JPS5913232Y2 - Press for soap pad - Google Patents

Description

[Detailed description of the invention] The present invention relates to a press for soap pads, in particular, pressurizes and heats unpressed pad material to compression mold it, and at the same time removes adhering substances such as detergents placed inside the pad material. This invention relates to a soap pad press for continuously manufacturing soap pads by uniformly dispersing and adhering them to pad wool using heat.

In conventional technology, the unpressed soap pad is placed between the mold frame and the press plate, and pressure is applied to the press plate to compression mold the soap pad. Since the soap pad that often sticks to the formwork and press plate does not have a function to separate from these, productivity is hindered when the soap pad sticks to the formwork and press plate.

The present invention uses a press bar in addition to the mold frame and press plate, and uses this press bar to separate the soap pad from the mold frame and press plate, thereby solving the drawbacks of the conventional technology and at the same time To provide a press for a soap pad that uniformly disperses and adheres the adhering material contained in the soap pad to the wool using the pressurized bone and heat.

An embodiment of the present invention will be described in detail below.

In FIG. 2 showing the press plan view, the belt conveyor 19
The cylindrical or cylindrical wool roll 4 carried by is transferred to a predetermined formwork 3a provided on the rotating star foil 3 in a timely manner.

Wool roll 4 being transported by rotating feed star foil 3
At position 20, perfume is sprayed from the upper and lower surfaces, and the transported wool roll 4 is rotated adjacent to the lower part at position X, where the annular guide plate 3' that guides the bottom of the formwork 3a ends. The elliptical mold frame 21 for a predetermined molding press provided on the metal disc 5 (position of X) matches.

Thereafter, at position X2 of the mold frame 21, the pad 4 is transferred from the mold frame 3a by lowering the insertion rod 1, which will be described later.

The wool roll 4 is pressure-molded at positions X3 to X6 as will be described later, and is heated to uniformly diffuse and carry the adhesion inside the wool.

At position X7, the lower mold plate 6 at the bottom of the mold frame 21 is opened, as will be described later, and the finished wool roll 11 is dropped onto the discharge conveyor 12.

The state of the positions X1 to X8 of the mold frame 21 will be explained in detail with reference to FIG. 1 which is an elevational development view of the press.

In FIG. 1, a press rod 1 and a press plate 7 are held by a rotating metal disk 5, and their centers coincide with the center of a mold frame 21.

Further, the press rod 1 and the press plate 7 are connected to cam grooves 2 and 9 fixed to the axis of the metal disk 5 by cam rollers 22 and 23 provided respectively, and as the metal disk 5 rotates, These moving press rods 1 and press plates 7 move these press rods 1 and press plates 7 up and down with respect to the mold frame 21 by changing the cam surfaces of the cam grooves that receive the rollers 22 or 23 provided thereon. Exercise.

The descending cam groove 2 located between positions X1 and X2 lowers the press rod 1 inside the press plate 7 via the roller 22, and lowers the wool roll 4 on the formwork 3a carried by the star foil 3 mentioned above. into the mold frame 21.

The second cam groove 9 between positions X2 and X4 is lowered, and the roller 23 driven by this lowers the pressure plate 7,
The wool roll 4 is pressed between a lower mold plate 6 at the bottom of a mold frame 21 held by a rotating metal disk 5.

The pressing force at this time is appropriately adjusted using the spring 8.

The second cam groove 9 is at the lowest position between positions X4 to X6, and the pressing by the pressing plate 7 is continued.

At the same time, at positions X4 to X6, the press plate heater 13 works to heat the press plate 7, and the lower mold plate heater 14 also works to heat the lower mold plate 6, and this heat is used to heat the inside of the wool. Distribute the added amount evenly into the wool.

At positions X6 to X7, the first cam groove 2 further descends, but on the other hand,
The second cam groove 9 rises, further lowering the press rod 1 and at the same time retracting the press plate 7 upward from the mold frame 21.

At this time, the cam roller 15 provided on the lower mold plate 6 reaches the hollow part 17H provided in the lower mold plate cam groove 17 and rotates the lower mold plate 6 around its hinge 16. The soap pad 11 in the mold frame 21 with its bottom open as described above is pushed by the press bar 1 which has descended the lowest and is dropped onto the discharge conveyor 12.

Between positions X7 and X8, the two cam grooves 2 and 9 rise to return to their original positions, and the cam roller 1 of the lower mold plate 6
5 returns to the lower mold plate cam groove 17 again and lowers the lower mold plate 6.
is closed, and the press rod 1 and press plate 7 rise to the highest position and head to the position where they intersect with the supply star foil 3.

As described above, the present invention eliminates the problem of the conventional technique in which the soap pad often sticks to the mold frame and the press plate when taking out the soap pad after pressing, thereby improving productivity.

[Brief explanation of drawings]

FIG. 1 is a schematic elevational view of a press showing an embodiment of the present invention.
FIG. 2 is a schematic plan view thereof, and FIG. 1 is a sectional view taken along line I shown in FIG. 1: Pressing rod, 2: First cam groove, 3 Nister foil, 4:
Wool roll, 6: Lower mold plate, 7: Pressing plate, 9: Second
Cam groove, 15: roller, 16: hinge.

Claims (1)

[Scope of utility model registration request] 1. A conveyor 19 that transfers the wool roll 4 for soap pads, a star foil 3 that receives the wool roll 4 from the conveyor 19, and a press disc 5 that receives the wool roll 4 at a rotational predetermined position of the star foil 3. The press disk 5 is provided with a mold frame 2 for storing the wool roll 4.
A lower mold plate 6 that can be opened and closed is provided at the bottom of the press plate 1, and first and second cam grooves 2 and 9 are provided above the press disk 5.
is fixed, and a press rod 1 and a press plate 7 whose respective centers coincide with the center of the mold frame 21 are supported on the upper part of the mold frame 21 so as to be movable up and down with respect to the press disk 5, Furthermore, the cam roller 22 provided on the press rod 1 is engaged with the cam groove 2, and the cam roller 23 provided on the press plate 7 is engaged with the cam groove 9, respectively, so that the lower mold plate 6 in the closed position is moved. The press plate 7, which was lowered by the press plate 7, formed the wool roll 4 between them, and at the position where the lower mold plate 6 was opened, the press rod 1 was lowered to open the molding pad in the mold frame 21. A soap pad press characterized by being detached from the bottom. 2. A lower mold plate 6 is provided at the bottom of the mold frame 21 so that it can be opened and closed using a hinge 16 as a fulcrum, and the lower mold plate 6 is placed on the discharge conveyor 12 installed under the press disc 5. Claim 1 for utility model registration characterized by the fact that the utility model is made to open.
Press for soap pads as described in section. 3. The soap pad press according to claim 2, wherein the press rod 1 pushes out the soap pad when the lower mold plate 6 is opened.