a tangible material can be placed on at least a part of the bottom surface, the tangible material arranged in the concave portion to the bottom surface. Guidance can be accurately guided, and can be stably placed on the bottom surface, and stability after placement can be ensured, so that the placement accuracy of the tangible object is further improved.

The solid agent producing apparatus according to the present invention can produce solid agents of various types, uses and shapes from raw materials containing powder as a main component, and is particularly suitable for producing solid bath agents. The present invention is not limited to the conventional tablet shape, and it is possible to efficiently produce a spherical or egg-shaped solid bath agent or a solid bath containing a tangible substance.

When the solid bath preparation is produced by the solid preparation manufacturing apparatus of the present invention, the bath preparation raw material may be any as long as it is a powder bath preparation raw material which can be molded by pressurization. In order to facilitate the formation of the concave portion for containing the tangible material, the liquid bath agent raw material was powdered before use in filling the molding container, and the powdered bath agent raw material was wetted with a solvent or the like. It is desirable to fill in a state. The bath additive raw material preferably contains a water-soluble material soluble in bath water as a main component, but may contain a water-insoluble material depending on the type of the bath additive. Since the particle size of the powder is not particularly limited, it can be set in consideration of the recess forming property in the recess forming step, the pressure forming property in the primary forming step and the secondary forming step, and the like. The container for filling the bath agent raw material may be any container that can be press-molded, and its shape and size are not particularly limited.

When a solid bath preparation containing a tangible substance is produced by the apparatus for producing a solid preparation of the present invention, as the non-water-soluble tangible substance to be contained, toys, dried plants, printed matter, etc. can be used. Although the size and shape are not particularly limited, the manufacturing apparatus of the present invention can include a relatively large and complicated shape toy in a predetermined position of the solid bath agent. The specific gravity of the tangible material is not particularly limited, but a material made of a material smaller than the specific gravity of the bath water is adopted so that the solid bath agent submerged in the bath water will float on the bath water surface when dissolved. It is desirable to do. The method of placing the tangible object on the bottom of the recess is not particularly limited,
In consideration of the structure and workability of the device, a method of dropping a tangible object into a vertically formed recess is preferable.

Further, using a molding apparatus, a molded product in which a tangible material is embedded with the bath agent raw material by applying pressure while dropping the bath agent raw material into the concave portion in order from the bath agent raw material located at the upper edge of the concave portion. By forming, the raw material of the bath agent can be continuously dropped and molded under pressure.However, the molding container is vibrated to break down the raw material of the bath agent and embed the tangible material. It is also possible to form a rough molded body by pressing the bath raw material that has fallen from a plurality of different directions.

As the bath additive raw materials, organic acids and carbonates as effervescent components, and anhydrous sodium sulfate in such an amount that the solid bath agent immediately after being put into the bath can settle in the bath,
By using a powder in a liquid wet state containing polyethylene glycol dissolved in a solvent containing dipropylene glycol, a concave portion for filling a tangible material can be easily formed, and molding for pressure molding at a relatively low pressure is performed. And workability are also improved.

The components of the bath additive raw materials include, in addition to organic acids and carbonates as foaming components, raw material solidifying components, solvents for the raw material solidifying components, specific gravity adjusters, enzymes, surfactants, fragrances, dyes, Examples include components having various medicinal effects and hot spring effects, and the mixing ratio can be appropriately determined according to the type of the bathing agent, a predetermined purpose, and the like.

The organic acid and the carbonate as the foaming components are compounded with the expectation of the action of rapidly disintegrating and dissolving the solid bath agent in the bath water and the effect of a warm bath based on the carbon dioxide gas generated by the dissolution. can do. Examples of the organic acid include tartaric acid, fumaric acid, citric acid, succinic acid, and the like. Examples of the carbonate include sodium carbonate, sodium hydrogencarbonate, sodium sesquicarbonate, and potassium salts thereof. When blending these organic acids and carbonates, care must be taken so that water is not substantially contained in the bath additive raw material.
It is desirable that the compounding ratio of the organic acid and the carbonate as the foaming component is usually 1: 1 by mass or a ratio close thereto.

Examples of the raw material solidifying component include polyethylene glycol (hereinafter, referred to as PEG), polypropylene glycol (hereinafter, referred to as PPG), sorbitol, mannitol, glucose, and sucrose. Use of PEG is preferred, for example, when pressure is applied at a low pressure during pressure molding described below. The average molecular weight of PEG is 950 to 3700 in order to perform good moldability and the like.
Is preferred. Examples of such a PEG include a commercially available product or a mixture of commercially available products having a predetermined molecular weight.

Examples of the solvent for the raw material solidifying component include ethylene glycol, propylene glycol, diethylene glycol, dipropylene glycol, glycerin, and pentaerythritol. In particular,
As a solvent for PEG, use of dipropylene glycol is preferred.

As the specific gravity adjuster, for example, anhydrous sodium sulfate in an amount settled in the bath water immediately after the solid finished molded article is placed in the bath water, may be mentioned. Also enzymes,
Surfactants, fragrances, pigments, components having various medicinal effects and hot spring effects, and the like can be appropriately selected and blended from known components according to the predetermined purpose of the solid bath agent. Furthermore, it is naturally possible to mix other components other than the above-mentioned materials as long as the predetermined object of the present invention is not impaired.

