JPS63503387A - Universal machine for soap extrusion - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] Universal machine for soap extrusion The present invention relates to a machine for extruding soap.

Many machines of this type are already known. However, each of them one soap or several types of soap that have only one basic property It is only permitted to create. Instead, we use a bar of soap like a solid block of soap. The fact that ilet items often have to be changed in appearance I know that. One of the most requested transformations is coloring. one or more These colored soaps are made by using two soap lines, a basic line by adding liquid to an object or, eventually, by involving both of the above methods. Obtainable.

For each of these variants, up until now it has been necessary to have a different machine or to be given It has become necessary to replace important parts of machines that are This is quite It involves long periods of downtime for work and machinery.

The purpose of this new device is to provide a single unit that can be quickly adapted to each specific application. A versatile machine that can produce virtually different types of soap. is to get the machine.

The above objectives are achieved by one packaging unit. that package Inside the storage unit, a basic linear The extruder for the material and the driving device for the rotor with power take-off are connected in series. It has been devised. The rotor has a second link upstream that mates with the first link. A coupling is attached, and a third coupling is attached downstream. the package The unit further includes, in series, a shaft and a shaft capable of engaging the power take-off device. A rotor, a filtration plate, and an extrusion head that can contain the rotor are integrated. It has been devised.

This unit has a fourth connecting part that mates with the third connecting part, and a fourth connecting part that mates with the third connecting part. The third and fourth connections have a filter plate between them.

Preferably, the filtration plate is fitted with a syringe for the colored liquid coming out of the metering device. installed on.

Auxiliary colored soap extruders may also be envisaged. This extruder is , two connected to a third connection on the upstream side and a fourth connection on the downstream side. A heavy coupling is installed at its outlet. In this case, have an elongated shaft. It is envisaged that two rotors may also be inserted into the power take-off device of the operating system.

A further improvement is that the rotor can rotate in the same or opposite direction as the main extruder. given to do.

In this case, the filtration perforated plate is equipped with nozzles for injecting colored liquid. It can be prepared or not provided.

The invention may be better explained by examples and illustrated in the enclosed drawings. Dew.

FIG. 1 is a schematic diagram showing various types of equipment.

FIG. 2 is an exploded view of the first installation indicated by A in FIG.

FIG. 3 is an exploded view of the second equipment designated B in FIG.

FIG. 4 is an exploded view of the third installation designated by C in FIG.

First, referring to Figure 1, we have constructed a package unit whose basic equipment is as follows. Indicates that it is included. It consists of an extruder 10, a driving device 20, a perforated filter rate 40, and extrusion head 50. Preferably the plate 40 is It is attached to a syringe 41 for injecting a colored liquid, and the embodiment shown in FIG. Shown in A. This installation is shown in more detail in FIG. this indicates an extruder 10 connected to a driving device 20, which drives the extruder They are sequentially connected to the head 50. There is a compression between the extrusion head and the driving device. The colored liquid is passed through the tube 42 through the metering device 43 containing the colored liquid. A perforated plate 40 having a nozzle 41 for injection is provided. filtration pre Downstream of the shaft 40, an extrusion head 50 is connected to a rotor having a short shaft 62. 60 is accepted.

The extruder 10 has a connection 11 that can be connected to a driving device 20 at its outlet. It is made to have. This operating device is used to connect the package downstream to the extruder. is considered a storage unit. The unit 25 includes a second connection 21 on the upstream side, The connected object is to be paired with the connected object 11. The driving device also has a third a fourth connector provided on the extrusion head 50; 52. A perforated plate 40 is provided between these connections.

The driving device 20 includes a power take-off device 23, which device is configured to take off the blades 6 of the rotor 60. 4 is designed to receive the terminal end 63 of a shaft 62 integral with the shaft 62. these A perforated plate 40 is inserted between each of the last two connections 22 and 52. has been done.

Another installation (type B in FIG. 1) is shown in FIG. Again, we includes not only the extruder 10 with the first connection 11 and the power take-off device 23 , a second and a third coupling 21 and 22, respectively. 20 is shown. At this point, the terminal end 35 of the auxiliary extruder 3o is further connected to the package inserted as a unit. This package unit further includes two connections, A fifth connected object 3 located on the upstream side and adapted to mate with the third connected object 22 2, which is located on the downstream side and is mated with the fourth connection member 52 of the extrusion head 50. A sixth connecting member 33 is provided. In this case too, the perforated plate 40 is but this time it does not have a syringe for the liquid.

FIG. 4 shows embodiment C of FIG. 1, which is similar to FIG.

However, here the perforated plate 40 is provided with a syringe 41, which also has a tube 42 by a metering device 43.

The included rotor 60 has a shaft 61. This shaft is shown in Figure 2. Although longer than the shaft 62 used in the specific example, it is An attachment 63 that mates with the device 23 is also attached.

As shown, the movement from one piece of equipment to another is easier because the connections allow for quick replacement of parts. It can be done instantly, like quickly.

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Claims (4)

[Claims] 1. A machine for extruding soap, the machine being carried out in package form. and in succession, a first connection (11) is attached at its outlet. A rotor with an extruder (10) for the dough and a power take-off device (23) an operating device (20) for The operating device includes an outlet unit which is integrated with the rest of the unit. (25), and a second connecting member (11) mating with the first connecting member (11) on the upstream side. A connecting member (21) and a third connecting member (22) on the downstream side are provided, and the machine includes: Furthermore, it is continuously integrated with the shaft that mates with the power take-off device (23). a rotor (60, 60'), a filtration plate (40); said rotor (60, 60') and said third connection (22) an extrusion head to which a mating fourth linkage (52) is attached. These third and fourth connections have the filtration plate (40 ), characterized in that it is adapted to accept. 2. Said filtration plate (40) has a colored filter coming out of the lightweight device (43). Claim 1, characterized in that a syringe (41) for liquid is installed. Machines mentioned in Section. 3. An auxiliary extruder for colored soaps is also provided, The auxiliary extruder has a terminal end that can be bundled and inserted into the machine. (35), and on the other hand, the upstream side 32 is connected to the third connection (22). On the other hand, at 33 on the downstream side, it can be connected to the fourth connecting member (52). has a double connection, A rotor (60') with an elongated shaft (61) drives the drive of the driving device. It is inserted into the force take-off device (23) and is designed to be able to communicate with the auxiliary extruder (30). 3. Machine according to claim 1 or 2, characterized in that the machine is provided with: 4. The driving device (20) operates in the same direction as the extruder or in the opposite direction. Claim 1, characterized in that the rotor can also be rotated. The machine described in any of Item 3.