In the drying process of the solid bath agent formed by the secondary molding device, if the drying is promoted by spraying steam, a reaction occurs only on the surface of the solid bath agent and the surface is covered with a neutral salt. As a result, the emission of the fragrance component of the fragrance compounded as the bath additive raw material is suppressed, and a bath agent of stable quality can be manufactured. As a drying device for this purpose, it is preferable to dispose a drying device by spraying steam downstream of the secondary molding device.

Further, in order to effectively prevent the solid finished molded product from being cracked or broken during transportation or the like, the molded products can be individually shrink-wrapped. Although the shrink wrapping process can be performed using a known material, the shrink wrapping process is particularly effective for those subjected to pressure molding with a relatively low pressure by a secondary molding device.

[0036]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a plan view showing an apparatus for producing a solid preparation according to a first embodiment of the present invention, and FIG. 2 is a view for producing a solid bath preparation containing a tangible material using the apparatus for producing a solid preparation shown in FIG. FIG. 4 is an explanatory view showing a step of performing

As shown in FIG. 1, the solid agent manufacturing apparatus 1 of the present embodiment comprises six support bases 3 arranged at regular intervals along the periphery of the turntable 2 which rotates intermittently in units of 60 degrees in the direction of the arrow. Four cylindrical molding containers 4 are arranged on each support base 3 and vertically penetrated, and a lower pressing member 6 is inserted into each molding container 4 from below. These molding containers 4 are filled with a bath agent raw material 5 containing a powder that can be molded under pressure.

Around the rotary table 2, a raw material 5
A raw material filling device 7 for filling the container 4 for molding, a piercing member 9 capable of entering and leaving the molding container 4 and forming a concave portion 8 on the surface of the bath agent raw material 5 filled in the container 4 for molding,
And a tangible material placing device (not shown) for placing a water-insoluble tangible material 10 on the bottom surface 8b of the tub, and a bath agent that can enter and exit the molding container 4 from the upper edge 8a of the dent 8 to the dent 8. An upper pressing member 12 which pressurizes the raw material 5 while falling down to form a roughly shaped body 11 having a fixed shape in which the tangible material 10 is embedded with the bath additive raw material 5.
And so on. In the present embodiment, as described later, after the lower pressing member 6 and the upper pressing member 12 function as the primary molding device, they continue to function as the secondary molding device.

In the rotary table 2, each of the support bases 3 is any one of a raw material filling stage A, a punching stage B, a tangible material placing stage C, a primary molding stage D, a secondary molding stage E, and a finished product discharging stage F. , While intermittently stopping, that is, rotating intermittently every time it rotates 60 degrees. Further, a belt for transporting the finished molded body 13 including the tangible object 10 to a drying device and a cooling device (neither is shown) from below the finished product discharge stage F in the direction in which the rotary table 2 extends in the diameter direction. A conveyor 16 is arranged.

Here, referring to FIG. 2, using a solid agent manufacturing apparatus 1, a solid bath agent molded article 1 containing a tangible material 10.
3 will be described. As shown in FIG. 2, when the bath agent raw material 5 is filled in the empty molding container 4 located at the raw material filling stage A with the lower surface closed by the lower pressing member 6, the rotary table 2 shown in FIG. 6 in the direction of the arrow
After rotating by 0 degrees, the molding container 4 moves to the perforation stage B. In the perforating stage B, the perforating member 9 descends into the molding container 4 to form the concave portion 8 in the bath additive raw material 5 and then moves up.

Thereafter, the rotary table 2 is moved 60 degrees in the direction of the arrow.
And the container 4 for forming is placed on the tangible object mounting stage C.
When the tangible object 10 is placed on the bottom surface 8b of the concave portion 8, the turntable 2 rotates 60 degrees in the direction of the arrow, and the molding container 4 moves to the primary molding stage D. In the primary molding stage D, the upper pressing member 12 descends into the molding container 4 with the lower pressing member 6 supporting the lower surface side of the bath agent raw material 5, and the upper pressing portion 12 moves from the upper edge 8 a of the concave portion 8 to the concave portion 8.
The tangible material 10 is embedded with the bath agent raw material 5 by applying a pressure of about 1 kgf / cm ² while the bath agent raw material 5 is broken down, and the upper and lower surfaces are hemispherical and have a cylindrical shape 11. Is formed.

When the rough formed body 11 is formed, the rotary table 2 is rotated by 60 degrees, the forming container 4 is moved to the secondary forming stage E, and the lower pressing member 6 supports the lower surface of the rough formed body 11. The upper pressing member 12 is 3 to 5 kgf / cm
^By applying a pressure of about ² to the finished compact 13
Is formed. Thereafter, when the rotary table 2 rotates 60 degrees and the molding container 4 arrives at the finished product discharge stage F,
When the lower pressing member 6 is lowered to open the lower surface of the molding container 4 and the upper pressing member 12 is lowered, the finished molded body 13 is discharged onto the belt conveyor 16, and the next drying device and cooling device (whichever (Not shown).

The molding container 4 from which the finished molded body 13 has been discharged and emptied returns to the position of the raw material filling stage A again by rotating the rotary table 2 by 60 degrees, and the above-described steps are repeated thereafter. It will be. These steps are performed by intermittent rotation of the rotary table 2, four by six.
The process is sequentially performed for each of the molding containers 4 arranged at the location. By taking such a step, an egg-shaped solid bath agent containing the tangible object 10 as a toy can be efficiently produced.

In this embodiment, in the primary molding step,
After forming the rough molded body 11 in which the water-insoluble tangible material 10 is embedded in the place which was the bottom surface 8b of the concave portion 8 of the bath additive raw material 5, in the secondary molding step, the coarse molded body 11 is primarily molded. Since the re-pressurization is performed at a higher pressure than the process to form the finished molded body 13, the finished molded body 13 in which the tangible object 10 is always included at a fixed position without applying a strong pressure to the tangible object 10, that is, the tangible object included therein It is possible to efficiently produce a solid bathing agent in which the material 10 is not deformed by pressure and the position of the material 10 does not vary.

Although the water-insoluble tangible material 10 is a toy, it can also contain a dried plant, printed matter, etc., and its size and shape are not particularly limited. Even if it is, it can be included in a solid bath agent. In addition, since the specific gravity of the tangible object 10 is smaller than 1, the tangible object 10 automatically floats on the surface of the bath water when the solid bath agent immersed in the bath water is completely dissolved.

Further, the depth of the concave portion 8 is set to a depth at which the tangible object 10 can be placed so as to be located substantially at the center of the finished molded body 13, so that the tangible object 10 is included substantially at the center. It is possible to manufacture a solid bath agent, and the placement accuracy of the tangible object 10 is high. On the other hand, the inner peripheral surface of the concave portion 8 has a funnel shape, and the bottom surface 8b of the concave portion 8 is a flat surface on which the tangible material 10 can be placed.
b, is placed on the bottom surface 8b in a stable state, and does not move in the subsequent pressure forming step, etc.
High positional accuracy is obtained.

Further, since the rough molded body 11 in the molding container 4 is molded under pressure from upper and lower two directions, an egg-shaped molded body can be molded smoothly and accurately. Furthermore, since the pressing force by the upper pressing member 12 and the lower pressing member 6 which also functions as a secondary molding device is set to 3 to 5 kgf / cm ² , a toy which is likely to have a bad influence on the commercial value due to the deformation due to the pressing is provided. Even if the type is included as the tangible object 10, no deformation occurs.

In the present embodiment, a primary forming step until the bath agent raw material 5 is filled in the forming container 4 to form the rough formed body 11, and the finished formed body 13 is formed by pressure forming the rough formed body 11.
The working efficiency is high because the secondary forming process up to the formation of is performed continuously. Further, the concave surfaces of the lower pressing member 6 and the upper pressing member 12 which are in contact with the bath additive raw material 5 in the molding container 4 have the same shape as the upper and lower convex surfaces of the solid finished molded body 13, respectively. Since the roughly formed body 11 having a shape close to the shape of the finished product can be formed, the secondary pressing step can be shortened and the production efficiency can be improved.
Further, since the lower pressing member 6 and the upper pressing member 12 press the bath material 5 from a plurality of directions different from each other, uniform pressure is applied to the entire bath material 5 and the rough formed body 11 to form the formed rough formed body 11. Further, the density distribution of the solid bath agent is equalized, and a solid bath agent excellent in uniformity can be produced.

In the present embodiment, the manufacture of the molded article 13 of the solid bath containing the tangible material 10 is described. However, the present invention is not limited to this. By omitting the mounting step, it is possible to efficiently mass-produce a solid bathing agent that does not include the tangible material 10 with stable quality and without manual operation. Also in this case, solid bath preparations of various shapes such as a spherical shape, an egg shape, and a spheroidal shape can be manufactured without limiting the shape of the finished product.

FIG. 3 is a plan view showing a solid agent manufacturing apparatus according to a second embodiment of the present invention, and FIGS. 4 and 5 show the use of the solid agent manufacturing apparatus shown in FIG. FIG. 4 is an explanatory view showing a step of performing

The solid agent manufacturing apparatus 20 of the present embodiment is shown in FIG.
As shown in the figure, six support bases 22 are arranged at equal intervals along the periphery of the turntable 21 that rotates intermittently in the direction of the arrow, and each support base 22 has a cylindrical shape that is vertically penetrated for primary molding. Four containers 23 are arranged in each case. These primary molding containers 23 are filled with a bath agent raw material 24 containing a powder-formable powder as a main component.

A raw material filling device 25 for filling the bath agent raw material 24 into the primary molding container 23 is provided around the rotary table 21.
And a piercing member 27 that can enter and exit the primary molding container 23 and form a concave portion 26 in the bath agent raw material 24 filled in the primary molding container 23, and a water-insoluble tangible material 28 on a bottom surface 26 b of the concave portion 26. Tangible object placing device (not shown)
And an upper pressing member 30 as a primary molding device. The upper pressing member 30 can move in and out of the primary molding container 23, and can be moved from the upper edge portion 26 a of the concave portion 26 to the concave portion 2.
6, the pressurized raw material 24 is broken down and pressurized, so that the raw material 24 embeds the tangible material 28 in the raw material 24 and has a uniform shape.
9 are formed.

Each time the support base 22 is positioned at any one of the raw material filling stage A, the punching stage B, the tangible material placing stage C, the primary molding stage D, and the coarse molded body discharging stage G, the rotary table 21 is rotated. It rotates while stopping intermittently, that is, stopping intermittently every time it rotates 60 degrees.

Further, a belt conveyor 31 for transporting the coarsely formed body 29 is disposed from below the coarsely formed body discharge stage G in the direction in which the rotary table 21 extends in the diameter direction.
Along the conveying direction of the belt conveyor 31,
And an upper pressing member 34 and a lower pressing member 35 as secondary forming devices. The upper pressing member 34 and the lower pressing member 35
The roughly formed body 29 which can be moved into and out of the secondary molding container 32 and is accommodated in the secondary molding container 32 is pressed from above and below to form the finished molded body 33. Further, a belt conveyor 36 that conveys the finished molded body 33 to a cooling device (not shown) is arranged in parallel with the belt conveyor 31.

Here, with reference to FIG. 4 and FIG. 5, a solid bath preparation step using the solid preparation apparatus 20 will be described. When the bath material 24 is filled in the empty primary molding container 23 located at the material filling stage A with the lower surface closed by the support base 22 as shown in FIG. 4, the rotary table 21 shown in FIG. The primary molding container 23 is rotated to the arrow direction by 60 degrees, and moves to the perforation stage B. In the piercing stage B, the piercing member 27 is
After descending inward to form the concave portion 26 in the bath additive raw material 24,
To rise.

Thereafter, the rotary table 21 is moved in the direction of the arrow 6.
After rotating by 0 degree, the primary molding container 23 moves to the tangible object mounting stage C, where the tangible object 28 is
6b, the turntable 21 is moved in the direction of the arrow 6b.
Rotate 0 degrees, and the primary molding container 23 is in the primary molding stage D
Move to. In the primary molding stage D, the upper pressing member 30 descends into the primary molding container 23 in a state where the lower surface of the primary molding container 23 is closed by the support base 22, and bathes from the upper edge portion 26 a of the concave portion 26 into the concave portion 26. By pressurizing the raw material 24 with a pressure of about 1 kgf / cm ² while dropping the raw material 24, the tangible material 28 is embedded with the raw material 24 for the bath agent, and a cylindrical roughly shaped body 29 having only a hemispherical upper surface is formed. Is done. The pressing operation by the upper pressing member 30 is continued until the turntable 21 is further rotated by 60 degrees.

After the pressure molding by the upper pressing member 30, the rotary table 21 is rotated by 60 degrees, and when the primary molding container 23 arrives at the coarse molded body discharge stage G, the lower surface of the primary molding container 23 is opened, The upper pressing member 30 descends to the vicinity of the lower surface of the primary molding container 23, and the roughly molded body 29 is discharged onto the belt conveyor 31, and is conveyed to the next secondary molding step.

The primary molding container 23 from which the crude molded body 29 has been discharged and emptied returns to the position of the raw material filling stage A again by rotating the rotary table 21 by 60 degrees. Will be repeated. These steps are sequentially executed for each of the four primary molding containers 23 arranged at six locations by intermittent rotation of the turntable 21.

On the other hand, as shown in FIG. 5, the roughly formed body 29 conveyed by the belt conveyor 31 is a cylindrical secondary forming container 32 whose lower surface is closed by a lower pressing member 35.
Is pressed from above and below by a pressure of about 3 to 5 kgf / cm ² by an upper pressing member 34 and a lower pressing member 35 inserted from above the secondary molding container 32 to form a finished molded body 33. Is done. Finished molded body 33
Is completed, the upper pressing member 34 separates from the secondary molding container 32, the lower pressing member 35 rises to near the upper surface of the secondary molding container 32, and the finished molded body 33 is moved to the secondary molding container 32. Appears on the top surface of These finished compacts 33 are placed on an adjacent belt conveyor 36 and conveyed to a cooling device (not shown). By adopting such a process, it is possible to efficiently manufacture the egg-shaped solid bathing agent molded body 33 containing the tangible object 28 as a toy.

In the present embodiment, an upper pressing member 30 as a primary molding device forms a rough molded body 29 in which a tangible object 28 is embedded at a place that was the bottom surface 26b of the concave portion 26 of the bath agent raw material 24. After being once taken out of the primary molding container 23, the rough molded body 29 is accommodated in the secondary molding container 32, and the lower pressing member 35 and the upper pressing member 34, which are the secondary molding devices, are used at a higher pressure than in the primary molding step. Since the re-pressurization is performed to obtain the finished molded body 33, the finished molded body 33 including the tangible article 28 at a fixed position can be continuously manufactured without applying pressure to the tangible article 28.

The non-water-soluble tangible material 28 included in the finished molded body 33 is a toy.
Printed matter and the like can be included, and the size and shape are not particularly limited, and it is possible to include even relatively large and complicated toys. Further, if the specific gravity of the tangible material 28 is smaller than 1, the tangible material 28 will float in the bath water when the solid bath agent is dissolved after being put in the bath water as a solid bath agent.

In the present embodiment, the primary molding step of filling the raw material for bathing agent 24 into the primary molding container 23 to form the coarse molded product 29, and the coarse molding product 29 taken out from the primary molding container 23 Since the secondary forming process until the finished molded body 33 is formed in the secondary molding container 32 is performed separately, the operation related to the primary molding container 23 requiring a relatively long operation time, The operation related to the secondary molding container 32 having a short operation time can be synchronized, and the productivity can be improved.

In the present embodiment, the primary molding step is performed by using a plurality of primary molding containers 23 arranged on the turntable 21.
Is carried out intermittently, and the secondary molding process is performed along with the secondary molding container 32 arranged along the belt conveyor 31.
However, since the present invention is not limited to this, the primary molding container 23 and the raw material filling device 25 and the perforating member 27 and the like, the secondary molding container 32 and the upper pressing member 34 and the lower pressing member The members 35 and the like can be arranged linearly.

In this embodiment, the tangible object 28
Although it describes the production of a solid bath agent containing
Since the present invention is not limited to this, for example,
If the step of placing the tangible material 28 is omitted, a solid bathing agent that does not include the tangible material 28 can be efficiently mass-produced with stable quality. Also in this case, solid bath preparations of various shapes such as a spherical shape, an egg shape, and a spheroidal shape can be manufactured without limiting the shape of the finished product.

FIG. 6 is a plan view showing an apparatus for producing a solid preparation according to a third embodiment of the present invention, and FIG. 7 shows a process for producing a solid bath containing a tangible substance using the apparatus for producing a solid preparation shown in FIG. FIG.

In the solid agent manufacturing apparatus 40 of the present embodiment, as shown in FIG. 6, six molding containers 42 are equally spaced along the periphery of the turntable 41 which rotates intermittently in units of 60 degrees in the direction of the arrow. Are located in Each of the molding containers 42 has a cylindrical shape penetrating up and down.
The bath agent raw material 51 containing powder-formable powder as a main component
Can be accommodated.

Around the rotary table 41, a raw material filling device (not shown) for filling the bathing agent raw material 51 into the molding container 42, which can be put in and out of the molding container 42 and is housed in the molding container 42. A piercing member 43 for forming a concave portion 44 in the bath agent raw material 51, a tangible object mounting device (not shown) for mounting a water-insoluble tangible object 45 on a bottom surface 44 b of the concave portion 44, and a molding container 42. Upper edge 44 of recess 44
The upper pressing member 47, which forms a fixed-shaped rough molded body 46 in which the tangible material 45 is embedded with the bath additive raw material 51 by applying pressure while the bath raw material 51 is dropped from the A lower pressing member 50 and the like that pressurizes and finishes the finished molded body 48 are arranged. In the present embodiment, as described later, after the upper pressing member 47 functions as a primary molding device, the upper pressing member 47 and the lower pressing member 50 function as a secondary molding device.

The rotary table 41 is rotatable in the direction of the arrow at intervals of 60 degrees, and each of the molding containers 42 has a raw material filling stage A, a punching stage B, a tangible material placing stage C, a primary molding stage D, and a secondary molding stage. It rotates while stopping intermittently each time it is located on either the molding stage E or the finished product discharge stage F. Further, a belt conveyor 49 for transporting a finished molded body 48 including a tangible object 45 to a cooling device (not shown) is arranged from below the finished product discharge stage F in the direction in which the rotary table 41 extends in the diameter direction. ing.

Here, a process of manufacturing a solid bath containing a tangible material 45 using the solid agent manufacturing apparatus 40 will be described with reference to FIG. When the bath agent raw material 51 is filled in the empty molding container 42 located at the raw material filling stage A with the lower surface closed as shown in FIG. 7, the turntable 41 shown in FIG. By rotating, the molding container 42 moves to the perforation stage B. In the perforating stage B, the perforating member 43 descends into the molding container 42, forms the concave portion 44 in the bath additive raw material 51, and then moves up. In this case, the pressing force of the piercing member 43 is 1 kgf / cm.
^{About 2} .

Thereafter, the rotary table 41 is moved in the direction of the arrow 6.
After rotating by 0 degree, the molding container 42 is placed on the tangible object mounting stage C.
And the tangible object 45 is moved to the bottom surface 44b of the concave portion 44.
, The rotary table 41 rotates 60 degrees in the direction of the arrow, and the molding container 42 moves to the primary molding stage D. In the primary molding stage D, the upper pressing member 47 is lowered into the molding container 42, and while the bath agent raw material 51 is dropped from the upper edge portion 44a of the concave portion 44 to the concave portion 44, 1 kgf /
Bath agent raw material 5 by pressurizing at a pressure of about ² cm ²
1 embeds the tangible object 45 and forms a cylindrical roughly formed body 46 having only a top surface in a hemispherical shape.

When the rough molded body 46 is formed, the rotary table 41 is rotated by 60 degrees, the molding container 42 is moved to the secondary molding stage E, and the lower surface of the molding container 42 is opened.
The lower pressing member 50 rises and enters the molding container 42,
The upper pressing member 47 and the lower pressing member 50 are
By pressing the upper and lower surfaces 6 with a pressure of about 3 to 5 kgf / cm ² , the finished molded body 48 is formed. Thereafter, the lower pressing member 50 descends, and the rotary table 41
When the molding container 42 reaches the finished product discharge stage F by rotating by 0 degrees, the lower surface of the molding container 42 is opened, and the upper pressing member 47 descends to the vicinity of the lower surface of the molding container 42, so that the finished molded body is formed. 48 is discharged onto a belt conveyor 49 and transported to the next cooling device (not shown).

The molding container 42 from which the finished molded body 48 has been discharged and emptied returns to the position of the raw material filling stage A again by rotating the rotary table 41 by 60 degrees, and the above-described steps are repeated thereafter. It will be. These steps are sequentially performed for each of the primary molding containers 42 arranged at six locations by intermittent rotation of the rotary table 41. By taking such a step, it is possible to mass-produce an egg-shaped solid bath agent containing a tangible object 45 as a toy with stable quality. Other functions, effects, and the like are the same as those of the solid agent manufacturing apparatus 1 described above.

FIGS. 8 to 11 show a fourth embodiment of the present invention. FIG. 8 is a manufacturing flow diagram including a solid agent manufacturing apparatus and ancillary equipment. FIG. 9A is a plan view of the solid agent manufacturing apparatus. Figure,
(B) is an AA line arrow view of (a).

As shown in FIG. 8, the production flow of this embodiment is such that the raw material powder of the solid bath agent is charged from the hopper 60 into the stirrer 61 and stirred, Supply. On the other hand, the binder added to the raw material powder is stirred by the stirrer 64 and supplied to the mixer 65 together with the raw material powder from the raw material input device 63. The mixed powder of the raw material powder and the binder (bath agent raw material) is supplied to the sieving machine 67 via the quantitative cut-out device 66, and the predetermined particle size (in this embodiment, 0.5 to 5.0 mm mesh, preferably (2 mm mesh).

The raw material of the bath agent after the particle size adjustment is supplied to the solid agent manufacturing apparatus 70 to manufacture the solid bath agent. In the solid agent manufacturing apparatus 70 of the present embodiment, as shown in FIG. 9, a pair of molding containers 72 are arranged at equal intervals along the periphery of the turntable 71. The molding container 72 is a container having a cylindrical outer wall and a lower mold 72a (see FIG. 10).
These molding containers 72 can accommodate one bathing agent raw material.

Around the rotary table 71, a raw material filling device 73 for filling the bathing agent raw material into the molding container 72, and a bathing agent raw material which can be put in and out of the molding container 72 and is contained in the molding container 72. A recess forming device 74 for forming a recess,
A tangible material placing device 75 for placing a water-insoluble tangible material on the bottom surface of the concave portion; Molded article 100 in which a tangible material is embedded with a bath agent raw material
(See FIG. 11) and a molding device 76 for forming
A push-up device 77 for discharging 0 from the molding device 76 and the like are arranged. A product take-out device 78, a cooling device 80, and a packaging device 90 shown in FIG.

FIG. 10 is a front view showing a schematic configuration of a raw material filling apparatus. As for the raw material for the bath agent in the hopper 73a, the raw material for one solid bath agent is filled into the molding container 72 from the supply port 73b containing the auger screw. FIG. 11 is a front view showing a schematic configuration of a molding device, and FIG. 12 is a front view showing a schematic configuration of a push-up device. As shown in FIG. 10, when the bath agent raw material is filled in the molding container 72,
1 are sequentially rotated to form a recess by the recess forming device 74,
The tangible object is placed in the concave portion by the tangible object placing device 75, and is formed into an oval shaped body 100 by the forming device 76. Forming device 7
6 is provided with an upper mold 76a corresponding to the oval shape.
By pressing down a, the raw material of the bath additive is formed into an egg shape with the lower mold 72a. The pressing force at this time is 1 kgf
/ Cm ² .

Thereafter, the rotary table 71 is rotated by 15 degrees, and the molding container 72 is moved to the lifting device 77. Here, the molded body 100 is pushed by the lifting device 77 to push up the lower mold 72a. It is discharged from 72 and sent to the following cooling device 80 by the product removal device 78. At the subsequent stage of the cooling device 80, there is a packaging device 90, and further, there is a boxing device and a packaging device (neither is shown). After cooling, the compact 100 is subjected to shrink packaging and aluminum packaging by the packaging device 90, then packed in a box, packed, and shipped as a product. After the molded body 100 is taken out of the molded container 72, the lower die 72a is pushed down to a predetermined position by the lower die pressing device 79, and returns to the first raw material filling stage.

[0079]

EXAMPLES The present invention will be described in more detail with reference to the following Examples, but it should not be construed that the present invention is limited thereto. Example 1 6.7 parts by mass of PEG having an average molecular weight of 500 and 6.7 parts by mass of PEG having an average molecular weight of 3700 were dissolved in 6.7 parts by mass of dipropylene glycol at a temperature of 60 ° C. A solution was prepared.
Next, 27.2 parts by mass of citric acid, sodium carbonate 2
The PEG was added to 7.2 parts by mass, 25.3 parts by mass of anhydrous sodium sulfate, 0.1 parts by mass of a dye and 0.1 parts by mass of a fragrance.
The solutions were mixed to prepare a powdery bath agent raw material wet with the solution.

Using this bath agent raw material, FIGS. 1 and 2
Based on the method for producing a solid bath preparation described in (1), ten egg-shaped solid bath preparations containing toys were produced. In this case, the pressure during the secondary molding was 3 kgf / cm ² . In all of the oval solid bath preparations manufactured in this manner, toys were included in the same positions, and no deformation or the like was observed in the toys that appeared after being placed in bath water and dissolved.

Example 2 PEG having an average molecular weight of 500
PEG 9.5 with 9.5 parts by weight and average molecular weight 3700
Parts by mass were dissolved in 1.1 parts by mass of dipropylene glycol at a temperature of 60 ° C. to prepare a PEG solution having an average molecular weight of 2,100. Then, 27.2 parts by mass of succinic acid, 27.2 parts by mass of sodium bicarbonate, 2 parts by mass of anhydrous sodium sulfate 2
The PEG solution was mixed with 5.3 parts by mass, 0.1 part by mass of a dye, and 0.1 part by mass of a fragrance to prepare a powdery bath agent raw material wet with the solution.

Using this bath additive raw material,
10 spheroidal solid bath preparations containing toys were manufactured based on the solid bath preparation manufacturing method described in (1). In this case, the pressure during the secondary molding was 4 kgf / cm ² . In all of the spheroidal solid bath agents manufactured in this manner, toys were included in the same positions, and no deformation or the like was observed in the toys that appeared after being dissolved in the bath water.

Example 3 PEG1 having an average molecular weight of 500
0.0 parts by mass was dissolved in 10.1 parts by mass of dipropylene glycol at a temperature of 60 ° C. to prepare a PEG solution. Then, 13.6 parts by mass of citric acid, 13.6 parts by mass of succinic acid, 26.2 parts by mass of sodium hydrogencarbonate, 26.3 parts by mass of anhydrous sodium sulfate, 0.1 part by mass of pigment and 0.1 part by mass of fragrance The PEG solution was mixed to prepare a powdery bath agent raw material wet with the solution.

FIGS. 1 and 2 show examples of the use of this bath additive raw material.
Based on the solid bath preparation manufacturing method described in the above section, ten spherical solid baths containing toys were manufactured. In this case, the pressure during the secondary molding was 3 kgf / cm ² . In all of the spherical solid bath agents manufactured in this manner, toys were included at the same positions, and no deformation was observed in the toys that appeared after being placed in bath water and dissolved.

[0085]

(1) A primary molding apparatus for pressing a powder raw material filled in a molding container into a rough compact, and a finished compact by pressing the rough compact at a higher pressure than the primary compactor. With the configuration of the device having a secondary molding device, the shape of the solid agent that is a press-formed product is not limited to a tablet shape or the like, and the manufacturing process can be mechanized. Therefore, mass production can be performed efficiently with stable quality.

(2) A primary molding container for accommodating a raw material for one solid agent, a raw material filling device for filling the raw material in the primary molding container, and a raw material body filled in the primary molding container. A primary molding device that is pressed to form a coarse molded body, a secondary molding container that accommodates the coarse molded body taken out of the primary molding container, and the coarse molded body that is accommodated in the secondary molded container And a secondary molding device that pressurizes with a pressure higher than that of the primary molding device to form a finished molded product, so that the same effect as in the above configuration (1) can be obtained. By separately performing the operation according to the above and the operation relating to the secondary molding device, the difference in the operation time can be eliminated, and the productivity can be improved.

(3) In addition to the above-mentioned constitution (1) or (2), a concave forming device for forming a hole-shaped concave in a raw material body filled in a molding container or a primary molding container; In addition to the effects of the above-described configurations (1) and (2), the tangible object to be embedded is provided by providing a tangible material placing apparatus material for mounting a water-insoluble tangible material on the tangible object. Therefore, it is possible to stably and efficiently produce a solid agent containing a tangible substance at a fixed position without applying a strong pressure to the solid agent.

(4) By providing an apparatus for adjusting the particle size of the powder raw material and adjusting the particle size range of the raw material, the pressure forming of the raw material in the forming container is facilitated, and two pressing operations are performed. It is also possible to carry out the operation at once, and the pressure molding operation can be made much more efficient.

(5) In the solid agent manufacturing apparatus described in each of the above items, a plurality of molding containers are arranged along the circumferential direction of the table on the outer periphery of the circular rotary table, and the equipment from filling of raw materials to molding is mounted on the rotary table. By sequentially arranging them outside the table in the circumferential direction of the table, a series of operations from filling of the raw material into the molding container to pressure molding can be efficiently performed by rotating the rotary table.

[Brief description of the drawings]

FIG. 1 is a plan view showing a solid agent manufacturing apparatus according to a first embodiment.

FIG. 2 is an explanatory view showing a solid bath preparation process by the solid preparation manufacturing apparatus of FIG.

FIG. 3 is a plan view showing a solid bath preparation apparatus according to a second embodiment.

FIG. 4 is an explanatory view showing a solid bath preparation manufacturing process by the solid preparation manufacturing apparatus of FIG. 3;

FIG. 5 is an explanatory view showing a solid bath preparation process by the solid preparation manufacturing apparatus of FIG. 3;

FIG. 6 is a plan view showing a solid agent manufacturing apparatus according to a third embodiment.

FIG. 7 is an explanatory view showing a solid bath preparation manufacturing process by the solid preparation manufacturing apparatus of FIG. 6;

FIG. 8 is a manufacturing flowchart including a solid agent manufacturing apparatus and an auxiliary device according to a fourth embodiment.

9 (a) is a plan view of the solid agent manufacturing apparatus of FIG. 8,
(B) is an AA line arrow view of (a).

FIG. 10 is a front view showing a schematic configuration of the raw material filling apparatus of FIG. 9 (a).

FIG. 11 is a front view showing a schematic configuration of the molding apparatus of FIG. 9A.

FIG. 12 is a front view showing a schematic configuration of the lifting device of FIG. 9A.

[Explanation of symbols]

 1,20,40,70 Solid agent manufacturing device 2,21,41,71 Rotary table 3,22 Support base 4,42,72 Molding container 5,24,51 Bath agent raw material 6,35,50 Lower pressing member 7 , 25, 73 Raw material filling device 8, 26, 44 Recess 8a, 26a, 44a Upper edge 8b, 26b, 44b Bottom 9, 27, 43 Perforated member 10, 28, 45 Tangible object 11, 29, 46 , 30, 34, 47 Upper pressing member 13, 33, 48 Molded body 16, 31, 36, 49 Belt conveyor 23 Primary molding container 32 Secondary molding container 60 Hopper 61 Stirrer 62 Adjustment tank 63 Raw material feeder 64 Stirrer 65 Mixer 66 Fixed-quantity cutout machine 67 Sieving machine 72a Lower die 73a Hopper 73b Supply port 74 Recess forming device 75 Tangible material placing device 76 Molding device 76a Upper die 77 Push-up device 78 Product take-out device 79 Lower die pressing device 80 Cooling device 90 Packaging device A Raw material filling stage B Punching stage C Tangible material placing stage D Primary molding stage E Secondary molding stage F Finished product discharge stage G Roughly molded body discharge stage

Claims (7)

[Claims] An apparatus for producing a solid agent, wherein a raw material containing powder as a main component is pressure-formed to produce a solid agent, wherein a molding container for accommodating a raw material for one solid agent, and A raw material filling device to be filled in a molding container, a primary molding device to pressurize the raw material body filled in the molding container to make a rough molded body,
A solid forming apparatus, comprising: a secondary forming device that pressurizes the rough formed body with a pressure higher than that of the primary forming apparatus to form a finished formed body. 2. A solid agent manufacturing apparatus for pressure-forming a raw material mainly composed of a powder to obtain a solid agent, comprising: a primary molding container containing a raw material for one solid agent; A raw material filling device for filling the primary molding container, a primary molding device for pressing the raw material body filled in the primary molding container into a coarse molded product, and the coarse molding taken out of the primary molding container A secondary molding container for accommodating a body, and a secondary molding device that pressurizes the coarse molded product contained in the secondary molding container at a pressure higher than that of the primary molding device to obtain a finished molded product. An apparatus for producing a solid agent, comprising: 3. An apparatus for producing a solid preparation, wherein a raw material containing powder as a main component is formed by pressure molding to obtain a solid preparation, wherein a molding container for accommodating a raw material for one solid preparation, and A raw material filling device for filling a molding container, a concave portion forming device for forming a hole-shaped concave portion in the raw material body filled in the molding container, and a tangible material for placing a water-insoluble tangible material in the concave portion A mounting apparatus, a primary forming apparatus for forming a coarse molded body in which the raw material is embedded from the upper edge of the concave part into the concave part while pressing the raw material into the concave part, and the raw molded body, And a secondary molding device that is pressurized at a higher pressure than the primary molding device to form a finished molded product. 4. A solid agent manufacturing apparatus which press-molds a raw material mainly composed of powder to obtain a solid agent, comprising: a primary molding container for accommodating a raw material for one solid agent; A raw material filling device for filling the primary molding container, a concave portion forming device for forming a hole-shaped concave portion in the raw material body filled in the primary molding container, and a water-insoluble tangible material placed in the concave portion A tangible object mounting device, a primary forming device for forming a rough molded body in which the tangible material is embedded with the raw material by pressing while dropping the raw material from the upper edge of the concave portion into the concave portion, and the primary forming device; A secondary molding container containing the crude molded product taken out of the molding container, and a finished molded product obtained by pressing the coarse molded product contained in the secondary molding container at a higher pressure than the primary molding device. And a secondary molding device. 5. An apparatus for producing a solid preparation, wherein a raw material containing powder as a main component is pressure-formed to obtain a solid preparation, wherein a molding container for accommodating a raw material for one solid preparation, A raw material filling device for filling a molding container, a concave portion forming device for forming a hole-shaped concave portion in a raw material body filled in the molding container, and a tangible material for placing a water-insoluble tangible material in the concave portion A solid device comprising: a mounting device; and a molding device that forms a molded body in which the tangible object is embedded with the raw material by applying pressure while dropping the raw material from the upper edge of the concave portion into the concave portion. Agent manufacturing equipment. 6. A plurality of molding containers are arranged on the outer periphery of a circular rotary table along the circumferential direction of the table, and devices from filling of raw materials to the molding container to molding are arranged outside the rotary table. The solid agent manufacturing device according to any one of claims 1 to 5, which is sequentially arranged in a circumferential direction. 7. The solid agent producing apparatus according to claim 1, further comprising a particle size adjusting device for adjusting a particle size range of the raw material.